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US 4833987 A Abstract An axially oscillating ink or other coating material distributing rotationally driven roller has axially spaced apart internal left and right hand threads journaled for rotating and sliding axially on a shaft. A unitary rocker-follower lever is mounted for rocking relative to the shaft about the axis of a pin or a spherical element mounted to the shaft. Opposite ends of the lever has segments of external threads formed integrally with it. The external thread segments act as internal thread followers and are caused to engage and disengage the internal threads alternately to drive the roller in opposite axial directions. The lever is made long to minimize the angle through which it rocks in which case there is only a tiny amount of movement between possible wearing surfaces on the rocker and the pin or spherical element on which the lever rocks so wear is reduced to a minimum.
Claims(13) 1. A roller for distributing ink and other coating substances, including:
a shaft, cylindrical roller means and bearing means supporting said roller means on said shaft for rotating and oscillating axially, means defining axially arranged right hand and left hand internal threads in said roller means concentric to said shaft, axially spaced apart follower means mounted to said shaft for being moved into and out of engagement with said left hand and right hand internal threads alternately to cause said roller to oscillate in alternate axial directions, means for moving said follower means, respectively, into and out of engagement with said left and right hand internal threads in response to said roller reaching axial limiting positions, and the improvement wherein: said follower means and means for moving said follower means are constructed as a unitary rocker-follower lever having opposite ends and having at least one external left hand follower thread means at one end and at least one external right hand follower thread means at the other end for respectively engaging said left and right hand internal threads alternately, said follower thread means being integral with said lever to drive said roller in opposite axial directions, and means for mounting said unitary rocker-follower lever to said shaft intermediate the ends of said lever for rocking said lever about an axis, generally transverse to the shaft for moving said external thread means into and out of engagement with said internal threads. 2. The roller according to claim 1 wherein said means for mounting said rocker-follower lever for rocking comprises a pin means mounted to said shaft with its axis directed transversely to the axis of said shaft, said lever having a bore whose axis is transverse to said shaft when said lever is mounted on said shaft, said pin means extending through said bore for the lever to rock on said pin means.
3. The roller according to claim 2 wherein there is a recess in the periphery of said shaft and said pin means is set in said recess, said pin means having a threaded hole transverse to the axis of the pin means,
said shaft having a diametrical hole extending into said recess, and threadedbolt means extending through said hole in the shaft and engaged with said threaded hole in the pin means to secure the pin means to the shaft. 4. The roller according to claim 1 wherein said rocker-follower lever is comprised of side walls having substantially parallel facing surfaces and a nominal top wall joined integrally with the side walls to define an interior of said lever having a generally u-shaped configuration, the distance between said side walls being about equal to the diameter of said shaft for said rocker lever to saddle said shaft,
detent elements protruding from the inside of at least one of the side walls of said lever means, respectively, on opposite sides of said transverse axis for rocking the lever, said detents being positioned such that when the external thread at one end of the lever and on one side of said transverse axis is rocked into engagement with an internal thread, the detent element on the other side of said axis will have passed over the diameter of the shaft to a position below said diameter to tentatively hold said lever against tilting. 5. The roller according to claim 1 wherein said rocker-follower lever is comprised of side walls having substantially parallel facing surfaces and a nominal top wall joined integrally with the side walls to define an interior of said lever having a generally u-shaped configuration, the distance between said side walls being about equal to the diameter of said shaft for said rocker lever to saddle said shaft,
a detent element comprising a small metal sphere set in a side of the shaft, two dents on the inside of a side wall of the lever, the dents being spaced apart and along an arc generated from the axis about which said lever rocks, the detent sphere being positioned to lie on the arc such that then said lever is rocked to engage one external follower thread said detent sphere registers in one dent and when said lever is rocked to engage the other external thread said detent engages in the other dent to tentatively hold said lines against rocking. 6. The roller according to claim 1 wherein said external follower threads are formed on opposite ends of said lever relative to the transverse axis about which the lever rocks such that said external follower threads become concentric to the axes of said internal threads when said internal and external threads are engaged.
7. The roller according to claim 1 wherein said external follower threads are segments of a helical thread.
8. The roller according to any one of claims 1, 5, 6 or 7 wherein said means for mounting said rocker-follower lever for rocking comprises:
a spherical element mounted to said shaft, said lever having a spherical socket positioned intermediate of said follower threads at opposite ends of the lever, said spherical element being registered in said spherical socket for said lever to rock on said element. 9. The roller according to claim 8 including a threaded post means on which said spherical element is disposed, said shaft having a threaded hole in which said post means is turnable to adjust the radial distance of said spherical element from said shaft for said rocker-follower lever to be adaptable for use with rollers having internal threads of various diameters.
10. The roller according to claim 1 wherein said unitary rocker-follower lever is comprised of side walls having substantially parallel facing surfaces and a nominal top wall joined integrally with said side walls to define an interior of said lever having a generally u-shaped configuration, the distance between said side walls being about equal to the diameter of the shaft for the rocker-follower lever to saddle the shaft,
said means for mounting said rocker-follower lever to said shaft comprising a threaded post means having a spherical element at one end and said shaft having a threaded hole in which said post means is turnable to adjust the distance of said sphere from said shaft, said top of said lever containing a spherical socket having an opening presented to said interior of the lever, the size of said opening being smaller than the diameter of said spherical element but yieldable enough for said socket to be pressed onto said element so said lever rocks on said spherical element. 11. The roller according to claim 10 wherein said follower thread means are segments of a helical thread.
12. The roller according to claim 10 including a pad formed integrally with said nominal top wall of said lever midway between said external thread means, said spherical socket being formed in said pad,
said means defining said right and left hand internal threads being spaced apart axially to define a free space in conjunction with said lever and said roller, said pad extending into said space and said space providing clearance for said roller to move axially relative to said pad. 13. The roller according to any one of claims 10, 11 or 12 including a detent element fixed in said shaft and protruding therefrom, and a pair of dents formed on the interior of one of said side walls facing said shaft and detent, said recesses being arranged on an arc generated from the axis on which said lever rocks so said detent element is engaged by one of the dents when said lever is rocked in one direction to engage an external follower thread means with an internal thread and the other of said dents is engaged with said dent element when said lever is rocked in the other direction to engage the other external follower thread with the other of said internal threads so as to hold said lever tentatively when rocked in either direction.
