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(Redirected from 4th of July (The Beach Boys song))
November–December 1966
March–July 1971
Sunset Sound Recorders, United Western Studios, CBS Columbia Square, and Brian Wilson's home studio, Los Angeles
Brother/Reprise (USA) EMI $tateside (UK)
Surf's Up is the 17th studio album by American rock band the Beach Boys, released in 1971. It was met with a warm critical reception, and reached number 29 on US record charts, becoming their best performing album in years. In the UK the album peaked at number 15.
Both the album's title and cover artwork are an ironic, self-aware nod to the removedness from the band's surf rock roots.[3] Its name was taken from the song of the same title written by Brian Wilson and Van Dyke Parks five years earlier for the abandoned studio album Smile. Surf's Up's creative direction was largely influenced by newly employed band manager Jack Rieley, who strove to reinvent the group's image and reintroduce them into music's counter-culture. Two singles were issued in the US: "Long Promised Road" and "Surf's Up". Only the former charted, peaking at number 89.
In 2004, the album was voted 154 in a German edition of Rolling Stone's "The 500 Greatest Albums of All Time" and ranked 61 on Pitchfork Media's "The Top 100 Albums Of The 1970s". It is listed in the musical reference book 1001 Albums You Must Hear Before You Die.
The Beach Boys performing at Central Park in 1971
Sometime in 1969, erstwhile bandleader Brian Wilson opened a short-lived health food store called The Radiant Radish.[4] While working there, he met journalist and radio presenter Jack Rieley.[5] Rieley spoke with Brian for a radio interview, with the subject eventually turning to the unreleased song "Surf's Up", a track which had taken on almost mythical proportions in the underground press since the demise of the Smile album three years earlier. Brian rationalized: "It's just that it's too long. Instead of putting it on a record, I would rather just leave it as a song. It rambles. It's too long to make it for me as a record, unless it were an album cut, which I guess it would have to be anyway. It's so far from a singles sound. It could never be a single."[6]
On August 8, 1970, Rieley offered a six-page memo ruminating on how to stimulate "increased record sales and popularity for The Beach Boys."[5] In the fall of 1970, after the relative commercial failure of the Sunflower album, the Beach Boys hired Rieley as their manager. One of his initiatives was to encourage the band to record songs featuring more socially conscious lyrics.[7] He also requested the completion of "Surf's Up", and arranged a guest appearance at a Grateful Dead concert in April 1971 to push the Beach Boys' transition into the counterculture.[8]
The project was provisionally entitled Landlocked.[9] While on a drive to meet Warner Bros. Records executive Mo Ostin, Brian suddenly said to Rieley: "Well, OK, if you're going to force me, I'll ... put 'Surf's Up' on the album." Rieley asked, "Are you really going to do it?" to which Brian repeated, "Well, if you're going to force me."[9]
"Feel Flows" was written by Carl Wilson with band manager Jack Rieley.
"Long Promised Road" and "Feel Flows" were Carl Wilson's first significant solo compositions; both songs were almost entirely recorded by him. "Student Demonstration Time" (essentially the R&B classic "Riot In Cell Block #9") and "Don't Go Near the Water" found Mike Love and Al Jardine eagerly embracing the group's new topical-oriented direction. Bruce Johnston's "Disney Girls (1957)" was praised by Brian for its harmonies and chords.[5]
The Jardine/Brian composition "Take a Load Off Your Feet" was recorded in late 1969 during the Add Some Music sessions.[citation needed]
"A Day in the Life of a Tree" was Brian's sole new contribution written for Surf's Up. The song was experimented upon for days with a harmonium, an antique pump organ, and a smaller pipe organ.[10] Van Dyke Parks and Jardine join Rieley to sing the song's coda. According to Jardine, Rieley sang the song when "no one [else] would sing it because it was too depressing."[11]
"'Til I Die" was written entirely by Brian Wilson.
"Til I Die" was a song Brian had been working on since mid-1970 but initially rejected by group members.[12] He spent weeks arranging the song, using an electronic drum machine and crafting a harmony-driven, vibraphone and organ-laden background.[13]
Brian initially refused to work on "Surf's Up", now the eponymous track of the band's new album.[5] In light of this, Carl overdubbed a new vocal in the song's first part, the original backing track dating from November 1966. The second movement was composed of a December 1966 solo piano demo recorded by Brian, augmented with vocal and Moog synthesizer overdubs.[14] To the surprise and glee of his associates, Brian emerged near the end of the sessions to aid his brother and engineer Stephen Desper in the completion of the coda, and contributing the song's missing, final lyric.[15]
This LP was mixed for Quadraphonic reproduction (also compatible with stereo).[16][page needed][17] It was to be played back using the now long-extinct Dynaco or EV Stereo-4 decoders,[16][page needed] or later, using the "360Surround" matrix decoder built by Stephen Desper and previously included with purchases of his limited-edition book Recording the Beach Boys.[17]
positive[19]
8.9/10[3]
positive[21]
B–[22]
Surf's Up was released that August to more public anticipation than the Beach Boys had had for several years. It outperformed Sunflower commercially, reaching 29 in the US charts, becoming their best selling album in years.[1] It was their first Top 40 album since Wild Honey, and in the UK it peaked at 15. Like Sunflower, Surf's Up was released on EMI's Stateside label internationally.
It was met with warm critical reception[1] compounded by some FM radio exposure.[5] Rolling Stone wrote: "the Beach Boys stage[d] a remarkable comeback ... an LP that weds their choral harmonies to progressive pop and which shows youngest Wilson brother Carl stepping into the fore of the venerable outfit."[1] Melody Maker reviewed: "Suddenly the Beach Boys are back in fashionable favour, and they've produced an album which fully backs up all that's recently been written and said about them."[24]
In a retrospective review, John Bush wrote "[Most of the] songs are enjoyable enough, but the last three tracks are what make Surf's Up such a masterpiece. The first, 'A Day in the Life of a Tree', is simultaneously one of Brian's most deeply touching and bizarre compositions ... The second, ' 'Til I Die,' isn't the love song the title suggests; it's a haunting, fatalistic piece of pop surrealism that appeared to signal Brian's retirement from active life. The album closer, 'Surf's Up' is a masterpiece of baroque psychedelia, probably the most compelling track from the Smile period."[18] In 2014, John Wetton named Surf's Up his favorite prog album of all-time, elaborating: "The summer of '71 had so many musical milestones ... but Surf's Up was a revelation. I was in Family, a major player in the first wave of British progressive bands, but this collection from the iconic California surf-pop band shifted my parameters, blurring all the bounderies of my musical vocabulary. I marvelled at Van Dyke Parks mind-expanding poetry of the title track, wallowing in the glorious harmonies. Both composition and production absolutely floored me. The whole experience was my nirvana. And the cover? Mega prog!"[25]
New Musical Express Writers Top 100 Albums
Mike Love/Al Jardine
Mike Love/Al Jardine/Brian Wilson
Carl Wilson/Jack Rieley
Jardine/Brian Wilson/Gary Winfrey
Brian Wilson/Jardine
C. Wilson/Rieley
Jardine/Winfrey
B. Wilson/Rieley
Jack Rieley/Van Dyke Parks/Jardine
C. Wilson/B. Wilson/Love
B. Wilson/Van Dyke Parks
C. Wilson/B. Wilson/Jardine
Al Jardine – vocals,[5] guitars on "Don't Go Near the Water" and "Lookin' at Tomorrow",[16] banjo on "Lookin' at Tomorrow"[16]
Bruce Johnston – vocals[5]
Mike Love – vocals,[5] tambourine on "Student Demonstration Time"[16]
Brian Wilson – vocals,[5] tambourine on "Take a Load Off Your Feet",[16] Baldwin organ and piano on "Feel Flows",[16] harmonium on "A Day in the Life of a Tree",[16] Hammond organ on "'Til I Die"[16]
Carl Wilson – vocals,[5] guitars,[16] tambourine on "Don't Go Near the Water",[16] keyboards on "Long Promised Road",[16] fuzz guitar on "Feel Flows"[16]
Dennis Wilson – vocals,[5] drums[16]
The Beach Boys – producer[5]
Stephen Desper – chief engineer and mixer,[5] Moog synthesizer on "Feel Flows" and "'Til I Die"[16]
Daryl Dragon – guitar and Moog synthesizer on "Don't Go Near the Water",[16] bass on "Student Demonstration Time",[16] pipe organ on "A Day in the Life of a Tree",[16] vibraphone on "'Til I Die"[16]
Van Dyke Parks – vocals on "A Day in the Life of a Tree"[4]
Jack Rieley – backing vocals in "Surf's Up" tag[28]
Ed Thrasher – original art direction[5]
US AOR Tracks
US Billboard Hot AOR Track Chart
Chart information courtesy of Allmusic and other music databases.[29][not in citation given]
^ a b c d Gaines 1986, p. 242.
