CN111493708A - Home Health Sorted Cutting Board Organizer and Sorted Cutting Board - Google Patents

Abstract

The utility model provides a ware is accomodate to domestic healthy categorised chopping block which characterized in that: the cutting board storage device comprises a first component cutting board storage device base and a second component cutting board frame, wherein the first component cutting board storage device base is provided with a UV (ultraviolet) lamp and a power supply control module, and the second component cutting board frame is provided with a cutting board storage groove and a light hole; a second component chopping board frame is arranged in the cavity of the first component chopping board container base, and ultraviolet light of a UV ultraviolet lamp in the first component chopping board container base can be irradiated to the surface of a chopping board through a light hole of the second component chopping board frame; it accomodates the groove to be provided with at least one chopping block on the second subassembly chopping block frame, the chopping block is accomodate the groove and can be inserted the chopping block, the equal direct opening of top and a side tip of second subassembly chopping block frame opens and sets up to the chopping block and accomodates the groove, the chopping block is accomodate the groove and can be taken out or put into the chopping block in the angle range between the vertical direction of chopping block frame and the horizontal direction, and it can be healthy and safe, be convenient for rinse thoroughly, convenient to use, the volume is less suitable for the small size kitchen domestic, cost price is lower etc. product design is more humanized.

Description

Home Health Sorted Cutting Board Organizer and Sorted Cutting Board

technical field

This patent relates to a chopping board storage device and a classified chopping board, in particular to a classified chopping board storage container with disinfection and sterilization function, and also relates to a disinfection and sterilization device for tableware such as knives and chopsticks.

Background technique

The kitchen has always been one of the most important places in family life. In the kitchen, people need to use chopping boards and knives to cut vegetables, fruits, fish, etc. More and more families gradually use multiple chopping boards to cut vegetables separately. , meat dishes and fruits.

In recent years, scientific investigations have found that bacterial, parasitic, and viral infections in many families are related to the poor hygiene of kitchen cutting boards. Chopping boards are easy to hide dirt and leave bacteria, or breed bacteria, molds, parasites, etc., which can lead to health problems such as diarrhea. This is because the air humidity in the kitchen is relatively high, and the cutting board itself cannot be wiped completely dry, and the fine residues on the cutting board are generally in a humid environment for 3-4 hours to breed bacteria, etc., so the next time you use the cutting board to cut vegetables , the bacteria that grow on the cutting board will spread to the food, which may cause potential health problems.

When many families use multiple cutting boards, the storage is inconvenient and the placement is messy, and the kitchen area of most families is very limited, which makes the kitchen even more messy.

In short, the existing cutting boards, knives, etc. have problems such as easy breeding of bacteria and viruses, odor, inconvenient storage, not aesthetically pleasing, and inconvenient and safe storage and retrieval. Even if you buy some conventional cutting board or knife storage products, they usually do not have the function of sterilization.

Although there are some classified chopping board receptacles or chopping board tableware sterilizers in the prior art, the prior art has at least the following shortcomings: 1. The chopping board sterilizer or chopping board receptacle is inconvenient to clean, takes time, and is not thoroughly cleaned at the same time. 2. The chopping board receiver or sterilizer has a large volume and occupies a large space, which is mainly suitable for restaurants to sterilize tableware, not suitable for household use, especially not suitable for most families with a small kitchen area; 3. The product design structure is complex, The cost is high; Fourth, the product design is not humanized enough, it is not very convenient for users to pick and place the cutting board, and the user experience is not good.

SUMMARY OF THE INVENTION

The technical problem to be solved by this patent is to provide a new type of cutting board organizer product, which can solve the following pain points of users: health and safety, easy to clean thoroughly, easy to use, small in size, suitable for small-area kitchen households, low cost and so on, Product design is more user-friendly.

In order to solve the above-mentioned series of technical problems, this patent provides the following technical solutions: a household health classification chopping board container, comprising a first component chopping board container base and a second component chopping board rack, the first component chopping board container base A UV ultraviolet lamp and a power supply control module are provided, and the second component chopping block rack is provided with an chopping block receiving groove and a light-transmitting hole; the second component chopping block rack is arranged in the base cavity of the first component chopping block receiver, and the first component chopping block rack is provided. The ultraviolet light of the UV lamp in the base of the chopping block holder of the first assembly can be irradiated to the surface of the chopping block through the light-transmitting holes of the chopping block frame of the second assembly; The cutting board receiving slot can be inserted into the cutting board, and the top and one side end of the second component cutting board frame are directly opened to form the cutting board receiving slot, and the cutting board receiving slot can be in the vertical direction and the horizontal direction of the cutting board frame. Take it out or put it on the cutting board within the angle range between the two.

Further, the connection method between the second component anvil block holder and the first component anvil block holder base is a detachable connection method of magnetic adsorption or snap locking; or, the second component anvil block rack and the first component The connection between the bases of the component cutting board receivers is a bolt-screw fixing connection method; or, the second component cutting board frame and the first component cutting board container base are integrally formed.

Further, the base of the first component chopping board receiver is provided with an open cavity, the UV ultraviolet lamp is disposed on the inner wall of the open cavity, and the first component chopping board container base is provided with an open cavity. The top and side ends of the cavity are both open and open structures;

The second component anvil board rack is detachably installed in the cavity of the first component anvil board receptacle base, and the second component anvil board rack can be directly connected to the vertical direction of the cavity of the first component anvil board receptacle base cavity. The angular range between the horizontal directions is put in or taken out.

Further, the second component anvil block rack and the first component anvil block holder base are closely connected at the inlet connection portion of the open cavity; the entrance of the anvil block receiving groove of the second component anvil block rack is in close contact. The connection with the edge of the cutting board is a tight fit connection .

Further, the gap between the second component anvil block holder and the first component anvil block holder base at the inlet connection part of the open cavity is 0-1 mm; The gap between the entrance and the connecting part of the edge of the cutting board is 0-1 mm.

Further, the second component chopping board rack is provided with 2 chopping board receiving grooves;

The UV ultraviolet lamp and the power supply control module are arranged at the side end of the inner wall of the base of the chopping block receiver of the first component, the power supply control module includes a circuit structure and a switch, the UV lamp adopts a U-shaped ultraviolet lamp tube, and the U-shaped ultraviolet lamp is used. The ultraviolet light of the type UV lamp is irradiated to the surface of the cutting board in the two cutting board receiving grooves through the light transmission hole.

Further, the second component chopping board rack is provided with two chopping board storage slots, and a knife or chopstick storage slot is arranged between the two chopping board storage slots;

The ultraviolet light of the UV ultraviolet lamp can be irradiated to the knife storage groove and/or the chopstick storage between the two cutting board storage grooves through the light-transmitting hole.

