Abstract: A decoration ribbon comprises a ribbon member formed with a first surface and a second surface, a first fastening band and at least one decorative object; the first surface or the second surface at one end of the ribbon member is disposed with a first fibriform pile fabric structure or a first micro-fibriform loop fabric structure of the first fastening band; the second surface or the first surface at another end of the ribbon member is disposed with the first micro-fibriform loop fabric structure or the first fibriform pile fabric structure of the first fastening band, and the at least one decorative object is combined on the first surface of the ribbon member; when the first fibriform pile fabric structure is adhered and fastened with the first micro-fibriform loop fabric structure, the ribbon member is formed as an annular member for wrapping a plate to be decorated.

Abstract: The present invention relates to an assembled peeler, comprising: a rod-shaped handle, the front thereof is axially and protrudingly installed with a buckling tenon or radially installed with a buckling slot; and at least one knife rack, the front thereof is formed with an opening for receiving a knife tool, and the rear of each knife rack is radially installed with a buckling slot or axially and protrudingly installed with a buckling tenon; the handle and the knife rack being combined as one piece through radially inserting the buckling tenon into the buckling slot, such that the knife tool of the knife rack being able to be axially forced for food process operations such as peeling, chopping, slicing, grinding or splitting, so the safety for users is ensured.

Abstract: A palm food processor includes a casing and a knife seat. The casing is composed of an upper cover and a lower cover detachably joined to each other oppositely with a receiving chamber formed between the two covers, a top side of the upper cover having a hand grip part and a bottom of the lower cover having a cover opening. The knife seat provides a size and a shape thereof corresponding to the cover opening for engaging with the cover opening and a bottom thereof having a cutter. Once a hand holds the handgrip part and the cutter contacts a treated food, the treated food can be cut, sliced, peeled or ground into processed products through repeated motions of the food processor and the processed products can be received in the chamber.

Abstract: A palm food processor includes a casing and a knife seat. The casing is composed of an upper cover and a lower cover detachably joined to each other oppositely with a receiving chamber formed between the two covers, a top side of the upper cover having a hand grip part and a bottom of the lower cover having a cover opening. The knife seat provides a size and a shape thereof corresponding to the cover opening for engaging with the cover opening and a bottom thereof having a cutter. Once a hand holds the handgrip part and the cutter contacts a treated food, the treated food can be cut, sliced, peeled or ground into processed products through repeated motions of the food processor and the processed products can be received in the chamber.

Abstract: An omni-bearing peeler includes a knife holder, a handle and a catch device. The knife holder has a wing part at two opposite lateral sides thereof respectively and two frame plates at a lower portion thereof with a frame groove in between. The frame groove at two opposite ends thereof is provided with a cap hole and a cover hole respectively. The handle provides a step hole at an end thereof being received in the frame groove and between the cap hole and the cover hole. The step hole at a circumferential edge thereof provides at least two guide grooves and a step ring groove arranged at lower portions of the guide grooves so as to communicate with the guide grooves. The catch device has a button with an upper cap and a lower stop ring.

Abstract: A rotary food processor comprises an upper lid, a rotary part, and a cutter part. As soon as the locking device in the cutter part is discharged and the turning knob assembly is rotated to make a selected flat surface or the cutters on any one of cutting surfaces on a tool carrier post pass through guide grooves and displace to an axial groove, a lock device is located in place and a treated food is placed between a press disk and a bottom plate in the cutter part to be moved on the bottom plate by the press disk while a handle knob is turned. When the treated food passes through said cutters, the treated food is cut a thrust with a depth and a width and then cut off by the cutters such that finished products with a desired width can fall down through an output slot on the bottom plate.

Abstract: A multi-functional food processor comprises a processing rack, a elevated device and/or a rotary device. An appropriate tool stand is selected to fixedly attach an end of the processor rack. Then, adjust the turning knob in the elevated device such that the wedge on the push lever displaces to actuate the wedge together with the base plate displacing vertically for changing the difference of elevation between the base plate and the cutter. When a treated food touches the cutter, the slice product with desired thickness or the powder product with desired grains can be cut or ground properly. For the treated food being cut into shreds, repeat procedures of selecting the tool stand and adjust the elevated device to obtain a desired difference of elevation between the base plate and the cutter.

Abstract: A dairy product whipping apparatus includes a container, an upper cover, a spindle, a rotary device, and a press disk device. The user may hold a grip knob on the upper cover to work it longitudinally so that the press disk device disposed inside the container displace longitudinally synchronously to cause a powder form dairy product and water inside the container to mix. During the reciprocating displacement of the press disk, a whip is produced and passes through through a screen. A rotary disk displaces longitudinally in a reciprocating and revolving manner along the threads of a screw rod so that the whip passes through holes in the rotary disk. Blades on the rotary disk rotate clockwisely and counter-clockwisely to generate a water current which speeds up the mixing of the dairy product and the water in a consistent manner to form a finer whip.