^ Furman, Michael. "The Beach Boys - Surf's Up". Tiny Mix Tapes. Retrieved February 29, 2016. ^ a b "The Beach Boys: Sunflower/Surf's Up | Album Reviews". Pitchfork. 2000-07-18. Retrieved 2013-02-19. ^ a b Nolan, Tom (October 28, 1971). "The Beach Boys: A California Saga". Rolling Stone. ^ a b c d e f g h i j k l m n o p White, Timothy (2000). Sunflower/Surf's Up (CD Liner). The Beach Boys. Capitol Records. ^ Badman 2004, p. 273.
^ a b Badman 2004, p. 291.
^ Carlin 2006, p. 161.
^ a b c d e f g h i j k l m n o p q r s Desper 2002.
^ a b "RECORDING THE BEACH BOYS by Stephen W. Desper: book ordering info". 2002. Archived from the original on 2005-12-18. Retrieved 2016-06-08. ^ a b Bush 2002, p. 73.
^ Phipps Keith (April 17, 2002). "The Beach Boys: Sunflower/Surf's Up : Music". The A.V. Club. Retrieved 29 October 2012. ^ The Virgin Encyclopedia Of Popular Music, Concise (4th Edition), Virgin Books (UK), 2002, ed. Larkin, Colin.
^ Ross Bennett. "The Beach Boys - Disc of the day - Mojo". Mojo4music.com. Retrieved 12 August 2012. ^ Christgau, Robert (October 14, 1971). "Consumer Guide (19)". The Village Voice. New York. Retrieved April 14, 2013. ^ "Internet Archive Wayback Machine". Web.archive.org. 2007-10-15. Archived from the original on 2007-10-15. Retrieved 12 August 2012. ^ Williams, Richard (1972). "The Beach Boys: Surf's Up". Melody Maker. ^ "100 Greatest Prog Albums". Prog. No. 49. 2014. ^ "New Musical Express Writers Top 100 Albums, October 2, 1993". NME. Missing or empty |url= (help)
^ "Staff Lists: top 100 albums of the 1970s". Pitchfork Media Inc. Retrieved 13 March 2012. ^ Badman 2004, p. 296.
^ "UK Top 40 Hit Database". EveryHit. Bibliography[edit]
Badman, Keith (2004). The Beach Boys: The Definitive Diary of America's Greatest Band, on Stage and in the Studio. Backbeat Books. ISBN 978-0-87930-818-6. Bush, John (2002). "Surf's Up". In Bogdanov, Vladimir; Woodstra, Chris; Erlewine, Stephen Thomas. All Music Guide to Rock: The Definitive Guide to Rock, Pop, and Soul. Backbeat Books. ISBN 978-0-87930-653-3. Carlin, Peter Ames (2006). Catch a Wave: The Rise, Fall, and Redemption of the Beach Boys' Brian Wilson. Rodale. ISBN 978-1-59486-320-2. Desper, Stephen W. (2002). Recording the Beach Boys. Gaines, Steven (1986). Heroes and Villains: The True Story of The Beach Boys. New York: Da Capo Press. ISBN 0306806479. v
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Black Dress Secrets Revealed ♥ | eBay
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Patent US20020066344 - Film hole punching system, method and article of manufacture - Google PatentsSearch Images Maps Play YouTube News Gmail Drive More »Sign inAdvanced Patent SearchPatentsAn optical encoder is mounted on the end of the shaft of one roller, which is in turn mounted on framework of the equipment and is driven by a film of material. A computer receives a number of impulses per roller revolution with such impulses transmitted from the optical encoder during the film's passing...http://www.google.com/patents/US20020066344?utm_source=gb-gplus-sharePatent US20020066344 - Film hole punching system, method and article of manufactureAdvanced Patent SearchPublication numberUS20020066344 A1Publication typeApplicationApplication numberUS 09/730,131Publication dateJun 6, 2002Filing dateDec 5, 2000Priority dateDec 16, 1999Publication number09730131, 730131, US 2002/0066344 A1, US 2002/066344 A1, US 20020066344 A1, US 20020066344A1, US 2002066344 A1, US 2002066344A1, US-A1-20020066344, US-A1-2002066344, US2002/0066344A1, US2002/066344A1, US20020066344 A1, US20020066344A1, US2002066344 A1, US2002066344A1InventorsHarold Ewing, Bradley GottlobOriginal AssigneeEwing Harold A., Gottlob Bradley D.Export CitationBiBTeX, EndNote, RefManReferenced by (1), Classifications (22) External Links: USPTO, USPTO Assignment, EspacenetFilm hole punching system, method and article of manufactureUS 20020066344 A1Abstract An optical encoder is mounted on the end of the shaft of one roller, which is in turn mounted on framework of the equipment and is driven by a film of material. A computer receives a number of impulses per roller revolution with such impulses transmitted from the optical encoder during the film's passing over the roller. Software of the computer is programed with the exact circumference of the roller before shipment and the computer calculates the amount of film that has passed over the roller and fires solenoid valves to precipitate punching operations based upon the distance traveled by the film. Upon receiving an electrical impulse from the computer control, a solenoid valve releases an intermittent burst of compressed air through a tube to a housing which contains a plastic actuator, a plunger and a spring and which has several holes drilled in it to facilitate movement of said compressed air. The burst of compressed air forces the actuator and plunger downward. After the actuator bottoms out said burst of air is exhausted, the plunger continues to travel downward until the tip of the plunger, containing a steel ball contacts a circular hole in the die which is located in the lower portion of the machine. The force of the ball striking the die cuts the material that is moving between the two components. A spring which rests between the housing and the plunger returns the plunger and actuator to their resting position. The cut out pieces of material travel downward through the hollow center of the die and its holder and are carried by the stream of air created by the suction of the vacuum system through the chambers and ducts of the machine being deposited in a receptacle, preventing the haphazard accumulation of scrap occurring with the prior art. Images(5) Claims(15)
DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT [0046] While the making and using of various embodiments of the present invention are discussed in detail below, it should be appreciated that the present invention provides for inventive concepts capable of being embodied in a variety of specific contexts. The specific embodiments discussed herein are merely illustrative of specific manners in which to make and use the invention and are not to be interpreted as limiting the scope of the present invention. [0047] The claims and the specification describe the invention presented and the terms that are employed in the claims draw their meaning from the use of such terms in the specification. The same terms employed in the prior art may be broader in meaning than specifically employed herein. Whenever there is a question between the broader definition of such terms used in the prior art and the more specific use of the terms herein, the more specific meaning is meant. [0048] While the invention has been described with a certain degree of particularity, it is clear that many changes may be made in the details of construction and the arrangement of components without departing from the spirit and scope of this disclosure. It is understood that the invention is not limited to the embodiments set forth herein for purposes of exemplification, but is to be limited only by the scope of the attached claim or claims, including the full range of equivalency to which each element thereof is entitled. Turning now to FIG. 1. [0049] To facilitate ease of understanding, FIG. 1 for purposes of enabling disclosure, illustrates two units of plunger and die assemblies mounted in the assembly, though the invention is intended to accommodate multiple such units. The assembly shown includes a pair of frame tubes 14 which comprise part of its frame and a pair of plates 15 welded inside said tubes 14. Tubes 14 are through bored to allow the passage of a jack bolt 13. [0050] The end frames of the machine consist of two major units, upper and lower, which cooperate to allow upward and downward adjustment of a machine head 110 to accommodate proper passage of a film (a.k.a. �web�) material including, but not limited to polyethylene, metal, fibrous, or other web material to be punched. The upper unit consists of plate 16, through bored in two locations to allow the passage of bolts 17, and drilled and tapped at one location to accept the threads of jack bolt 13 which is welded at a junction to plate 16 to create a permanent attachment. Plate 18, and plate 20 embodies a milled slot to allow insertion and passage of bolt 19. Plates 16, 18 and 20 are welded together in such a fashion so as to comprise the upper unit of the end frame. The lower unit of the end frame consists of plate 9 which is drilled and tapped to accept bolt 19, and to which are welded plate 10 and plate 11, with said plates, 10 and 11 drilled to allow insertion and passage of bolt 13. [0051] As shown in FIG. 1, upward or downward adjustment of the machine head is accomplished by loosening bolt 19 and hex nuts 12 on each side of plate 11, adjusting hex nut 12 on the lower side of plate 11 upward or downward as needed to bring the machine head to the required level, then tightening bolt 19, and hex nuts 12. Two frame members 3 and 5 extend between the plates 9, are separated by blocks 