text:
|Publication number
|Publication type
|Application number
|Publication date
|Dec 15, 1987
|Filing date
|May 2, 1986
|Priority date
|May 2, 1986
|Fee status
|Publication number
|Max Klein
|Original Assignee
|Frederick G. Crane, Jr., Max Klein, Trustee
|Export Citation
|BiBTeX, EndNote, RefMan
|Patent Citations (6), Referenced by (37), Classifications (35), Legal Events (5)
|External Links: USPTO, USPTO Assignment, Espacenet
The present invention relates to a glass-fiber filter material for use in high temperature environments, to a composition which imparts heat resistance to the filter material and to a process for making the composition.
High temperatures filters are used extensively in the automotive industry to filter heated air from paint drying ovens on automobile assembly lines. These filters permit the recycling of high temperature air for use in the paint drying process, without compromising the exterior finish of the automobiles.
The high temperature, glass-fiber filter materials currently being supplied to the automotive industry are generally rated at 450� F. for continuous operation. If used at high temperatures, the glass fibers tend to become embrittled and fragile, thus risking possible breakthrough of unfiltered air, with obvious adverse consequences on the automobile painting operation. Moreover, the manufacture of these prior art high temperature filter materials often involves the use of costly, and sometimes potentially hazardous substances, as well as complex production procedures.
Accordingly, a need exists for a high temperature filter material which possesses satisfactory strength and filtration efficiency at temperatures in excess of 450� F., and which may be produced at reasonable cost.
There has now been discovered, in accordance with the present invention, a glass-fiber filter material suitable for air filtration at elevated temperatures, well in excess of 450� F., which may be conveniently prepared using conventional paper-making technology.
According to one aspect of the present invention, there is provided a high temperature filter material in the form of a non-woven glass fiber matrix, including processed mica particles, the majority of which are of a size below 40 microns, together with a particulate polymeric material, referred to herein as polymer micro-bits, which will be described in detail hereinbelow. Uniformly distributed througout the matrix is a compatible binder system, comprising an organic binding agent, which is insoluble in cold water and soluble in hot water and which retains its binding action upon cooling, for binding the points of contact of the fibrous and particulate components of the filter material, and a film-forming siloxane polymer, for aiding in the retention of the particular components in the filter material.
The processed mica particles provide a high temperature resistant coating on the glass fibers, allowing the filter material to be used for filtering gas streams significantly hotter than was previously possible, using the above-mentioned prior art glass fiber filter materials. The high temperature filter material contributes to more efficient automobile painting operations, by making it possible to increase the drying rate. In addition, it is anticipated that the filter material of this invention may be utilized for cleaning exhaust gases from industrial smoke stacks, thereby enabling the heated gas stream to be recycled through a heat exchanger, for recovery of a substantial portion of the heat content thereof.
According to another aspect of this invention, there is provided an aqueous dispersion, the disperse phase of which includes glass fiber, mica, polymer micro-bits and the above-mentioned binder system components, and which is used as the furnish for the preparation of the high temperature filter material, by means of a wet-laid procedure using conventional paper-making technology.
According to still another aspect of the present invention, there is provided a composition of matter, useful as a component of the above-described filter material, which composition comprises a mixture of mica particles, a majority of which are of a size below 40 microns, and the above-mentioned polymer micro-bits.
According to a further aspect of the present invention, there is provided a process for preparing the above-mentioned composition, which essentially involves processing mica particles having an average size of 40 microns, or greater, in the presence of the polymer micro-bits, to produce mica particles fo reduced particle size suitable for use in the present invention. Other aspects and advantages of this invention will be apparent to those skilled in the art upon reading the following detailed description thereof.
The specific combination of components used in making the high temperature filter material of this invention results in a material having a number of desirable properties, including heat resistance at temperatures as high as 750� F., high strength, efficiency for particulate removal in the DOP (dioctye phthalate) test of above 40%, and a resistance to air flow of about 3 to about 10 mm differential pressure (ΔP). These characteristics make the filter material well suited for a variety of high temperature air filtration applications.
The principal components of high temperature filter material are glass fiber, mica particles, polymer micro-bits, and a compatible binder system, comprising a hot water-soluble organic binding agent and a film-forming siloxane polymer. When in use, the combustible components are dissipated by exposure to high temperatures, without compromising the strength, efficiency or resistance of the filter material. Additional substances, such as various processing aids, are useful in the production of the filter material, but are not present in appreciable amounts in the final product, nor are such substances essential in order for the filter material to perform its intended function.
The specific proportions of the different components of the high temperature filter material are subject to reasonable variation, inasmuch as a change in the relative amounts of certain components may determine the respective possible minimum and maximum amounts of other components. Moreover, when one component of the filter material is replaced by another component of the same general type, the replacement component may not necessarily be equivalent to the replaced component, on a quantitative bases, insofar as function is concerned. Accordingly, the following description of the composition of high temperature filter material is, of necessity, set forth primarily in functional terms.
Chopped glass fibers ranging in size from about 0.02 cm. to about 1.3 cm. in length and from about 0.5 microns to about 15 microns in diameter are preferred for making the filter material of the present invention. The appropriate amount of glass fiber to be used depends on the tensile strength, efficiency and resistance required for environment in which the material is to be used. Generally, glass fiber makes up about 50% to about 70%, by weight of the filter material. In a presently preferred formulation, exemplified below, the glass fiber component constitutes about 55% to 60%, by weight. Fine diameter glass fibers are preferred in order to optimize filtration of sub-micron sized particulate matter. Fiber blends including so-called glass micro-fibers have been found to be particularly effective. A suitable glass fiber blend comprises, by weight: (a) about 27-28 parts of fibers of random length, generally within the above-stated range, and about 3 microns in diameter (Evans 4100C); (b) about 15-18 parts of random length fibers, and 0.6 microns in diameter (Manville Corp. Code 106); (c) about 12-15 parts of fibers about 1.27 cm. in length and about 13.5 microns in diameter (Owens-Corning Fiberglass K-1/2"-685); and (d) about 40-42 parts of fiber about 0.635 cm. in length and about 6.5 microns in diameter (PPG DE-610-1/4"). Of course, glass fibers or corresponding size and quality from any source may be used.
The mica particles are employed in an amount effective to coat the glass fibers of the matrix adequately to provide the required tensile strength at 750� F. Generally, the mica content may range from about 10% to about 30%, by weight of the filter material. A filter material displaying good overall qualities for a product of this type has been obtained, having a mica content of approximately 25%, by weight.
As previously noted, a majority of the mica particles used in the high temperature filter material are of a particle size below 40 microns. In this regard, it has been found that when mica particles having an average particle size of about 40 microns, or greater, are incorporated into the filter material as is, i.e. without further processing for size reduction, the resultant filter material exhibits an undesirably high resistance to air flow. This is believed to be due to the deposition of mica particles on the glass fibers, resulting in a reduction of the effective pore size of the glass fiber matrix. Such high resistance to air flow occurs even when relatively low concentrations of mica particles are employed, e.g. on the order of 1% to 10%. Moreover, filter material made from the unprocessed mica did not have the desired efficiency, or the tensile strength required to perform satisfactorily at 750� F. On the other hand, it has been found that when attempts are made to reduce the size of the mica particles below an average particle size of 40 microns, using standard grinding or milling techniques, a fine powder is obtained, which is unacceptable for a high temperature filter material of the type described herein. Experience has shown that the powdered mica is not uniformly retained in the glass fiber matrix during the wet-laid forming operation, because it is either washed out of the matrix or because localized dense packing of the powdered mica particles occurs, causing increased resistance. Thus, the mica particles used in the high temperature filter material of the present invention must be small enough to surround and coat a significant amount of the glass fiber surfaces, yet large enough so that a significant amount of mica resists dislodgement from the glass fiber matrix, during production of the filter material.
However, when mica particles having an average particle size of 40 microns, or greater, are comminuted in the presence of the above-mentioned polymer micro-bits under appropriate conditions, as described below, a majority of the resultant mica particles is reduced to a particle size below 40 microns, but not to a fine powder. The size distribution of the resultant mica particles is appropriate for deposition of the particles over a substantial portion of the surface area of the glass fibers. It is believed that the aspect ratio, i.e. the particle length or breadth divided by thickness, of the comminuted mica particles is somewhat reduced, so that the level of air flow through the filter material is satisfactory, but not to the extent that the mica particles are lost from the filter material during production. The composition of mica particles and polymer micro-bits, processed as described herein, when combined with a suitable mix of glass fibers, yields a filter material that performs efficiently above the burn-off temperature of the organic components thereof.
The presence of polymer micro-bits in the filter material in conjunction with the size-reduced mica particles is believed to have a beneficial effect on the degree of resistance to air flow exhibited by the finished filter material. The presence of micro-bits in the filter material is thought to separate the individual glass fibers of the matrix, tending to increase the flow rate of air through the matrix. Conversely, when no micro-bits are included in the glass fiber matrix, the separations between individual glass fibers are apparently significantly smaller. The aggregate effect of the small spacing between glass fibers and the deposition of mica particles on the glass fibers, which further decreases the inter-fiber spacings, considerably increases the resistance of the matrix to air flow. A similar effect has been observed when other plate-like mineral substances, such as vermiculite, are attempted to be used to impart heat resistance to a glass-fiber based filter material. Accordingly, the presence of polymer micro-bits in the glass fiber matrix improves the level of air flow through the filter material.
Given the demonstrated small particle-holding capacity of the thermoplastic polymer micro-bits in various filter paper formulations, it is likely that a substantial amount of the comminuted mica particles is carried within the folds and creases of the individual micro-bit particles. It is postulated, therefore, that when the organic components of the filter material are burned off at the high temperatures encountered in use, these mica particles tend to become deposited on the glass fiber surfaces, thus providing enhanced heat resistance.
Any of the commerically available, chemically-inert micas, whether natural (phlogopite, muscovite, pegmatite) or synthetic, may be used in the practice of the present invention. Satisfactory results have been obtained with a phlogopite mica sold under the name Suzorite� by Marietta Resources International, Ltd., Hunt Valley, Md.
Size reduction of the mica particles in the presence of polymer micro-bits is conveniently carried out using commerical grinding equipment. Particularly good results have been obtained using an Atrittor� 200-S batch grinder, available from Union Process, Akron, Ohio. The particular model used in producing the composition described herein has a tank capacity of 300 gallons and was powered by a 50 horse power motor.
Comminution of the mica particles in the presence of polymer micro-bits is carried out in an aqueous medium, which preferably contains a polyhydric alcohol or a polymeric derivative thereof, such as diethylene glycol. Glycerine may also be used if desired. The function of the polyhydric alcohol or polymeric derivative is to plasticize the finished filter material, rendering the material more flexible, and thereby reducing the tendency to crack or tear upon folding. The ratio of water to polyhydric alcohol or polymeric derivative thereof should be from about 5:1 to about 50:1.
The grinder charge comprising mica particles, polymer micro-bits and water may optionally include a portion of the organic binding agent for the filter material. Powdered polyvinyl alcohol has been used with good results.
A dispersion agent, such as colloidal silica may also be added to the grinder charge. The dispersion aid is used in an amount effective to promote uniform deposition of the mica particles on the glass fiber surfaces during production of the filter material. Generally, this amount will be less than about 0.2%, by weight, of the finished filter material. Colloidal silica has been particularly effective for this purpose.
The beneficial effect of the colloidal silica is evident from a visual examination of the finished filter material. Thus, when colloidal silica is used in making the filter material, the finished product has a distinct golden-brown color, which is characteristic of the mica component. In formulations in which no colloidal silica is present, this coloration was not so evident. Indeed, absence of visable mica in the drainage water from the production of the filter material exemplified below, tends to indicate that virtually all of the mica is retained in the finished product. It is believed that the colloidal silica improves the dispersion of the mica powder around the glass fibers, and perhaps serves as a small particle bridging agent to allow the relatively large mica particle (mean diameter of about 10 microns) to adhere uniformly around the fibers that may vary from about 0.5 microns to about 15 microns in diameter.
A microbicide may be added to the grinder charge, if desired, to prevent microbial degredation of polyvinyl alcohol and/or diethylene glycol, which may occur upon extended storage of the composition.
Processing mica in the grinding apparatus described above, under the above-stated conditions, yields mica of generally reduced particle size, the size distribution thereof being substantially between 1 micron and about 40 microns. It may be that such a relatively narrow particle size distribution range is important for achieving adequate coating of glass fibers having the range of diameters used in the formulations described herein. The calculated surface area of the comminuted mica particles is from 0.40 to 0.60 m2 /cc. The size distribution and calculated surface area measurements were made using a Microtrac Particle Size Analyzer (Leeds & Northrup Instruments, a unit of General Signal).
The aqueous slurry of mica particles, polymer micro-bits, organic binder and dispersion agent (when the latter two components are used) discharged from the grinder is used as such in the filter material formulation.
The polymer micro-bits used in making the filter material are produced from an expanded, non-brittle, thermoplastic polymer selected from the group of a styrene polymer, a lower polyolefin, i.e. the polymer of an ethylenically unsaturated hydrocarbon monomer having from 2 to 6 carbon atoms, or copolymers or blends of those polymers, or are produced from a flexible foamed polyurethane.
The polymer micro-bits are incorporated in the high temperature filter material in an amount effective for attaining the desired resistance to air flow of the filter material and for aiding in the retention and uniform distribution of the mica particles in the glass fiber matrix. The micro-bits also having a seemingly unique capability of preventing reduction of the mica particles to fine powder during comminution. Generally the filter material is comprised of about 2% to about 12%, by weight, of polymer micro-bits, 2% to 5%, being preferred.
Micro-bits of an expanded, non-brittle, thermoplastic styrene polymer or lower polyolefin are more fully described, along with their method of preparation, in my U.S. Pat. No. 4,207,378. These micro-bits may be broadly described as being (a) from about 40 to about 325 microns long and from about 20 to about 320 microns wide, (b) substantially completely free of intact cells of the expanded polymer from which they were produced, (c) substantially non-uniform in outline of the individual micro-bit particles, and (d) in density, at least 85% of the density of the specific unexpanded polymer from which the aforesaid expanded polymers are produced.
The polyurethane micro-bits and their preparation are more fully described in my U.S. Pat. No. 4,200,679.
The individual polyurethane micro-bit particles may be generally described as tripodal particles with generally uneven length legs and no uniformity in outline, the particles being broken and consisting of inter-connected strand portions from adjacent cells of the flexible foamed polyurethane. The strand portions are substantially free of intact cell windows and have hook-like projections with indentations and flutes. The uneven leg lengths and hook-like projections and flutes result from the destruction of the cell windows of the flexible polyurethane foam from which the polyurethane micro-bits are produced.
The entire disclosures of both of my aforesaid polymer micro-bits patents (U.S. Pat. Nos. 4,207,378 and 4,200,679) are incorporated in the present application by reference, as if actually set forth herein in full.
Thus, polymer micro-bits may be used in varying amounts to provide the filter material with the degree of porosity required for the specific application in which the material is to be used. In addition, the polymer micro-bits, being oleophilic in nature, are effective in removing various organic vapors from the air filtered therethrough. It is believed that the micro-bits also serve to some extent in retaining the particulate mica in the filter material. Polystyrene micro-bits, prepared as described in Example 1 of my U.S. Pat. No. 4,207,378 are particularly preferred in the filter material and composition of the present invention.