Description The invention disclosed herein is an improvement over U.S. Pat. No. 4,509,426, dated Apr. 9, 1985 and over pending patent application Ser. No. 892,901, filed Aug. 4, 1986. The entire disclosures of the patent and application are incorporated herein by reference. U.S. Pat. No. 4,509,426 describes a basic mechanism for causing an ink roller which is included in the inker of an offset printing press to rotate and oscillate axially as a result of being driven rotationally by another power driven roller that is in tangential contact with the axially oscillating roller. In addition to be usable in a printing press, the roller described herein can also be used in a machine that applies a coating to sheet material or a continuous web of material such as paper. Concentric to the shaft inside of the roller in the cited patent there is a sleeve in which there are axially adjacent left hand and right hand internal threads. A rocking arm is mounted to the shaft for pivoting about an axis that is transverse to the axis of the shaft. At each end of the rocking arm, there is a plunger, each of which has a projection constituting a thread follower element. The arm is automatically rocked so that when the follower on one plunger engages with the left hand thread the roller will move axially in one direction while the other follower is disengaged. Upon reaching the desired limit of axial movement, the engaged follower encounters a striker which expels the follower from its cooperating thread and causes the other follower to engage the other internal thread, thereby causing the roller to instantaneously reverse its direction of axial movement. Although the roller has distinguished itself commercially by reason of getting more uniform ink distribution in the inkers of printing presses and although it has eliminated ghosting in cases where other approaches have failed, the roller oscillating mechanism is not optimized for use in the recently inaugurated highest speed presses. For one thing, frictional forces are not minimized. These frictional forces occur where the plungers having the thread follower prongs slide along guide cylinders. The rocker arm has a sphere at each end for registering in a socket in the plunger which it drives. The sphere and socket arrangement generates some friction but of even more concern is the requirement that the parts be carefully machined and aligned to properly mate with each other. But every machining step and every instance where careful fitting is required raises the cost and complicatedness of the design. The number of moving parts and the movement of one part upon another, of course, results in many opportunities for wear to occur which portends shorter operating life for the mechanism. Although the design was completely satisfactory for use in the previous generations of presses that fed sheet material through at about 600 feet a minute, it could be predicted that the design would not be suitable for the high speed presses which have been recently and are currently being installed. The highest speed presses presently available are often operated at the web feed rate of 2,000 to 2,200 feet per minute. The problems of designing a durable oscillating mechanism can be appreciated when one recognizes that in the highest speed presses the axially oscillating roller would be required to complete something over 12,000 cycles per hour or, in other words, over 24,000 reversals per hour. A roller may move axially in the range of three-quarters of an inch to two inches at high axial speed and then reverse instantly and accelerate to full speed in the opposite direction substantially instantly. Sometimes a production run on a press can go on for 24 hours a day for a full week or even more. The number of axial reversals that a roller experiences under such circumstances is almost impossible to comprehend. Progress in upgrading the durability of the axial oscillating mechanism is illustrated in the above-cited application Ser. No. 892,901. In the design disclosed therein, short bell cranks are used to drive the followers and a sliding link is substituted for a rocking arm. When a striker in an internal left or right hand thread struck the follower, it would be forced down and would rock its associated bell crank. This, in turn, would cause the sliding link to shift and rotate the bell crank that is engaged with the other plunger follower, thus driving it into engagement with the internal thread of opposite twist so as to cause the roller to reverse its direction of axial movement. In this design, the follower plungers had at least two thread segments formed on them. These segments had the same pitch as the left and right hand internal threads to obtain a reduction in the force per unit area between the internal threads and the follower thread segments. This design has advantages and disadvantages. The disadvantages are that it increases the number of parts used in the oscillating mechanism rather than decreases the number of parts compared to the basic patented design. The intended simplification was not achieved nor was there any reduction in assembly time nor significant extension in operating life. The invention features an ink or coating material roller in which the new mechanism for oscillating the roller axially is comprised of only a single moving part. Briefly stated, the oscillating mechanism is used in a roller which is driven rotationally by being in tangential contact with another roller whose axis is parallel end is driven rotationally. The roller is journaled for rotation on a shaft which is mounted to an offset printing press, for example. There are cylindrical axially adjacent sleeves inside of the roller and concentric to the shaft. One of the sleeves has a right hand helical groove or internal thread and the other has a left hand helical groove or internal thread. The internally threaded elements are similar to those which are disclosed in applicant's basic U.S. Pat. No. 4,509,426. According to the invention, a new unitary rocker-follower element is provided for alternatingly and cyclically engaging with one of the threads to drive the roller axially in one direction and then after disengaging from the one internal thread, engaging with the other to cause the roller to reverse its direction of axial movement. In operation, there are usually thousands of axial reversals per hour. The means for engaging the left and right hand internal threads alternately is a rocking thread-follower lever which is mounted to the shaft inside of the internal threads. The rocker-follower is comprised of a lever which is mounted for rocking or pivoting on the shaft at a place intermediate of its ends. Opposite ends of the rocker-follower lever have left and right hand thread segments formed on them for properly meshing with the left and right hand internal threads in the sleeves. In one embodiment, the one-piece rocker lever rocks on a sphere secured on the shaft. In another embodiment the rocker lever rocks on a pin which is mounted to the shaft with its axis directed transversely to the axis of the shaft. In the illustrated embodiments, the integral rocker-follower lever is shaped somewhat like a saddle having side aprons that depend along opposite sides of the shaft. The side aprons are relatively thin and are connected with or integral with a heavier body portion in which there is a socket or a bore for receiving the sphere type pivot or the pivot pin, respectively. The socket for the pivot sphere is slightly more than semicircular so as to present an opening having a diameter less than the diameter of the ball. This permits pressing the socket in the rocker-follower lever onto the sphere so that the socket wraps around more than half the diameter of the sphere in which case no other element is required for holding the saddle-like rocker lever on the shaft for executing its pivotal movements. An important feature of the design is that, although the ends of the rocker follower-lever have the thread segments swing through an arc at least sufficient to clear the thread segments on one end from its mating internal thread while the thread segments at the opposite end of the arm are engaged, yet, according to the invention, the movement of the rocker lever relative to the pivot pin or the sphere is generally on the order of one thirty-second of an inch or about 0.8 mm. Thus, the rocker lever can rock or teeter-totter millions of times without exhibiting significant wear. How the foregoing and other objectives and features of the invention are achieved will be evident in the more detailed description of embodiments of the invention which will now be set forth in reference to the drawings. FIG. 1 is a schematic diagram of an abbreviated form of inker, such as is used in offset printing presses, comprised of plurality of ink transfer rollers, an image plate supporting cylinder, a blanket cylinder, and an impression cylinder, in which inker one or more of the improved axially oscillating rollers may be used; FIG. 2 is a vertical longitudinally extending section of the new axially oscillating roller and, as depicted, the roller is presently translating axially to the right; FIG. 3 is a plan view of the new unitary rocker-follower lever mounted to a shaft inside of a roller which is shown in transverse section; FIG. 4 is an exploded view of the new one-piece or unitary rocker-follower lever in conjunction with a portion of the shaft on which the lever is mounted on a pivot pin as shown; FIG. 5 is a view of the roller oscillating mechanism which is similar to FIG. 2 except that the unitary rocker-follower lever in FIG. 5 is tilted to engage the opposite internal thread from FIG. 2 so that the roller has now completed moving axially to a leftmost limit; FIG. 6 is a transverse section through the roller taken on a line corresponding to 6--6 in FIG. 5; FIG. 7 is a transverse section through the roller taken on a line corresponding to 7--7 in FIG. 2; FIG. 8 is a vertical longitudinally extending section of an alternative embodiment of the new unitary rocker-follower lever concept; FIG. 9 is a transverse section taken on a line corresponding to 9--9 in FIG. 8; and FIG. 10 is a perspective view of the unitary rocker-follower lever depicted in the FIG. 8 embodiment. FIG. 1 is a diagram illustrative of the arrangement of rollers in the inker of an offset printing press, for example, for transferring ink from a fountain 10 to a printing plate 11 mounted on a plate cylinder 12. As is typical in a lithographic offset printing press, the press includes a blanket cylinder 13 to which the inked image from the plate 11 is transferred and an impression cylinder 14 which