4 and welded to plates 9. Two upper frame members 7 extend between plates 9 and are welded to plates 9 and frame member 3. A �U� shaped vacuum chamber 6 extends between plates 9 and is welded to plates 9 and frame member 5. An outlet tube 8 is welded to vacuum chamber 6 to allow outflow of cut pieces of material to the vacuum system. An aluminum manifold 23 is attached to frame member 7 for each group of solenoid valves 22 on the machine as will be discussed and disclosed further in association with FIG. 2. [0052] In FIG. 2 a manifold 23 allows a constant supply of regulated air from slave regulator 26 to be applied to solenoid valves 22 at all times by means of plastic tube 25. Each time said solenoid valve 22 receives an electrical impulse from the computer control module 35 it opens for the length of time programmed into the central processing unit (a.k.a. CPU) 33 and by means of a supply of regulated air through plastic tube 21 allows a plunger to strike the die as further detailed in association with FIG. 3. [0053]FIG. 2 further illustrates a compressed air manifold 27 which is supplied with compressed air from the manufacturing facility's system. Air manifold 27 supplies air by means of tube 28 to the master air regulator 31 which regulates the pressure of the compressed air and transmits that pressure through tube 24 to slave regulator 26. Slave regulator 26 automatically adjusts its pressure regulation of the air being supplied to it from manifold 27 to match the setting of the master regulator 31. This compressed air is suppled to the manifolds 23 through tubes 25 so as to keep a constant supply of compressed air to the solenoid valves 22. [0054] Continuing with FIG. 2. As film is produced by the manufacturing plant, it feeds over roller 29. Optical encoder 30 which is mounted on the shaft of roller 29 transmits a known number of pulses per revolution to the CPU 33. CPU 33 has been programmed with the exact circumference of roller 29. CPU 33 calculates the length of the film passing over roller 29, reads the program being run at the time and sends electrical impulses to solenoid valves 22 to cause them to fire at the proper time to place holes where needed in the film. Programs are entered, edited, stored in memory, etc. By use of the computer monitor 32 and keyboard 34 which are contained in the computer control module 35. [0055] In some cases, the present invention will be used to punch holes in plastic bags rather than in a web of material. To produce such bags, a web of film is run through an additional machine which heat seals and perforates across the web to produce bags which can be torn from rolls. When bags are produced, holes are to be punched at specific distances and spacings away from the bottom seam in the bag. The present invention is programmed to wait for an electrical impulse from a contact switch on the bag machine 1 12 indicating that a seam has been made in the bag and holes are to be punched in the web material. The present invention will provide instructions to place punches at specific distances, for example two punches 6″ away from the seam, 6 punches 9″ away from the seam, and three punches 18″ away from the seam. The present invention may be programmed to place holes through a plurality of different locations via a plurality of instruction sequences. After the invention has executed one cycle and fired the proper hole punching plungers, it will stop and wait for another impulse from the bag machine 36 before punching another cycle of holes. Turning now to FIG. 3. [0056]FIG. 3 illustrates a cross-section of the invention's preferred embodiment punch assembly 1, and die assembly 2, which cooperate to punch holes in a web material, while said material is passing between the two units. Each time a solenoid valve 22 receives an electrical impulse from CPU 33, it opens and allows compressed air to flow through tube 21 to a plunger assembly 1. Compressed air passing through hole 83 in housing cap 50 moves actuator 56 downward which pushes plunger 59 downward overcoming the resistance of spring 62. Movement of actuator 56 is halted when it strikes a step in housing 53. At this point, the compressed air is exhausted through holes 81 and 85 in housing body 53. Plunger 59 continues to move downward from momentum until the steel ball 65 strikes die unit 2 and rebounds to be held in its original starting position by the force exerted by spring 62. The air compressed by the return of plunger 59 and actuator 56 is exhausted through the vent hole 83 in housing cap 50. Hole 68 in housing 53 allows passage of air to prevent vacuum drag on plunger 59 as it is returned to its original position by spring 62, and the plunger assembly is ready for another cycle. [0057] Die assembly 2 works in cooperation with plunger assembly 1 to punch holes in material 78 as follows: Plunger 59 containing steel ball 65 is powered downward as explained above. Steel ball 65 strikes the circular hole in die 70. The upper surface of the hole in die 70 which is fabricated from hardened tool steel, has a sharp edge. The sharp edge of the hole in die 70 cooperates with steel ball 65 to cut the material. It will be noted that the die assembly shown in FIG. 3 is positioned and held in place in the hole in frame member 5 as follows: Die 70 is contained in a nylon sleeve 71 which is machined to a shape that, working in cooperation with O-ring groove 75 in frame member 5, holds O-ring 73 in position to prevent the die assembly 2 from moving upward during operation of the machine. Retainer ring 72 is placed in a groove in die 70 so as to prevent the die 70 from moving upward out of sleeve 71 during operation. O-ring 73 farther functions to allow die assembly 2 to rotate freely in position and to have an amount of side to side movement sufficient to facilitate alignment of steel ball 65 with the hole in the upper surface of die 70 during the cutting process. Turning now to FIG. 4. [0058]FIG. 4 illustrates an overview logic flow diagram of software process steps according to the invention's preferred embodiment. The computer readable and executed instruction set of the present invention can be embodied as either software, firmware of a combination thereof Such embodiment of said computer readable and executed instruction sets are well known and practiced by those skilled in the art. [0059] The computer readable and executed instruction set of the present invention first receives an impulse from the encoder device mounted on a roller over which a film is passed 90. The software next adds 1 to a revolution counter 93 and then adds the value contained in the revolution counter to a rotor roller full rotation value 96. If the value in the revolution counter is not equal to the value in the full rotation counter value, the software returns to receive the next impulse to be received from the encoder 90. If the revolution counter is equal to the roller full rotation value 96, the software next resets the revolution counter to zero 97 and then adds a film traveled value to a punch threshold value in step 99. If the punch threshold value is equal to the distance required between subsequent punching operations 100, the software of the invention next retrieves the next punching design 104 and signals the punching of the retrieved design to the punching units located in the invention's apparatus 107. The film travel value is then reset to zero 109 and the software returns to calculate and add the next film travel value to the punch threshold value 99. Should, however, the punch press threshold value not be equaled to the distance required between punching operations 100, the software of the invention returns to wait for the next indication to add a film travel value to a punch threshold value at step 99. [0060] From the foregoing description, it will be appreciated that numerous modifications may be made of this invention without departing from its spirit. Therefore, there is no intention to limit the scope of this invention to the specific embodiments illustrated and described. Rather, it is intended that the appended claims and their equivalents determine the scope of this invention. [0061] Other objects and further scope of the applicability of the present invention will become apparent from the detailed description to follow, taken in conjunction with the accompanying drawings wherein like parts are designated by like reference numerals. [0062] The foregoing description, for purposes of explanation, used specific nomenclature to provide a thorough understanding of the invention. However, it will be apparent to one skilled in the art that the specific details are not required in order to practice the invention. In other instances, well known circuits and devices are shown in block diagram form in order to avoid unnecessary distraction from the underlying invention. Thus, the foregoing descriptions of specific embodiments of the present invention are presented for purposes of illustration and description. They are not intended to be exhaustive or to limit the invention to