Abstract: A hand-held coffee pod processing device is provided that enables individual components of a coffee pod to be separated and recycled appropriately. The device includes a handle section defining an internal cavity and has opposite closed and open ends. A ring of teeth is formed on the rim of the open end and a series of ridges extend radially outward adjacent to the rim. The circular array of teeth may be inserted through a top foil of the pod and can be advanced into the mouth of the pod so that the ridges of the device are in close contact with a coffee filter within the pod. The device and pod can be rotated relative to one another so that the array of teeth of the device separates the foil from the pod and so that the ridges of the device separate the filter from the pod.

Abstract: A can opener (1) for opening a can (2) comprises a rotating device (4), a body (5), a traction device (6), a removal device (8) comprising at least one engagement element (9), and a cutting device (7). The traction device (6) is configured to adapt at least a traction device cutting position (tc) and a traction device lifting position (tl). The traction device (6) in the traction device cutting position (tc) and the cutting device (7) are arranged so as to open a can (2). The traction device (6) in the traction device lifting position (tl) and the engagement element (9) in a removal device lifting position (rl) are arranged such as to engage a lid (3) of an opened can (2). An actuation of the removal device (8) t removes an engagement between the traction device (6) and the engagement element (9) with the lid (3).

Abstract: A cutting tool for cutting out a thin-walled wall section from a container and for receiving the cut-out wall section in the cutting tool. The cutting tool can be used to cut thin-walled container walls of sheet metal or polymer.

Abstract: To solve problems in a conventional electric can opening apparatus wherein it is impractical to drain the unwanted liquid from the inside of the can after opening the container and disposing of the top lid or top without touching it. The composite can opener includes a body with a gripping member gripping a can while an opening member cuts the top of the can open and a piston that selectively pushes the top into and out of the can after it has been cut.

Abstract: Apparatus for opening a can comprising a first handle and a second handle, the first and second handles being pivotally connected to one another at their distal ends; a first partial can enclosure element attached to the first handle and a second partial can enclosure element attached to the second handle, wherein when the first and second handles are brought together, the first and second partial can enclosure elements create a cavity sized to fully enclose a can; a can cutting mechanism having a first portion mounted to the first handle and a second portion mounted to the second handle, wherein the first portion of the cutting mechanism and the second portion of the cutting mechanism are configured so that when the first and second handles are brought together so as to enclose a can disposed in the cavity, the can cutting mechanism engages the can for cutting the can.

Abstract: A cutting tool for cutting out a thin-walled wall section from a container and for receiving the cut-out wall section in the cutting tool. The cutting tool can be used to cut thin-walled container walls of sheet metal or polymer.

Abstract: The can opener, press and lid remover is a kitchen appliance that includes a can opener, a turnkey press, a magnetic lid remover, and a spout. The can opener, press, spout and lid remover are attached to a cylindrical-receptacle provided with a closable opening adapted to receive a can of food. The receptacle has an open top, a closed bottom, and a cylindrical wall extending between the open top and the closed bottom.

Abstract: This invention relates to a novel can lid lifter for a hand operated can opener. More particularly, the invention is directed to a novel can lid lifter for a hand operated can opener that cuts the outer seam wall of a can, rather than the top interior lid of the can, in order to remove the lid. A can opener comprising: (a) a handle; (b) a clamping lever; (c) a hand crank; (d) a wheel cutting blade; (e) a traction wheel which rotates when the hand crank is rotated; (f) a can lid top contact member mounted on an exterior of the can opener; (g) a can lid lifting pin associated with the can lid top contact member for releasably catching the edge of a cut can lid.

Abstract: This invention relates to a novel can lid lifter for a hand operated can opener. More particularly, the invention is directed to a novel can lid lifter for a hand operated can opener that cuts the outer seam wall of a can, rather than the top interior lid of the can, in order to remove the lid. A can opener comprising: (a) a handle; (b) a clamping lever; (c) a hand crank; (d) a wheel cutting blade; (e) a traction wheel which rotates when the hand crank is rotated; (f) a can lid top contact member mounted on an exterior of the can opener; (g) a can lid lifting pin associated with the can lid top contact member for releasably catching the edge of a cut can lid.