develops pressure on a sheet 15 that is being printed by transferring the inked image from the blanket cylinder 13. The inker comprises a plurality of rollers beginning with a roller 16 that rotates in ink containing fountain 10. A ductor roller 17 swings in and out of tangential contact with fountain roller 16 and begins the process of transferring ink from roller 18 through a series of rollers and finally to the form rollers 19 which coat with ink those areas of the image plate 11 which attract ink and leave uncoated those areas which repel ink because of having a film of moisture on them. One or usually more rollers in the inker may be adapted for oscillating axially to thereby induce uniform distribution of ink on contacting rollers and, of course, on the ink attracting areas of the image plate. By way of example and not limitation, roller 20 in FIG. 1 may be one of the rollers which oscillates axially within limits he improved oscillating roller 20 described herein needs no drive for rotating it other than another rotationally driven roller, such as roller 21, which is in tangential contact with driven axially oscillating roller 20. The force for oscillating the roller axially is derived from the rotational force applied to the periphery of the oscillating roller and this force is small where the automatic oscillating mechanism is contained inside of the roller itself according to the invention. It is, of course, well known that to print images satisfactorily the ink coating must be even on the distribution rollers and on the image plates. No means for applying moisture to the moisture attracting area of the image plate is shown but it will be understood that such means would be used in the press. Refer now to FIGS. 2-7 for a description of the improved oscillator mechanism which is comprised of only one moving part, namely, a unitary rocker-follower which is indicated generally by the numeral 24. FIG. 2 illustrates that the ink roller is comprised of a hollow cylinder which may be metal or a rigid plastic material. This particular roller has a coat or sleeve of any suitable resilient material 26 which may be rubber or a polymer such as polyvinyl chloride, for example. The periphery 27 of the axially oscillating roller in FIG. 2 receives ink from a tangential contacting roller, in the inker of FIG. 1, which also drives the oscillating roller 25 axially. The roller construction described so far is known per se. The roller in FIG. 2 rotates and oscillates on a shaft 28 which is mounted to the printing press within the confines of the inker of FIG. 1. When the shaft 28 is used in conjunction with a roller having the axial oscillation capability described herein, the shaft can either be mounted for rotation on the press or it can be clamped to the press. For the sake of brevity and simplicity, it will be assumed that shaft 28 is fixed in this case. In the illustrated embodiment of the roller, self-aligning bearings such as the one indicated by number 29 are used. Bearings of this type are described in co-pending application Ser. No. 942,550, filed Dec. 16, 1986, now U.S. Pat. No. 4,756,249, which is owned by the inventor in this application. Similar bearings are used at each end of the roller so only the one at the right end in FIG. 2 will be described. The type of bearing selected for use in the roller comprises a bushing 30 containing a plurality of axial holes such as the one marked 31. A plurality of springy wires 32 have their corresponding ends 33 bent in hairpin fashion and these ends are inserted in their respective holes 31. Opposite ends 34 of the wires are bent at nearly ninety degrees and these ends are anchored in a collar 35 which fits tightly in roller cylinder 25 and is retained against axial movement by snap rings 36 and 37. FIG. 2, for example, shows that the mechanism for oscillating the ink roller axially comprises two sleeves 39 and 40 fixed in the roller between snap rings 41 and 42. These sleeves may be composed of a material having high lubricity such as nylon impregnated with molybdenum sulphide. Sleeve 39 contains an internal helical groove or square thread 43 and sleeve 40 contains an internal helical groove or square thread 44. The internal threads twist oppositely. One thread may be a left hand thread and the other a right hand thread. To facilitate explanation, it will be assumed that internal thread 43 is a left hand thread and internal thread 44 is a right hand thread. It will also be assumed in this embodiment that the roller is rotating in a clockwise direction when viewed from its right end in FIG. 2 when the press is running in its normal direction. It will be evident, however, that the oscillating mechanism can effect axial oscillation of the roller regardless of the direction in which the roller rotates. There are two striker pins 45L and 46L angularly spaced apart from each other and fixed in the left hand internal thread 43. The rounded tips of the striker pins are flush with the thread. Right hand internal thread 44 also has two striker pins, 46R and 45R, similarly fixed flush with the threads. Outermost striker pins 45L and 45R are involved in switching or reversing the axial direction of roller 25 when the roller is being rotated clockwise as viewed looking toward the right end of the roller in FIG. 2. The innermost pair of strikers 46L and 46R are involved with reversing the direction of axial movement of the roller when the roller 25 is being rotated counterclockwise as viewed from the right end in FIG. 2. Refer now to FIG. 4 for a general description of the new unitary rocker-follower lever 24. The lever is generally u-shaped having a nominal wall or base which has legs or side walls 51 and 52 formed integrally on opposite sides of the base. The side walls 51 and 52, in conjunction with base 50, define a channel 53 which allows the rocker-follower lever to be fitted on roller shaft 28 like a saddle. The width of the channel between side wall 51 and 52 is nominally the same as the diameter of the shaft 28. The lever 24 has two groups of square follower thread segments 54 and 55 formed integrally with it. In some models, not shown, each of the groups can include more than the two thread segments shown in this case. The follower thread segments in group 54 are left hand square threads in this example and they have the same pitch as the internal threads to facilitate proper mating with the left hand internal threads 43 in the roller. The follower thread segments in group 55 are right hand threads for mating with the right hand internal threads 44 in the roller. The unitary rocker-follower lever 24 is formed as one piece by molding or die casting of a synthetic resin material that has lubricity but the lever can also be formed of metal if desired. The unitary rocker-follower lever 24 is mounted for tilting or rocking in teeter-totter fashion on shaft 28 in response to being actuated by one or the other pairs 45L and 45R or 46L and 46R of striker pins in the internal threads of the roller. In the FIG. 2 embodiment, the unitary rocker-follower lever 24 has a laterally extending hole 56 which constitutes a bearing. A pivot pin 57 is dimensioned to fit snugly in hole 56. When rocker-follower lever 24 is caused to saddle shaft 28, pivot pin 57 registers in a semicircular groove 58 in shaft 28. There is a hole 59 passing through shaft 28 in line with groove 58 for receiving a threaded bolt 60 with a little clearance. Pivot pin 57 has a threaded hole 61 in it. The threads on bolt 60 screw into the threads 61 in the pivot pin to hold the pin in groove 58. The arrangement permits the lever 24 and follower thread segments 54 and 55 to rock on pivot pin 57 to alternately engage and disengage the follower threads with the internal threads 43 and 44, respectively, in the roller to bring about axial reversals of the roller. One of the detents 62 for tentatively holding lever 24 in one tilted position or the other is visible in FIG. 4. Another detent 63 is indicated in FIG. 2 and other figures also. These detents can be small balls set in a side wall 51 of the lever 24 with about one-half of their periphery protruding or they can be the rounded ends of metal pins extending through side walls 51 or 52 or they can be semicircular dimples molded on the side wall 51, for instance. As shown in FIG. 2, when lever 24 is tilted to its clockwise limit, detent 63 is slightly below the horizontal center plane of shaft 28 which means that to get to that position the detent had to pass across the widest part, namely, the diameter of the shaft 28. This caused side wall 51 of the rocker-follower lever 24 to slightly flex outwardly from the shaft. As the detent dimple moves to below the horizontal center plane of the shaft, the side wall flexes inwardly again toward the shaft so the detent is below the shaft center and is retained with a slight force against tilting if there were any tendency for the unitary rocker-follower lever to tilt inadvertently when a thread segment group is engaged with an internal thread to drive the roller axially. Detent 62 performs the holding function just described when lever 24 is tilted oppositely as in FIG. 5. The detents are more important in models, not shown, in which shaft 28 is sometimes driven rotationally in which case the rocker-follower lever rotates with the shaft so the lever might be pivoted by centrifugal force. FIG. 2 shows the roller 25 translating axially to the right at the present time, assuming that the roller is rotating clockwise as viewed from the right end of this figure. The unitary rocker-follower lever 24 is tilted and its interior beveled stop surface 64 has stopped against shaft 28. The left hand follower thread segments 54 on the lever 24 are engaged with the left hand internal thread 43, and since the roller 25 is driven rotationally by a tangentially contacting roller, not shown in FIG. 2, the roller is moving axially to the right. An important feature of the unitary rocker-follower is that when it is tilted as in FIGS. 2 and 3, the follower thread segments 54 are concentric to the internal thread 43 and to shaft 28 about which the roller rotates. At this time, the other thread segments 55 are not concentric to the roller. Of course, if the rocker-follower lever 24 tilts to its counterclockwise limit, thread segments 55 become concentric with the shaft and the right hand internal threads 40. A benefit of the engaged thread segments being concentric to the internal thread is that the force developed between the internal thread 43, for example and the external follower thread segment 54 is directed solely horizontally so there is no significant radially inwardly directed component of force