the precise forms disclosed, obviously many modifications and variations are possible in view of the above teachings. The embodiments were chosen and described in order to best explain the principles of the invention and its practical applications, to thereby enable others skilled in the art to best utilize the invention and various embodiments with various modifications as are suited to the particular use contemplated. It is intended that the scope of the invention be defined by the following claims and their equivalents. [0063] Further, the method and system described herein above is amenable for execution on various types of executable mediums others than a memory device such as a random access memory. Other types of executable mediums can be used, such as but not limited to, a computer readable storage medium which can be any memory device, compact disc, or floppy disk. [0064] While this invention has been described to illustrative embodiments, this description is not to be construed in a limiting sense. Various modifications and combinations of the illustrative embodiments as well as other embodiments will be apparent to those skilled in the art upon referencing this disclosure. It is therefore intended that this disclosure encompass any such modifications or embodiments. DESCRIPTION OF THE DRAWINGS [0042]FIG. 1 illustrates a front elevation of the machine showing one unit each of a plunger housing and a die assembly. [0043]FIG. 2 illustrates an end view of the machine shown in FIG. 1 with the optical encoder, computer control module, air control system and bag machine shown diagrammatically. [0044]FIG. 3 illustrates a cross-sectional view of one of multiple punch and die assemblies shown in FIG. 1. [0045]FIG. 4 illustrates an overview logic flow diagram of software instructions according to the invention's preferred embodiment. REFERENCE TO MICROFICHE APPENDIX [0002] This application is not referenced in any microfiche appendix. TECHNICAL FIELD OF THE INVENTION [0003] In general, the present invention relates to automated hole punching systems. In particular, the present invention is directed to an automated film punching system, method and article of manufacture to accommodate pre-programmed, single or diverse pattern film hole punching requirements irrespective of film transport speed and spacing between subsequent punching operations. BACKGROUND OF THE INVENTION [0004] The following patents are representative of film hole punching and film hole punching related prior art. [0005] U.S. Pat. No. 2,799,340 issued to Otto Mueller on Jul. 16, 1957 discloses a hole punching device and method. [0006] U.S. Pat. No. 3,096,015 issued to Wilburn F. Bradbury on Jul. 2, 1963 discloses a ball perforator which relates to a high speed perforator using ball type punches and adapted to punch on tape or other record media, coded or encoded data, from high speed systems such as calculators, business machines, computers and telegraphic systems. [0007] U.S. Pat. No. 4,123,956 issued on Nov. 7, 1978 to David L. Harvey discloses a self-centering device for blanking out or punching holes through relatively thin gauge materials and particularly elastomeric materials such as rubber or plastic. [0008] U.S. Pat. No. 4,596,359 issued on Jun. 24, 1986 to Per-Ole Mordli discloses a punching device for punching code key cards and the like comprising a plurality of punches, each of which is selectively moveable in respective guide. Balls of ferromagnetic material are positional in a first punching position and a second passive position. Solenoids with moveable cores are arranged to selectively move the balls between the first and second positions. [0009] U.S. Pat. No. 4,674,372 issued on Jun. 23, 1987 to George A. Mobley discloses a pneumatically actuated hole punch which employs a ball and die punching arrangement in which the ball is free floating and the punching impact is between the ball and the plunger rather than between the ball and the die. The plunger incorporates a concave surface to correctly position the ball relative to the die upon cutting of the desired opening. [0010] U.S. Pat. No. 5,226,735 issued on Jul. 13, 1993 to Daniel Beliveau discloses a perforated plastic bag for packaging fruits or vegetables. The bag is made of opaque, flexible plastic sheet material. The rear wall of the bag is however provided with a transversal window made of transparent, flexible plastic sheet material, extending over the width of the bag and comprising a plurality of perforations distributed over its surface. The transparent plastic sheet material is thicker than the opaque plastic sheet material; it requires additional mechanical resistance due to the perforations. A method and apparatus fabricate the plastic bag from two strips of opaque plastic sheet material, and a strip of transparent plastic sheet material. In accordance with this method, the three strips are placed side by side with the transparent strip in the center; the adjacent borders of the strips are heat welded together to convert the three strips to a single band; this band is folded to form a two-layer band; and this two-layer band is transversely cut at longitudinally spaced apart locations thereof with the two layers heat welded on both side of each cut. [0011] U.S. Pat. No. 5,907,985 issued on Jun. 1, 1999 to Raschid Jose Bezama et al discloses a punch tool for punching a slug from a workpiece. The punch of the punch tool has a reciprocating travel path with a transition region where the punch changes direction. A die plate of the punch tool has an aperture. A support bushing disposed in the aperture of the die plate provides support for the workpiece and has an underside and an opening through which the punch card the slug pass. A nozzle disposed in the aperture of the die plate provides an internal passage for the removal of punch slugs from the tool. The nozzle has a top and a side wall with a hole disposed in the side wall adjacent the transition region of the reciprocating travel path of the punch. The nozzle, the supporting bushing, and the die plate are integrated to form a flow path delivering a gas flow to the hole in the nozzle. The flow path and the hole direct the gas flow on a slug attached to the punch in the transition region of the reciprocating travel path of the punch to remove the slug from the punch. [0012] U.S. Pat. No. 5,960,533 issued on Oct. 5, 1999 discloses an apparatus for manufacture of laminated parts wherein elongated thin strip stock is blanked to form interlocking laminas for electric motor or generator rotors or stators at successive blanking stations. At a final assembly station the laminas are stacked and pressed into interlocking relationship. In response to an operator input a predetermined number of reversals, or half turns about the stack axis of the previously stacked lamina are provided in order to compensate for nonuniform strip thickness to obtain a rotor or stator of substantially uniform height. Alternatively the thickness of the strip stock is gauged at transversely spaced points on the strip to determine cross feed thickness variation in the strip whereupon the stacked laminas are automatically provided with a number of reversals about the stack axis in response to a thickness differential that would result in a parallelism error in the stack that exceeds a predetermined amount. Rotor conductor slots are formed in the stack laminas and are skewed to the stack axis by providing arcuate indexing of each lamina relative to the next preceding lamina in the stack by an arcuate increment that is automatically determined in response to operator entered inputs relative to the stack height, the skew angle, nominal lamina thickness and skew direction. [0013] U.S. Pat. No. 3,299,761 issued to Rubin Goldman on Jan. 24, 1967 purports to disclose a punching apparatus and alleges a new and improved multi-punch assembly for perforating thin sheet stock. The device may include as a part thereof a knife for simultaneously slitting the stock as it is perforated. [0014] U.S. Pat. No. 3,463,042 issued to Rubin Goldman on Aug. 26, 1969 purports to disclose a pneumatic punch which comprises a die, punch and cylinder holder frame. The die is mounted in the die holder. A sleeve is mounted in the punch holder and is aligned with the die, and a cylinder assembly including a plunger is mounted in the cylinder holder. A ball is mounted in the lower end of and slidably axially in the sleeve, and a stem is locked in the sleeve above the punch and is movable axially in the sleeve toward and away from the ball. Pneumatic actuating means, including an impulse valve is connected to the cylinder assembly for driving the plunger of the cylinder against the stem causing the stem to drive the ball against the die. A relatively heavy spring is secured to the stem for returning the stem to its position away from the ball, and the spring also assists in returning the plunger to its withdrawn position in the cylinder. [0015] With respect to Goldman U.S. Pat. 3,299,761 and 3,463,042 hereinafter collectively