An adjustable cutting device includes a base including a base support component for supporting an object for slicing a cutter support for supporting and guiding a cutter tool such as a knife and a base for supporting an object for slicing or cutting and an upper component including a cover. The base includes a threaded base cylinder, fixed to the base support component. The threaded base cylinder having an external thread. The cutter support is movable relative to the base; the cutter support comprising first and second frame like elements separated by a fixed region, surfaces of the first and second elements adjacent the region formed for supporting and guiding a cutter tool such as a knife. The cutter support also includes an internally threaded cutter cylinder fixed to the cutter support. The upper component includes a cover hinged for overlying said cutter support and including a threaded cover cylinder rotatable relative to the cover, said cover cylinder having both internal and external threads, the external thread of the cover cylinder with a pitch matching the pitch of the cutter cylinder's internal thread, the internal threads of the cover cylinder having a pitch matching the pitch of the base cylinder. The pitch of the internal and external threads of the cover cylinder are different.

A handheld bean end cutting device.

A cutting apparatus for cutting an item supported by a surface, comprising a knife (1) comprising a blade (2), a blade support means (3), and an alignment guide (4), having an arm (7) pivotally attached to the knife and a surface contacting means (8) extending in a direction substantially perpendicular to the longitudinal plane of the knife and adapted to contact the surface in front of the blade, in the cutting direction so that, in use, the alignment guide can move with the blade, as the blade cuts into an item whereby if the knife tilts or tends to tilt, this is resisted by virtue of the alignment guide or, if the resistance is overcome, is reduced by raising of one or other lateral edges of the surface contacting means.

To address one or more of these and/or other needs or problems related to forming circular pastry crusts, the present inventor devised, among other things, an exemplary pastry guide including a pivot point and a guide arm having two sets of pastry cutting guides. One set has includes one or more cutting or marking guides configured to guide a knife edge in cutting circular dough shapes of approximately 4-7 inches in diameter and the other set having one or more knife guides configured to guide a knife edge in cutting circular dough shapes of approximately 11-14 in diameter. The exemplary guide is made of a transparent material to further facilitate its use in cutting pastry dough into approximately circular disks.

A finger protection shield is characterized by a generally vertical shield and a lower member that extends from the generally vertical shield portion. A bottom surface of the lower member comprises a plurality of ridges and grooves that are generally parallel to each other and opposite a finger receiving area that is on an upper surface of the lower member. A ring extends from the generally vertical shield portion that receives a finger of the user's hand. An interior architecture of the device positions the fingers and hand of the user in an optimal manner, while facilitating manipulation of an article to be cut.

An adjustable cutting device includes a base including a base support component for supporting an object for slicing a cutter support for supporting and guiding a cutter tool such as a knife and a base for supporting an object for slicing or cutting and an upper component including a cover. The base includes a threaded base cylinder, fixed to the base support component. The threaded base cylinder having an external thread. The cutter support is movable relative to the base; the cutter support comprising first and second frame like elements separated by a fixed region, surfaces of the first and second elements adjacent the region formed for supporting and guiding a cutter tool such as a knife. The cutter support also includes an internally threaded cutter cylinder fixed to the cutter support. The upper component includes a cover hinged for overlying said cutter support and including a threaded cover cylinder rotatable relative to the cover, said cover cylinder having both internal and external threads, the external thread of the cover cylinder with a pitch matching the pitch of the cutter cylinder's internal thread, the internal threads of the cover cylinder having a pitch matching the pitch of the base cylinder. The pitch of the internal and external threads of the cover cylinder are different.

A slicing guide apparatus for reducing perishable foods into small, bite-sized pieces, the apparatus having a hollow cylindrical frame defining an open top end, an open bottom end, at least a first set of pair of elongated, vertical slots, at least a second set of pair of elongated, vertical slots that are perpendicular in orientation to the at least first set of pair of elongated, vertical slots, wherein the width of the at least first set of pair of elongated, vertical slots and of the at least second set of pair of elongated, vertical slots permits a cutting utensil to pass therethrough, at least one elongated, vertical rib that protrudes outward from the exterior of the frame and indicia affixed to the frame.

A manual method and apparatus for guiding a knife blade along a linear plane to produce a linear planar surface at a variably adjustable distance from a contact point.

Devices and methods for assisting with slicing items, such as food items, are disclosed. The devices may be referred to as press and slice devices. Such devices may include a base and a lid. The base and lid may each include a flexible layer, and flexible layers may be configured to hold the items being sliced when the lid and base are pressed together. The lid may include a handle to, for example help the user hold the lid and protect the user's fingers. The base may include a foot made of a material with a higher coefficient of friction than the material of the base to, for example help secure the base to the surface the device is being used on. The lid and base may include a mechanism for positionally securing the lid relative to the base, such as using a post and slot system.

Embodiments herein include devices adaptable to dehydrate articles, including foods. Embodiments are shown which can be compacted for reduced storage, and/or shipping requirements and/or for other purposes. Embodiments include simple, inexpensive means for controlling dehydrating conditions, including airflow. Various article holding devices, including devices to hold foods being dehydrated, are also shown. Such devices include vertical, diagonal, and horizontal panels to secure articles. Embodiments shown have variations which include the use of non-motorized convection airflow, as well as devices which incorporate motor driven air movement means. Embodiments are shown which may be used for preparing articles, including foods, for dehydration, including slicing such articles.