developed that would have a tendency to tilt the rocker-follower lever 24 out of engagement with its mating internal thread 54. In FIG. 2, the roller 25 will continue rotating and shifting axially to the right along shaft 28 until the leading thread segments 54 encounter striker pin 45L in the left hand internal thread. This causes the unitary rocker-follower lever 24 to tilt counterclockwise until its beveled interior stop surface 65 comes to a stop against shaft 28 at which time the right hand thread segments 55 on the lever 24 become fully engaged with the right hand internal threads 44 so the roller will start to now move axially in the opposite direction, that is, to the left as is happening in FIG. 5. Detent 62 is now below the center horizontal plane of the shaft to prevent the threads from disengaging if for some reason there was a tendency to do this. In FIG. 5 right hand rocker-follower thread segments 55 are engaged with and following in right hand internal thread 44. After several revolutions of the roller outer striker pin 45R will strike the leading segment of group 55 in which case the rocker-follower 44 will tilt and engage the left hand thread segments 54 with left hand internal thread 43 so the roller will move to the right again as in FIG. 2. FIG. 6 shows the roller 25 moving axially away from the observer as is the case if the roller is viewed in the direction of the arrows 7--7 in FIG. 2 from which direction the roller would appear to be turning counterclockwise about the shaft 10. Thus, striker pin 45L in the left hand internal thread 43 will, in due course, strike the axially outermost left hand thread segment 54 to cause lever 24 to tilt from its FIGS. 2 and 3 position to its FIG. 5 position. In FIG. 7, the tilt is in progress since striker pin 45L has pushed along the beveled edge of a thread segment 54 and is riding the curved part of the thread segment route to drive the end of the lever 24 downward onto shaft 28. Striker pin 46L, which appears in the background in FIGS. 6 and 7 is not involved in tilting the lever 24 when the roller is rotating counterclockwise as viewed from its right end in FIGS. 2 and 3. Striker pin 46L functions together with striker pin 46R to tilt the lever 24 at the opposite axial limits of roller travel when the roller is being driven counterclockwise as viewed from its right end in FIGS. 2 or 3. FIGS. 8-10 depict an alternative embodiment of the axial oscillator which has further improvements over the FIGS. 2-7 embodiment and can be considered the preferred embodiment. In this embodiment there is only one moving part again, namely, a unitary rocker-follower lever which, because of some differences from the previously discussed embodiment, is designated generally by the new reference numeral 70. Parts in the FIGS. 8-10 embodiment which are similar to parts in the previously discussed embodiment are given the same reference numerals As can be seen best in FIG. 10, unitary rocker-follower lever 70 has a generally u-shaped configuration defined by opposite side walls 71 and 72 and a top wall 73 having a internal semicircular shape. There are left hand follower thread segments 74 on one end of lever 70 and right hand follower thread segments 75 on the other end. There is a boss 76 formed centrally of the top 73 of the lever. A tubular spacer 90 between internally threaded sleeves 39 and 40 provides clearance so the roller can shift axially without being interfered with by the boss. The external top surfaces 77 and 78 taper downwardly away from the boss 76 to the thread segments 74 and 75, respectively, so that these surfaces become parallel to and clear the internal threads 44 and 43 when lever 70 is tilted one way or the other to engage follower thread segments 75 with right hand internal thread 44 or follower thread segment 74 with the left hand internal threads 43. Roller 25, resilient roller sleeve 26, internal threaded sleeves 39 and 40, internal left and right hand square threads 43 and 44, striker pins 45L, 46L, 45R, 46R and shaft 28 in the FIGS. 8-10 embodiment are the same as in the FIGS. 2-8 embodiment Referring to FIG. 10 again, there is an internally threaded hole 79 through shaft 28. A threaded post 80 screws into this hole. The post has a spherical part 81 formed on it or made a part of it by other means. The sphere 81 has a polygon socket for being engaged with a similarly shaped wrench, not shown, for screwing the post 80 into threaded shaft hole 79. A set screw 83 is threaded into shaft 28 for biting into post 80 to prevent the post from changing the amount by which it extends above shaft 28 once the post is turned into the shaft to place the spherical element 81 at the desired distance from shaft 28. Boss 76 on unitary rocker-follower lever 70 has a spherical socket 84 in it. The top of the spherical socket 84 has a circular hole 85 and the bottom of the socket has a corresponding circular hole 86. The diameters of the holes 85 and 86 are a little smaller than the maximum diameter of the spherical element 81. Thus, to mount the unitary rocker-follower lever 74 for pivoting or tilting in either direction relative to shaft 28, the post 80 is screwed into shaft 28 and locked against turning by tightening set screw 83. The rocker-follower lever 70 is then made to overlay shaft 28 like a saddle with the undersized bottom hole 86 of the spherical socket resting on top of the spherical element 81. A downward force is then applied on the centrally located boss 76 so the undersized hole is caused to be forced over the full diameter of the spherical element 81 in which case the element fully enters the spherical socket 84 and a good pivotal connection for the rocker-follower lever 70 is formed. The fact that the unitary lever 70 is made of a synthetic resin material that not only has lubricity but also has some resiliency allows the bottom hole 86 in the spherical socket 84 to snap over the spherical element 81. An important advantage in the FIGS. 8-10 embodiment resulting from mounting the lever 70 on the shaft by way of a threaded post 80 is that the same rocker-follower lever 70 can be used for rollers having several different diameters which then will also have internal left and right hand threads of different diameters. All that is necessary to adjust for different size rollers is to turn the threaded post 80 in or out of the shaft to position the spherical element 81 closer to the shaft or nearer to it so that the follower thread segments will engage and extend to the routes of the internal left and right hand threads when the lever 70 is tilted to its limits in either direction. FIGS. 8 and 9 show the rocker-follower 70 mounted to the shaft 28. Spherical element 81 is nested in spherical socket 84. In addition to providing clearance for boss 76, spreading the internally threaded sleeves 39 and 40 apart with tubular spacer 90 allows for using a longer lever 70 which means that the thread segments and internal threads can be cleared after engagement with the lever 70 rocking only through a very small angle. It will be evident that when the lever 70 is tilted between limits, the internal surface of spherical socket 84 will make very little movement relative to the external surface of spherical element 81 so that wear between the socket surface and spherical element is, for all practical purposes, eliminated. For the sake of illustrating that the new oscillator mechanism can oscillate the roller axially when the roller is rotating in either direction, it will be assumed in FIG. 8 that the roller is rotating counterclockwise when viewed from its right end. The right hand follower thread segments 75 in FIG. 8 are presently engaged with internal right hand thread 44. Since the roller is rotating counterclockwise, internal threads 44 are backing off of thread segment 75. Thus, the roller is moving axially to the right as indicated by arrow 91. After several roller revolutions, the right hand thread segments 75 will be struck by an inner striker pin 46 R. This will cause the unitary rocker-follower lever 70 to tilt to its clockwise limit and to be arrested by landing on shaft 28. At the same time, the left hand follower thread segment 74 will engage with internal left hand threads 43. Then, the roller 25 will start moving to the left or opposite of the direction in which the arrow 91 is pointing. Refer to FIG. 10 again. Observe that there is a small steel sphere 92 set in shaft 28. Ball 92 is used for a detent There are two dents 93 and 94 on the inside of wall 72 of lever 70. When lever 70 is tilted to its counterclockwise limit as is the case in FIG. 8, sphere 92 will register in dent 94 and tend to stabilize the lever 70 against inadvertent tilting. When the lever 70 tilts to its clockwise limit, sphere 92 registers in dent 93 of the lever to thereby stabilize it. In FIG. 9, the detent sphere 92 is registered in dent 94. The dents are easily formed. All that is involved is to have the steel sphere 92 in place on shaft 28 when the lever 70 is assembled in a fashion to saddle on the shaft 28. The lever is then tilted to one of its limits, such as its counterclockwise limit and then the outside surface of wall 72 of the lever is struck with a hammer or the like. Since the material is somewhat resilient, wall 72 flexes inwardly somewhat and the dent 94 is formed by sphere 92. The lever is then tilted to its clockwise limit and struck again to form dent 93. As mentioned earlier, in some cases, the shaft 28 is adapted to be driven rotationally for the purpose of changing the axial oscillation speed. It will be evident that if shaft 28 and the thread segments on it are driven rotationally at the same angular speed and direction as the roller, no oscillating force will be developed. Usually, however, shaft 28 might be rotated at a relatively small percentage of the rotational speed of the roller to reduce oscillation speed by a corresponding amount. It is when the shaft 28 is rotating that the detents in the earlier described embodiment and the FIGS. 8-10 embodiment become important because some centrifugal force is developed under these circumstances which could disengage the thread segments from the internal threads. The detents overcome this possibility. Although illustrative embodiments of the unitary rocker-follower lever have been described in detail, such description is intended to be illustrative, rather than limiting, for the invention may be variously embodied and is to be limited only by interpretation of the claims which follow. Patent Citations
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Again?! Seahawks WR Percy Harvin limps off practice field with an injury
AUG 12, 2014 2:56p ET
Yes, again.