The filter material includes a binder system in an amount effective for substantially uniformly coating the various components of the filter material, so as to impart the degree of physical integrity required for wet lay production, as well as for the specific filtering application contemplated for the material. The binder system includes a binding agent which is insoluble in cold water, soluble in hot water, and retain its binding action upon cooling. A suitable organic binding agent satisfying these criteria is polyvinyl alcohol which is readily available from commerical sources. It is preferable for purposes of the present invention to use polyvinyl alcohol fibers to achieve uniform distribution thereof in the aqueous dispersion used in making the filter material. Polyvinyl alcohol is essentially insoluble in cold water but tends to quickly dissolve in water at temperatures above 140� F. and this property may be used to advantage during the production of the high temperature sheet material. After the wet-laid material is removed from the support on which it is formed, it is subjected to elevated temperatures to dry the material, causing the polyvinyl alcohol fiber to soften, swell and solubilize in the water present in the material. The solubilized polyvinyl alcohol tends to flow to the points of contact between the fibrous and particulate components, and accumulate there so that as the material continues to be dried the solid polyvinyl alcohol comes out of solution and binds together the fibers and particulate components of the material on which it has become coated. Polyvinyl alcohol is very effective for retaining the mica particles in the filter material. Other forms of polyvinyl alcohol, e.g. powder, may also be used, if desired.
The level of polyvinyl alcohol addition may be used to control the tensile strength and stiffness of the matrix. The amount of organic binding agent normally present in the finished filter material may vary from about 2% to about 15%, by weight.
The binder system also includes a film-forming siloxane polymer in an amount effective for aiding in the retention of the particulate component during wet-lay production of the filter material and in use. It is believed that the siloxane polymer also contributes to the sustained tensile strength of the material at elevated temperatures. The amount of siloxane polymer present in the filter material is generally about 3% to about 11%, by weight of the filter material.
As used herein the term "siloxane polymer" refers to a linear chain structure of the general formula: ##STR1## wherein R1 is lower alkyl, preferably methyl and R2 is lower alkyl or hydroxyl and n is equal to approximately 150. Also included with the term "siloxane polymer" are derivatives thereof substituted with various functional groups, such as aminoalkyl groups.
Good results have been obtained using siloxane polymer supplied by SUS Chemical Company Inc., under the trade name "Uscosoft ES". This product is a water-based emulsion of silicone polymers consisting of a mixture of polydimethylsiloxane polymers with terminal silanol reactivity and aminofunctional polydimethylsiloxane copolymers. The blend ratio is approximately 9 to 1. These polymers can be made to cross-link into an elastomeric film. Cross-linking is promoted by zinc stearate, which is employed as a water emulsion containing zinc stearate solids of approximately 25%. This promoter or catalyst is also available from SUS Chemical Co., Inc. under the designation Catalyst 232-A.
The preparation of different formulations of the filter material including the film-forming polysiloxane components has indicated that deposition of these emulsions on the fibrous and particulate components of the filter material may be pH controlled, rather than concentration dependent. It appears that deposition may be facilitated by adjusting the aqueous dispersion or furnish for making the filter material to a pH of about 4. Adjustment of the pH in this way appears to change the form of the polysiloxane emulsions to a non-emulsified and larger particle form, thereby improving the retention of the film-forming polysiloxane components and cross-linking agent in the filter material.
The siloxane polymer aids significantly in the release of the wet filter material from the support on which it is formed and, in conjuction with the organic binding agent, enhances particle retention during formation of the filter material and in use. The siloxane polymer also imparts softness, abrasion resistance and improved drape characteristics to the finished product.
The high temperature filter material of the present invention can be efficiency produced from an aqueous dispersion of the aforementioned components at relatively low cost, using conventional paper-making equipment and processes, as previously noted.
The aqueous dispersion used in making the composite material of the present invention is conveniently prepared in a standard paper-making beater or similar mixing apparatus. The mixing time should be sufficient for obtaining a uniform dispersion, which normally requires about 20 minutes, but may vary depending on the specific formulation of the dispersion or the type paper-making equipment used.
Various chemicals may be included in the aqueous dispersion as processing aids, in accordance with the practice in the art. These include, additives such as neutral dispersion aids, e.g. Lubrizol™ (ethoxylated vegetable oil), Katapol™ (polyoxyethylated alkylamine), a cold water defoamer, e.g. Defoamer SA-3 (blend of hydrocarbon oil -stearates and amides, available from Laurel Brand Products, Philadelphia, Pa.) and an emulsifiable microbicide, e.g. Busan�30 (active ingredient: 2-(thiocyanomethylthio) benzothiazole, available from Buckman Laboratories, Inc., Memphis Tenn.). Those experienced in the art of paper-making can easily determine the appropriate amounts of these chemicals to add to a given dispersion.
The appropriate proportions of the different filter material components and the effect of varying the relative proportions of the different components on the performance characteristics of the filter material may be easily determined by making and testing hand sheet samples as is the commom practice in the art.
Conversion of the aqueous dispersion, or furnish to the finished high temperature filter material may be readily accomplished using conventional flat, slant-wire or cylinder-type paper making apparatus, i.e. those equipped with fourdrinier wires, cylinder molds, or combined machines including both fourdrinier wires and cylinder molds. The process ordinarily involves thorough homogenization of the dispersion in a mixing chest to insure uniformity, application of the homogenized dispersion to a porous substrate (usually an endless belt to form a wet web of the material, removal of the web from the porous substrate, followed by dewatering of the material.
Monitoring of the pH of the dispersion has revealed a tendency of the pH to increase during the course of the production process. This has a deleterious effect on the dispersion, as is evidenced by the formation of fiber clusters and apparent loss of mica. This difficulty may be overcome by adjusting the dispersion to a pH of about 4, by the addition of a strong acid, such as H2 SO4. The dispersion should not be permitted to rise above a pH of 8 during production of the filter material.
The aqueous dispersion is diluted uniformly with water, to provide a furnish for the filter material having the desired consistency. The furnish in the head box should be continuously agitated in order to prevent separation of floatation of particulate components of the furnish. The furnish should be applied to the forming surface of the paper-making machine at a rate of about 50 to 130 gallons/minute for 1300 square feet of finished material, the exact rate depending on the drainage and drying capacity of the material, which depends, in turn, on its specific composition. Individual sheets may be made using an ordinary sheet mold.
The partially dewatered material is normally passed under an open flame, and then through a hot-air tunnel dryer followed by contact with high-pressure steam-heated drums. The temperature required for drying of the filter material is normally in the range of about 265� F. to about 475� F. The final water content of the web or sheet should be less than about 1.0%.
The following examples describe the invention in further detail, including the manner and process of making and using it, and set forth the best mode presently contemplated by the inventor for carrying out the invention.
The following components were charged in two substantially equal portions for processing, as separate batches, in the aforementioned Atrittor� 200-S:
______________________________________Components Weight (in Pounds)______________________________________Mica flake.sup.a 700Polystyrene micro-bits.sup.b 350Colloidal silica.sup.c 5Polyvinyl alcohol powder 140Diethylene glycol 350Water 1300______________________________________ .sup.a Suzorite � (phlogopite) .sup.b Prepared according to Example 1 of U.S. Pat. No. 4,207,378 (20% solids) .sup.c CabO-Sil (Cabot Corp. Boston, MA)
The Atrittor� 200-S was operated at under 100 rpm for 1/2 to 1 hour, using 3/16 inch stainless steel balls as the grinding medium (total weight 40 pounds).
The first batch of comminuted mica particles had a size distribution between 3.13 and 35.5 microns and a calculated surface area of 0.52 m2 /cc. The second batch had a particle size distribution between 2.21 and 35.5 and a calculated surface area of 0.56 m2 /cc.
The processed composition was apportioned into 275 pound quantities for use in preparing the high temperature filter material.
The following is a listing of the various quantites of each component used in the furnish for an actual production run of the high temperature filter material of the present invention.
______________________________________Component Quantity______________________________________Microbicide.sup.h 25 ml.Composition of Example 1 275 lbs.4100 C glass fiber 50 lbs.106 glass micro-fibers 30 lbs.Dispersion aid.sup.f 1000 ml.Defoamer .sup.g 300 ml.685/2" 25 lbs.DE - 6101/4" 75 lbs.Polyvinyl alcohol fiber 16.5 lbs.Siloxane polymer.sup.d 22.5 lbs. (dry)Cross-linking agent.sup.e 2 lbs. (dry)______________________________________ .sup.d Uscasoft ES (30% solids emulsion) .sup.e Catalyst 232A (25% solids emulsion) .sup.f Equal volumes of Lubrizol ™ and Katapol ™, the Lubrizol ™ being added first .sup.g Defoamer SA3 .sup.h Busan � 30
The above furnish was prepared in a pulper containing 4000 gallon of water, with each ingredient being added in the order listed above. Three pulper loads were made and transferred to a beater chest. The beater chest content at the dispersed solids consistency of 1.5 percent, as a homogenous dispersion, was transferred to a machine chest. A machine chest is used in paper making to hold stock to be fed to the head box from which the furnish is then fed onto the forming surface of a paper-making machine.
The furnish was pumped from the machine chest to the head box by a stock pump which at 1170 rpms propelled the furnish past an electric in-line consistency sensor equipped to send a signal to a controller. The controller initiates a current to a pneumatic transducer which controls the dilution water value at the stock pump suction point to enable any needed dilution water to be supplied prior to passing another consistency sensor.
The furnish continued through an in-line magnetic flow meter associated with a magnetic current converter providing a signal to a controller which, by a current to an activator transduce, serves to activate a flow valve to regulate flow of the furnish to the fan pump box. The fan pump, operating at 1750 rpm, conveyed the furnish through a magnetic flow meter, similar to a gate flow meter, to a Rice Barton open head box.
The head box level was set at 15.5 inches and the boat or flow control baffle was set in the following configuration: horizontal 15.5 inches; toe 6.25 inches; heel 7.5 inches. Additional dilution water was introduced into the dispersion before entering the head box to maintain a uniform consistency. From there the slurry was passed under the head box slice bar, and was distributed in uniform spread and flow over the traveling Fourdrinier wire. The paper-making machine was a Uniflow Niagara DK-61M ultraplex Fourdrinier, with a wire having 155 strands per inch in the direction of travel and 95 strands per inch across. The wire was 64 inches wide.
The diluted dispersion was fed from the head box onto the wire of the Fourdrinier machine (30� slant), set at full deckle, and moving at a rate of 85 feet/minute, so as to provide a filter material which, after drying, had a basis weight of 18.1 and a caliper of 10-12 mil.
The furnish having a consistency of about 0.5% solids was applied to the forming wire at a rate of about 100 gallons/min., and exhibited good drainage at the wet end, rapid drying capacity and early development of adequate sheet tensile strength to permit easy removal from the forming wire. The drainage rate of white water was about 90 gallons/min. In addition to drainage through the screen, water was removed from the wet web by passing the screen over 6 Rice Barton friction boxes operated with the vacuums set as indicated below in inches of mercury: Box 1: 0"; Box 2: 3"; Box 3: 3"; Box 4: 6"; Box 5: 6"; and Box 6: 8". The furnish, now as a web about 50 percent dry, continued at the same speed of 80 feet per minute onto an endless belt conveyor, and after about 1.5 meters beyond the end of the wire passed about 10 centimeters below a gas fired heating panel known as a Marsden heater. The heat control setting on the Marsden heater was 12. The temperature of the ceramic radiating surface was 2100� F. The exposure of the wet web to that temperature for about 2.4 seconds quickly caused solution of the polyvinyl alcohol.
The partially dry web then continued through an AER tunnel dryer, which was about 12 feet long by 6 feet wide, with a temperature setting of 450� F. and an actual temperature recorded at about 419� F. The web was then alternated in sequence over one and under the next of each of a series of six drier drums. The first drum provided a temperature of 235� F., which increased gradually towards the last drum, which had a temperature of about 270� F. The web was then continued through an Overly dryer maintained at a drying temperature of 475� F. The finished filter material leaving the Overly dryer (about 99 percent dry) was then contacted with another steam heated drum dryer and was then collected on a take up reel. The dry material had a smooth surface on each side and wound up easily on the reel without tearing or wrinkling.
The finished filter material exhibited heat resistance up to 750� F., efficiency for small particle filtration of about 40%, as determined by the DOP test, and a resistance to air flow of about 5.5 mm differential pressure. The finished material showed little loss of matrix character after burn-off as indicated by little change in filtration efficiency after burn-off. The material was sufficiently plasticized by residual diethylene glycol to permit folding or pleating without cracks or breakage.
While the various aspects of the present invention have been described and exemplified above in terms of certain preferred embodiments and applications, various other embodiments or applications may be apparent to those skilled in the art. For example, the high temperature filter material may be used as an interleaf element in annealing sheets of aluminum metal. Thus, sheets of the high temperature material may be inserted between individual sheets of aluminum in a stack before entering an annealing oven (at about 700� F. to 900� F.) in order to facilitate separation of the annealed aluminum sheets. The finished material may also be used as high temperature resistant electrical insulation, and low cost, high temperature insulation e.g. for ovens, piping and the like.
The invention is, therefore, not limited to the embodiments specifically described and exemplified, but is capable of variation and modification without departing from the spirit and scope of the appended claims.
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|Max Klein
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|Jan 1, 2008
|Donaldson Company, Inc.
|Filter medium and structure
|Oct 12, 2004
|Apr 8, 2008
|Ppg Industries Ohio, Inc.
|Resin compatible yarn binder and uses thereof
|Nov 20, 2007
|Jul 26, 2011
|Donaldson Company, Inc.
|High strength, high capacity filter media and structure
|Feb 21, 2008
|Sep 20, 2011
|Donaldson Company, Inc.
|Filter element and method
|Nov 5, 2004
|Sep 20, 2011
|Donaldson Company, Inc.
|Filter media and structure
|May 1, 2006
|Nov 15, 2011
|Donaldson Company, Inc.
|Filter medium and breather filter structure
|Mar 10, 2003
|Nov 22, 2011
|Ppg Industries, Inc.
|Resin compatible yarn binder and uses thereof
|Feb 11, 2004
|Jan 31, 2012
|Ppg Industries Ohio, Inc
|Fiber product coated with particles to adjust the friction of the coating and the interfilament bonding
|Jan 31, 2006
|May 15, 2012
|Donaldson Company, Inc.
|Aerosol separator; and method
|Jan 27, 2010
|Sep 18, 2012
|Donaldson Company, Inc.
|Method and apparatus for forming a fibrous media
|May 18, 2011
|Sep 18, 2012
|Donaldson Company, Inc.
|Filter medium and structure
|Aug 31, 2011
|Oct 2, 2012
|Donaldson Company, Inc.
|Filter medium and breather filter structure
|Feb 21, 2006
|Mar 26, 2013
|Donaldson Company, Inc.
|Aerosol separator
|May 1, 2012
|Jun 11, 2013
|Donaldson Company, Inc.
|Aerosol separator; and method
|Aug 22, 2012
|Aug 20, 2013
|Donaldson Company, Inc.
|Filter medium and breather filter structure
|Aug 20, 2012
|Sep 3, 2013
|Donaldson Company, Inc.
|Method for forming a fibrous media
|Sep 14, 2012
|Feb 4, 2014
|Donaldson Company, Inc.
|Filter medium and breather filter structure
|Sep 14, 2012
|Aug 25, 2015
|Donaldson Company, Inc.
|Formed filter element
|Aug 27, 2013
|May 31, 2016
|Donldson Company, Inc.
|Method and apparatus for forming a fibrous media
|Sep 26, 2012
|Sep 20, 2016
|Southern Felt Company, Inc.
|Filter media for long-term high temperature applications
|Dec 19, 2013
|Oct 24, 2017
|Donaldson Company, Inc.
|Filter medium and breather filter structure
|May 30, 2003
|Feb 19, 2004
|Mann & Hummel Gmbh
|Filter element for filtering liquids from a stream of gas
|Apr 12, 2004
|Nov 11, 2004
|Choi Wai Ming
|Low density nonwoven glass fiber web
|Mar 24, 2013
|Oct 8, 2014
|High-strength glass fiber-made air-filter paper and preparation method thereof
|Apr 20, 1998
|Nov 4, 1999
|Cryo Technik Gmbh
|Non-woven filtration web of organic polymer bonded quartz fiber suitable for apparatus for continuous monitoring of flowing gas e.g. for atmosphere testing
|Mar 20, 1998
|Sep 22, 1999
|PAPCEL - PAPIER UND CELLULOSE, TECHNOLOGIE UND HANDELS-GmbH
|Filter material with adjustable wettability and process for its manufacture
|Feb 9, 2009
|Aug 20, 2009
|Isovolta Ag
|Method for producing mica-containing material and insulating material comprising said material
|Oct 15, 2010
|May 12, 2011
|Renault S.A.S.
|Particle filter for exhaust gas treatment, and exhaust gas treatment device including such a filter
|U.S. Classification
|442/335, 524/449, 521/55, 521/82, 442/417, 55/524, 521/92, 521/139, 521/131, 521/134, 55/527, 521/54, 521/918, 521/91
|International Classification
|Cooperative Classification
|European Classification
|Sep 11, 1987
Owner name: CRANE, FREDERICK G. JR.
Free format text: ASSIGNMENT OF ASSIGNORS INTEREST.;ASSIGNOR:KLEIN, MAX;REEL/FRAME:004762/0729
Effective date: 19870903
Owner name: KLEIN, MAX TRUSTEE
Free format text: ASSIGNMENT OF ASSIGNORS INTEREST.;ASSIGNOR:KLEIN, MAX;REEL/FRAME:004762/0729
Effective date: 19870903
|Feb 21, 1989
|Certificate of correction
|Jul 16, 1991
|Maintenance fee reminder mailed
|Dec 15, 1991
|Lapse for failure to pay maintenance fees
|Feb 18, 1992
|Expired due to failure to pay maintenance fee
Effective date: 19911215


