[특허]Conveyor with attachments

IPC분류정보
국가/구분	United States(US) Patent 등록
국제특허분류(IPC7판)	B65G-013/02
출원번호	UP-0043655 (2008-03-06)
등록번호	US-7731020 (2010-06-29)
발명자 / 주소	Bigler, Jeremy M Van Duyn, Ryan Fatato, Francis B
출원인 / 주소	Fenner U.S., Inc.
대리인 / 주소	Eland, Stephen H.
인용정보	피인용 횟수 : 0 인용 특허 : 44

초록 ▼

A conveyor assembly is provided, which includes a link belt formed of a plurality of overlapping belt links. A plurality of engagement elements are attached to the link belt to form an upper surface. In one embodiment, the link belt includes a plurality of apertures and the engagement elements compr

A conveyor assembly is provided, which includes a link belt formed of a plurality of overlapping belt links. A plurality of engagement elements are attached to the link belt to form an upper surface. In one embodiment, the link belt includes a plurality of apertures and the engagement elements comprises connectors that cooperate with the apertures to connect the engagement elements to the link belt. The upper surface of the engagement elements may be configured in a variety of forms. In one embodiment, the engagement elements comprise a protuberance that projects upwardly to form a point of limited contact.

대표청구항 ▼

The invention claimed is: 1. A link belt assembly, comprising: a link belt formed of a plurality of overlapping links forming an upper surface of the belt formed of the exposed portion of the belt links, wherein the upper surface has a plurality of tapered surface portions each of which extends fro

The invention claimed is: 1. A link belt assembly, comprising: a link belt formed of a plurality of overlapping links forming an upper surface of the belt formed of the exposed portion of the belt links, wherein the upper surface has a plurality of tapered surface portions each of which extends from a forward edge of the exposed upper portion of a link to the forward edge of an adjacent exposed portion of a belt link; and a plurality of engagement elements connected to the link belt to form an upper surface, wherein the engagement elements have a lower surface configured to cooperate with the upper surface of the link belt to impede the engagement elements from rocking relative to the link belt, and wherein the engagement elements comprise a wedge-shaped body configured to overlie a tapered surface portion of the upper surface of the belt. 2. The link belt assembly of claim 1 wherein the links comprise apertures and apertures of adjacent links overlie one another when the belt is assembled, wherein each of the engagement elements comprises a connector that extends through overlying apertures to connect the engagement elements to the link belt. 3. The link belt assembly of claim 1 wherein the engagement elements comprise a wedge-shaped body, wherein the body tapers from front to back with respect to the direction of travel of the belt. 4. The link belt assembly of claim 1, wherein the body extends across a majority of the width of the belt, and wherein the body has a lower surface configured to cooperate with the upper surface of the link belt to impede the engagement elements from rocking laterally across the width of the belt. 5. The link belt assembly of claim 1 wherein the engagement elements comprises a body confronting the upper surface of the link belt, and wherein the links comprise connectors for connecting adjacent links, wherein the connectors create protuberances along the upper surface of the link belt, and wherein the engagement elements each comprise a pocket formed in a lower surface, wherein the pocket is configured to accommodate the protuberances formed by the connectors. 6. The link belt assembly of claim 5 wherein the pocket overlies the protuberance, such that a substantial portion of the engagement element contacts the upper surface of the link belt. 7. The link belt assembly of claim 6 wherein the pocket overlies the protuberance such that a substantial portion of the perimeter of the lower surface of the attachment element contacts the upper surface of the link belt. 8. The link belt assembly of claim 1 wherein the engagement elements comprise a connector formed of a first material and an upper surface formed of a second material that has a characteristic that is substantially different from a characteristic of the first material, wherein the upper surface designed to interoperate with the work piece. 9. The belt link assembly of claim 1 wherein the engagement elements comprise a body portion overlying a substantial portion of an exposed portion of one of the links, and wherein the engagement element comprises an engagement element protruding upwardly from the body portion to form an engagement surface. 10. The belt link assembly of claim 9 wherein the body portion is formed to overlie substantial the width of a link of the belt. 11. The belt link assembly of claim 1 wherein the links comprise apertures and apertures of adjacent links overlie one another when the belt is assembled, wherein each of the engagement elements comprise: a connector configured to engage aligned apertures of adjacent links to connect the engagement element to the link belt; and a body portion configured to overlie and cover the aligned apertures to impede contaminants from entering the aligned apertures. 12. The belt link assembly of claim 1 wherein the engagement elements comprise a rotatable element disposed on an upper surface of the engagement elements, wherein the rotatable elements are configured to engage the workpiece. 13. The belt link assembly of claim 1 wherein the engagement elements comprises a first engagement element having a upper surface of a first configuration, and a second engagement element having an upper surface of a second configuration that is different from the first configuration. 14. The belt link assembly of claim 1 wherein the engagement elements have a length that is shorter than the length of the belt links. 15. The belt link assembly of claim 1 wherein the engagement elements comprise a wedge shaped body, and the engagement elements attach to the link belt such that the upper surface of the engagement elements form a substantially flat engagement surface. 16. A link belt assembly, comprising: a link belt formed of a plurality of overlapping links, wherein the links comprise: a body having a leading end and a trailing end and an aperture extending through the thickness of the body; and a fastener having a neck at a trailing end of the link, wherein the link belt is formed by inserting the fastener of one link through the aperture of a subsequent link so that the neck of the fastener protrudes above the surface of the body of the subsequent link; and a plurality of engagement elements connected to the link belt to form an upper surface, wherein the engagement elements comprise: a body portion comprising a generally wedge-shaped body that tapers from a trailing edge to a leading edge so that the body of the engagement element has a thicker edge at the leading edge than at the trailing edge; a relieved portion formed in the bottom surface of the body, adjacent the leading edge of the body, wherein the relieved portion is configured to accommodate a portion of the neck of one of the belt links so that the bottom surface of the engagement element lies substantially flush against the top surface of the link; and a connector projecting downwardly from the bottom surface of the body wherein the connector is configured to connect the engagement element to the link belt after the belt links are assembled into the belt. 17. The link belt assembly of claim 16 wherein the relieved portion is a pocket. 18. The link belt assembly of claim 16 wherein the relieved portion has a depth that is at least as great as the thickness of the neck. 19. The link belt assembly of claim 16 wherein the relieved portion is configured to allow the engagement element to lie flush against the top surface of the link without interfering with the neck of the preceding link. 20. The link belt assembly of claim 16 wherein the top surface of the body portion of the engagement elements projects upwardly. 21. The link belt assembly of claim 20 wherein the top surface forms a pyramidal surface. 22. The link belt assembly of claim 16 wherein the top surface of the body portion has an engagement surface formed of a rounded protuberance. 23. The link belt assembly of claim 16 wherein the connector of the engagement element is configured to fit into the apertures of the belt links after the belt links are assembled.