Seattle Seahawks star wide receiver has apparently suffered an injury during the Seahawks training camp, the second year in a row that has happened.
#Seahawks camp: Percy Harvin limps off. Moving slowly.
— Mike Sando, ESPN.com (@SandoESPN)
August 12, 2014
Percy Harvin goes down after catching a pass with an injury. Gets up and hobbles off to the sideline.
— Jayson Jenks (@JaysonJenks)
August 12, 2014
Harvin on the sideline getting looked at by the training staff.
— Jayson Jenks (@JaysonJenks)
August 12, 2014
There's no word as to the severity of the injury, but the team is probably waiting with bated breath, as Seattle handed Harvin a $67 million contract last season. He ended up playing sparingly in 2013 as injuries slowed him for most of the season.
Harvin has struggled to stay on the field recently as he's missed 21 regular season games over the past two seasons.
(H/T to Pro Football Talk for the story)


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Added 4 Years Ago from Gift-ideaz -
so pretty sure the boyfriend would DEF get a kick outta this one. Just sayin...not too mention, I'm actually quite fascinated by how it looks. hehe.
Don't you just hate when you are right in the middle of a project and you can't open your beer? We understand the dilemma and so we offer you an all-in-one solution - the Hammer Bottle Opener!
Added 6 Years Ago from Perpetualkid -
If the dad on your Father's Day list is a weekend lawn warrior, he needs this mug.
Added 6 Years Ago from Perpetualkid


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Proud Sponsor...
The FitPAWS® 36" Wobble Board features an extra-large non-slip textured surface that is big enough for most dogs. It includes three interchangeable fulcrums (Large, Medium and Small) for different balance challenges and degrees of difficulty. For beginner dogs, you can even start without any fulcrum so that your dog gets used to the feel of the board. Then add the Small fulcrum and progress to the Medium and Large fulcrums as your balance training evolves.
The FitPAWS® 36" Wobble Board is a great dynamic balance training tool to add to your dog's cross-training as it swivels a full 360°. Your dog will not only develop balance skills but will also improve its core strength as it works to maintain its center of gravity on the board. Training regularly on the FitPAWS Wobble Board is a good way to maintain strong joints, range of motion and mobility.
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The Federal Trade Commission recently announced that it had settled a case representing its first action challenging a debt collector's use of text messages. In its complaint, the FTC alleged that the defendant debt...more
10/4/2013 - Debt Collection FDCPA FTC TCPA Texting
The Consumer Financial Protection Bureau's second annual report to Congress on enforcement of the Fair Debt Collection Practices Act (FDCPA) confirms that debt collection will continue to be a major CFPB focus in 2013....more
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24/7 Customer Support
Chat with a Pro
Genuine Bosch part. Bosch brands include Bosch, Thermador, Gaggenau, and others.
Check your model number or use our Cross Reference Tool to determine if this part will work with your appliance.
Where can I find my model number?
Part Diagram
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Part Number 00486909 (AP2836639) replaces 1051714, 14-38-435, 486909, PS8720605.
Read all 9 Questions
David for Model Number C301U
Answer David, The F11 error code indicates a communication error with the power board. Check all connections between the power relay board and the control display pcb, especially the P11 connections. If ok then replace the power relay board.
Was this helpful?
Phil for Model Number c302us
Answer Phil, The P1 harness on the unit would be part number 00189945 and has been discontinued by the manufacturer with no suitable replacement available.
Jennifer for Model Number Thermador SMW272YP
Answer Jennifer, With the display working but the unit not heating you will need to check for power at the control board. If you check from L1 to the bake on the control board you should have 240 vac. If there is not 240 vac then you will need to check for a loose or broken wire. Check the high temp cutout to make sure that it is not bad. If there is 240 vac then you will need to replace the control board for having a bad relay.
Rena for Model Number Thermodore C302US
Answer Hello Rena. Un-install the oven from the wall and remove the top panel cover. You will see the relay board 00486909 on the unit.
Dave for Model Number c 302 us
Answer Hello Dave. If there is power to the control board, and no display, you will need to replace the control board 00494781 on the unit.
Francis L. for Model Number C272U DOUBLE OVEN
Answer Hello Francis, This can be caused by a low voltage transformer, a high limit thermostat, or a control board with a poor solder connection. This could all be brought on by a cooling fan issue, but this would have to be tested using the units' wiring diagram for the proper resistance. We would love to assist you further, but we have very limited information on this model, probably due to the units' age.
Control, Mop Power/relay Dbl


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text: Pitkin County Sheriff's Office More Pfister Documents To Be Released Later This Week By Elise Thatcher • Jun 9, 2014 An Aspen judge has decided to release most of the court documents related to an Aspen murder case. They'll be made public this Thursday, June 12th. The decision comes as attorneys on all sides are getting ready to argue what they believe happened to Aspen native Nancy Pfister, who died earlier this year. First Major Pfister Hearing In June By Elise Thatcher • Apr 23, 2014 Pitkin County Sheriff's Office In about six weeks, the Aspen community will hear details on what allegedly happened when Nancy Pfister died. A judge has scheduled the first major court hearings for three people charged with committing murder against Pfister. That was decided in court yesterday-- and some aspects of the case actually parallel the high profile Aurora shooting case on the Front Range. Editor's note: you can read the newly released arrest warrants and charges here, here, and here. Pfister Murder Charges: No Date Yet for Preliminary, Bond Hearings By Elise Thatcher • Apr 2, 2014 It's still not clear when to expect the first significant court hearings in the alleged murder of Aspen native Nancy Pfister. Attorneys, the prosecution, and a district Judge met yesterday, Wednesday April 2nd, to put those hearings on the calendar… but now that's been pushed back to Wednesday, April 23rd. Next Pfister Hearing Will Include All Murder Suspects By Elise Thatcher • Mar 27, 2014 Elise Thatcher Hearing Set for Couple Charged With Murder By Elise Thatcher • Mar 4, 2014 Two people charged with murdering a longtime Aspen resident will continue to be held without bail. William and Nancy Styler are in custody at the Pitkin County Jail in Aspen, and are expected to be charged in the case of Nancy Pfister. She was found dead in her home in West Buttermilk last week. Tenants Charged With Murdering Nancy Pfister By Elise Thatcher • Mar 3, 2014 Pitkin County Sheriff's Office The Pitkin County Sheriff's office has made two arrests in the investigation into the death of Aspen native Nancy Pfister. An older couple originally from a Front Range community are being charged with murder. They're being held without bond. BREAKING: Arrests Made in Nancy Pfister Homicide Case By Marci Krivonen • Mar 3, 2014 The Pitkin County Sheriff's office arrested two people today in connection to the murder of Aspen native Nancy Pfister. Pfister's body was discovered last week inside her West Buttermilk home. Authorities arrested William F. Styler III, 65 and Nancy Christine Styler, 62. Both are formerly from Castle Rock, Colorado. They moved to the Aspen area in the fall of 2013, where they rented out Ms. Pfister's home at 1833 West Buttermilk Road. "Amnesty Box" at Aspen Airport Considered for Weed Disposal By Marci Krivonen • Dec 31, 2013 Marci Krivonen As Colorado ushers in legalized retail marijuana, law enforcement is preparing for how to handle it. On January 1st, adults 21 and older will be able to purchase recreational pot at shops around the state. The first retail enterprise won't open in Aspen until later this winter. Still, the Pitkin County Sheriff's Office is preparing. Sheriff Joe Disalvo says he wants recreational weed to "succeed safely" in the resort town. He spoke with Aspen Public Radio's Marci Krivonen. Pages« first ‹ previous 1 2


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32 CFR 728.31 - Eligible beneficiaries and health benefits authorized.