text:
House of Lords
|Session 1998-99
Publications on the internet
Other Bills before Parliament
Amendments to the House of Lords Bill
|House of Lords Bill -
Amendments to be debated in the House of Lords
Here you can browse the Amendment to the House of Lords Bill to be moved on Report in the House of Lords.
After Clause 1
|Insert the following new Clause--
|Membership of the House of Lords.
| (" .--(1) From the day on which this Act comes into force, the members of the House of Lords who shall be entitled to sit and vote in that House shall be--
(3) From the day on which this Act comes into force--
|(i) all peers who would have been entitled to receive a writ of summons by virtue of the Life Peerages Act 1958 to attend the House of Lords but for the passing of this Act, and
(ii) all peers who have been members of that House under subsection (1)(e) for a period of 5 years,
|shall be entitled to sit, but not to vote, in proceedings in that House.
(4) The members of the House under subsection (1)(c) shall be comprised of not more than--
(7) Standing Orders of the House of Lords shall make provision relating to the holding and conduct of elections under this section, and that such elections shall be held at intervals of 7 years.
(8) Subject to subsection (10), the Lord Chancellor may by order made by statutory instrument amend any number specified in subsection (4), but only to give effect to a resolution of the House of Lords.
(9) An order under subsection (8) shall be laid in draft before, and shall be subject to the affirmative resolution of, each House of Parliament.
(10) The two political parties with the largest number of seats in the House of Commons shall be entitled to equal representation in the House of Lords.
(11) Any question whether a person is elected under this section shall be decided by the Clerk of the Parliaments.")
|© Parliamentary copyright 1999
|Prepared 28 May 1999