Abstract: An ergonomic, electric can opener sits squarely on a kitchen counter and has working features such that the user need not turn the opener to see where to place the can. The housing and working features of the can opener are situated at about a 45 degree angle to the front of the kitchen counter, and a person using the can opener can easily see both an operating lever and a place to insert the can for opening. The can opener is advantageous to persons with arthritic conditions, requiring no orientation in a preferred direction by a user, a minimum of force to operate, and automatic stopping.

Abstract: An electric can opener has a handle that is used to ‘close’ a blade towards a traction wheel so as to pinch a top rim of a can while the lid is removed, in a known manner. When the handle is moved downwards, the blade is carefully controlled in its movement as the result of the cooperation of three cams mounted on a pivot shaft of the handle. The blade is moved sideways and downwards so as to arrive at the pinching position in a manner that ensures that the rim is not jammed from above and that vertical thrust is applied during the can opening operation.

Abstract: An electric can opener has a handle that is used to ‘close’ a blade towards a transaction wheel so as to pinch a top rim of a can while the lid is removed, in a known manner. When the handle is moved downwards, the blade is carefully controlled in its movement as the result of the cooperation of three cams mounted on a pivot shaft of the handle. The blade is moved sideways and downwards so as to arrive at the pinching position in a manner that ensures that the rim is not jammed from above and that vertical thrust is applied during the can opening operation.

Abstract: A can opening appliance is provided herein. The appliance includes a primary housing having a front surface including a can opening mechanism and a rearwardly facing locking surface. A base includes at least one upwardly extending projection for slidable engagement with the primary housing and at least one forwardly facing interlock structure for releasable engagement with the locking surface of the primary housing. A housing release button, which causes the forwardly facing interlock structure and the locking surface to enter into and out of engagement, allows the primary housing to attain a plurality of vertical positions relative to the base.

Abstract: A household electric can opener operable by vertical movements of a control button. The can opener has an easily removable assembly that includes all of the exposed operating parts, including a cutting blade, a can drive wheel, the control button, and a lid magnet assembly. The entire removable cutter assembly is water immersible or machine washable for improved sanitation.

Abstract: A can opener is provided including a housing and an elevator mounted on the housing. Next provided is a blade assembly having a rotating blade. The blade assembly is coupled to the elevator for being moved downwardly upon a can such that the blade engages a lid of the can for removal purposes.

Abstract: A can opener (30) includes a housing (32) which supports a drive wheel (64) for rotating a can (82) loaded on the opener. While the can (82) is being rotated by the drive wheel (64), a cutter (74) is severing a lid (80) of the can therefrom. An actuator (86) is pivotally mounted at the rear of the housing (32) and extends across the top, and over the front, of the can opener (30) to provide the external control for operating the can opener. A switching mechanism (136) and a disc (184) are located within the housing (32) and are responsive to movement of the actuator (86) by a user to operate the can opener (30). A magnet assembly (98) is removably located on the underside of the actuator (86) for attaching magnetically to the lid (80) of the can (82) during a lid-cutting operation to facilitate removal of the lid from the can after completion of the lid-cutting operation. A blade sharpener (42) is located at the rear of the housing (32).

Abstract: The present invention is a can opener with a manual turning knob and a magnet. The can opener has a first cutting side, second turning side, an upper handle, and a lower handle. The manual turning knob comprises a wheel with indentations. The top of the wheel may be flat, allowing the user to turn the wheel with his or her palm. The manual turning knob is disposed adjacently to the second turning side on a pivot post which intersects the lower handle. Attached on the opposite end of the pivot post is a driving toothed wheel which rotates upon rotation of the manual turning knob. A cutting edge or disk is disposed adjacently to the first cutting side on an upper rivet, the upper rivet extending out from the first cutting side of the upper handle. A magnet is disposed on or adjacent to the cutting disk such that a completely severed lid of a can will rotate toward the magnet. The magnet and cutting edge are angled downward toward the lid of the can.