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Retired members of the uniformed services.
Retired members, as defined in § 728.2(aa), are authorized the same medical and dental benefits as active duty members subject to the availability of space and facilities, capabilities of the professional staff, and the priorities in § 728.3, except that:
Periodic medical examinations for members on the Temporary Disability Retired List, including hospitalization in connection with the conduct thereof, will be furnished on the same priority basis as care to active duty members.
When vision correction is required, one pair of standard issue spectacles, or one pair of nonstandard spectacles, are authorized when required to satisfy patient needs. Two pairs of spectacles may be furnished only when professionally determined to be essential by the examining officer. Military ophthalmic laboratories will not furnish occupational type spectacles, such as aviation, industrial safety, double segment, and mask insert, to retired military personnel (NAVMEDCOMINST 6810.1 refers).
Is incapable of self-support because of a mental or physical incapacity that existed before the 21st birthday and is, or was at the time of the member's or former member's death, in fact dependent on the member for over one-half of his or her support; or
Has not passed the 23rd birthday, is enrolled in a full-time course of study in an institution of higher learning approved by the administering Secretary and is, or was at the time of the member's or former member's death, in fact dependent on the member for over one-half of his or her support. (If such a child suffers a disabling illness or injury and is unable to return to school, the child remains eligible for benefits until 6 months after the disability is removed, or until the 23rd birthday is reached, whichever comes first.)
An unmarried illegitimate child or illegitimate step-child who is, or was at the time of sponsor's death, dependent on the sponsor for more than one-half of his or her support; residing with or in a home provided by the sponsor or the sponsor's spouse, as applicable, and is—
Twenty-one years of age or older but incapable of self-support because of a mental or physical incapacity that existed prior to the individual's 21st birthday; or
Twenty-one or 22 years of age and pursuing a full-time course of education that is approved per § 728.31(b)(4)(iii).
A parent or parent-in-law, who is, or was at the time of the member's or former member's death, in fact dependent on the member for over one-half of such parent's support and residing in the sponsor's household.
An unremarried former spouse of a member or former member who does not have medical coverage under an employer-sponsored health plan, and who:
On the date of the final decree of divorce, dissolution, or annulment, had been married to the member or former member at least 20 years during which period the member of former member performed at least 20 years of service creditable in determining that member's or former member's eligibility for retired or retainer pay, or equivalent pay.
Had been married to the member of former member at least 20 years, at least 15 of which were during the period the member of former member performed service creditable in determining the member's eligibility for retired or retainer pay, or equivalent pay. The former spouse's sponsor must have performed at least 20 years of service creditable in determining the sponsor's eligibility for retired or retainer pay, or equivalent pay.
Eligibility for such former spouses continue until remarriage if the final decree of divorce, dissolution, or annulment occurred before 1 April 1985.
Eligibility terminates the later of: Either 2 years from the date of the final decree of divorce, dissolution, or annulment; or 1 April 1988 for such former spouses whose final decree occured on or after 1 April 1985.
An unremarried former spouse of a deceased member of former member who meets the requirements of § 728.31(b)(7)(i) or (ii) may be provided medical and dental care as a dependent when the sponsor:
At the time of death would have been eligible for retired pay under 10 U.S.C. 1331-1337 except that the sponsor was under 60 years of age; but the former spouse is not eligible for care until the date the sponsor would have attained age 60;
Whether or not the sponsor elected participation in the Survivor Benefit Plan of 10 U.S.C. 1447-1455.
Eligibility factors.
Care that may be rendered to all dependents in this subpart D is subject to the availability of space and facilities, capabilities of the professional staff, and priorities in § 728.3. Additionally:
Members of the uniformed services must be serving under orders specifying active duty for more than 30 days before their dependents are authorized benefits delineated in § 728.31(d).
A dependent's eligibility begins on the date the member enters on active duty and ends as of midnight of the date the sponsor's period of active duty ends for any reason other than retirement or death. Dependents lose eligibility as of midnight of the date a member is officially place in a deserter status. Eligibility is restored on the date a deserter is returned to military control.
A dependent (other than a former spouse) of a member or former member who died before attaining age 60 and at the time of death—
Would have been eligible for retired pay under chapter 67 of title 10 U.S.C. but for the fact that the member of former member was under 60 years of age, and
Had elected to participate in the Survivor Benefit Plan, may not be rendered medical or dental care under the sponsor's entitlement until the date on which such member of former member would have attained age 60.
A spouse, not qualifying as a former spouse, who is divorced from a member loses eligibility for benefits as of midnight of the date the divorce becomes final. This includes loss of maternity care benefits for wives who are pregnant at the time a divorce becomes final. A spouse does not lose eligibility through issuance of an interlocutory decree of divorce even when a property settlement has been approved which releases the member from responsibility for the spouse's support. A spouse's eligibility depends upon the relationship of the spouse to the member; so long as the relationship of husband and wife is not terminated by a final divorce or annulment decree, eligibility continues.
Eligibility of children is not affected by the divorce of parents except that a stepchild relationship ceases upon divorce or annulment of natural parent and step-parent. A child's eligibility for health benefits is not affected by the remarriage of the divorced spouse maintaining custody unless the marriage is to an eligible service member.
A stepchild relationship does not cease upon death of the member step-parent but does cease if the natural parent subsequently remarries.
A child of an active duty or retired member, adopted after that member's death, retains eligibility for health benefits. However, the adoption of a child of a living member (other than by a person whose dependents are eligible for health benefits at USMTFs) terminates the child's eligibility.
If a member's child is married before reaching age 21 to a person whose dependents are not eligible for health benefits in USMTFs, eligibility ceases as of midnight on the date of marriage. Should the marriage be terminated, the child again becomes eligible for benefits as a dependent child if otherwise eligible.
Prescriptions written by officers of the Medical and Dental Corps, civilian physicians and dentists employed by the Navy, designated officers of the Medical Service Corps and Nurse Corps, independent duty hospital corpsmen, and others designated to write prescriptions will be filled subject to the availability of pharmaceuticals, and consistent with control procedures and applicable laws.
Prescriptions written by civilian physicians and dentists (non-Navy employed) for eligible beneficiaries may be filled if:
The commanding officer or CO's designee determines that pharmacy personnel and funds are available.
The provisions of chapter 21, MANMED are followed when such services include the dispensing of controlled substances.
Physical examinations, including eye examinations and hearing evaluations, and all other tests and procedures necessary for a complete physical examination.
Maternity (obstetrical) and infant care, routine care and examination of the newborn infant, and well-baby care for mothers and infants meeting the eligibility requirements of § 728.31(b). If a newborn infant of an unmarried dependent minor daughter becomes a patient in his or her own right after discharge of the mother, classify the infant as civilian humanitarian nonindigent inasmuch as § 728.31(b) does not define the infant as a dependent of the active duty or retired service member. Therefore, the minor daughter's sponsor (parent) should be counseled concerning the possibility of Secretarial designee status for the infant (see § 728.77).