subset: commoncrawl


text:
Caitlyn Jenner considered surgery on her vocal chords.
The 'I Am Cait' star made the surprise admission during her E! reality show but her stepdaughter Kim Kardashian West expressed her fears about how invasive the procedure was.
In the recent episode, Kim told the 65-year-old former Olympian, who was known as Bruce Jenner before undergoing a gender transition: "What if they made a mistake and you came out with no voice?"
Caitlyn clearly continued to mull over the decision as she discussed the idea with some of her friends over dinner, with one telling her: "I haven't done one thing. If you're going to accept me, you're going to accept me."
Meanwhile, the television personality previously revealed she tried to perfect her "best feminine voice" by calling room service when she stayed at hotels.
Caitlyn also admitted it was "important" for her to have a feminine voice because it would give her more confidence.
She added: "Women cannot relate to the whole voice thing. They don't see it as being that important when it is that important, not only for you just to speak and order and do all that kind of stuff but very important for your soul that you're feeling good about that."


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Aug 05, 2014 Tami Scott Uncategorized
Chief lock operator Lock E-24 for five years.
What are your responsibilities?
There are many and varied, but mainly it's working with my co-workers to maintain the lock and its surroundings for the enjoyment of everyone.
Is there anything new going on that you would like to share?
Nothing new, really. I'd just like to say that we feel honored that the community holds us in such esteem.
What do you like most about your job?
The people I get to meet. Local people, people traveling the world, school kids – that's awesome – that so many people are interested in the canal.
Probably November – it's that transition between navigation season and winter when the days seem to drag.
Do you have a favorite book? If so, what and why?
"Zen and the Art of Motorcycle Maintenance" by Robert Pirsig. It had a big impact on me at the time [and] that hasn't diminished over the years, since I last read it.
Favorite vacation spot?
Anywhere that my wife and I can be on our sailboat.
If you could have lunch with anyone, living or dead, who would it be and why?
Levon Helm – an amazing person who stayed connected to his roots despite his fame. I'm sure the stories would be great!
What is one thing most people would not know about you?
That I have five wonderful grandchildren!
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On a disc Gules, in horizontal flight two flight symbols fesswise in bend Sable, each emitting a contrail to sinister chief Or, issuant from base a mountainous terrain earth colored Proper surmounting a bezant, all within a diminished bordure Yellow.
Attached above the disc, a Blue scroll edged with a narrow Yellow border and inscribed "56TH TRAINING SQ" in Yellow letters.
Attached below the disc, a Blue scroll edged with a narrow Yellow border and inscribed "FIGHTER ACADEMICS" in Yellow letters.
Ultramarine blue and Air Force yellow are the Air Force colors. Blue alludes to the sky, the primary theater of Air Force operations. Yellow refers to the sun and the excellence required of Air Force personnel. The escarpment refers to the location of the unit. The rising sun signifies the unit's role in training student pilots to qualified status in major weapons systems. The deltas show the high level of training provided by the unit.
Army.mil |
USA.gov |
iSalute |
Site Map
The appearance of hyperlinks to external sites does not constitute endorsement by the Office of the Administrative Assistant to
the Secretary of the Army (OAA) of the linked web site or the information, products or services contained therein.
For other than authorized activities such as military exchanges and Morale,
Welfare and Recreation sites, the OAA does not exercise any editorial control over the information you may find at these locations.
Such links are provided consistent with the stated purpose of this DoD web site.
Office of the Administrative Assistant to the Secretary of the Army
105 Army Pentagon
Washington, DC 20310-0105
USARMY Ft Belvoir HQDA Mailbox TIOH Webmaster