Further, at least one reflective surface is provided on the inner surface of the base of the chopping board receiver of the first component or on the chopping board frame, and the reflective surface is a mirror or an electroplated reflector.

Further, the reflective surface is set at an inclined angle relative to the UV lamp, or the reflective surface has an arc-shaped structure.

Further, the first component chopping board holder base and the chopping board are connected by magnetic adsorption, and/or the second component chopping board frame and the chopping board are connected by magnetic adsorption.

Further, the connection between the second component chopping block holder and the first component chopping block receiver base is a magnetic adsorption and detachable connection;

A separation through hole is formed on the bottom or side of the first component anvil board receiver base, and the second component anvil board rack can be pushed to separate from the first component anvil board receiver base through the separation through hole.

Further, a first micro switch is arranged in the base of the first component chopping block holder, and the first micro switch can be triggered when the chopping board is placed in the designated position of the second component chopping block rack, and the cutting board receiver can trigger the first micro switch. normal work.

Further, a first micro switch is arranged at the bottom corner of the base of the first component chopping board receiver, and the bottom corner of the second component chopping board rack close to the base of the chopping board receiver is set as a hollow structure, and the chopping board is placed to When the second component chopping block rack is designated at a station, the edge of the chopping block can pass through the hollow structure of the second assembly chopping block rack and contact the first microswitch provided at the bottom corner of the first assembly chopping block receiver base, so that the chopping block can be stored device can work normally.

Further, the connection between the second component chopping block holder and the first component chopping block receiver base is detachable connection;

A second microswitch is arranged between the first component anvil board holder base and the second component anvil board rack, and when the second component anvil board rack is placed in the designated position of the first component anvil board receiver base, the second microswitch is triggered. Micro Switch.

Further, the connection between the second component chopping block holder and the first component chopping block receiver base is detachable connection;

A first micro-switch is arranged between the first component anvil holder base and the anvil, and a second micro-switch is arranged between the first component anvil holder base and the second component anvil frame;

When the cutting board is placed in the designated position of the second component cutting board rack, and when the second component cutting board rack is also placed in the designated position of the first component cutting board holder base, the first microswitch and the second microswitch can be triggered , the cutting board organizer is working properly.

Further, an infrared sensor is arranged in the base of the first component chopping board receiver, and the infrared sensor can be triggered when the chopping board is placed in a designated station of the chopping board rack, and the chopping board receiver can work normally.

Further, the first component chopping board storage base includes a wifi module or a bluetooth module, and the wifi module or the bluetooth module can be connected with a mobile terminal, and the cutting board storage can be activated or closed through the mobile terminal.

Further, a drain groove is provided at the bottom of the base of the first component chopping board receiver, and the drain groove is connected with the base of the first component chopping board receiver through a magnetic adsorption structure.

Further, a fan is provided at the end or side of the base of the chopping board receiver.

Further, a bracket is provided at the bottom of the base of the cutting board container, or at least one suction cup is provided at the bottom of the cutting board container.

Further, the surface of the second component chopping block frame is a net-shaped hollow structure; the chopping block rack and the chopping block are connected by magnetic adsorption; and the chopping block frame and the chopping block receiver base are connected by magnetic adsorption.

Further, one or more shock-absorbing components are provided at the bottom and/or the side end of the second component chopping block frame.

Further, the top of the second component chopping board rack is provided with a knife receiving groove or a chopsticks receiving groove;

The slot of the knife storage slot or chopstick storage slot is provided with a limit block, the limit block is a sliding block that can be fastened, the limit block can move along the slot, and can be expanded to suit different sizes of knives or chopsticks .

Further, the chopping board receiver includes at least one chopping board, the chopping board is provided with a handle portion, and the chopping board knob portion is arranged at the diagonal apex position of two sides of the chopping board.

Further, the cutting board is a multi-layer composite structure, and the color of the surface layer of the cutting board is different from the color of the inner layer.

A sorting and cutting board storage container: comprising a second component cutting board frame and a cutting board, the second component cutting board frame is provided with at least one cutting board receiving groove, the cutting board receiving groove can be inserted into the cutting board, and the top of the second component cutting board frame Both the side end and the side end are directly open and open to form a chopping board receiving groove, and the cutting board can be taken out or put in from any angle between the vertical direction and the horizontal direction of the cutting board receiving groove.

A classification cutting board: the cutting board is square, the cutting board is provided with a knob portion, and the knob portion of the cutting board is arranged at the diagonal apex position of the two sides of the cutting board.

Further, it is characterized in that: the front and back sides of the handle part of the cutting board are provided with anti-skid parts, the front and back sides of the handle part are marked with different marks, and the four corners of the cutting board are provided with front and back anti-skid pads; The texture of the front and back of the cutting board is different.

Adopting the technical solution described in this patent, it has at least the following technical effects:

First, it is ergonomically designed, and it is convenient to store and put in, which makes it very convenient for consumers to take and place the cutting board. This patented product adopts dual ergonomic design. First, the top and side ends of the second component cutting board rack 200 are directly open at the same time, and are designed to be a cutting board storage groove with a wider storage angle, so users can directly store the cutting board in the vertical and horizontal directions The chopping board 300 can be taken out or placed in the chopping board storage slot at any angle and direction, which is ergonomically designed, easy to use, and occupies a small space; At the same time, the direct opening is designed, and the second component chopping block frame 200 is detachably connected, and can be directly taken and placed at any angle between the vertical direction and the horizontal direction of the cavity of the chopping block holder base 100, so as to facilitate cleaning and further Ergonomic design.

On the other hand, it has both storage and disinfection functions, and can store cutting boards, knives and chopsticks. The design of the slider can match knives of different sizes and different quantities of chopsticks. It is multi-functional and small in size, saving space. Most home kitchens have limited space. , Chopping board products are best able to take up less space and beautifully placed.

In the third aspect, the design is user-friendly, easy to clean, convenient and time-consuming to clean, and can be effectively and thoroughly cleaned. The chopping block rack and the chopping block storage base are detachably connected by magnetic adsorption, and the bottom of the base is provided with a separation through hole, which makes the disassembly and cleaning of the chopping block rack very convenient, and is also more conducive to thorough cleaning. The chopping board and the base or the chopping board rack can also be connected by magnetic adsorption.