Diagnostic tests and services, including laboratory and x-ray examinations. Physical therapy, laboratory, x-ray, and other ambulatory diagnostic or therapeutic measures requeted by non-Navy employed physicians may be provided upon approval of the commanding officer or designated department heads. Rendering of such srvices is subordinate to and will not unduly interfere with providing inpatient and outpatient care to active duty personnel and others whose priority to receive care is equal to or greater than such dependents. Ensure that the release of any information to non-Navy employed physicians is in consonance with applicable provisions of SECNAVINST 5211.5C.
Family planning services as delineated in SECNAVINST 6300.2A. Abortions, at the expense of the Government, may not be performed except where the life of the mother would be endangered if the fetus were carried to term.
Government ambulance services, surface or air, to transport dependents to, from, or between medical facilities when determined by the medical officer in charge to be medically necessary.
Artificial limbs and artificial eyes, including initial issue, fitting, repair, replacement, and adjustment.
Durable equipment such as wheelchairs, hospital beds, and resuscitators may be issued on a loan basis.
Prosthetic devices (other than artificial limbs and eyes), hearing aids, orthopedic footwear, and spectacles or contact lenses for the correction of ordinary refractive error may not be provided dependents. These items, however, may be sold to dependents at cost to the Government at facilities outside the United States and at specific installations within the United States where adequate civilian facilities are unavailable.
Special lenses (including intraocular lenses) or contact lenses for those eye conditions which require these items for complete medical or surgical management of the condition.
One wig if the individual has alopecia resulting from treatment of a malignant disease: Provided the individual has not previously received a wig at the expense of the United States.
A dependent, as defined in § 728.31(b), of a deceased member of the Naval Reserve, the Fleet Reserve, the Marine Corps Reserve, or the Fleet Marine Corps Reserve, who—
Dies from such a specific injury, illness, or disease is entitled to the same care as provided for dependents in § 728.31(c).
The provisions of this subpart D are not intended to authorize medical and dental care precluded for dependents of members of Reserve components who receive involuntary orders to active duty under 10 U.S.C. 270b.
Unauthorized care.
In addition to the devices listed in § 728.31(d)(16) as unauthorized, dependents are not authorized care for elective correction of minor dermatological blemishes and marks or minor anatomical anomalies.
Title 32 published on 2014-07-01
no entries appear in the Federal Register after this date.


text:
New advanced performance designs brings out greater warmth, midrange, balance and sustain.
A guitar's bracing patterns orchestrate the movement of the top and back, working with the overall body shape and tone woods to produce a unique acoustic voice. For the redesign of the 800 Series, the bracing profiles and their placement were customized for each body shape to emphasize their inherent strengths and to complement the playing styles that might
suit the shape. The bracing for the back and sides of Grand Auditorium and Grand Concert models was also modified from a standard horizontal, ladder-style pattern to a slanted scheme to change the internal tension of the back. Another refinement was the addition of side braces, which add rigidity to the sides and enhance the top and back movement.With the reconfigured
relationship between the top and back bracing, each shape generates a well-balanced tone whose differences are most noticeable in the midrange. "The midrange is the friendly and flattering part of the guitar," Andy Powers explains. "This sounds warmer across the board. In this case, you have this nice, cushy swell and long sustain, even with a delicate touch."
Optimized dimensions help bring out the best of each body shape.
Another subtle recalibration that relates to the bracing is in the top and back thickness specification for each body shape. It's one of many refinements designed to bring more efficiency of movement to the overall guitar. Generally speaking, the smaller the guitar, the thinner the wood, as Andy Powers
explains, using Taylor's Grand Concert (GC) as an example. "Because of its smaller outline, the GC is inherently a stiffer body," he says. "By making the parts a little thinner and more flexible, we can maximize what a player can get out of that guitar, like more volume." "Andy's got a great sense for how
thin and light you can go to make it sound great and still be equally strong," Bob Taylor says. "You can actually flatpick that GC and it's pretty loud."
The strategic use of animal glues helps enhance the transfer of tone between important guitar components.
The type of glue used between parts where tone is transferred, such as the bracing and bridge, can influence the tone. Some synthetic glues can partially impede tone, while animal protein glues transfer it well. Animal-derived glues were used to make musical instruments for centuries before the introduction of man-made woodworking glues in the 20th century. Factories moved
away from hide glues because they needed to be constantly tended.Today's modern protein glues are much easier to work with. Andy Powers chose fish protein glue for the top and back bracing because the braces provide an energy transmission network for the top and back of the guitar and the fish glue optimizes the tonal transfer. Its strong adhesion properties also allow the guitar to
be built more lightly without sacrificing strength.Traditional heated hide glue was chosen to mate the bridge with the soundboard. It's something that can be managed in the Taylor factory, its properties make it more suitable for the ebony/spruce joint, and its natural characteristics make it easy to clean any residue off a thin-finished top.


text:
Idhayathai Thirudathey
Prakash - Nagarjuna, a carefree, mischievous student graduates from College. During his celebration with his friends, he gets into a road accident. Although the accident is only minor, during medical tests, he is diagnosed with terminal cancer and has no chance of survival more than a few months. Unable to hear his mother's constant crying, he packs his bags and leaves to live in his family's vacation home in Ooty for a few weeks. There he meets a girl, Geethanjali -Girija Shettar, who enjoys playing pranks on people around her. In one incident, Geethanjali asks a guy to meet her in a cemetery at midnight to elope together but when he comes to meet her, she along with her sisters and friends plans out an elaborate prank by dressing up as Ghosts to scare him away. When she tries to pull the same prank on Prakash, who is already ready for this, it... [ More ]
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text:
The score for components often doesnt reflect the true skill, but the time the athlete has spent in the figure skating world, he said.
The score for components often doesnt reflect the true skill, but the time the athlete has spent in the figure skating world, he said.
Unfortunately ,Rep still counts , though maybe not as much as it used to , and I thought Suzuki was royally robbed at NHK.
You recall, of course, that Suzuki was sidelined for a significant period of time while dealing with a severe eating disorder, and was never her federation's favorite afterward. It took her a long time to get herself noticed, nationally and internationally, and her reputation does not correspond to her age and experience. Plushenko has skated one full season out of the past seven, so what does that tell us? Because when it comes to PCS, it's kind of you snooze, you lose. Except maybe if you're Shen and Zhao coming back for the Olympic season.
Fernandez is now in his seventh season skating senior events. His reputation has been built up gradually and his federation and coaches has played it smart. It helps that he's talented.
I do agree that Plushenko has at times been overmarked. I don't agree that he has been as egregiously overmarked as some skaters, and he has not won anything he didn't deserve.
I said PCS looks at 'control your blade in relation with the whole body as it co-ordinates itself to the music'. By this, I mean that three discrete things are examined in PCS:
1. skater's control of blade
2. skater's whole body movement
3. skater's co-ordination to the music
So not just SS.
While these aspects are marked discretely, it's ridiculous to assume that these discrete aspects are really discrete, because the skater demonstrates all these skills together. This statement does not mean that I think everything is about SS. It's about the blade, body and musical skills that the skater has to demonstrate together that PCS marks discretely. Is that clear now?
Last edited by hurrah; 11-27-2012 at 10:06 AM.
This thread starter posted the same thread, same title in Fsuniverse too. And Mishin is not unknown. Why call him "Plushenko's coach"? I can't help but thinking someone is trying to stir up dirt to aim at Plushenko. If the PCS stratergy works and Plushenko is dumped on PCS, great. If it doesn't work, use the same arguement to slam Plushenko's PCS.
Mishin does praise some other skaters during the interview. He is thoughtful and respectable.
Plushenko is a "trouble" for some people because he is still not retired, still a big potential for the podium.
