RU208883U1 - Cutting board - Google Patents

Abstract

The cutting board is designed for use in the household, catering. The working surface of the board consists of at least two modules, movably fastened together by magnetic attraction. The modules have the ability to rotate at an angle relative to each other due to the cylindrical mating surfaces, convex and concave, respectively, with a diameter value close to the thickness of the module. Rotated at an angle to each other, the modules transform the flat working surface of the cutting board into a shape convenient for pouring into a container of chopped products. The required working surface area is assembled from a different number of modules. The cutting board is made of wood or food grade plastic.

Description

This utility model relates to the field of public catering, housekeeping, household items, in particular cutting boards.

Cutting boards are known from the state of the art, consisting of several modules fastened together with flexible material, special fittings, and magnetic attraction.

Various designs of cutting boards for cutting bread products, meat, sausages, fish products are widely known, for example, patent CN 103505101 A (class A47J 47/00 published on January 15, 2014), patent CN 103622591 A (class A47J 47/00 published on December 3, 2014).

Such cutting boards are inconvenient to wash, dry, store. Such cutting boards do not have the ability to change the area of the working surface, due to the combination of a different number of modules, and also to use each module of the cutting board separately due to their non-separable design.

A board is also known, patent US 20120193858 (class A47J 47/00 published 08/02/2012). The disadvantage of this technical solution is the inconvenience in use due to the impossibility of the modules fastened by the force of magnetic attraction to rotate at an angle relative to each other, which would allow the working surface of the cutting board to acquire a convenient shape for pouring chopped products into a container. Static fixed magnets allow modules to be fastened only in a certain order, according to the location of the magnet poles.

The disadvantage of these technical solutions is the lack of a set of features important for ease of use:

Sign #1.

The cutting board consists of several detachable modules fastened together without the use of technically sophisticated fittings. In particular, the cutting board modules are held together by magnetic attraction.

Sign #2.

The cutting board modules can be rotated at an angle relative to each other, thereby forming a surface shape that is convenient for pouring chopped products into a container.

The technical problem to be solved by this utility model is to create a cutting board that will be devoid of the listed disadvantages, have a set of features No. 1 and No. 2, and will also be multifunctional, easy to use, durable, easy to design and manufacture. This problem is solved due to the fact that the cutting board contains a work surface consisting of at least two modules movably fastened together by the force of magnetic attraction created by the elements located at the edges of the modules, while the modules are able to rotate at an angle relative to each other. The elements can be made of ferromagnetic material or be permanent magnets. The combination of elements that create the attractive force of the modules can be: a permanent magnet with a permanent magnet or a permanent magnet with a ferromagnetic material. In particular, the permanent magnets located at the edges of the modules are fixed with the possibility of free orientation of the magnetic poles to the mating sides of the modules. The mating surfaces of the modules are cylindrical, convex and concave, respectively, with a diameter close to the thickness of the module. The cutting board is made of wood or food grade plastic.

The technical result provided by the given combination of features is multifunctionality, ease of use, durability, ease of design and manufacture.

The essence of the utility model is illustrated in Fig. 1, fig. 2, fig. 3.

In FIG. 1 and FIG. 3 shows some combinations of cutting board modules. In FIG. 2 shows a variant of the placement of elements attracted by the force of magnetic attraction.

The device works as follows. If necessary, cutting or grinding products, the cutting board can be assembled from the required number of modules 1 (Fig. 1, Fig. 3) by connecting them together into a flat work surface 2 (Fig. 1) due to the magnetic attraction force of the elements 3 (Fig. 1, fig. 2) located at the edges of the modules opposite each other. Elements 3 are located in modules 1 with the ability to rotate, with the aim of freely orienting the magnetic poles. After cutting the products, the modules 1 of the board can be rotated at an angle 5 (Fig. 1) relative to each other, giving the flat working surface 2 the shape of a "ladle" 4 (Fig. 1) for convenient pouring of products. After using the cutting board, it can be easily disassembled into 1 modules, convenient for washing and storage.

Claims (6)

1. A cutting board containing a work surface, characterized in that it consists of at least two modules movably fastened together by the force of magnetic attraction created by permanent magnets located at the edges of the modules, while the modules are able to rotate at an angle relative to each other. 2. Cutting board according to claim 1, characterized in that the force of attraction creates a mutual attraction of permanent magnets and ferromagnetic materials. 3. Cutting board according to claim 1, characterized in that the permanent magnets located at the edges of the modules are fixed with the possibility of free orientation of the magnetic poles to the mating sides of the modules. 4. Cutting board according to claim 1, characterized in that the mating surfaces of the modules are cylindrical, convex and concave, respectively, with a diameter close to the thickness of the module. 5. Cutting board according to claim 1, characterized in that the cutting board modules are made of wood. 6. Cutting board according to claim 1, characterized in that the cutting board modules are made of food-grade plastic.

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