Fourth, the design is ingenious, simple but not simple, the ergonomic design is ingeniously combined with the multi-function and miniaturization of the product, and the key points such as good user experience, simple product, multi-function, easy cleaning, and low cost can be balanced. Suitable for a wide range of consumer groups. For example, the traditional cover to cover the leakage of ultraviolet rays is removed, and the chopping board and the chopping board receiving groove are designed to be in a close fit and connection, so as to prevent leakage.

The fifth aspect is safety, which can effectively reduce the growth of bacteria on the cutting board, prevent health problems such as contamination of ingredients, and prevent the smell of ingredients. Sorting and sanitizing cutting boards, combined with one another, can reduce health risks. The unique design of the handle of the cutting board significantly improves the user experience.

The beneficial technical effects of the present patent will be further described below with reference to the accompanying drawings and specific embodiments.

Description of drawings

The present invention will be described in further detail below in conjunction with the accompanying drawings and embodiments.

FIG. 1 is a schematic structural diagram of a cutting board receiver in an embodiment of the present invention.

FIG. 2 is a schematic diagram of a state in which the cutting board is pulled out in the embodiment of the present invention.

FIG. 3 is a schematic diagram of the pulled-out state of the second component chopping block frame in the embodiment of the present invention.

FIG. 4 is a schematic diagram of the state of drawing out the drain tank in the embodiment of the present invention.

FIG. 5 is a schematic diagram of the flat laying state of the chopping board storage according to the embodiment of the present invention.

FIG. 6 is a schematic diagram of the structure of the chopping block holder after the chopping block is drawn out according to the embodiment of the present invention.

FIG. 7 is a schematic diagram 1 of the internal structure of the chopping board container according to the embodiment of the present invention.

FIG. 8 is a second schematic diagram of the internal structure of the chopping board container according to the embodiment of the present invention.

FIG. 9 is a third schematic diagram of the internal structure of the chopping board container according to the embodiment of the present invention.

FIG. 10 is a fourth schematic diagram of the internal structure of the chopping board container according to the embodiment of the present invention.

Figure 11 is a schematic view of the structure of the cutting board of the present invention.

Detailed ways

The name of the product described in this patent is household health classification chopping board receiver, which can also be called chopping board sterilizer, chopping board receiver or chopping board sterilizer, etc. The specific name does not limit its protection scope, and the specific protection scope is subject to the claims. .

As shown in Figures 1 to 11 , the cutting board holder described in this patent mainly includes the following components: the first component cutting board holder base 100 , the UV lamp 101 , the reflective surface 102 , and the magnetic adsorption mechanism of the first component 103, separation through hole 104, power control module 105, anti-ultraviolet light leakage mechanism 106, remote control module 107, drain tank 108, fan 109, stabilizer bracket or suction cup 110; second component chopping board rack 200, chopping board storage slot 201, chopping board The frame magnetic adsorption part 202, the chopping block frame shock-absorbing part 203, the knife or chopsticks storage slot 204, the limit block 205;

It can be known from FIG. 1 to FIG. 11 that in one embodiment, the base 100 of the first component chopping board holder has a square structure as a whole, and the UV ultraviolet lamp 101 and the power control module 105 are both arranged in the first component chopping board receptacle. The end of the base 100 side. The cavity of the cutting board storage base 100 is provided with a second component cutting board rack 200 , and the cutting board rack 200 is provided with a cutting board receiving groove 201 and a knife and chopsticks receiving groove 204 . A switch is provided on the top of the chopping block holder base 100. When the third component chopping block 300 is placed in the designated position of the chopping block receiving slot 201 of the chopping block rack 200, the switch is activated, and the chopping block 300 can be sterilized by using the UV lamp 101. If the cutting board 300 is taken out in the middle, the UV lamp 101 will stop working. The cutting board receiving groove 201 is an open receiving groove in both the vertical direction and the horizontal direction, so that the user can take and place the cutting board 300 at any angle between the vertical direction and the horizontal direction. Further, the cutting board rack 200 can also be disassembled for cleaning. It can be seen from FIG. 5 that the cutting board rack 200 can be set as a grid-like hollow structure. In FIG. 6 , it can be seen that the anti-ultraviolet light leakage mechanism 106 is arranged at the diagonal of the bottom corner of the base 100 of the chopping block holder of the first component. The anti-ultraviolet light leakage mechanism 106 can be a micro switch. to the shock absorber part 203 of the cutting board frame. The knife accommodating groove and the chopsticks accommodating groove can be the same knife or chopsticks accommodating groove 204, because the diameter of the chopsticks is similar to the thickness of the knife.

The specific product structure and working principle are described in further detail below.

It can be known from FIGS. 1-11 that the main components of the product described in this patent are the first component chopping board holder base 100 , the second component chopping board rack 200 , and the third component chopping board 300 .

The cutting board container base 100 is provided with a UV ultraviolet lamp and a power module. Most of the top of the cutting board sterilizer base 100 is omitted, and one side of the base is also omitted, that is to say, there is no need for a separate casing or cover to cover the two sides. Preferably, once the second component chopping board rack 200 is put into the cavity of the chopping board receiver base 100, the connection parts of the chopping block rack 200 and the chopping board receiver base 100 at the top and the side are basically sealed or tightly connected. It is equivalent to the side wall that directly constitutes the top and one side of the cutting board organizer. It should be emphasized that the connection method of "sealing and tight fit" does not mean absolute 100% sealing or airtightness, nor does it mean that it must be 100% fit. In this patent, it mainly refers to the The gap should be small, so that the ultraviolet light basically does not leak, and it is enough to ensure that the gap is within the safe value range. In this embodiment, no cover is separately provided to cover the receiving groove of the cutting board.

Preferably, the cutting board rack 200 and the cutting board storage base 100 are detachably connected, such as magnetic adsorption or snap-locking. Preferably, there is a magnetic adsorption connection between the base of the chopping board receiver of the first component and the chopping board.

This patented product includes UV ultraviolet lamp 101. The UV lamp 101 is arranged at the end of the side surface of the base 100 of the chopping board receiver, preferably at least one U-shaped lamp tube is used. LED UV lamps can also be used. Because the LED UV lamps are small in size, they can be installed on multiple sides of the inner wall of the base, which can make the product thickness smaller and make the UV light more comprehensive. However, the current LED UV lamps The cost is relatively high, and multiple straight UV lamps can also be used, which are all within the protection scope of this patent.

U-shaped UV lamps usually use 5-20 watts of power. Generally speaking, 10-15 watts of UV lamps can kill E. coli for 30s, and it may take about 15 minutes for other bacteria. The U-shaped ultraviolet lamp is arranged on the side end of the chopping board receiver. The U-shaped lamp tube is correspondingly provided with a light-transmitting port, and the light-transmitting port is correspondingly provided with a chopping board. Moreover, the ultraviolet light on the side of the U-shaped arc can be irradiated to the middle setting. The knives or chopsticks are stored in the knives or chopsticks receiving slot 204 .