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이 특허에 인용된 특허 (44) 인용/피인용 타임라인 분석

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Nishio Hiroyuki,JPX ; Ishida Kazutoshi,JPX, Belt for frictionally conveying articles.
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Eisenman Leonard J. (Box A ; Eisenman Road Boise ID 83706), Bulk bed.
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Hodlewsky Wasyly G. (Greendale WI) Schroeder Roger H. (Delafield WI), Chain link for a product capturing chain.
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O'Connor Gerald M. ; Lapeyre Robert S. ; Greve Christopher G., Changing the characteristics of an article-conveying belt surface on a running conveyor.
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Lapeyre James M. (New Orleans LA), Conveyor belt having a high friction conveying surface.
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Takahashi Susumu (Yokohama JPX), Conveyor belt made of carbon or ceramic fibers.
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Rau,Brien G.; Sofranec,Richard J., Conveyor belt modules with embedded spherical rollers retained in the modules.
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Haggerty Michael P. (Stourport-on-Severn GB2), Conveyors.
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Agnoff Charles (Wilmington NC), Crowned pulley for a belt conveyor.
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Heit Martin A. (Cincinnati OH) Wilkins John J. (Cincinnati OH) Rau William C. (Florence KY), Drive chain for accumulation conveyor.
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Grabscheid Joachim,DEX ; Schmidt-Rohr Volker,DEX, Endless belt.
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Gladding Alfred E. (Naperville IL), Full diameter hinge rod and notched harvester fastener.
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Ragland G. William (Dunwoody GA) Barnard Boyd A. (St. Louis MO) Sheridan William M. (St. Louis MO), Heat barrier laminate.
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Lapeyre Robert S. (New Orleans LA) Carbone John J. (Metairie LA), High friction plastic conveyor belts having modular links formed by two integrated plastic materials.
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Lapyere Robert S. (New Orleans LA) Carbone John J. (Metairie LA), High friction plastic conveyor belts having modular links formed by two integrated plastic materials.
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Hampton John (Manheim PA) Hetrich A. Ronald (Manheim PA) Obetz David (Lititz PA), High temperature conveyor assembly.
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Layne, James L., Modular link conveyor chain with rotatable article engaging assemblies.
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Ozaki,Hajime; Shibayama,Katsutoshi; Murakami,Yoshihiro, Multifunctional conveyance type conveyor chain.
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Fatato,Frank B.; Roberts,Brian, Non-slip conveyor and method for producing same.
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Fatato,Frank B; Roberts,Brian, Non-slip conveyor and method for producing same.
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Geib, Randall R.; Moyer, Grant Q., Non-slip conveyor and method for producing same.
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Romanski Eric R. (Delmar NY) Horn J. Drew (Kinderhook NY) Dutt William H. (Rensselaer NY), Novel high temperature resistant fabrics.
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