text:
Foley Catheter Legband Holder
Average Customer Rating(2 ratings)
Featured Customer ReviewMuch easier to use and more reliable than my previous product. [ read more ]By Jazzman from Snoqualmie, Washington
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Pepper Medical Foley Catheter Legband Holder
- No skin tears caused by tape
- Eliminates risk of irritation & infection
- One size fits all
- Latex-free
Product Overview
Pepper Medical Foley Catheter Legband Holder
Foley Catheter Legband Holder
Fits up to 24" Width 2"
Foley Catheter Legband Holder stabilizes the indwelling catheter without restricting patient movement for greater comfort. This 100% cotton legband is a one size fits all. The stretch design features a Velcro Locking System that is quick and easy to engage. The soft, comfortable stretch material allows for full range of motion and wraps directly around the leg without adhesives or shaving.
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Part Number(s): 776 5095
Mfg Part Number(s): 606
Scrip Part Number(s): 776 5095
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I Cant Msg Marji
Personal Stories, Advice, and Support 2 People
Huh?This member does not accept private messages from members outside of their circle. Get to know them a bit (by commenting on their stories, etc.) and they'll likely add you. but but i am in your circle!!!!
girlflower 41-45, F 0 Oct 16, 2009


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About Georgia Brown's
Come and experience our lively interpretation of South Carolina Low-Country cuisine. Enjoy good southern food, servers who bubble over with hospitality, and a dining room that is truly distinctive. With its honey-colored walls, golden woods and bronze sculptures that crawl across the ceiling, designer Adam Tihany has created an atmosphere to awaken your senses. What better place to enjoy low country cuisine than in this contemporary environment celebrating the south. Offering the flavor of the South - the Soul of Washington; where we will be sure to leave a light burning in the window for you, our guests.
Connect with Us:
Washington, DC 20005
Dining Style:
Casual Elegant
Low Country, Southern
Hours of Operation:
Monday - Thursday: 11:30am - 10:00pm, Friday: 11:30am - 11:00pm, Saturday: 12:00pm - 11:00pm, Sunday: 5:30pm - 10:00pm; Brunch: Sunday: 10:00am - 4:30pm (last seating at 3:30pm)
Cross Street:
Between K and I Streets-2 Blocks from the White House
Dress Code:
Business Casual
Price Range:
$30 and under
Payment Options
AMEX, Diners Club, Discover, MasterCard, Visa
Phone Number:
(202) 393-4499
We offer Live Jazz every Wednesday from 6:30pm until 10:30pm and Sunday's for our Jazz Brunch from 10:00am until 3:00pm. (The last seating for brunch is at 2:00pm)
We offer limited off-site catering. Please call the restaurant and speak with our special events coordinator for more details at 202.393.4499. If you prefer, please feel free to email your inquiry to firstname.lastname@example.com.
Parking Details:
We offer Valet Parking Service nightly beginning at 5:00pm and Sunday"s for our Jazz Brunch beginning at 10:00am. There is a fee of $8 per car. In addition, there are several near by parking garages and limited on-street parking. Please make sure to read the signs and meters in reference to time restrictions and fees.
Public Transit:
We are conveniently located near the McPherson Square metro station on the orange and blue lines. Exit the metro at Vermont Avenue and walk one-half block North on 15th Street. Traveling on the red line stop at Farragut North. Walk two blocks east on K Street. Turn right at the corner of 15th and K. We are mid-way through the block on the right.
Executive Chef:
Neal Langermann
Private Party Facilities:
Looking for that perfect place to host your special event...well here we are. We can accommodate large groups in the main dining room with a menu designed especially for your birthday, anniversary, rehearsal dinner, corporate event or casual gathering. Whatever the occasion, we will help you create a memorable and personal event amid our beautiful setting.
Private Party Contact:
Ayanna Brown: (202) 393-4499
Bar Dining, Bar/Lounge, Beer, BYO Wine, Chef's Table, Corkage Fee, Counter Seating, Entertainment, Full Bar, Gluten-free Menu, Happy Hour, Late Night, Non-Smoking, Outdoor dining, Takeout, Weekend Brunch, Wheelchair Access, Wine
Restaurant Photos
Georgia Brown's Ratings and Reviews
Everything was exceptional!! This is my favorite restaurant in DC. Our server, Bob, was witty and informative. He gave us the history behind the restaurant and one of the cocktails we enjoyed. This is my fourth time dining here and every experience leaves me awaiting my next visit. I also LOVE the music!!
I took my son knowing he would love the food and I too was excited to go as I hadn't been in over 20 years. Made a reservation and was seated immediately. Food was excellent as I had remembered.
I was however disappointed with our server as once her friend was seated a few tables down from us, she hardly paid any attention to us. The food is spicy and on more than one occasion we asked for more water and she forgot. I ordered wine when we sat down and it didn't come for awhile. It seemed like she was rushing us along so she could go sit with her friend.
Georgia Browns is an amazing experience of epic proportions. It began with being greeted warmly at the door by the host, enjoying an amazing server who kept us entertained and well taken care of for the entire night. The meals were absolutely outstanding. Don't forget to enjoy the biscuits and cornbread with the peach butter. And definitely enjoy a signature cocktail. Always memorable, worth every dime, DC mainstay, DC gem!
I've been to Georgia Brown's many times over the years, even for Thanksgiving dinner. This time had the crispy chicken livers, which were great and the tomato dish, also very good. Hadn't had the fried chicken in a while so ordered that and thought the chicken was very dry. Wish they would offer dark meat options. Nice place and the service was superb.
A really great place for good southern food. It is conveniently located near the McPhearson Square Metro station on the Orange, Silver and Blue line.
Food was excellent. I sampled the shrimp and grits, catfish fingers and gumbo. All was out of this world.
It is a noisy restaurant though and the quarters were a bit cramped around our table. The server was very accommodating but was severely tasked with keeping up with all his tables. All in all it was a very good dining experience but not perfect.
This was my second time here. The first time was great but this time was not. Service was great but the food. Our bread came out cold and then I ordered the Devil Shrimp with Mac and cheese on top of spinach. The shrimp stuffed crab was dried out. It came out luke warm. The waitress took the food back and I believe they just put it in a microwave. It came back hot but drier than it was the first time. My fiance would not let me send it back so he ate it. I have to say I was completely disappointed and I will probably not go back.
Our 1st impression from the hostess was not the best. She did not smile. Then she tried to seat us in this oddly diagonally positioned table. We were a party of 4 and one of the people would have to swish against the wall and a 2nd person had very little space to pull her chair out since the tables were so close. We were unable to pull the table away from the next table due to the wall. I went to the hostess to explain the table was very tight for my party of 4. She appeared annoyed, then pointed in front of her and said that the ONLY available table was the one directly in front of the hostess stand. Mind you this was a Sunday 6:45 reservation and the restaurant, while busy, seemed to have a number of open tables. We took the other table which was much better, but we had to move ourselves. She did NOT help in any way. I have previously eaten here but the rest of my party had not. Needless to say, this was NOT a good first impression. Our server was very attentive, but he did not offer much guidance on the menu or enthusiasm on the dishes. Maybe he was distracted or overwhelmed, but further information on the menu could have lead to a higher bill as we would have ordered more. Instead we skipped appetizers and dessert. My only service complaint would be that there seemed to be several bussers and I had to flag someone down a couple times for a water refill and my one companion never received a refill on her ice tea. We still enjoyed our food, but if we had received better service, we might have been even more wowed.
I hadn't eaten there in years. We had a lovely time. We took our daughter who is attending GWU to dinner while in town. If I had any criticism it would be that it may be time to do an overall sprucing up of the place. Some areas looking a little long in the tooth.
I haven't been in years, I was very excited to go back for brunch but i was let down. Live music and service was good but the food choices and the food was overrated. Not a high class restaurant TOME anymore. Plus the chocolate fountain made it feel like Golden Corral.
I'd like to think of myself as a brunch aficionado so, understand it's not a game for me! I must admit the last time I brunched at Georgia Brown's I was highly disappointed. It's unfortunate to say our service was horrible. I vowed never to go back because I was disappointed how management handled our party. However, I found myself making reservations (for a smaller party) to see if things had gotten any better. After all, the food never disappoints here. Not only was the service better but the entire experience was too. I'm glad I decided to make another reservation and I'm glad service improved. Our server was personable and extremely pleasant.
I could have swam in the mimosa (not a bad thing)! It was all around a great brunch experience. I hope it is consistent moving forward.
As a Southerner, DC is sometimes tough for me. Exotic food, tastless food, and stuff I have to ask how to eat is not something I love doing. Georgia Browns has that familiar food I love. But also as a Southerner, paying $45 for a brunch that doesn't include booze is shocking. The food is nice, but it's not $45 nice. It's all inexpensive Southern fare. Southerners eat it because it's good and cheap. Charging $45 for something that may have cost them $5-7 per person is obscene.
There's a similar restaurant in Nashville, Monell's, which has similar quality and taste for $25 Sunday Brunch. And it's in a Southern Mansion with much more attentive service and beverages other than water (non-alcoholic, but still).
It was great food, but you can't charge people $45 for Southern food. It's insulting. And the staff was far less than attentive.
Also, get rid of the to-go bags included. I had to lug it all over town in an oversized brown bag. Maybe you could reduce cost there. Or include it for a nominal fee.
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June Training Blog: Fine-Tuning and Altitude
Hi there, everyone. I hope you've been able to get out and ride. It finally looks like June-uary is turning into summer, just in time for our last push before OBR and IBR.
We've got five weeks until the Oregon Ride, and seven weeks until the Idaho Ride, so now is the time to start fine-tuning your training and looking at the specifics of our rides. In addition to being sure your equipment (tent/sleeping bag/pad, bike clothing) is well suited to you and your riding style, we need to look at the terrain on each of the rides. The longest ride on Idaho is 81 miles, while the longest day on Oregon is 93 one day and 94 the other.
One thing that comes to mind for both rides is altitude: How do you train for altitude riding, and how do you deal with altitude when coming from sea level? Looking at both rides, on the Idaho Ride we'll spend more time sleeping above 5,000 feet and the last day we ride from Stanley to almost 8,000 feet on our ride back into Hailey. On the Oregon ride we'll have the optional day at Crater Lake where the rim is up to almost 8,000 feet; climbing up and over Mt. Bachelor takes you over 6,000 feet; and McKenzie Pass takes you to 5,300 feet. But during this ride we don't sleep above 5,000 feet, so we'll only spend short amounts of time at that elevation.
First, if you have any history of difficulty with altitude, you may want to arrive at altitude up to three days early so your body can start the acclimatization process. A lot of the body's changes happen in the first 72 hours, so sometimes that can be the most difficult time.
What happens at altitude? The partial pressure of oxygen decreases in the air at higher elevation. As a result of this, at 10,000 feet of elevation the amount of oxygen in the air is 29 percent less than at sea level.
How do we compensate for this change? The body increases our ventilation (we breathe faster) and increases our heart rate and blood pressure to send more blood in hopes of releasing more oxygen to the tissues. From a physiological perspective, we produce an increase amount of lactate for a given workload (i.e., it feels a lot harder to push yourself, and you can't recover as well after you go above a certain effort level). For every 100 meters over 1,500 meters (4,800 feet, as 1 meter = 3.2 feet) our body's VO2 max (the ability to circulate and use oxygen) decreases by 1 percent. So you may start to see those changes anywhere around 4,500 feet or so.
After being at altitude long-term (weeks/months), the body compensates for these changes and therefore increases our red blood cell production via the release of EPO (erythropoietin) naturally.
So what will that look like for us on the ride or in camp?
- Your sub-max and resting HR may be higher at higher elevations the first few days, but then should recover.
- Your VO2 max decreases at elevation, so you won't' be able to push it as hard as you think you should be able to. You will not be able to reach your max heart rate.
- It is normal to have to urinate more the first couple of nights as part of the body's compensation, so you may want to limit your intake of liquids after a certain time in order to sleep better.
- It's normal to have some difficulty sleeping the first 24 to 72 hours at elevation if you come from sea level. This is due to multiple physiological changes taking place.
- It's also normal to have extra gas in your gut due to the pressure changes. This will get better as your body adjusts.
In general, here are my tips for dealing with altitude:
- Drink plenty of fluids with electrolytes.
- Limit your use of alcohol, as it decreases your body's natural breathing drive, which can worsen the sleep disturbance the first few days at altitude.
- Increase your intake of carbohydrates. Your body tends to use more carbohydrates as a fuel source at higher elevations.
- Pace yourself and don't go too hard the first few days. Unless you live at elevation (greater than 5,000 feet), your body is not used to the altitude and will be trying to adjust.
Next let's talk about our training focus this month and next. The primary focus this month should be to maintain your endurance while you also continue to work on hill climbing at your
tempo/endurance pace. At elevation, your body will not tolerate going above your lactate threshold (that point where your body produces more lactate than it can use and/or eliminate) effort level, so you need to work on going faster at lower intensity. What does that mean? Basically, the more you ride at your endurance or tempo pace, the faster you should get at that pace. As I mentioned last month, doing tempo effort is harder to recover from, so you must have easy days between tempo workouts. Also, you need to build up to the longer tempo intervals, which has been a focus over the past couple of months.
Here is a suggested schedule:
Monday: Off
Tuesday: Tempo Hill Repeats: 8-30 minutes at tempo effort, with 1/3 that time for recovery in between intervals. You can work up each week to doing 2-3 sets of the intervals. Also try for the longer-length tempo intervals since some of the climbs will be long on the tour.
Wednesday: Core Strength + Endurance Ride: 1.5 hours or strength-maintenance full-body.
Thursday: Shorter Hill Repeats: 3-6 min subthreshold, with recovery between at the same length of time as the interval. Work up to 5 or 6 of these over the course of the next month.
Friday: Off or Recovery Day (yoga/swim/walk/hike).
Saturday and Sunday: Endurance Rides: Work up to longest one-day distance on the tour one day, and on the other do another Endurance Ride (2-4 hours) but not as long the other day (you want back-to-back endurance days).
I usually recommend doing one day the same length of time on the weekend (2-4 hours), while on the other day you build by 5-10 miles until you get up to the mileage of the longest day on the tour. Both tours have one long day of 80-100 miles, so if you can get in one or two centuries the last 3-5 weeks before your tour, that will help you a lot. In addition to building fitness, it will help point out any weaknesses in your choice of clothing/saddle/bike fit.
As always, this is a guide that assumes you have been following my recommendations since the blog in January. If not, go back to previous months' blogs and review the training recommendations.
And, as always, do not do any of these workouts unless you have been cleared by your healthcare provider.
Happy riding! I look forward to meeting you on the rides.
Here is a reference about altitude: http://www.altitudemedicine.org/
If you have any questions, feel free to contact me at email@example.com or go to wenzelcoaching.com if you want more in-depth coaching and/or training plans.