Preferably, the fact that the UV lamps 101 are arranged on the side of the cutting board frame 200 means that the UV ultraviolet lamps 101 are not arranged on the front side relative to the surface of the cutting board. Of course, UV lamps can also be set on the front surface of the cutting board, so that the entire cutting board storage product will become thicker, and the number of UV lamps required at the same time is large, because the cutting board needs to be sterilized on both sides, and the UV lamps are set on the side end. If it is installed, a U-shaped UV lamp can sterilize and disinfect multiple surfaces of multiple cutting boards at the same time.

The cutting board organizer product of the present patent further includes a reflective surface 102 . Preferably, this patent adopts the technical solution of multi-angle reflective surface. In one embodiment, since the cutting board 300 is in the shape of a sheet, in order to reduce the volume of the cutting board container, a book-shaped cube structure is usually designed. Therefore, the UV lamp 101 is preferably arranged at the end of the side surface of the cutting board container. In order to make the UV ultraviolet lamp irradiate the surface of the cutting board more fully, this patent provides one or more reflective surfaces 102 on the inner surface of the cutting board holder base 100 or the cutting board frame 200, such as a mirror or a metal reflector or an electroplated reflector. Wait. For example, one or more reflective surfaces 102 are provided on the inner walls of two sides or/and three sides of the inner surface of the chopping board receiver.

Preferably, the reflection surface 102 has a certain inclination angle or reflection arc for better reflection. Preferably, the cutting board frame 200 is set as a partial hollow structure, such as a hollow grid-like frame structure, see FIGS. 3-5 , which facilitates the ultraviolet light to pass through the cutting board frame 200 and is more conducive to multiple reflection irradiation of the cutting board 300 and the knife. The provision of multiple reflective surfaces 102 is conducive to multiple reflections from multiple angles, sterilizing and sterilizing cutting boards and knives in all directions, and improving the sterilizing and sterilizing effect of ultraviolet light.

Preferably, the product includes a magnetic adsorption or snap-lock connection mechanism 103 of the first component. The first component chopping board storage base 100 and the second component chopping board frame 200 are connected by magnetic adsorption or snap-locking;

For the technical solution in which the cutting board rack 200 and the cutting board receiver base 100 are connected in a magnetic adsorption and detachable manner, the first component cutting board receiver base 100 is provided with a separation through hole 104 for separating the cutting board rack 200 . The bottom of the cutting board receiver base is provided with a separation through hole 104 as a through hole structure, so that fingers can directly pass through the hollow through hole structure to push the magnetic adsorption connection between the cutting board rack 200 and the cutting board receiver base 100, so as to use The minimalist and low-cost separated through-hole structure improves the convenience for users to take out the cutting board rack. Further, the removing structure of the cutting board rack is arranged at an end away from the bottom drain tank 108 .

The first component chopping board holder base 100 includes a power control module 105, and the power control module 105 includes a circuit structure and a switch. The circuit structure may further include a control chip and a wifi module or a bluetooth module, so as to better realize automatic cycle control, or remote monitoring and control. The product is provided with a key to start the switch, which can make the UV ultraviolet lamp 101 of the chopping board holder perform regular disinfection work. The working time can be set to 5 minutes to 20 minutes according to needs, preferably 10 minutes to 15 minutes. Further, the chopping board container can be automatically cycled and sterilized, and can be set to automatically start the UV ultraviolet lamp disinfection work every 3-4 hours, every 15-30 minutes, to further optimize the sterilization and disinfection effect.

Preferably, the power control module 105 is arranged at the side end of the base of the chopping board holder, which is safer, waterproof, and not easily damaged, especially the circuit structure is not arranged at the bottom of the base of the cutting board holder. The circuit structure and the UV lamp 101 are all arranged on the side end of the base of the chopping block holder, and the switch is arranged on the top of the side end of the base, so that the open cavity on the other side of the base is used for placing the chopping block rack 200 and Cutting board 300. In this way, the "dry and wet separation" of the chopping board storage can be realized, because, on the one hand, during the use of the chopping board 300, it often works with water, and when it is put into the chopping board rack 200, it may not be wiped dry, and still carry water, which will flow. On the lower part of the chopping block rack 200 and the chopping block holder base, on the other hand, the chopping block rack 200 and the chopping block receiver base 100 can be set in a magnetic adsorption method or a snap-lock connection method as required, which is easy to directly connect without any other tools. It can be quickly disassembled for cleaning, and the lower part of the chopping board holder is easy to accumulate water, and it may be wiped with a damp cloth during use, so the circuit system is arranged at the end of the side, which is relatively safe.

In a preferred solution, the product further includes an anti-ultraviolet light leakage mechanism 106, and the anti-ultraviolet light leakage mechanism 106 may be a micro switch or an infrared sensor. In actual use, the switch may be activated due to misoperation, including but not limited to, children pressing buttons randomly, or the cutting board rack is not placed in the designated position or the cutting board is not placed in the designated position, resulting in the leakage of UV light. Certain security issues arise. In order to prevent UV leakage or misuse by children, it is very necessary to set up a mechanism to prevent UV light leakage in this patented product. The anti-ultraviolet light leakage mechanism 106 may be a micro switch or an infrared sensor, and the specific location of the anti-ultraviolet light leakage mechanism 106 is also selective. How to use a more concise and safe structure to achieve these functions has certain advantages. Challenging, several technical solutions are described below.

A technical solution of the anti-ultraviolet light leakage mechanism 106 is to use a micro switch. The micro switch is a contact mechanism with a small contact interval and a snap action mechanism, and a switch action is performed with a specified stroke and a specified force. A kind of switch, because the contact distance of the switch is relatively small, it is called a micro switch, also called a sensitive switch. The external mechanical force acts on the action reed through transmission elements (press pins, buttons, levers, rollers, etc.), and when the action reed is displaced to the critical point, an instantaneous action occurs, so that the moving contact at the end of the action reed and the fixed contact point to switch on or off quickly.