Abstract: A pivotally mounted kitchen appliance including a mounting bracket for mounting flush with a flat surface, the bracket defining a recessed area and at least two mounting members that extend therefrom, a housing including a can opener and having an upper portion pivotally mounted between the mounting members for pivotal movement between a lowered position wherein the housing extends substantially perpendicular to the flat mounting surface and a raised position wherein the housing extends substantially parallel to the flat mounting surface and is partially concealed within the recessed area, and at least one keyed pivot pin on either the housing or the mounting members for releasably retaining the housing in the lowered and raised positions.

Abstract: A can opener having a housing, a cutting blade, a can moving system, and a lid retainer. The cutting blade is movably connected to the housing between a cutting position and a retracted position. The lid retainer is pivotably connected to the housing between a recessed position in a recess of the housing and an extended position. The cutting blade is located in front of the recess when it is in its retracted position to keep the lid retainer in the recess. However, when the cutting blade is moved to its cutting position, the cutting blade is moved out of the path of the recess to allow the lid retainer to move from its recessed position to its extended position. The cutting blade can also push the lid retainer back to its recessed position when the cutting blade is moved back to its retracted position.

Abstract: The invention is a unit that is attachable to a side face of a handle of a can opener, which unit is manually operable to engage a magnet upon the lid of a can so as to magnetically hold the lid from dropping into the contents of the can as it is cut away, and which unit is manually operable, upon the lid being cut away, to effect at the will of the user release of the hold of the magnet from the lid so as to allow the cut lid to drop for disposal from the unit and the can opener. In making use of the unit embodying the invention, the user avoids manually touching the cut lid, and in doing so he avoids soiling his fingers with the contents of the can, and avoids cutting his fingers upon the sharp edges of the cut lid.

Abstract: A device for detaching the top of the can and draining the fluid contained therein. In the first embodiment, an upper and lower handle are adjustable in relation to one another to account for different can sizes. A conventional can opener is attached to a plunger that includes a magnet. A can is placed on a lower, can bottom engaging member, and the can opener is operated to detach the top of the can. The plunger can then be pressed downwardly, with the can being securely held by the device, and the liquid contained therein is thus expelled. In the second embodiment, The handle is a single, substantially vertical member. Integral to it is a can bottom engaging member. The can is placed on the member, and then a can lip engaging member and a plunger, also including a magnet, are manipulated to hold the can in place. The otherwise conventional can opener is used to open the can and the plunger can be manipulated, as before, to expel the liquid from the can.

Abstract: A hand-held can opener is provided with a grip handle, a grip block pivotally mounted to the forward end of the grip handle, a scissor handle pivotally mounted to the grip block and having a one way roller clutch connection with a unidirectionally driven feed wheel. The grip block is provided with a latch. Squeezing of the scissor handle toward the grip handle with pivot the grip block to position the feed wheel relative to the cutter for penetration of the can lid and lock the grip block into this position. Subsequent release and squeezing of the scissor handle will drive the feed wheel undirectionally for advancing the can lid past the cutter.

Abstract: An electrically operated portable can opener being adjustable in height to enable opening various size cans, the can opener having a primary housing which is partially received within a secondary base housing with a rotary cam serving to control the raising and lowering of the primary housing with respect to the base housing.

Abstract: A tool which operates to remove the end wall (17) of a can by cutting through an outer part of the rim (11) of the can comprises a manually rotatable drive wheel (8) and a cutter wheel (12) arranged tightly to grip a cam rim therebetween. The cutter wheel is rotatably mounted in a partially cylindrical recess (R) formed within a moulded plastics housing (10) which is arranged to locate the cutter wheel (12) and provide support therefor.

