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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
41	Method and apparatus for non-linear dispensing of specific items on demand	US13037529	2011-03-01	US09073684B2	2015-07-07	Vern M. Bailey
A method and apparatus for secure, rapid, storage and dispensing of varied items from a random location in a storage matrix. Drawers are organized in a ‘slice’ or vertically-oriented frame that supports horizontal shifting of the drawers to dispense their contents. Slices can be combined to form matrices of automated, high-density, storage volumes and storage can coincide with dispensing.
42	SEPARATOR FOR PULLING OFF STACKED PACKAGING SHEETS WITH EMBOSSED CAVITIES	US12419520	2009-04-07	US20100194129A1	2010-08-05	Michel Bouthiette
Disclosed is a separator devised to separate packaging sheets that are stacked on top of each other and are each provided with cavities embossed therein, the cavities of each packaging sheet being arranged in multiple rows of a given length and fitting into the cavities of neighbouring packaging sheets that are stacked therewith. This separator basically comprises a handle to which are attached at least two rigid blades which are parallel to each other and each provided with a bevelled end opposite to the handle in order to be easily insertable between two stacked packaging sheets in order to facilitate their separation. The blades are spaced in such a manner as to be displaceable between two parallel rows of cavities in order to separate those of the packaging sheet under which the blades are inserted from those of the neighbouring packaging sheet located thereunder. Such facilitates the requested separation with risk of damaging the packaging sheets.
43	Wide-mouth article unloading	US40243	1979-05-18	US4316694A	1982-02-23	Melvin S. Martin
An unloader for removing hollow articles packed for shipment in nested layers is disclosed. The unloader includes retainer elements configured to engage interior surfaces of the hollow articles. Retentive forces arising from engagement of surfaces of the retainer elements with interior surfaces of the hollow articles as the retainer elements are inserted into the hollow articles are utilized to hold the articles on the retainer elements. Such forces can result from the deformation of elastic retaining elements as they are inserted into the article. A member or members associated with the unloader disengage the hollow articles from the unloader in a manner such that the hollow articles can be set down in an organized fashion. The embodiment disclosed is hand-manipulable.
44	Cone labeling, separating and restacking apparatus	US669250	1976-03-22	US4052250A	1977-10-04	Robert G. Potts
An automatic cone labeling, separating and restacking apparatus comprising a magazine, loading means for placing a stalk of cones from the magazine into the labeling and separating apparatus, apparatus for placing a label into the larger end of a cone, separating apparatus for separating the labeled cone from the stalk of cones by creating a closed annular space between the labeled cone and the next cone and placing a compressible fluid under pressure within the closed annular space so that the labeled cone is moved to a receiving means, and control means to continue the operation until all cones in the stalk of cones have been labeled, separated, and restacked on the receiving means.
45	Cone labeling, separating and restacking apparatus and method	US497554	1974-08-15	US3981407A	1976-09-21	Robert G. Potts
An automatic cone labeling, separating and restacking apparatus comprising a magazine, loading means for placing a stalk of cones from the magazine into the labeling and separating apparatus, apparatus for placing a label into the larger end of a cone, separating apparatus for separating the labeled cone from the stalk of cones by creating a closed annular space between the labeled cone and the next cone and placing a compressible fluid under pressure within the closed annular space so that the labeled cone is moved to a receiving means, and control means to continue the operation until all cones in the stalk of cones have been labeled, separated, and restacked on the receiving means.
46	Fluid pressure cup dispenser	US42950765	1965-02-01	US3273750A	1966-09-20	DAVY ROBERT E