text:
GraphicRiver Pro Brochure Bundle Music Photo Art Edition 5087570
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GraphicRiver Pro Brochure Bundle Music Photo Art Edition 5087570
Print Template \ Brochures \ Corporate
Music \ Brochure \ Multipurpose \ Mockup \ Studio \ Magazine \ Photography
Print Template - Pro Brochure Bundle Music Photo Art Edition 5087570 by ShermanJackson @ GraphicRiver
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Graphics Files Included: Photoshop PSD; Layered: Yes; Minimum Adobe CS Version: CS; Print Dimensions: 8.5x11.
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Presenting to you professionalyl & creatively designed Music, Photography & Art Brochure pack. These brochures are unique in their design allowing you total flexibility to modify & add plenty of information.
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Please Note: The LOGO is not included in this brochure and has been used for demonstration purposes. However, if you are interested in the logo you may purchase it at the link below.
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- Art & Photo Tri-fold Brochure Template: http://graphicriver.net/item/-art-photo-trifold-brochure-template/4162563
Pro Recording Studio & Jam Pad Flyer; Pro Studio Musician Fb Cover ; Art Show & Art Expo Facebook Cover; Pro Music Studio Trifold Brochure ; Design & Art Expo Show Passes/Tickets Bundle; Doodle Sketch Artist Business Card ; Design Expo Passes Templates V1.
Keywords: 3fold, art, art gallery, brochure bundle, business, camera, catalog, catalogue, corporate, creative brochure, design, designer, e-commerce, magazine, mockup, multipurpose, music, music studio, newsletters, photography, print ready, trifold.


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Sorry for the radio silence – it turns out planning a wedding, moving, and working full-time are not conducive to regular blog posts. So much good music is being released this fall, including this track from Big Grams, the new collaboration between Big Boi (Outkast) and Phantogram.
Unlike their first hip-hop-centric single, this one appeals more to the Phantogram side of the duo. The synth-electric production and dream pop vocals carry the song until Big Boi closes it out, reminding us this is indeed, a collaboration. Watch for the new album to drop this Friday, September 25th.


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Ords Group
Established as B. T. Ord in 1840, we are possibly one of the oldest companies in the North East of England.
Based in Hartlepool, we are a privately owned company offering a next day delivery service across the country. Our retail outlet premises for stationery is located in Avenue Road near the town centre and our Lithographic printing plant is located on the towns Usworth Road Industrial Estate.
As one of the country's leading independent printers, print design & office suppliers, we take pride in advertising that we can offer everything you need to keep your business fully operational. Whether you are looking for digital & large format printing, printed t-shirts, arts & crafts supplies or a bespoke picture framing & canvas service, drawing pins, leaver arch files, inkjet cartridges office furniture, printed and promotional material then look no further than Ords 'YOUR ONE STOP SHOP'
Our varied and wide range of services fit in with our goals to provide business with a 'one stop shop'. It is impossible here to list all of our stock and expertise but we take pride in telling our customers ''We Can Do It''
© Business Directory |
Privacy Policy


text:
A veteran Tory activist has taken the Progressive Conservative nomination in a St. John's district.
Dan Crummell, who worked in sales for Molson Canada for 25 years, receiving 434 notes in a party nomination meeting Tuesday night in St. John's West.
Challenger Glenn Moores placed second with 216 votes.
Crummell aims to succeed PC Sheila Osborne as the MHA for St. John's West after the Oct. 11 general election. Osborne has held the district since winning a byelection in 1997.
Crummell, a former president of the student union at Memorial University, has made a bid for the house of assembly in the past. In 1996, he lost to Liberal Sandra Kelly in Gander.