referred to as �Goldman� the following distinctions between said patents and the present invention are provided as follows: [0016] 1. The Goldman machine utilizes a complex multiple component plunger and air cylinder to fire plungers. An air cylinder fires a rod which strikes a spring mounted plunger which strikes a die and effectuates the punching of a hole. The die is held in another complex unit which is threaded onto the lower unit of the Goldman machine. The cylinder is then fired by a pulse of air from a solenoid valve. The solenoid is fired by a timer without regard as to how much plastic or other film has traversed the machine between punching operations. Consequently, hole spacing as provided for in the Goldman machine is merely a trial and error method of adjustment of dwell time on the solenoids. Specifically, the speed at which the Goldman machine punches holes lacks any correlation to, and fails to address, dynamic adaptation to variations in the speed of a plastic film traversing the punching apparatus. [0017] The distinguishing characteristics of the present invention from the benefits purportedly disclosed and claimed in the above noted Goldman patents are as follows: [0018] 1. The present invention provides for a one-piece air cylinder and plunger unit which offers greatly increased efficiency and economy over the Goldman devices; [0019] 2. A die unit which the operator of the present invention can insert in a drill hole in the lower unit of the machine by hand; [0020] 3. Use of an optical encoder to transmit pulses to a computer which in turn calculates line (a.k.a. �line� or �web�) speed and fires solenoids in the proper sequence to create a pre-programmed hole punching design and sequence. The Goldman machine requires that the film line be brought up to speed, the punch unit turned on and then adjusted manually until hole spacing between punching operations is correct. Consequently, all film processed by the Goldman machine during this period of �start up time� will be scrap material. The present invention immediately processes film within the transport line as soon as it is turned on. As the computer calculates the amount of film passing through the machine and places holes properly irrespective of the speed of the line. The present invention also accommodates the punching of varying patterns of holes. For example, in the invention's preferred embodiment, the invention can punch one hole, wait for the traversing of three inches of film, punch 32 holes, wait for the traversing of 12 inches of said film, then punch 20 holes, etc. until a desired punch pattern has been accommodated. Contrary to Goldman, the present invention provides, discloses and claims that subsequent and varying punching operations are properly sequenced and spaced irrespective of the film speed as it is transported through the machine. Further, the Goldman machine as disclosed fires all solenoids, or none, without variation capability, while the present invention also stores a plurality of patterns in memory to be recalled as needed for punching operations. Goldman is absent any discussion of such capability. The present invention provides for a vacuum system which removes cut-out or punched pieces to a storage container. Goldman, again, is absent any discussion of such provision. The present invention also can dynamically adjust the power with which each individual plunger fires allowing for minimized die wear and operation of the machine for longer periods without the requirement for changing dies. [0021] U.S. Pat. No. 4,495,582 issued on Jan. 22, 1985 to Robert A. Dessert, et al, and subsequently assigned to Harris Graphics Corporation, discloses a control system for pre-setting and operation of a printing press and collator. This process and apparatus for manufacturing a multi-part form uses film presses having printing stations and processing stations at which operations are performed on films in registry with a series of printed images, and uses a collator to assemble related films from said presses, and to perform additional operations on assembled films in registry with images thereon. A digital job description of a form is created, including a location of printed images on several parts of the form and location of process items, e.g. perforations, holes, or cuts on parts of the form. The job description is stored in the memory of a computer with a job identifying code. Also, a digital description is created of images to be printed on the form, and stored in memory with the job identifying number. The image descriptions are recalled from memory and used to create printing plates for the presses and to pre-set printing and processing sections of a press for each part of the form. The parts of the form are then produced on the presses and supplied to the collator. The job description is recalled from memory and used to pre-set stations of the collator to assemble and complete processing of the multi-part forms. The computer also gathers and stores management data as the presses and collator operate, keeps a record of supplies/tools needed for each job and makes this information available to operators through terminals, and maintains records of jobs entered, work in process, and jobs shipped. [0022] The present invention is patentably distinct from those features purportedly disclosed and claimed in U.S. Pat. No. 4,495,582 (hereinafter Dessert) in the following areas: [0023] Dessert is intended and designed to operate web presses for printing paper, the only similarities that exits between Dessert and the present invention is the utilization of an optical encoder. However, Dessert utilizes the encoder only to clock the position of the film (a.k.a. �web�) and then uses programmable logic controls (a.k.a. �PLC's�) to locate placement of printing on the web. Dessert uses a computer only as a storage system for programs for the PLC's. The computer as represented in Dessert does not function as an integrated component part of the spacing, patterning and operation of the invention. [0024] The present invention was designed for, but not limited to, the blown plastic film industry. The speeds of the plastic film and the blown film industry can be as fast as 1000 feet per minute. Punched holes may be required to be punched as closely as 2 inches apart along the web traversing punching apparatus. With respect to the blown film industry, thorough experimentation has revealed that programmable logic controls are incapable of operating quickly enough to fire plungers to effectuate the punching of holes through said film at an acceptable speed. Consequently, the present invention with respect to its operation and utilization of encoders can be summarized as follows: [0025] (a) the optical encoder as utilized in the present invention sends pulses to the computer of the present invention. The computer of the present invention then counts the number of pulses received and multiplies the number of revolutions by the circumference of the rollers and particularly the roller attached to the encoder and then calculates the length of film which has traveled through the machine; [0026] (b) the computer then calculates and fires solenoid valves at the programmed distances and locations, irrespective of web travel speed; [0027] (c) the computer then performs calculations quickly enough to punch holes at a far more rapid rate than can be accommodated by the PLC's of the Dessert machine; [0028] (d) the computer of the present invention also provides for calculations which allow one solenoid to fire with more force than others or at different times to create various patterns of holes in the plastic film. [0029] In summary, the advantageous of the present invention over those purportedly disclosed and claimed by Dessert are higher web processing speed contributed to the present invention's utilization of a computer instead of PLC's, the ability to control individual solenoids and create varying punched patterns, the ability to store programs within the computer's memory of the present invention to be recalled as needed and, the ability to dynamically modify power setting as dies dull and stop cutting well. BRIEF SUMMARY OF THE INVENTION [0030] This invention relates to punching a plurality of holes in a thin film, most usually plastic, by means of using a computer and an optical encoder to fire solenoid valves at intervals and sequences which have been programmed into the computer. [0031] Manufacturers of plastic films are required to place holes in their product for various reasons. Some products to be packaged in the plastic bags or sheet being produced require holes for ventilation, for evacuation of excess air, for use in hanging bags on racks, etc. The most efficient method of creating these perforations is to mount a multiple punch unit on a portion of the bag making equipment. Holes will be punched at locations indicated by the computer and optical encoder while the equipment is cutting, forming and sealing the film to make plastic bags. [0032] An optical encoder is mounted