Abstract: A can opener includes an operating rotary handle body incorporating a rotary serrated clamping head to clamp a projecting edge joint of a can against a cutting disc. The clamping head is mounted on an eccentric shaft which is driven by a central shaft of the handle body through gears in which the driven gear incorporates a means for moving axially the clamping head to a clamping position. Upon rotation of the handle body, the clamping head clamps a projecting edge joint of a can against the cutting disc, and the cutting disc severs the edge joint.

Abstract: Beverage can opening apparatus includes a base portion, a support portion, a can engaging portion, a biasing portion and a fastening portion. The base portion includes a substantially flat plate section. The support portion includes spaced shaft supporting sections disposed adjacent opposed elongated edges of the plate section with each including an opening in a plane parallel to one of the elongated edges, the openings being spaced from the plate section. A shaft extends between the openings of the shaft supporting sections. The can engaging portion includes an elongated member pivotally connected at one end to the shaft and extending therefrom toward and beyond one end of the plate section. The elongated member includes a slot at a free end thereof beyond the plate section, the slot being aligned substantially parallel to the plate section. The elongated member includes a channel extending from the slot toward the support portion, the channel having a cross section substantially the same as the slot.

Abstract: An electric can opener comprising an opener body and a body support. The opener body includes a cutter and a toothed wheel adapted to be rotated by an electric motor. A can to be opened is placed on the wheel at its upper projecting edge, and rotated by the wheel as operated by the motor. During rotation the top of can is cut by the cutter. For usual use, the opener support can be placed on the upper surface of an object such as a kitchen table with its bottom in contact with the upper surface. For use in suspension, the support can be secured to the lower surface of a fixed object such as a hanged sideboard by installing its bottom to the lower surface. For usual use, the base of the support is located below the opener body. For use in suspension, the base of the support is located above the body.

Abstract: A can opener for opening cylindrical metal cans by means of a reciprocating, circular motion produced by holding the can opener in the hand of the user and moving it up and down while also rotating it about a vertical axis. The can opener includes a handle at its upper end on a hollow, cylindrical shaft which includes at its bottom end a series of, for example, four radially extending arms having at their distal ends downwardly pointed, "V" shaped blades having sharp tips, and a smaller, spring-bias shaft which telescopically fits into the main shaft and which has at its lower end a magnet. The ends of the cutting blades also preferably include inverted "U" shaped hooks which engage and hold the upper, vertically extending peripheral lip of the can during the cutting operation. The cutting blades telescopically fit into the radially extending arms, so that they can be easily removed and replaced with cutting blades that provide a different effective diameter of cutting action for different sized cans.

Abstract: A pocket can opener comprises a body with a propelling wheel and a handle for rotating the propelling wheel and a cutter blade pivotally attached to the body so that both the handle and the cutter blade can fold down across the body with the cutter blade overlying and being of such a size as to cover the propelling wheel when the can opener is in inoperative condition. The cutter blade also provides a bottle opener at its free end having a longer arm and a shorter arm, the longer arm being shaped also as an opener for pressed-on jar lids, this latter opener structure being so arranged as to take up no additional space in the folded condition of the parts.

Abstract: An opener for removing an end panel portion of a container end unit. The opener includes a simple housing which may be molded of plastics material and which carries a blade for penetrating and severing the end panel along a preformed weakening line in the form of a score. There is also a magnet for retaining the severed end panel portion relative to the opener. Further, the housing has a separate skirt portion which is radially movable and which carries a ridge for underlying a double seam securing an end unit to a container body so as to lock the opener on the end unit once the blade has penetrated the end panel.

Abstract: A container opener particularly adapted for opening a container wherein the end wall of the container is provided with a preformed line of weakness. The opener includes a cover which functions as a temporary closure and has depending therefrom an annular blade for effecting rupture along the line of weakness. A magnet is centrally located with the blade for retaining the cutout end wall portion. The opener may include a housing having means for interlocking beneath the double seam securing an end unit to a container body, or it may have arms which are interlockable with the double seam.