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AMAZON'S Cyber Monday starts today! Right now Microsoft Office Home & Student 2010 is listed for just $94.99 and ships FREE! The regular price is a whopping $149.99 (yikes)! The awesome thing about this is that you can use it on up to three of your personal computers!
I have to tell you, Im excited to see this as I have been waiting for this deal for a while now! Our desk top does not have Word, Excel, or PowerPoint and its really been a pain in the tush! So YAY!
AMAZON also has the Mac version of Microsoft Office Home & Student 2011 listed for just $79.99 with free shipping. It looks like this is only good for one computer though.


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Urgot Build Guide by StalkYourGrandpa
Not Updated For Current Season
This guide has not yet been updated for the current season. Please keep this in mind while reading. You can see the most recently updated guides on the browse guides page.
Thank You!
Your votes and comments encourage our guide authors to continue
creating helpful guides for the League of Legends community.
Urgot Build
first buy
Main items
Offensive items
Defensive items
Ability Sequence
Not Updated For Current Season
The masteries shown here are not yet updated for the current season, the guide author needs to set up the new masteries. As such, they will be different than the masteries you see in-game.
Urgot has great ganks and farm clear. If you e the champion you are ganking then you can get a q on him every 2 seconds. Also at 6 you can just swap when you gank.
Creeping / Jungling
Start at whichever buff is at the bot side. Get a smiteless from your leash and rush the other buff. After that you can either early gank top or mid. If neither are open for ganks farm the mini camps. Only gank bot if you know there are no wards.
In teamfights you should try ulting the carry to your team. It will take a lot of time and hard for you to realize when you SHOULD and SHOULDN'T ult into their team. It is a really good ult because you become REALLY tanky after you use it and the person you ulted becomes slowed. If you use it correctly you can really change the tide of a fight. After you take the first carry e over their group and keep Qing the other carry.


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Savvy general manager Rita Scott keeps WCSC (way) on top in idyllic seaside market
This was never how Rita Scott had envisioned taking over a TV station. It was 1999. She had been in the top job at WCSC Charleston for all of a week when Hurricane Floyd was bearing down on the region and residents were being evacuated. Scott sat in the newsroom with her department heads, going over coverage plans and how best to keep residentsâ€â€and staffersâ€â€safe.
It was then that she realized the full depths of her new role. "I'm thinking, 'Well, I'm the captain of the ship, so we've got to make it happen,'†she recalls.
Scott told staffers that family members who did not evacuateâ€â€many were stuck on highways headed out of townâ€â€were welcome at the station. So were their pets: There were cats and dogs in the building, a few birds, a ferret, even a pig or two. "The only thing we said you couldn't bring in were horses,†she says with a laugh.
The truest test of a general manager isn't always ratings or revenue, but how the station performs when severe weather threatens the community. WCSC was wall-to-wall in storm coverage for three straight days, advising viewers on how to stay safe throughout the category 2 hurricane. "They did a first-rate job on it,†says Charleston Mayor Joe Riley. "They reported with energy and kept the community informed. Rita's station is highly respected and trusted.â€Â
These days, the challenge is keeping Raycomowned WCSC, which turns 60 this year, on top in DMA No. 98. It's a challenge Scott embraces. Charleston residents have huge expectations of WCSC, and Scott uses that to keep the staff motivated every day. "For a legacy station in a destination market, there can be a lot of, 'It's been working, let's not change it,'†says Don Richards, group VP of WCSC owner Raycom. "Rita always challenges her managers to keep it fresh.â€Â
Thespian Dreams
Scott was raised in High Point, N.C., in her family's funeral home. Her father was the mortician; her mother, the secretary and organist. Rita handled the corpses and arranged the flowers, went to the funerals, and consoled the bereaved. "You learned to respect life,†she says. "You understood that you rejoiced every day.â€Â
With an easy laugh and rich southern accent, Scott had dreams of being an actress. She majored in theater before realizing a young mother would have an easier time in an office than on stage. She got her start in television at WGHP High Point in 1979, but not in any traditional manner. Women, and African-American women in particular, had little shot of breaking into station sales. Scott says she was part of a classaction suit against WGHP's parent company at the time, demanding equality. "I didn't ask for moneyâ€â€I asked for an opportunity,†she says.
Her first manager, David Whitaker, says Scott turned out to be an "incredible†hire, despite her lack of experience. Scott was routinely the first to arrive at work and took to sales immediately. "She had natural ability,†says Whitaker, who retired as general manager at KOAA Colorado Springs. "She could sell anything.â€Â
Scott is the rare exec with "full-time coach's wife†on her resume. Then-husband Gene Littles, a former American Basketball Association player, took on coaching jobs with the Chicago Bulls and Charlotte Hornets, among others, and Scott usually found TV jobs in her new city. When Littles was tapped for a Cleveland Cavaliers post, Scott went in to break it to Whitaker that she was heading to Ohio. A smile broke across her manager's face when she told him the newsâ€â€he had just been offered a promotion at WJW Cleveland, and he knew who his first hire would be.
Charmed by Charleston
Scott came on board at WCSC in 1994 as national sales manager, was promoted to general sales manager in 1998 and the top spot a year later. As is just about anyone who visits, Scott was captivated by Charleston's abundant charms: its people, beaches, history, restaurants. Charleston is equally enamored of Scott: Mayor Riley staged a "Rita Scott Day†in 1999, saluting her for being, as his research revealed at the time, the only African-American female GM in local television. "She's so well-loved, she could have more than one day,†says Riley.
WCSC has not lost a news ratings race since Scott arrived almost two decades ago, and its "Live 5†branding is ubiquitous around town. Don Richards singles out WCSC for its "soaring†digital strategy that is a model within Raycom. Besides page views and mobile, that includes a pair of multicasts to further WCSC's reach in Charleston: Live 5 Plus and Bounce Charleston. Scott is contemplating a newscast for the latter.
Richards calls his GM in Charleston "a remarkable reflection†of the quaint seaside city. "Charming, competitive, resilient, ambitious and gracious,†he says. "All that, with her own unique style.â€Â
By Michael Malone -- Broadcasting & Cable


text:
Supports PDF, DOC, DOCX, TXT, XLS, WPD, HTM, HTML files up to 5 MB
Manufacturing Process Engineer - Machining in Lynn Massachusetts About Us: GE is the world's Digital Industrial Company, transforming industry with software-defined machines and solutions that are connected, responsive and predictive...
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text:
You've just added an item to your enquiry. When you're ready you can submit your enquiry here.
This upmarket hotel is set on the rather posh Kensington High Street.
This area is well-known for its high-end shops, bars and restaurants. You can choose from a variety of guest room and suite options and the 'executive' status ensures you get 'executive' treatment - access to an Executive Lounge with complimentary drinks and refreshments. The Society Bar and Restaurant are modern and stylish, and you could happily wile away the hours in there – the bar has enormous, velvet armchairs to sink into with a drink and the restaurant is decadent and sophisticated. It has a mouth-watering menu, using locally-sourced produce to create quintessentially British dishes – think beef wellington, slow-cooked duck leg or lamb rump with sautéed spinach, herb rosti and red wine jus. There's also a plush fitness suite if you fancy pumping some iron, and a dedicated running track at Kensington Gardens close-by if you want to run off all that delicious food in the fresh air.


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"A recipe from the Epicurious site. My dh loves this recipe. Great for company too."
Vietnamese Chicken Salad
0 recipe photos
READY IN:1hr 30mins
Ingredients Nutrition
For salad
- 2 tablespoons fresh lime juice
- 2 tablespoons finely chopped garlic
- 1 tablespoon finely chopped peeled fresh ginger
- 1 teaspoon finely chopped fresh red chile
- 1 (3 1/2 lb) whole chickens
- 1 (2 lb) green cabbage
- 1⁄2 lb carrot
- 1 tablespoon sugar
For dressing and topping
- 1⁄3 cup asian fish sauce
- 1⁄4 cup packed light brown sugar
- 1 tablespoon finely chopped fresh red chile (preferably Thai or cayenne)
- 2 teaspoons finely chopped peeled fresh ginger
- 1 garlic clove, finely chopped
- 5 tablespoons fresh lime juice
- 2⁄3 cup coarsely chopped dry roasted salted peanut
- 1⁄2 cup packed torn basil leaves
- 1⁄2 cup packed torn mint leaf
- Make chicken and vegetables for salad: Stir together lime juice, garlic, ginger, chiles, 2 teaspoons salt, and 1/2 teaspoon pepper, then rub all over chicken, inside and out. Marinate, covered, at room temperature while cooking vegetables.
- Thinly slice cabbage with slicer. Cut carrots into thin matchsticks (1/8 inch) with a knife. Cook vegetables in a large pot of salted boiling water (2 tablespoons salt for 6 quarts water) until crisp-tender, 4 to 5 minutes. Transfer to a large sieve or colander with a slotted spoon (return water to a boil) and rinse under cold water to stop cooking. Drain well.
- Add sugar to boiling water, then add chicken with marinade and cook, covered, 15 minutes. Remove from heat and let chicken stand in cooking liquid, covered, 30 minutes. Carefully transfer chicken with tongs to a cutting board and let stand until cool enough to handle. Coarsely shred meat (and skin if desired), transferring to a large bowl.
- Make dressing while chicken cools:
- Bring fish sauce and brown sugar to a simmer in a small saucepan, stirring until sugar has dissolved. Blend mixture in a blender along with chiles, ginger, and garlic (use caution when blending hot liquids). Stir in lime juice.
- Assemble salad:
- Toss vegetables with half of dressing and chicken with remainder. Serve chicken over vegetables and sprinkle with peanuts, basil, and mint. Serve at room temperature or chilled.
- Cooks' notes:
- •Chicken can be marinated up to 1 hour.
- •Chicken and vegetables can be cooked 1 day ahead. Chill separately (covered once cool).
- •Dressing can be made 1 day ahead and chilled in an airtight container.
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Watch on your iPhone, iPad, Apple TV, Roku, or Fire TV.Learn More