Considering that the chopping board rack 200 is not suitable to be provided with a circuit, because the chopping board rack 200 may be disassembled and taken out for washing, a solution of the present patent is that the micro switch is arranged on the chopping board receiver base 100, corresponding to The cutting board rack 200 is set as a hollow structure near the bottom corner of the cutting board receiver base, and the purpose is that when the cutting board 300 is placed in the designated position of the cutting board rack 200, the edge of the cutting board 300 can pass through the hollow structure of the cutting board rack 200. Contact to the cutting board The micro switch arranged at the bottom corner of the container base 100 enables the product to work normally and activates UV light. If the cutting board 300 is not inserted into the designated position and/or the cutting board rack 200 is not placed in the designated position, the edge of the cutting board 300 will not be able to contact the micro switch provided at the bottom corner of the cutting board holder base, and the product will not work normally. At this time, a UV working indicator light will be red or flashing to give an alarm, and it will stop working. When the consumer takes out the cutting board 300, it will automatically stop working. The setting structure is ingenious, the cost is not high, and the product safety is effectively improved.

Preferably, a first micro switch is provided between the cutting board storage base 100 and the cutting board 300, and the cutting board can work normally only when it is placed in a designated position. Preferably, a second micro switch is provided between the cutting board storage base 100 and the cutting board frame 200, and the cutting board frame 200 can work normally only when the cutting board frame 200 is placed in a designated position. Preferably, when the cutting board 300 is placed at the designated position, and when the cutting board rack 200 is also placed at the designated position, the first microswitch and the second microswitch can work normally at the same time, and the entire product can work.

Another technical solution of the anti-ultraviolet light leakage mechanism 106 is to use an infrared sensor, preferably the infrared sensor is arranged at the bottom of the base, similar to the position of the micro switch, and multiple infrared sensors can also be arranged to monitor whether the cutting board rack 200 is placed in the base. In the designated station, it is monitored whether the cutting board 300 is placed in the designated position. Only after the cutting board and the chopping block rack are placed in the designated position, the product can work normally.

The diagonal position of the bottom corner of the cutting board holder base 100 is a preferred position for the anti-ultraviolet light leakage mechanism 106 to be arranged.

If the chopping block 200 is a non-detachable structure, it is only necessary to monitor whether the chopping block 300 is in place.

The product further includes a remote control module 107, and a Bluetooth module or a Wi-Fi module can be added to the product as the remote control module 107, so that it can be connected to the network, so as to perform remote control through the mobile terminal APP, such as the APP on the mobile phone to control, remote control. Control the work of the product to facilitate the remote start of sterilization work after get off work and travel home. Further, the power control module includes a related chip, which can count the number of sterilization times of the cutting board, and when it reaches a specified number of times, such as 2000 times, it will be fed back to the mobile terminal or the product itself to indicate that the cutting board should be replaced when it expires, thus reminding the user to replace it at intervals. A new chopping board for a healthier lifestyle.

The bottom of the chopping board holder base 100 is provided with a drain groove 108, which is provided at the bottom, and may be provided within the length of the entire bottom or part of the bottom. The connection part between the bottom of the base of the chopping board holder and the draining groove 108 can be slightly inclined to facilitate better draining. The drain tank 108 is connected with the cutting board holder base 100 through a magnetic adsorption structure. Preferably, the magnetic adsorption structure of the water drain tank 108 and the cutting board holder base 100 and the magnetic adsorption structure of the cutting board holder base 100 and the cutting board 300 may share a part of the magnetic adsorption component; alternatively, the water drain tank 108 and the cutting board holder The magnetic adsorption structure of the base 100 , the magnetic adsorption structure of the chopping block frame 200 and the chopping block 300 may share some magnetic adsorption components, which further simplifies the structure and reduces the cost.

The bottom of the cutting board rack 200 is a hollow frame structure or is provided with water leakage holes, and some areas may be provided with water leakage holes. Further, the bottom plate of the cutting board rack 200 is slightly inclined, and the water flows downstream to the water leakage holes or water leakage holes, reducing the cutting board drain slot. 108 volumes. Preferably, the drain tank 108 only occupies 30%-50% of the length of the bottom of the cutting board holder base 100, and the other side of the bottom of the cutting board sterilizer base 100 is provided with an opening structure for taking out the cutting board rack 200, that is, a separation through hole 104.

The cutting board storage base 100 is provided with a fan 109, which is installed on the end or side of the cutting board storage base 100, which can speed up the drying of the cutting board 300 or the knife, and is conducive to eliminating the breeding environment of bacteria.

The bottom of the cutting board container base 100 further includes a stabilizing bracket or suction cup 110, so that the cutting board container is more stable when placed on the countertop and is not easily toppled. Further, the stable support at the bottom of the cutting board storage base 100 is a retractable structure, which can be rotated or extended to extend out to a certain angle, and extended to make the support more stable; or there are multiple suction cups.

The cutting board holder described in this patent includes a second component cutting board frame 200. The connection between the second component cutting board frame 200 and the first component cutting board holder base 100 is an integrated molding method, or a bolt-screw fixing method can be used. Disassembly method, or a detachable connection method with magnetic adsorption or snap locking.

The cutting board rack 200 and the cutting board storage base 100 are connected by bolts and screws. When disassembling the cutting board rack, tools such as a screwdriver are required. Although there is no magnetic adsorption, it can be easily disassembled by hand without other tools. Detachable.

One design solution of the patented product is: the top of the cavity of the cutting board storage base 100 is directly opened, and there is no additional cover to block ultraviolet light, so that the second component cutting board rack 200 can be removed from the cavity of the cutting board storage base 100 The top of the chopping board is directly placed into the work station. Correspondingly, the chopping board rack is provided with a chopping board receiving slot 201, and the chopping board 300 can be directly placed into the working position from the chopping board accommodating slot 201 on the top of the chopping board receiver base 100. Direct access to cutting boards and cutting board racks in a straight direction. The contact between the cutting board rack 200 and the cutting board storage base 100 and the top of the cutting board 300 and the external communication part is a tight fit connection or a substantially airtight connection, which can prevent most of the ultraviolet light from leaking.

Another design solution of the patented product is: the side end of the cutting board storage base 100 is directly opened, and there is no additional cover for shielding ultraviolet light, so that the second component cutting board rack 200 can be removed from the cavity of the cutting board storage base 100 The side end of the body is directly placed into the work station. Correspondingly, a cutting board receiving slot 201 is provided on the cutting board frame. Consumers can directly access cutting boards in a horizontal direction, as well as cutting board racks. The contact between the cutting board rack 200 and the cutting board storage base 100 and the cutting board 300 at the side end and the external communication part is a close fit connection or a substantially airtight connection, which can prevent most of the ultraviolet light from leaking.