on the end of the shaft of one roller, which is in turn mounted on the framework of the equipment and is driven by the film of material. The computer receives a pre-determined number of impulses per revolution transmitted from the optical encoder while the film is passing over a roller as it travels through the machine frame. These impulses indicate to the computer the number of revolutions taken by the roller. Software of the computer is programed with the exact circumference of the roller before shipment. The computer calculates the amount of film that has passed through the machine, and fires solenoid valves as it is instructed by the program being run at the current time. The frame of the machine in the invention's preferred embodiment, without limitation, may contain from one to 32 punch assemblies placed on 1 � spacing or multiples thereof. Each punch assembly is connected to a solenoid valve by means of a plastic tube mounted to the assembly housing cap by means of a hole in the cap. Each solenoid valve is under constant pressure of compressed air supplied from a manifold mounted on the machine frame. Upon receiving an electrical impulse from the computer control, the solenoid valve then releases an intermittent burst of compressed air through a tube to a housing which contains a plastic actuator, a plunger and a spring and which has several holes drilled in it for movement and exhaust if air. The burst of compressed air acts on the actuator, forcing it and the plunger to be driven down rapidly until the bottom end of the actuator strikes the bottom of a counter bore in the housing causing it to stop. After the actuator bottoms out and the burst of air is exhausted through the holes in the housing, the plunger continues to travel downward until the tip of the plunger containing the steel ball contacts the circular hole in the die which is located in the lower portion of the machine. The force of the ball striking the die cuts the material that is moving between the two components. The ability of the steel ball to roll in its plunger socket allows a clean cut to be made while the film of plastic film is in motion. The spring which rests between the housing and the plunger returns the plunger and actuator to their resting position. [0033] The cut out pieces of web material will travel downward through the hollow center of the die and its holder and will be carried by the stream of air created by the suction of the vacuum system through the chambers and ducts of the machine and will be deposited in a receptacle. This prevents the accumulation of cut out pieces on the machine and the floor surrounding the machine which occurs with the prior art. [0034] Consequently, in view of the limitations of the prior art and advantages offered by the present invention, is a primary object of the present invention to provide a multiple punch unit, which is controlled by a computer, and can be easily programmed to place holes at various locations and in various patterns on plastic bags as they are being produced. [0035] Another important object of the present invention is to provide a punch unit which can store in computer memory, the exact spacing of holes for several different jobs and can recall those programs when they are needed at a later date. Memory retention saves the time and expense of setting up each job each time it is run. [0036] A further object of the present invention is to allow products to be produced at top quality as soon as the film starts moving. The optical encoder communicates with the computer to place holes at the proper distances no matter how fast or slow the speed of the film passing through the machine. Prior art is powered by timing devices, and must be manually regulated in order to obtain punch speeds which, combined with film speed result in proper spacing of holes. This results in scrap material being produced at great expense until the machine is regulated to line speed. [0037] Yet another object of the present invention is to use a computer control system to adjust the length of time compressed air is applied to each of the solenoid valves independent of the others. This allows the operator to increase or decrease the force with which an individual plunger strikes an individual die. This allows the unit to keep operating and producing good material even though one or more dies may be becoming dull. Prior art requires that increased air pressure be applied to multiple dies in order to compensate for one dull die. This causes premature wear on the dies which are not dull or causes production to stop while the one dull die is replaced. [0038] Another object of the present invention is to provide an arrangement of Master/Slave air regulators so that the pressure of the compressed air being supplied to each bank of eight valves may be adjusted independently of the other banks of valves. These changes in pressure may be obtained by adjusting the Master regulators located at the computer control which in turn causes the Slave regulators to changes pressure settings to match the Master regulators. [0039] Another important object of this invention is to provide a means whereby the computer system reads a signal sent to it each time a bag making machine in the same production line closes to make a seam in a bag. The computer may be programmed to place holes specified distances from the bag seam as required. [0040] An additional object of the present invention is to provide a computer control system which is software based and can be easily and inexpensively programmed by existing plant personnel to control the solenoid valves, plungers, dies, etc. To produce infinitely varying hole patterns on a film. This control allows film producers to provide their customers with hole patterns which are not possible with prior art and will, therefore, give the film producers advantages over their competition as far as unique products available to their customers. [0041] Another important object of the present invention is to provide a means whereby a vacuum system may be used to transport cut out pieces of material through chambers and ducts and deposit them in a receptacle for recycling. Prior art has no such provision for capture and accumulation of cut out waste, resulting in waste accumulating on the factory floor, equipment, etc. Referenced byCiting PatentFiling datePublication dateApplicantTitleUS7054708Nov 5, 2004May 30, 2006Xyron, Inc.Sheet material cutting system and methods regarding sameClassifications U.S. Classification83/34, 83/52, 83/76.9, 83/694International ClassificationB31B1/74, B26F1/14, B26D5/40, B26D5/12, B31B1/14Cooperative ClassificationB31B19/74, B31B19/14, B26F1/14, B26D5/12, B31B2219/95, B31B2219/141, B31B2219/145, B26D5/40European ClassificationB31B1/74, B26F1/14, B26D5/40, B31B1/14, B26D5/12RotateOriginal ImageGoogle Home - Sitemap - USPTO Bulk Downloads - Privacy Policy - Terms of Service - About Google Patents - Send FeedbackData provided by IFI CLAIMS Patent Services©2012 Google

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Horiba Instruments Jobs, Employment in Troy, MI | Indeed.com
Horiba Instruments jobs in Troy, MI
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Minimum one years experience working with or repairing AVL, Horiba, and FEV powertrain testing equipment....
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Welding software - Wikipedia
Welding Software is a general term for welding related software, i.e. applications addressing variety of topics associated with the welding industry, including base metal selection software, filler metal selection, machine welding settings/instructions, weld automation and tracking, welding code reference, welding documentation (Procedures and Personnel), welding gas distribution & supply, welding health & safety, welding inspection, welding material tracking, weld imaging / measurement, welding patterns and layouts, welding planning, welding production management, welding robotics, welding simulation and optimization, and other categories continuously being introduced.
For Welding Quality Assurance
Welding management software for quality assurance must include the ability to do weld mapping and provide complete traceability. Weld mapping is the process of assigning information to a weld joint to enable easy identification of its design (WPS), production (welders, their qualifications, date welded), quality (visual inspection, NDT) and traceability (heat numbers of materials joined & welding consumables). For full traceability, the final documentation produced for quality assurance must also incorporate a pictorial identification to represent the weld number on the fabrication drawing, in case the designer does not nominate a weld number. Without this information, the end user will not be able to physically locate the weld joint. With Smart Welding Manager, a welding quality management software that offers a drawing annotation system in its desktop as well as tablet versions, compliance to ISO 9001 and EN 729 can be achieved with full traceability.