47	Can head feeder for can body making machines	US60755832	1932-04-26	US1962645A	1934-06-12	FRANK KRUEGER

48	Dispensing device	US52790022	1922-01-09	US1662593A	1928-03-13	WESSMAN EDWIN G

49	TRANSPORT UNIT WITH NEGATIVE PRESSURE DEVICE AND METHOD FOR TRANSPORTING TRAYS	US15488344	2017-04-14	US20170297840A1	2017-10-19	Luciano Capriotti; Lars Mörschner
A transport unit that comprises a de-stacking device which is configured to drop trays from a stack of trays individually or in groups into a drop area, and a transport belt unit with a transport surface passing through the drop area for receiving and transporting away the dropped trays. The transport surface may comprise at least one opening. A negative pressure device may be provided to generate a suction force in the drop area through one or more of the openings of the transport surface, wherein the suction force sucks the dropped trays in the drop area in a direction towards the transport surface. This configuration reduces the rebound of the trays when they impact the transport surface as they are dropped. The invention also relates to a corresponding method for transporting trays.
50	DENESTER WITH ADJUSTABLE INCLINED MAGAZINE	US14942393	2015-11-16	US20160137434A1	2016-05-19	Stefan Bieringer; Alireza Taghipour
The invention relates to denester for use with a tray sealer. The denester includes a magazine for accommodating at least one stack of trays. The magazine includes a first vertical guide and a second guide, the second guide capable of being inclined at an inclination relative to the first guide. The inclination of the second guide is adjustable to accommodate destacking of the trays in the stack of trays.
51	TRAY DENESTER WITH AIR NOZZLE SEPARATORS	US13050254	2011-03-17	US20110229297A1	2011-09-22	Michael J. Frazier; Tigran K. Sarajian
A tray denester for separating individual trays from a stack. The tray denester includes a product carrier plate that is movable toward and away from the discharge end of a product magazine. The product carrier plate includes a pair of air nozzle assemblies. As the product carrier plate moves toward the discharge end of the magazine, the air nozzle assemblies are activated to create a low-pressure zone along the product carrier plate. When the product carrier plate reaches the discharge end, an escapement mechanism releases the stack of trays. As the stack of trays is released, the low-pressure zone separates one of the trays from the stack. The separated tray contacts the product carrier plate and is removed from the stack. Each of the air nozzle assemblies is adjustable along the product carrier plate to vary the position of the air nozzle assemblies based upon the specific tray design.
52	Reversed venturi system for separating and feeding nested foam cups	US11875910	2007-10-21	US08021099B1	2011-09-20	Pieter S. van der Griendt
An apparatus for separating nested foam cups, includes a support for guiding a stack of nested foam cups in a first direction to a mandrel for printing thereon; a first annular opening in the support for supplying an annular supply of pressurized air to a position between a forwardmost foam cup and a next adjacent nested foam cup such that the pressurized air travels in a second direction having a component opposite to the first direction and such that the pressurized air travels in a cavity between the forwardmost cup and the nested adjacent cup to separate the forwardmost cup from the next adjacent cup; and second openings in the support downstream of the first annular opening for supplying pressurized air to the separated forwardmost cup in order to further advance the forwardmost cup toward the mandrel.
53	Stackable box and machine for packing such boxes	US10505754	2003-02-13	US20050150803A1	2005-07-14	Marie-Noëlle Marroncles
A stackable box, a machine for packing such boxes, and a container processed by one such machine. The box has a shape such as a conical shape (2) which enables the box to be stacked by the largest opening (3) therein. The container can include one such box, closed by a cover.
54	Method of and apparatus for the sterilization of stacked packaging elements	US463040	1990-01-10	US4987721A	1991-01-29	Alfons Turtschan
Cups or lids for packaging foodstuffs and the like in a sterile environment are sterilized in the packaging machine by passing them through a sterilizing chamber to be contacted first by the hydrogen peroxide and then by hot air. The packaging elements are initially moved apart rapidly and are than brought toward one another without contact, periodically in the sterilizing chamber to improve the contact of the sterilizing and drying fluid with the surfaces.
55	Coffee filter dispenser	US652069	1984-09-19	US4629092A	1986-12-16	Franklin W. English
There is provided a coffee filter dispenser which is easily reset after dispensing a single coffee filter into a position for dispensing the next successive coffee filter, from a nested stack of coffee filters secured within an enclosed container.
56	Apparatus and methods for transferring nested stacks of plastic articles from an elevated chute to an underlying conveyor surface	US503716	1983-06-13	US4502588A	1985-03-05	Robert C. Whiteside; Fred L. Greynolds; Albert W. Arends
Stacks of generally dish-shaped, nested plastic articles are gripped and transferred from elevated, horizontally adjacent chutes comprising circumferentially disposed, axially extending supports, which are open at both ends to permit articles to be both fed thereto and removed axially therefrom, to a conveyor disposed at a lower level. A transfer arm, mounting stack gripping receivers, which pivot on the transfer arm, is swung in an arcuate path and the receivers are moved relative to the transfer arm, responsive to swinging movement of the transfer arm, such that the receivers travel from a first position, horizontally axially aligned with said chutes and axially intermeshed with the supports, in a path having a first axially linear increment, then a downward arc to rotate said stacks substantially 90.degree., and finally a vertically linear path to deposit the stacks on the conveyor. The receivers are radially contracted to peripherally grip stacks of articles in the chutes when the receivers are in the first position, and are radially expanded to peripherally release the stacks when the receivers have moved the stacks to the conveyor.
57	Automatic cup dispensing apparatus	US280046	1981-07-06	US4418837A	1983-12-06	Robert F. Kontz
An automatic cup dispenser for dispensing cups at high speeds and at predetermined intervals from a stack of cups wherein each cup includes a bottom wall, a side wall and a peripheral lip comprising a plurality of opposed pairs of rotors mounted for rotation about vertical axes. The rotors are supported in position such that the upper end of each rotor engages the lip of the lowermost cup in a stack. Each rotor has a helical groove in the periphery thereof for engaging the lip of the lowermost cup and guiding the cup downwardly, the helical groove of adjacent rotors extending oppositely, and adjacent rotors being driven in alternate directions. The length of each groove is such that on rotation of the rotors, the lip of the lowermost cup is engaged and moved downwardly out of the stack while the remainder of the cups in the stack are held in position by a shoulder on the rotor.
58	Apparatus for parting adhering bodies	US42382673	1973-12-11	US3866883A	1975-02-18	GORANSSON ROLF ERIK
An apparatus for parting adhering bodies in which two jaws, operative to frictionally engage each one body, are connected to a common holder through arms diverging towards the jaws and, hence, effective to spread them apart by a sort of toggle-joint action, when the holder is pressed towards the bodies. A counterholder is provided to engage the opposite side of the bodies.
59	Pan feeding apparatus	US3598254D	1968-09-27	US3598254A	1971-08-10	MEISOLL ROBERT F
Pan feeding apparatus comprising means for supporting a stack of pans, means for raising said support means to a position whereat the topmost pan is at a predetermined height, means for lifting said topmost pan from the stack and transporting it to a position spaced from a collection area, means for maintaining the topmost pan of the stack at said predetermined height as the pans are removed therefrom and means mounted adjacent said predetermined height for engaging and supporting the last few pans of said stack independently of said support means.
60	Unstacking mechanism	US3517835D	1968-05-06	US3517835A	1970-06-30	TEMPLE HIRAM E

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