Another preferred design solution of the patented product is that the product design adopts a double ergonomic design. On the one hand, the top and side ends of the cutting board rack 200 are directly opened at the same time to open the cutting board storage slot 201 with a wider storage angle. The cover that shields the ultraviolet light alone, so the user can directly take out or place the chopping board 300 from the chopping board storage slot at any angle between the vertical direction and the horizontal direction in the way they are used to. It is ergonomically designed and easy to use. The space required for the action when placing the cutting board is also smaller; on the other hand, the top of the cavity and the side end of the cutting board holder base 100 are designed to be directly opened at the same time, and there is no additional cover for blocking ultraviolet light. The second component of the cutting board rack 200 is a detachable connection by magnetic adsorption, and the user can directly pick and place it at any angle between the vertical direction and the horizontal direction of the cavity of the chopping block holder base 100, so as to facilitate disassembly and cleaning, and further conform to the ergonomic design.

In order to improve user experience, optimize product structure, and further save product manufacturing costs, this product is not designed as a shell like traditional products. The ultraviolet disinfection device, cutting board rack and cutting board are all built into the shell, and then in order to prevent ultraviolet light from leaking An additional set of lids is then sealed.

A technical solution in this patent cancels the design of a separate cover for preventing ultraviolet light leakage. The connection part between the cutting board frame 200 and the cutting board 300 and the connecting part between the cutting board frame 200 and the cutting board holder base 100 in this patent are all designed Form a "sealed connection" to prevent leakage of UV light. The "hermetic connection relationship" in this patent refers to the tight fit connection relationship, and the "hermetic connection relationship or tight fit connection, airtight connection or sealed connection" described in this patent does not mean absolutely complete vacuum tightness or vacuum tightness , which mainly means that it can basically make most of the UV light not leak. The gap between the second component anvil block holder and the first component anvil block holder base at the inlet connection portion of the open cavity is 0-1 mm, preferably 0-0.5 mm; The gap between the entrance of the cutting board receiving groove and the connecting portion of the cutting board edge is 0-1 mm, preferably 0-0.5 mm. The gap or gap between the connecting part of the cutting board rack 200 and the cutting board 300, and the gap between the connecting part of the cutting board rack 200 and the cutting board holder base 100 should be controlled to be less than about 0.5 mm, and the sealing effect is better, basically ensuring the UV light The spread is within the safe value range. If other structural design solutions of this patent are adopted, and a cover is added at the end, it is also regarded as the protection scope of this patent.

The dual ergonomic design described in this patent: on the first level, the unique opening design of the cutting board frame 200 enables the cutting board 300 to be freely taken and placed at any angle between the vertical angle and the horizontal angle of the cutting board frame 200, which is more ergonomic The design can greatly improve the user experience and is suitable for different usage habits of people of different heights; on the second level, the cutting board rack 200 can be freely taken and placed at any angle between the vertical angle and the horizontal angle of the cutting board rack storage base 100, and more Conducive to disassembly, cleaning, manufacturing and saving raw materials.

The cutting board frame 200 is provided with a light-transmitting hole at a position corresponding to the UV lamp, and the cutting board frame 200 is arranged in a structural manner that the whole of the cutting board frame 200 can be detachably taken out from the base of the cutting board receiver. Preferably, the cutting board frame is made into a hollow structure, which is more conducive to light transmission on the one hand; on the other hand, it is not easily deformed, similar to the reinforcing rib structure; on the other hand, it can save materials and reduce the weight of the product.

The chopping block rack 200 is provided with at least one chopping block receiving groove 201, the top of the chopping block rack 200 is provided with a chopping block receiving groove 201, and the side of the chopping block rack is also provided with a chopping block receiving groove 201. Consistently, the chopping board 300 can be freely taken out at any angle between the horizontal direction of the side and the vertical direction of the top, for example, taking out in a direction of 45 degrees from the horizontal line, which is more ergonomic, making it more convenient for consumers to pick and place, and for use The operating space requirements are also smaller, and the user experience is better.

When the cutting board 300 and the cutting board rack 200 are placed in a designated station, the edge of the cutting board and the edge of the cutting board receiving groove form a tightly fitted airtight relationship, which is mainly to prevent the leakage of UV ultraviolet light. It is not absolutely 100% airtight or sealed, there may still be a small gap between the parts, but it can block most of the ultraviolet rays and ensure the safety of use. Preferably, the cutting board rack is provided with a plurality of cutting board storage grooves, which can accommodate multiple cutting boards. Preferably, the chopping block holder and the chopping block storage base are detachable structures of magnetic adsorption type.

The chopping block rack 200 includes a chopping block rack magnetic adsorption part 202. The chopping block rack and the chopping block holder base are connected by magnetic adsorption, which is convenient for disassembly and cleaning. The magnetic adsorption structure is that a side end or bottom of the chopping block receiver base is provided with a Or a plurality of magnetic adsorption parts that are adsorbed at the corresponding positions of the cutting board rack, which can be automatically adsorbed and aligned when the cutting board rack is placed. Since the magnetic adsorption method can also be used between the cutting board and the cutting board rack, and the magnetic adsorption method can also be used between the knife and the cutting board rack, the magnetic adsorption between the cutting board rack and the cutting board holder base is stronger than the cutting board, the knife and the cutting board rack. magnetic attraction between them.

Preferably, one or more magnetic adsorption components are provided on the cutting board rack and/or the cutting board storage base, which can attract the knives, prevent the knives from falling off, or can attract the cutting board. Preferably, one or more magnetic adsorption parts are provided on the base of the chopping block holder, which can adsorb the chopping block rack on the one hand, and the knives and/or the chopping board on the other hand, so that the magnetic adsorption parts can be shared, which further reduces the cost and simplifies the structure. ,Increase productivity.

Of course, the chopping board rack and the chopping board storage base can also adopt the conventional snap-fastening method, the limit block method, or the screw connection method, which is not as convenient as magnetic adsorption in terms of use.

Further, the chopping block frame 200 includes a chopping block frame shock absorbing member 203 . Because the cutting board has a certain weight, when the cutting board is placed in the cutting board rack, under the action of gravity or magnetic adsorption, the cutting board usually hits the cutting board rack, which on the one hand will produce noise, and on the other hand, the long-term impact will cause damage to the product. In order to solve these problems, on the one hand, this patent adopts an ergonomic multi-angle pick-and-place structure design, which is not only convenient for consumers to pick and place and saves the use space, but also can be pushed into place by consumers from the side when placing, which is not easy. On the other hand, the bottom and/or side end of the chopping block frame is provided with a chopping block frame shock absorbing member 203, which plays a role of buffering and shock absorption, reduces the noise when the chopping block is put in, and improves the service life of the product. The shock-absorbing member 203 may be a relatively soft block-shaped or strip-shaped silicone or rubber material.