Retrieved from "https://en.wikipedia.org/w/index.php?title=Welding_software&oldid=777658104"

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Patent US7833001 - Three-dimensional object printing system - Google PatentsSearch Images Maps Play YouTube News Gmail Drive More »Sign inPatentsA printing system for creating a three-dimensional object. The printing system includes a plurality of printheads including a first printhead configured to print a first material and a second printhead configured to print a second material. The system includes one or more curing mechanisms for curing...http://www.google.com/patents/US7833001?utm_source=gb-gplus-sharePatent US7833001 - Three-dimensional object printing systemAdvanced Patent SearchTry the new Google Patents, with machine-classified Google Scholar results, and Japanese and South Korean patents.Publication numberUS7833001 B2Publication typeGrantApplication numberUS 11/736,545Publication dateNov 16, 2010Filing dateApr 17, 2007Priority dateJan 16, 2003Fee statusPaidAlso published asCA2513291A1, CA2513291C, EP1592557A1, EP1592557A4, EP1592557B1, EP1592558A1, EP1592558A4, EP1592558B1, US6997698, US7144242, US7146236, US7162324, US7162325, US7195475, US7206654, US7220112, US7220115, US7231275, US7231276, US7249942, US7278847, US7306319, US7306323, US7322674, US7373214, US7416276, US7467025, US7467837, US7513596, US7556329, US7591536, US7597420, US7658464, US7686412, US7689314, US7693595, US7706909, US7766641, US7797069, US7797071, US7914105, US7920936, US7974727, US8016409, US8029096, US8087755, US8333456, US8454345, US8521320, US8761918, US9364848, US20040141018, US20040141024, US20040141025, US20040141030, US20040141042, US20040141043, US20040143358, US20040145618, US20040145627, US20040145628, US20040145629, US20040145781, US20040148040, US20040225398, US20060030964, US20060077241, US20060268044, US20060268057, US20070013737, US20070030326, US20070052752, US20070150088, US20070182782, US20070182799, US20070188549, US20070195150, US20070208448, US20070252871, US20080001997, US20080062214, US20080068416, US20080084450, US20080231645, US20080269940, US20090066775, US20090076643, US20090167797, US20090244238, US20100002041, US20100007696, US20100118086, US20100165046, US20100165047, US20100174399, US20100200167, US20100278952, US20110298881, US20110316931, US20140345521, WO2004062918A1, WO2004062919A1, WO2004062920A1, WO2004062921A1, WO2004062922A1, WO2004062923A1, WO2004062924A1, WO2004062925A1, WO2004062926A1, WO2004062927A1, WO2004062928A1, WO2004062929A1, WO2004062930A1, WO2004062932A1Publication number11736545, 736545, US 7833001 B2, US 7833001B2, US-B2-7833001, US7833001 B2, US7833001B2InventorsKia SilverbrookOriginal AssigneeSilverbrook Research Pty LtdExport CitationBiBTeX, EndNote, RefManPatent Citations (25), Referenced by (6), Classifications (38), Legal Events (3) External Links: USPTO, USPTO Assignment, EspacenetThree-dimensional object printing system
Patent CitationsCited PatentFiling datePublication dateApplicantTitleUS5705117Mar 1, 1996Jan 6, 1998Delco Electronics CorporaitonMethod of combining metal and ceramic inserts into stereolithography componentsUS5730058Mar 24, 1997Mar 24, 1998Cleanpack Gmbh Innovative VerpackungenMethod and apparatus for the drying of film lines printed in the offset methodUS5833914Dec 22, 1994Nov 10, 1998K-Net Systems, Inc.Apparatus and method of laminate molding using releaserUS5869170Jun 5, 1995Feb 9, 1999Massachusetts Institute Of TechnologyPreparation of medical devices by solid free-form fabrication methodsUS5997795May 29, 1998Dec 7, 1999Rutgers, The State UniversityProcesses for forming photonic bandgap structuresUS6026748Nov 11, 1997Feb 22, 2000Oxy-Dry CorporationInfrared dryer system for printing pressesUS6188416Feb 13, 1997Feb 13, 2001Microfab Technologies, Inc.Orifice array for high density ink jet printheadUS6326689Jul 26, 1999Dec 4, 2001Stmicroelectronics, Inc.Backside contact for touchchipUS6326698Jun 8, 2000Dec 4, 2001Micron Technology, Inc.Semiconductor devices having protective layers thereon through which contact pads are exposed and stereolithographic methods of fabricating such semiconductor devicesUS6443058Mar 20, 2000Sep 3, 2002Heidelberger Druckmaschinen AgCombined printing method and hybrid printing machineUS6658314Oct 6, 1999Dec 2, 2003Objet Geometries Ltd.System and method for three dimensional model printingUS6841116Oct 3, 2001Jan 11, 20053D Systems, Inc.Selective deposition modeling with curable phase change materialsUS6997698 *Jan 9, 2004Feb 14, 2006Silverbrook Research Pty LtdMethod for creating a 3-D objectUS7162324 *Jan 9, 2004Jan 9, 2007Silverbrook Research Pty Ltd3-D object creation system employing voxelsUS7162325 *Jan 9, 2004Jan 9, 2007Silverbrook Research Pty Ltd3-D object creation system incorporating two materials in one layerUS7195475 *Jan 9, 2004Mar 27, 2007Silverbrook Research Pty Ltd3-D printing system with multiple printheads at independent temperaturesUS7206654 *Jan 9, 2004Apr 17, 2007Silverbrook Research Pty LtdDigitally active 3-D object creation systemUS7220112 *Jan 9, 2004May 22, 2007Silverbrook Research Pty LtdPrinting system incorporating different material curing methodsUS7220115 *Jan 9, 2004May 22, 2007Silverbrook Research Pty Ltd3-D product printing system incorporating an electrical connection printheadUS7231276 *Jan 9, 2004Jun 12, 2007Silverbrook Research Pty LtdPrinted product incorporating inorganic semiconductorsUS7278847 *Jan 9, 2004Oct 9, 2007Silverbrook Research Pty LtdDynamically configured 3-D object creation system with built-in printhead failure correction mechanismUS20030093173 *Nov 12, 2002May 15, 2003Farnworth Warren M.Stereolithographic method and apparatus for packaging electronic componentsEP0914950A2Oct 26, 1998May 12, 1999Xerox CorporationAn ink jet printhead assembled from partial width array printheadsEP1004440A2Jul 21, 1999May 31, 2000Hewlett-Packard CompanyMultiple-zone inkjet printerEP1079327A2Aug 22, 2000Feb 28, 2001Canon Kabushiki KaishaA printing method and a printing apparatus* Cited by examinerReferenced byCiting PatentFiling datePublication dateApplicantTitleUS8454345Jul 15, 2010Jun 4, 2013Silverbrook Research Pty LtdDimensional printer system effecting simultaneous printing of multiple layersUS8827684Dec 23, 2013Sep 9, 2014Radiant Fabrication3D printer and printhead unit with multiple filamentsUS8944802Jan 25, 2013Feb 3, 2015Radiant Fabrication, Inc.Fixed printhead fused filament fabrication printer and methodUS9679085 *Apr 14, 2014Jun 13, 2017Lenovo Enterprise Solutions (Singapore) Pte. Ltd.Printing a three dimensional object about a preformed structureUS20100278952 *Jul 15, 2010Nov 4, 2010Silverbrook Research Pty LtdDimensional printer system effecting simultaneous printing of multiple layersUS20150294030 *Apr 14, 2014Oct 15, 2015International Business Machines CorporationPrinting a three dimensional object about a preformed structure* Cited by examinerClassifications U.S. Classification425/375, 264/308, 425/404, 425/174.4, 264/113, 700/119International ClassificationB28B1/16, B29C67/00, B28B23/00, B41J2/01, B41J3/407, B41J11/00, B41J3/54, B29C70/68Cooperative ClassificationB33Y10/00, B33Y40/00, B33Y50/02, B33Y80/00, B41J29/393, B05C5/0212, B33Y70/00, B33Y30/00, Y10T29/49144, Y10S439/901, B41J11/002, B41J3/543, B41J3/4073, B41J2/01, B29C70/68, B29C67/0059, B22F3/008European ClassificationB41J3/407D, B41J2/01, B29C67/00R2B, B29C70/68, B41J11/00C1, B41J3/54B, B22F3/00SLegal EventsDateCodeEventDescriptionApr 17, 2007ASAssignmentOwner name: SILVERBROOK RESEARCH PTY LTD, AUSTRALIAFree format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNOR:SILVERBROOK, KIA;REEL/FRAME:019174/0562Effective date: 20070307May 13, 2013ASAssignmentOwner name: 3D SYSTEMS, INC., SOUTH CAROLINAFree format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNOR:SILVERBROOK RESEARCH PTY LTD;REEL/FRAME:030404/0275Effective date: 20130506May 16, 2014FPAYFee paymentYear of fee payment: 4RotateOriginal ImageGoogle Home - Sitemap - USPTO Bulk Downloads - Privacy Policy - Terms of Service - About Google Patents - Send FeedbackData provided by IFI CLAIMS Patent Services


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Words containing hatoyan | Words that contain hatoyan
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Category talk:Lists of reptiles of the United States - Wikipedia
Category talk:Lists of reptiles of the United States
This is the talk page for discussing improvements to the Lists of reptiles of the United States category.
