A slicer includes a tubular main body having a handle, with a first open end and a second closed end. A slicer grip includes an interior blade and a shape that mates with the tubular main body. The grip is configured to allow the blade to extend into the tubular main body and to pass along the length of the tubular main body to slice items contained within the tubular main body.

The Present disclosure discloses a device for cutting a coconut, the device comprising a support structure; a coconut clasper mounted on the support structure and having a pair of opposed jaws adapted for clasping opposed ends of a coconut, each jaw being rotatable about an axis to permit rotation of a coconut clasped in the jaws; and a cutter mounted on the support structure and positioned for cutting a coconut clasped in the jaws, wherein the device includes a coconut centring mechanism to cause simultaneous movement of the jaws to align the mid-point of a coconut clasped in the jaws with the position of the cutter, such that, in use, the cutter acts at approximately the mid-point of the coconut.

The Present disclosure discloses a device for cutting a coconut, the device comprising a support structure; a coconut clasper mounted on the support structure and having a pair of opposed jaws adapted for clasping opposed ends of a coconut, each jaw being rotatable about an axis to permit rotation of a coconut clasped in the jaws; and a cutter mounted on the support structure and positioned for cutting a coconut clasped in the jaws, wherein the device includes a coconut centring mechanism to cause simultaneous movement of the jaws to align the mid-point of a coconut clasped in the jaws with the position of the cutter, such that, in use, the cutter acts at approximately the mid-point of the coconut.

An avocado cutting and pitting process has steps of: vertically approaching pairs of knives to the fruit-holding flights so that blades of each pair of knives are inserted in opposite sides of the avocado and in diametrical slots of fruit-holding flights recesses; horizontally moving the pairs of knives so that the blades approach each other around the same avocado pit; horizontally moving the pairs of knives so that the blades move away from each other with respect to the pit; lowering plungers for beating the pits; lifting the plungers with respect to the pits; and vertically removing the pairs of knives with respect to the avocados cut and pitted on the fruit-holding flights. A multi-lane machine for the process is also described.

An avocado cutting and pitting process has steps of: vertically approaching pairs of knives to the fruit-holding flights so that blades of each pair of knives are inserted in opposite sides of the avocado and in diametrical slots of fruit-holding flights recesses; horizontally moving the pairs of knives so that the blades approach each other around the same avocado pit; horizontally moving the pairs of knives so that the blades move away from each other with respect to the pit; lowering plungers for beating the pits; lifting the plungers with respect to the pits; and vertically removing the pairs of knives with respect to the avocados cut and pitted on the fruit-holding flights. A multi-lane machine for the process is also described.

A safe tablet cutting device includes a container, a cover, a cutter, and a suspension body. A platform in the container provides tablet positioning. First and second positioning elements are configured between a back end of the container and the platform. The cover is hinged to the back end of the container. The suspension body has its back end freely rotatable but confined between the first and second positioning elements when the cover is opened or closed. The suspension body has a slot opening corresponding to the cutter configured on the inside of the cover so that the cutter is properly concealed behind the suspension body and, when the cover is closed, gradually exposed to cut the tablet. The safety and applicability of the tablet cutting device is as such enhanced.

A safe tablet cutting device includes a container, a cover, a cutter, and a suspension body. A platform in the container provides tablet positioning. First and second positioning elements are configured between a back end of the container and the platform. The cover is hinged to the back end of the container. The suspension body has its back end freely rotatable but confined between the first and second positioning elements when the cover is opened or closed. The suspension body has a slot opening corresponding to the cutter configured on the inside of the cover so that the cutter is properly concealed behind the suspension body and, when the cover is closed, gradually exposed to cut the tablet. The safety and applicability of the tablet cutting device is as such enhanced.

A collapsible log splitting assembly with safety perimeter splits a log with a parabolic-shaped blade, a blade housing having a plurality of ridges for separating the split log further, and a perimeter barrier for retaining the log upright while splitting, and protecting an operator from contact with blade. The assembly has an upright disposition that is pivotally collapsible into a planar configuration when not in use. The assembly has a base that is for support on a surface. The base includes a pair of brackets. A pair of sleeves pivotally join with the brackets, pivoting about the brackets. A pair of shafts slide within sleeves, sliding between operational and collapsed positions. A cutting apparatus comprises a blade housing that houses a parabolic blade, and extends between the shafts. Ridges along the base housing separate the log into smaller components. The perimeter barrier detachably attaches to top end of the shafts.

A fluid container assembly includes a container that may contain a fluid. The container is structured to be selectively bisected to facilitate an entirety of the fluid to be removed from the container. A cutter is movably coupled to the container and the cutter is selectively manipulated. Moreover, the cutter bisects the container when the cutter is manipulated.

A fluid container assembly includes a container that may contain a fluid. The container is structured to be selectively bisected to facilitate an entirety of the fluid to be removed from the container. A cutter is movably coupled to the container and the cutter is selectively manipulated. Moreover, the cutter bisects the container when the cutter is manipulated.