Further, the top of the second component chopping board rack 200 is provided with a knife or chopsticks receiving groove 204; the notch of the knife or chopsticks receiving groove is provided with a limit block 205, and the limit block 205 is a sliding block that can be fastened. The limit block 205 can move along the slot, and can be expanded to suit different sizes of knives or chopsticks. It is beneficial to limit the position of knives or chopsticks, and prevent the knives or chopsticks from falling; further, the slider is provided with a fastening device, such as a fastening screw, which is more conducive to the position limit. When the tool is put in, a tool clamping structure may also be provided on the inner side of the tool receiving groove, so as to fasten the tool.

The patented product includes a third component chopping board 300. The chopping board is a double-sided chopping board, and includes a knob portion 301 of the chopping board. The knob portion 301 is arranged at the diagonal apex of the two sides of the chopping board. The multi-angle pick-and-place structure design allows consumers to take out the cutting board from the vertical direction to the horizontal direction of the cutting board storage container. Patents require less space for use.

The knob part 301 of the cutting board is provided with anti-skid parts 302 on the front and back, and the front and back are marked with different symbols, such as words or patterns such as vegetables, fish, fruits, etc., corresponding to the different uses of the cutting board, which is convenient for consumers to choose specific Cutting board. The textures on both sides of the cutting board are also different, and the functions are classified differently. For example, words or patterns such as vegetables, fish, and fruits correspond to different textures.

The four corners of the cutting board are provided with front and back anti-skid pads, which are convenient for fixing the cutting board during use; at the same time, a shallow splash-proof water tank is set on the surface of the cutting board near the edge to facilitate the diversion of vegetable washing water on the surface of the cutting board.

The cutting board can be made of polymer resin materials, such as food-grade ABS, PP and other polymer resin materials of different colors; it can also be made of logs, bamboo, composite wood and other materials, or composite materials of wood and plastic, etc. .

Preferably, the cutting board is a multi-layer composite structure, and the color of the surface layer material is different from the color of the inner layer material. Consumers may experience cutting wear in daily use. When the surface layer is cut and worn to a certain extent, the inner layer will be exposed. Different colors can prompt consumers to replace new cutting boards, which is more conducive to improving consumer user experience, facilitates regular replacement of cutting boards, and is safer.

Another technical solution is a cutting board holder, which includes a stable support or support portion in the horizontal direction. The structures of the cutting board holder 200 and the cutting board holder base 100 are the same as other embodiments of this patent, but the cutting board holder 200 and the cutting board storage The device base 100 as a whole presents an inclined angle setting. For example, the cutting board holder is placed on the countertop through a stable bracket or support portion, the cutting board rack 200 and the cutting board holder base 100 are inclined at 30 degrees to 45 degrees relative to the horizontal plane of the countertop, and the notch of the cutting board storage groove is also inclined. Angle, when the cutting board is placed in the cutting board storage slot of the cutting board rack, the cutting board will automatically slide along the notch of the inclined cutting board storage slot to the designated position under the action of its own gravity, which is also more conducive to placing it in the designated position, preventing UV light leaks. Compared with the notch of the vertical chopping board storage slot, the inclined slot plays a buffering role, and it is not easy for the chopping board to directly hit the bottom of the chopping board rack. Compared with the notch of the horizontal chopping board storage slot, the user does not need to push the whole process. When you get to the designated station, you only need to put the user into the slot of the chopping board storage slot, and it will automatically slide into place, and the user experience is good.

In one technical solution, the surface of the cutting board rack 200 is hollowed out or not hollowed out, and the top and/or the side end of the cutting board rack 200 is provided with a cutting board receiving groove 201, and the cutting board receiving groove 201 and the cutting board 300 are provided with magnetic adsorption parts, and the two are provided with magnetic adsorption parts. Or magnetically attached, the cutting board rack 200 and the cutting board 300 can be sold and used separately.

It should be noted that the structures and parameters described in the above embodiments are only for illustrating the implementation state of the present invention.

The above are only preferred embodiments of the present invention, and are not intended to limit the scope of the present invention. All equivalent and equivalent structural transformations made by using the contents of the description and drawings of the present invention are included in the scope of patent protection of the present invention.

Claims (28)

1. The utility model provides a ware is accomodate to domestic healthy categorised chopping block which characterized in that: including first subassembly chopping block container base and second subassembly chopping block frame, first subassembly chopping block container base is provided with UV ultraviolet lamp and power control module, second subassembly chopping block frame is provided with the chopping block and accomodates groove andlight hole；

A second component chopping board frame is arranged in the cavity of the first component chopping board container base, and ultraviolet light of a UV ultraviolet lamp in the first component chopping board container base can be irradiated to the surface of a chopping board through a light hole of the second component chopping board frame;

at least one chopping block accommodating groove is formed in the second component chopping block frame, the chopping block accommodating groove can be inserted into a chopping block, and the chopping block is arranged on the second component chopping block frameThe top and one side end part of the second component chopping block frame are directly opened and arranged as chopping block accommodating grooves,the chopping block accommodating groove can be used for taking out or putting in the chopping block within the angle range between the vertical direction and the horizontal direction of the chopping block frame.

2. The anvil receptacle of claim 1, wherein: the second component chopping board frame and the first component chopping board container base are connected in a detachable connection mode of magnetic adsorption or buckle locking;

or the second component chopping board frame and the first component chopping board container base are fixedly connected through bolts and screws;

or the second component chopping board frame and the first component chopping board container base are of an integrally formed structure.

3. The anvil receptacle of claim 1, wherein: the first component cutting board container base is provided with an open cavity, the UV ultraviolet lamp is arranged on the inner wall of the open cavity, and the top and the side end of the cavity of the first component cutting board container base are both open structures;

the second component chopping block frame is detachably mounted in the cavity of the first component chopping block container base, and the second component chopping block frame can be directly placed in or taken out within the angle range between the vertical direction and the horizontal direction of the cavity of the first component chopping block container base.

4. The anvil receptacle of claim 1, wherein: the second component chopping board frame and the first component chopping board container base are arranged at the inlet connecting part of the open cavityClose fitting connection(ii) a The connecting part between the inlet of the chopping block accommodating groove of the second component chopping block frame and the edge of the chopping block isClose fitting connection。

5. The anvil receptacle of claim 1, wherein: the gap between the second component chopping board frame and the first component chopping board container base at the inlet connecting part of the open cavity is 0-1 mm; the entrance of the chopping block accommodating groove of the second component chopping block frame and the gap of the chopping block edge connecting part are 0-1 mm.