If so, you'd think he would show up at competitions where there are real challengers as opposed to doing just the Russian Nationals (sorry, but there is no one there at the moment) and the Europeans where there is like only 1 real competitor. Why avoiding the World Championship? Is it because he is afraid of competing against the Japanese and Chan?
Well, part of what he's saying may be true, but (a) your skills actually do improve when you have been skating longer and (b) you become more adept at skating in a way that earns more points. So I think it does reflect skill; if you ignored the jumps at NHK Mao is the class of the field. But reputation is factored in as well IMO.
deleted post, sorry
Last edited by plushyfan; 11-26-2012 at 04:45 PM.
Love the Russians, they are so honest!!
Worried about the Russians, they are too honest!!


text:
Results 16 to 30 of 34
-04-24-2010 #16
Re: Brian Westbrook to visit St. Louis
Exactly. No way can Westbrook carry the load anymore, but my gosh what a quality backup he would be. With about 7-10 touches a game, our running game would be a HUGE threat. The last few years it's been a joke without Jackson on the field, but with a healthy Westbrook, look out!. I honestly had no clue he was still a FA. I pray he passes and we sign him ASAP.
-04-25-2010 #17SLSG Guest
Re: Brian Westbrook to visit St. Louis
why wouldn't he sign here, we have so much to offer , lol
-04-25-2010 #18
Re: Brian Westbrook to visit St. Louis
I think the only probable hindrances would be a playoff team wanting him, or his contract demands being too high for the Rams tastes.
-04-25-2010 #19Brain Daddy Guest
Re: Brian Westbrook to visit St. Louis
One of my favorite players, but his career is winding down to its conclusion. Westbrook is a great receiver out of the backfield, but hasn't gotten nearly enough credit for his ability to run between the tackles. A bit injury prone with a history of concussions, but maybe being a backup can keep him off the injury report. If the Rams can pick him up at a reasonable price, he'd be a good pickup for them.
-04-25-2010 #20
Re: Brian Westbrook to visit St. Louis
As a third down back that doesnt have to take the punishment on early downs, Westbrook would do some damage. Providing he is healthy and wants to play.
-04-25-2010 #21Rams 55 Guest
-04-25-2010 #22
-04-25-2010 #23
Re: Brian Westbrook to visit St. Louis
Were Westbrook would make the biggest impact is in the pass game. He is great pass blocker and receiver even at this point. He can split out wide at times. Does he have alot left as a runner that is too be determined, but if he is healthy he would be a good fit on this squad.
-04-25-2010 #24
Re: Brian Westbrook to visit St. Louis
I think this would be a very good acquisition for us. Westbrook would give us a strong backup who could provide quality starts if Jackson were to miss time. Of course we want to build with youth when possible, but sometimes that's not an option.
-04-25-2010 #25
-04-26-2010 #26
-04-26-2010 #27Bralidore(RAMMODE) Guest
Re: Brian Westbrook to visit St. Louis
Perhaps Parker is 30, lost his best asset (speed), and just isn't good anymore?
-04-26-2010 #28
Re: Brian Westbrook to visit St. Louis
I'd say that is exactly what the issue is. He hasn't been good at all ever since the Rams broke him at the end of the 2008(?) season. And ever since then, the Steelers have turned into a passing team because they couldn't count on the running of Parker. He's washed up and won't do anything even in the friendly running game of Shanahan.
Now, Westbrook, he has a couple years at least in a backup role I believe, and desperately wants to play. He'd be a great signing I think.I believe!
-04-26-2010 #29
-04-26-2010 #30Registered User
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Re: Brian Westbrook to visit St. Louis
Would be a great addition to the Rams. May have declined over the last year or so but is still a threat.
Using him as a 3rd down back or a 2 rb set would improve our offence greatly.
He also has good hands and could be used in the receiving game.
I'm all for this move and the sooner the better.
Similar Threads
St. Louis fans: What if?
By HUbison in forum RAM TALKReplies: 7Last Post: -09-19-2008, 01:05 PM -
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By RamWraith in forum RAM TALKReplies: 1Last Post: -09-05-2008, 07:39 AM -
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By dgr828 in forum RAM TALKReplies: 1Last Post: -11-20-2005, 09:15 AM


text:
Eat and meet
While most guesthouses and resorts have their own restaurants, there are also plenty of freestanding places worth trying. The serving portions tend to be huge, so don't be put off so much by the price as one serving is often plenty enough for two. Some of the food is excellent though the food at tour-group hotels tends towards buffets.For seafood, Chonthicha Seafood is literally at the very end of the road at the southern tip of the island at Ao Yai. They do excellent seafood in a fishing port setting -- be sure to check the large nets hanging off the sides of the pier. Good for lunch or dinner. If full, Ao Yai Seafood (look for the sign reading "Menu All About Seafood") is a good second option, but it lacks the atmosphere of being right by the water. Both of these are a long way out of the way, but are well worth making the effort to reach. Bring your camera -- and an empty stomach!
A third option is Kreten Sea Food Restaurant, which is kind of in the middle of nowhere, a couple of kilometres to the north of Khlong Chao. The seafood is good -- we asked for our seafood salad extra spicy and boy did they deliver on that, but again the atmosphere lacks somewhat.
For more typical Thai fare with a northeastern tilt, Chiang Mai Restaurant is a couple of hundred metres south of Ngam Kho Resort (at the top of the hill, left hand side, look out for the bungalows) and does solid northern and northeastern dishes -- it's popular with songthaew drivers (always a good sign). Staff are very friendly and they even rent cheap bungalows. Just a shame it isn't on the beach!
Closer to the water (by Khlong Chao, north side of the bridge) you'll find Doy Bungalows Seafood (menu reads Duern Perfect Restaurant). We preferred Chiang Mai restaurant as they were friendlier, but this is very conveniently placed and does good grilled meats. Just around the corner (heading north) from here you'll find what we called Gai Yaang corner where there's a stall doing barbecue chicken and som tam for take-away only. There's a shop next door that does cheap beers for takeaway too.
Attached to the shop you'll find Relax Food &Drink, run by the affable Art. The short menu has some Thai standards and the owner is a great guy -- very friendly. You're also just a few steps from our favourite bar on the island, Tawan Eco Bar.
Last but arguably the best entry on the Thai food list goes to the restaurant at Ngam Kho Resort. The Thai food here is excellent -- don't be put off by the prices, as one serving is easily enough for two people. Staff are very friendly.
For coffee fiends, the Australian-Thai run Viewpoint Cafe should be your first stop. Previously on the headland above the southern end of Khlong Chao, they've moved to a new riverside setting right beside Sunset Bar. Dick and Wan are a very chatty couple, with a solid range of coffees (and other drinks) on offer. They're adding a couple of rooms that could be a very nice deal when complete. Another nearby option is Red Moon Cafe (next to Relax Food &Drink).
Ko Kut has little nightlife to speak of but we loved Tawan Eco Bar and its super-friendly and welcoming host Jong. Musicians will want to drop by for the nightly jam sessions, drinks are cheap (works on an honour system -- there's the fridge -- help yourself) and this is a good spot to meet others.
Nearby, other side and a little to the north, you'll find the aptly named Sunset Bar. Basically a wooden deck with a roof, it spills out into the mangroves and offers excellent sunset views. With low tables and cushions on floor, this is a very relaxed spot quite popular with travellers, though we preferred the music at Tawan Eco Bar. A third option in the area is Castaway Pub (opposite Away Resort). They have free WiFi which makes up for the otherwise lacking atmosphere and very slow service.
On Ao Phrao beach in the far south you'll find Rastafa Reggae Bar (between the two package resorts). It was closed the night we stayed on Ao Phrao and we didn't venture down to try it again, but it may be worth a visit. More obscure still is the ramshackle Bartist -- on the waterfall road and opposite PD Guesthouse. Bring mosquito repellent.
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