Category:Lists of reptiles of the United States is part of WikiProject Amphibians and Reptiles, an attempt at creating a standardized, informative, comprehensive and easy-to-use amphibians and reptiles resource. If you would like to participate, you can choose to edit this article, or visit the project page for more information.
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Art Collections of Oscar-winning Film Director Jonathan Demme, Movie Set Designer Ford Wheeler to
PHILADELPHIA, March 10, 2017 /PRNewswire/ -- On March 19, the Philadelphia auction house Material Culture will shine its spotlight on premier works from the folk and self-taught art collections of Academy Award-winning Hollywood director Jonathan Demme and his friend and past collaborator, movie set designer Ford Wheeler. "I believe many motion picture professionals would argue that, between the two, Jonathan and Ford are the best 'eyes' in Hollywood," said George Jevremovic, owner of Material Culture.
Demme's phenomenal art collection has attracted headlines before, most notably in the run-up to a Material Culture sale in 2014 that captured the imagination of both the public and the media. "As we admired Jonathan's artworks entered in that auction, we could see that the same passion and intensity he brought to films like 'The Silence of the Lambs,' 'Philadelphia,' and 'The Manchurian Candidate' also guided him in his wonderful art acquisitions," said Jevremovic. "This month's sale is a continuation of the themes we established three years ago, and at an even higher level."
For the March 19 "Heart of the Collection" auction, Demme has parted with some of his most highly prized Haitian, Jamaican, African and American artworks. "Many of the pieces are works that formed the backbone of his collection and which he valued and perhaps enjoyed the most," Jevremovic said.
A true masterpiece, Hector Hyppolite's (Haitian/St. Marc, 1894-1948) painting-on-board titled Bosou Toi Conne is a magnificent fusion of primary colors and surrealist figures. Formerly in the collection of Mrs. Malcolm I. McBride, Cleveland, Ohio, it is the auction's centerpiece and top-estimated artwork, at $30,000-$50,000.
An early 1950s oil painting by Laurent Peterson (Haitian/St. Marc, 1888-1958) is appropriately titled Three Fishes, since it depicts a trio of colorful sea inhabitants, with large eyes and spiky teeth. The work's distinguished provenance includes exhibitions at Centre D'Art, Port-au-Prince, Haiti; and museums in Brooklyn, N.Y., Milwaukee, and New Orleans. Estimate: $15,000-$20,000. Other Laurent paintings include: Three Vases, previously exhibited in Baden-Baden, Germany and at Cornell University, estimate $15,000-$20,000; and Boardwalk Houses, ex George Nader collection, $15,000-$20,000.
Among Demme's finest American art holdings is an oil-on-Masonite painting by Laura Pope Forrester (American/Georgia, 1873-1953) titled Four Planes in a Golden Sky. Retaining the artist's original frame, it is estimated at $25,000-$35,000. A vibrant Minnie Evans (North Carolina, 1892-1987) mixed-media depiction, Profile at Sunset, is signed and dated "1946," and is expected to make $9,000-$12,000.
Victor Joseph Gatto's (American, 1893-1965) oil-on-canvas titled The Pearl Divers (Under the Sea) is a lively work filled with imagery of underwater explorers swimming among marine and sea life. A label on verso indicates prior ownership by Epstein/Powell American Primitives. Estimate: $15,000-$20,000
Ford Wheeler, who says he was "born with the design gene," has collected whimsical objects throughout his life and previously operated Craft Caravan, a wildly popular SoHo shop that specialized in African and Asian art and furniture. Wheeler has served as production designer and set decorator for dozens of films, several of which were directed by Demme, including Philadelphia. In a 2011 profile of Wheeler that ran in The New York Times, Demme remarked of his friend and collaborator: "[Ford] reads the script, makes a little movie in his head and feeds the look. What Ford saw, I wanted to see."
One of the most treasured artworks in Wheeler's personal collection is an important Howard Finster (American, 1916-2001) sculpture titled Castle #2240. Standing 80 inches high, the four-part structure is constructed of painted wood with mirrors and is both artist-signed and numbered. Its auction estimate is $20,000-$30,000.
"A common thread that connects the Demme and Wheeler collections is the heartfelt embrace of artists and traditions outside of the 'mainstream' – eloquent proof that there is no such thing as the 'art world,' only worlds of art," Jevremovic said.
To view the original version on PR Newswire, visit:http://www.prnewswire.com/news-releases/art-collections-of-oscar-winning-film-director-jonathan-demme-movie-set-designer-ford-wheeler-to-be-auctioned-march-19-300421798.html
SOURCE Material Culture
Preview: Blue-Chip Collections of Antique Silver and Jewelry from Princeton's Specialty Retailer to the Stars to Be Auctioned Sept. 27-28

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of 130resultsPrevious12345NextIf we're missing a business and you'd like to make a suggestion, please do! Add a business.Add a New CollectionOops! There was a problem saving the new custom collection.Please try again.Collection Name cannot be emptyUpload a Photo(optional)Remaining Characters: 100Remaining Characters: 500CancelSaveMap ViewSponsored San Jose Prince music companyPhoneWebsiteMoreAboutAbout UsSite FeedbackContact UsAdvertise with UsCareers - We're HiringEngineering BlogLegal

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Hotel Reviews of Holiday Inn Macau Macau Macau - Page 4
Back to property info Holiday Inn Macau Reviews
Nice hotel, good location. Reviewed May 24, 2016
not cheap but good location and clean.
Dancing water show is fatabulous and exciting ! Overall is hotel is value for money Reviewed May 05, 2016

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