6. The anvil receptacle of claim 1, wherein: the second assembly chopping block frame is provided with 2 chopping block accommodating grooves;

the UV ultraviolet lamp and the power control module are arranged at the end part of the side face of the inner wall of the base of the first component chopping block storage device, the power control module comprises a circuit structure and a switch, the UV lamp adopts a U-shaped ultraviolet lamp tube, and ultraviolet light of the U-shaped ultraviolet lamp tube irradiates the surfaces of chopping blocks in the 2 chopping block storage grooves through the light holes.

7. The anvil receptacle of claim 1, wherein: the second assembly chopping block frame is provided with 2 chopping block accommodating grooves, and a cutter or chopstick accommodating groove is arranged between the 2 chopping block accommodating grooves;

ultraviolet light of the UV ultraviolet lamp can irradiate the cutter or chopstick accommodating grooves among the 2 chopping block accommodating grooves through the light holes.

8. The anvil receptacle of claim 1, wherein: the inner surface of the first component chopping board container base or the chopping board frame is provided with at least one reflecting surface, and the reflecting surface is a mirror or an electroplating reflecting board.

9. The anvil receptacle of claim 8, wherein: the reflecting surface is arranged at an inclined angle relative to the UV lamp, or the reflecting surface is of an arc-shaped structure.

10. The anvil receptacle of claim 1, wherein: adopt magnetism to adsorb between first subassembly chopping block container base and the chopping block to be connected, and/or, be connected for magnetism to adsorb between second subassembly chopping block grillage and the chopping block.

11. The anvil receptacle of claim 1, wherein: the second component chopping board frame is detachably connected with the first component chopping board container base in a magnetic adsorption mode;

the bottom or the side of first subassembly chopping block container base has seted up the separation through-hole, can pass through the separation through-hole promotes second subassembly chopping block frame and the separation of first subassembly chopping block container base.

12. The anvil receptacle of claim 1, wherein:

be provided with first micro-gap switch in the ware base is accomodate to first subassembly chopping block, can trigger first micro-gap switch when the appointed station of second subassembly chopping block frame is put into to the chopping block, chopping block accomodate the ware and can normally work.

13. The anvil receptacle of claim 1, wherein: the base angle department of first subassembly chopping block storage device base is provided with first micro-gap switch, the base angle department that second subassembly chopping block frame is close to chopping block storage device base sets up to hollow out construction, and when the appointed station of second subassembly chopping block frame was placed to the chopping block, the hollow out construction that the edge of chopping block can pass second subassembly chopping block frame contacted the first micro-gap switch that first subassembly chopping block storage device base angle department set up for chopping block storage device can normally work.

14. The anvil receptacle of claim 1, wherein: the second component chopping board frame is detachably connected with the first component chopping board container base;

set up second micro-gap switch between first subassembly chopping block storage device base and the second subassembly chopping block frame, when the appointed station of first subassembly chopping block storage device base is placed to second subassembly chopping block frame, trigger second micro-gap switch.

15. The anvil receptacle of claim 1, wherein: the second component chopping board frame is detachably connected with the first component chopping board container base;

a first microswitch is arranged between the first component chopping board container base and the chopping board, and a second microswitch is arranged between the first component chopping board container base and the second component chopping board frame;

when the chopping block is placed to the appointed station of second subassembly chopping block frame to when the appointed station of first subassembly chopping block storage device base is also placed to second subassembly chopping block frame, first micro-gap switch and second micro-gap switch could trigger, and chopping block storage device normally works.

16. The anvil receptacle of claim 1, wherein: be provided with infrared sensor in the ware base is accomodate to first subassembly chopping block, infrared sensor can be triggered when the chopping block is put into the appointed station of chopping block frame, the ware is accomodate to the chopping block can normally work.

17. The anvil receptacle of claim 1, wherein: first subassembly chopping block storage device base is including wifi module or bluetooth module, wifi module or bluetooth module can be connected with mobile terminal, start or close chopping block storage device through mobile terminal.

18. The anvil receptacle of claim 1, wherein: the bottom of first component chopping block container base is provided with the waterlogging caused by excessive rainfall groove, the waterlogging caused by excessive rainfall groove with first component chopping block container base passes through magnetic adsorption structure and connects.

19. The anvil receptacle of claim 1, wherein: the chopping board container base is provided with a fan at the end or the side.

20. The anvil receptacle of claim 1, wherein: the bottom of chopping block container base is provided with the support, perhaps the bottom of chopping block container is provided with at least one sucking disc.

21. The anvil receptacle of claim 1, wherein: the surface of the second component chopping block frame is of a net-shaped hollow structure; the chopping board frame is connected with the chopping board through magnetic adsorption; the chopping block frame is connected with the chopping block container base through magnetic adsorption.

22. The anvil receptacle of claim 1, wherein: one or more shock absorbing components are disposed at the bottom and/or side ends of the second assembly anvil frame.

23. The anvil receptacle of claim 1, wherein: the top of the second component chopping block frame is provided with a cutter accommodating groove or a chopstick accommodating groove;

the notch in cutter storage groove or chopsticks storage groove is provided with the stopper, the stopper is the slider that can set up, the stopper can be followed the notch and removed, can expand the cutter or the chopsticks that are fit for not unidimensional.

24. The anvil receptacle of claim 1, wherein: the chopping board container comprises at least one chopping board, wherein the chopping board is provided with a handle knob part, and the handle knob part is arranged at the position of the top angle of the diagonal line of the two edges of the chopping board.

25. The anvil receptacle of claim 24, wherein: the chopping board is of a multilayer composite structure, and the color of the surface layer of the chopping board is different from that of the inner layer.

26. The utility model provides a ware is accomodate to categorised chopping block which characterized in that: including second subassembly chopping block frame and chopping block, it accomodates the groove to be provided with at least one chopping block on the second subassembly chopping block frame, the chopping block is accomodate the groove and can is inserted the chopping block, the equal direct opening of top and the side tip of second subassembly chopping block frame opens and sets up to the chopping block and accomodates the groove, arbitrary angle between the vertical direction and the horizontal direction that the groove was accomodate to the chopping block can be followed the chopping block and taken out or put into.

27. A classification chopping board, its characterized in that: the chopping block is square, the chopping block is provided with a knob part, and the knob part of the chopping block is arranged at the position of the top angle of the diagonal line of the two edges of the chopping block.

28. The sorting board of claim 27, wherein: the front and back sides of the handle part of the chopping board are provided with anti-skidding components, the front and back sides of the handle part are marked with different marks, and 4 corners of the chopping board are provided with front and back anti-skidding pads; the texture of the front and back of the chopping board is different.

Images