text:
Profile Created for Self
31 years/ 5Ft. 9In. (175 cm)
Master Degree
Never Married
CA, CS & Accountant
Lives in USA
Muslim, chaudhry
Detailed profile
About MI-407159
Myself Usman. I Living in the Us Wid Myself and My Parents Live in Own House.one Life to Explain Me is "ma Life Ma Rules" I am Looking for a Partner that is So Clicky that I Realize Sharukh and Kajol have Nothing Over Me. "shayad in Baray Baray Shehron Main Ye Choti Si Baat Bhi Ho Jaye" I Will Keep You Happy Always and Forever.marry Me Once and Never Think Twice
All Rights Reserved - MatrimonialsIndia.Com (2000)
Web Design by WeblinkIndia.NET


text:
One Outs Episode 4 English Subbed
You are watching One Outs Episode 4 English Subbed from the One Outs Anime Show. Watch or Download One Outs Episode 4 MP4 English Sub and other episodes of One Outs Streamed for Free.
"Nine's Qualifications"
Stream One Outs Episode 4
Episode Summary: The Lycaons play against the Eagles. There is a bribed player within their midst. Tokuchi tells the player to stop playing. The Lycaons are now a disadvantage, but fight to get the points. Tokuchi allows the player to return at the end of the episode.


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⇤ ← Revision 1 as of 2008-08-18 16:52:34 →
← Revision 2 as of 2009-09-20 21:44:49 → ⇥
converted to 1.6 markup
|Deletions are marked like this.
|Additions are marked like this.
|Line 5:
|Line 5:
| *[http://www.microsoft.com/express/vc/ Visual C++ Express Edition SP1]
*[http://activestate.com ActivePerl]
| *[[http://www.microsoft.com/express/vc/|Visual C++ Express Edition SP1]]
|Line 10:
|Line 10:
|Download OpenSSL source file from [http://www.openssl.org/source OpenSSL].
|Download OpenSSL source file from [[http://www.openssl.org/source|OpenSSL]].
|Line 44:
|Line 44:
|Download Spider Monkey source file from [http://www.mozilla.org/js/spidermonkey/ Here].
|Download Spider Monkey source file from [[http://www.mozilla.org/js/spidermonkey/|Here]].
|Line 50:
|Line 50:
|Now you must be ready to build, but actually not. According to [http://blog.endflow.net/?p=55&lang=en this site], you must fix
|Now you must be ready to build, but actually not. According to [[http://blog.endflow.net/?p=55&lang=en|this site]], you must fix
Here're the quick procedures for building dependency libraries of couchDB on Windows with Visual C++ Express edition SP1:
You will need the following software installed on your system:
Buildeing libeay32.dll
Download OpenSSL source file from OpenSSL. Extract the source archive to working directory.
open Visual Studio's command prompt from Start menu. Change directory to the working directory. do cofiguration :
perl Configure VC-WIN32
You have options here to use some assembler like MASM or NASM to get better performance. But we don't them neither to make the story simple:
Then build.
nmake -f ms\ntdll.mak
If you want to confirm that the build went went right, you can test:
nmake -f ms\ntdll.mak test
Now you'll find libeay32.dll in <working directory>\out32dll. Please rememver that this procedure is one of the quickest one only to get libeay32.dll. Refer to official documemts for the build options or installing OpenSSL to your system.
Buildeing js32.dll (Spider Monkey)
Download Spider Monkey source file from Here. From mirrors or the download URL, download something like js-1.7.0.tar and extract the archive to working directory.
open Visual Sudio's command prompt from Start menu. Change directory to the working directory.
Now you must be ready to build, but actually not. According to this site, you must fix js.mak before you start building the binary.
After fixing (or replacing js.mak), do build:
nmake -f "js.mak" CFG="jsshell - Win32 Debug"
And you will find js32.dll and jsshell.exe in the Debug directory under the working directory.


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FKP - Falkland Island Pound
The Falkland Island Pound is the currency of Falkland Islands (Malvinas). Our currency rankings show that the most popular Falkland Islands (Malvinas) Pound exchange rate is the USD to FKP rate. The currency code for Pounds is FKP, and the currency symbol is £. Below, you'll find Falkland Island Pound rates and a currency converter. You can also subscribe to our currency newsletters with daily rates and analysis, read the XE Currency Blog, or take FKP rates on the go with our XE Currency Apps and website.
Top FKP Exchange Rates
Currency Facts
Name: Falkland Island Pound
Symbol: £ Pence: p
Minor Unit:
1/100 = Pence
Top FKP Conversion:
Top FKP Chart:
USD/FKP Chart
Freq Used: £1, £2, p1, p2, p5, p10, p20, p50
Freq Used: £5, £10, £20, £50
Users: Falkland Islands (Malvinas)Have more info about the Falkland Island Pound?
Email us ▶


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Discussion in 'Real Persons on BlacktoWhite' started by love2cum420, Mar 14, 2016.
Please verify me, i am looking for my first big black cock.
Fantastic couple! Verified
Welcome to the Dark side xxxx
Thank you we look forward to meeting someone soon
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Thank you
NIC E sure got my vote
Hot as fuck! looks like my neighbor
Thanks she is the girl next door
love the sexy look with glasses,
love that tight pussy
Thanks she is tight and sweet
hey there, where are you from ?
Pretty wife!
Did she get blacked yet?
Separate names with a comma.


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My Sweet Home | 2000
Jump to
German Film & TV Academy
Ideefixe Productions
On the eve of their wedding, Bruce, an American drifter, and Anke, his German girlfriend of one month, throw a wedding shower at the Berlin cafe where Bruce works as a waiter. No real guests come by - only a group of strangers - and their one acquaintance, Anke's disapproving mother, who turns up uninvited, is thrown out by Anke. Among the "guests" are a married Brazilian student about to be deported, two Russian street musicians, a young Asian woman unhappy in her marriage to an aging German, a Moroccan construction worker romancing a Greek woman in hopes of settling down at her father's resort hotel and a defeated West Berliner who reminiscences about the "glory" days of the Wall. When one expat challenges the next to place a long-distance call home to admit his failure, it catches on as a game of dare.


text:
Stock Graphic >> Illustration - Fastfood set Vector illustration 53239 by Alena Kaz @ CreativeMarket
File Size: 3.47 MB; Layered: Yes; DPI: 600 DPI; Vector: Yes.
Set of hand drawn graphic vector illustrations. ZIP with EPS 8, JPG in high quality (600 DPI) and PNG at transparent background.
Keywords: sausage, hot dog, fast food, drawing, graphics, sketch, calorie, ink, bread, sandwich, toast, bun, food, hand drawing, burrito, mexican, lunch, meat, snack, taco.


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GUJCET 2017 Counselling
GUJCET or Gujarat Common Entrance Test is conducted to call for admission in various study programs of universities in the state. Applicants will get selected according to their position in the merit list of the result of the exam. On the basis of the result of GUJCET 2017 the cut off will be determined and then accordingly applicants will be selected for counselling and seat allotment. Only applicants who have qualified to the merit list Gujarat CET 2017 will be able to appear for the counselling of GUJCET 2017.
Eligibility Criteria for GUJCET 2017
• Applicant must have cleared exam of class 12th from a school which is recognized by the state or central authority of education.
• Science is the mandatory subject in order to fall eligible for an applicant with at least 50% marks in the exam.
Result of GUJCET 2017
• The exam result will be published in the month of May 2017.
• The result will be available on the official website of GUJCET 2017. In order to check the result applicant needs to enter the roll number assigned by Gujarat CET 2017 and the application number.
• On the basis of the cut off marks and the result of an applicant, he will get the seat.
Counselling process of GUJCET 2017
The process of the Counselling of GUJCET 2017 will take place in two phases. In the process of counselling the applicants will be allotted seats in the choice of their college and study programme. In order to participate in the counselling of Gujarat CET 2017 candidate must register online once the results of the exams are declared.All applicants will be called as per the order of their ranks in the list of merit and then the seat will be allotted. The admission and tuition fee will be deposited at the time of counselling only in full amount. Applicants will have to bring the necessary documents which are asked by the university
Seat allotment of GUJCET 2017
There are various factors which determine the allotment of the seat for any applicant they are the list of merit, the availability of seats in a particular college or institute, availability of seats in the study courses, the rules for reservation, the admission withdrawals etc. There will be a mock counselling session before the final seat allotment. The list will be published on the official website in the month of June 2017.
Important Dates for GUJCET 2017
• Application form of GUJCET 2017 available–25th March 2017
• Deadline to register online for GUJCET 2017 –10th April 2017
• The results of JEE Main 2017 will be declared- 27th April 2017
• Counselling of GUJCET 2017 will take place on- In the month of July 2017
• All applicants who have qualified to the merit list have to attend the counselling mandatorily.
• Applicants may express their choice of college/institute at the time of counselling, this will be considered as the final choice made.
• The applicant should be an Indian Citizen.
In case of any query applicants can contact at the following
Admission Committee for professional Courses,
Admission Building,
L.D. College of Engineering Campus,
Navrangpura, Ahmedabad
Pin code – 380015
GUJCET Official website: www.gseb.org