KR20200000402U - Food cutter - Google Patents

Abstract

Utility Models Food cutters belong to the field of food processing equipment, including housings and cuts, one side of the housing has a feed port, the other side of the housing has an outlet, the processing tool has a slicing part, all tools and several second cutters. And sliding and housing sliding connections are included, both the second cutter and the second cutter have sliding close to the feed port, the first cutter and the second cutter can be separated from the sliding, and the second all cutters Parallel to the sliding direction, the second cutter is not parallel to the second cutter, this food cutter meets various cutting needs of people and is highly efficient.

Description

Food cutter

The present invention includes the field of food processing equipment, specifically one type of food cutter.

An important part of the food processing process, such as meat and vegetables, is to cut the food ingredients into the desired shape.In the industry, food cutting is mainly done in two ways: manual cutting and food cutting. It is not good for conventional food cutters, which are complicated in structure, cumbersome to operate, and expensive to manufacture, and now food cutters can cut food into flakes, only fiber, or functionally make one.

The purpose of the utility model is to provide a food cutter that can meet various cutting needs and increase efficiency.

To achieve the above objectives, the basic scheme of this utility model is as follows: a food cutter (including the housing and the cutter), including the housing and the cutout, the outlet on one side of the housing, the outlet on the other side of the housing, The tools include slicing, all tools and several second cutters. Sliding is connected to the housing and sliding, all the second cutters described are sliding on one side of the feed port, both the first and second cutters can be separated from the sliding, and all the cutters described Parallel

The program works in the following way: The program cuts the food through the reciprocating movement of the push and pull-controlled cuts, with the food to be cut into the feed port. The second cutter can cut the food already made with flakes into filaments.

Useful effects of this program include: 1. The program has all knives and second cutters, and the sliding directions of all knives and sliding are parallel, so pushing and pulling can cut food into slices during the reciprocating movement of the sliding part. .2 The second cutter is not parallel to the second cutter and can recut already sliced food and cut the food into silk during reciprocating motion. 3. All second and second cutters work with a slide detachable connection. All the first and second cutters are convenient to replace and clean, while the second or second cutter can be removed and the food sliced or sliced into silk as needed to perform a variety of functions. Simple, lightweight, sliding drive Sliding for easy operation and efficient cutting.

 The shell inner wall has several parallel convexities. The sliding part has a slide wave on the side of the housing. The boss is coincident with the slide slip; the bump can remove the cut food. The bumps act in a sliding direction along the housing along with the slide slip to effectively eject the housing to prevent the cut food from slipping or sticking to the housing.

 The first pressure spring, the inner side wall of the housing with the rail, the protrusion, the protrusion with the sliding hole, the first set of pressure springs on the outside of the rail, the sliding hole through the sliding hole and the rail with the sliding rail are included. Both ends of the first pressure spring are fixed to the protrusion and the shell bottom wall respectively. The slide slides along the rail, while the alignment of the rail and the sliding holes can guide the sliding. The first pressure spring is compressed so that the first pressure spring is stored and then slides back from the first pressure spring, which makes the operation convenient and saves manpower.

 The push lever has a first hole at the top of the housing, the push lever passes through the first hole and is connected to the sliding parts, the push lever has a sliding slot with the first hole, a flange in the first hole of the housing Sliding slot, flange is sliding slot sliding, the upper limit of the sliding slot has a limiting slot, the limiting slot is connected with the sliding slot, the flange can enter into the limiting slot; push the push lever to slide along the through hole, Drive movements to cut food and guide the sliding slots and flanges together.When cutting is complete, push the push lever toward the housing so that the limit slots are flush with the flanges and the flanges enter the limit slots. Rotate the push lever so that the To secure the cutter to reduce the installation space for the food to be easily moved and stored.

 The food cutter includes outlet and compressed parts, detachable connection of one end of the outlet and the supply port, compressed parts and ejection cylinders and sliding functions to match the shape of the compressed parts and the discharge barrel. The food to be cut is fixed and guided while being put in a sphere, and the food to be cut can move in the direction of the supply port under gravity and can easily cut lighter or smaller foods by applying cutting force using compressed parts. have.

 The second cutter contains the first and second machining groups, the first machining group contains several first cutters, the second machining group contains several second cutters, and the first and second cutters alternately You can change the thickness of the food wire you cut because the wire you cut is thicker when you set up only the first or second cut set, and the wire you cut is thinner when you set up both the first and second cut groups. .

 A slider is also included. The slider has a slide slot on each side of the slide, the slide is perpendicular to the rail, the slider is connected to the slide part through the slide slot, all the knives are connected to the slide part, and the second cutter is connected to the slider. You can change the distance between the slider and the sliding. In other words, foods of different thickness can be cut by changing the distance from the first knife.

 Includes second pressure spring and first thread part, sliding part with second through hole, slider with tapped hole, first thread part through second through hole, second pressure spring between slider and sliding part The first thread rotation allows you to change the distance between the slider and the slide, which is convenient.

 It includes a collection section for collecting cut foods, making it easy to collect food after cutting, ensuring convenient food use.

 In the upper part of the sliding there is a strip channel through which the first and second cutters can pass.If you need to use a second cutter, pass the first or second cutter through the channel and move the first or second cutter Can be used to cut out food, and when not in use it is convenient to control the first or second cutter from passing through the channel.

 Two supports are located on both sides of the housing and hinged to the housing, wherein the housing described here is set with a limit plate that limits the rotational angle of the support. When cutting until the limit plate limits the rotation of the rotating part Rotate the support point. At this point, the support points support the housing and the housing is tilted, making it easy to work. When cutting is not necessary, turning the support in the opposite direction so that the support is parallel to the side of the housing, the storage is convenient and the installation space is reduced.

 Underneath the two supports are connecting rods, which increase the support strength of the support, making the food cutter more stable.

 The collection department includes a collection box, one side of the collection box has a notch, and the connecting lever can enter the notch. The combination of the gap and the collection box allows you to pre-fix the collection box to prevent the collection box from moving during cutting. have.

Figure 1 is a three-dimensional view of a utility model food cutter.
Figure 2 is a schematic of sliding parts and rail connections of a utility model food cutter.
Figure 3 is a three-dimensional view of the sliding part.
Figure 4 shows the structure of the shell.
Figure 5 shows a schematic of the support and the discharge frame.
Figure 6 shows a schematic of the slider.
Figure 7 shows the structure of the compression part.
Figure 8 shows the structure diagram of the second cutter.

The following is a detailed description of the concrete implementation method of this utility model.

The pictograms in the manual drawing show: housing 1, cartridge 2, collection frame 4, bracket 5, limitboard 6, push lever 7, fastener 8, sliding slot 9, limit slot 10, handshake 11, rail 12, sliding 13, all Tool 14, first cutter 15, second cutter 16, slide 17, protrusion 18, bolt 19, slider 20, feed port 21, punch 22, first pass 23, flange 24, notch 25, connecting rod 26, pushpin 27 , Mesh 28, cover 29, dialboard 30, slide 31, channel 32, thread bar 33, first tool seat 34, screw through hole 35, second tool seat 36.

The embodiment is basically the same as Figure 1 to Figure 3. The food cutter, including housing 1, the first pressure spring and the discharge cylinder 2, has a cutter opening in this room, a supply port 21 in housing 1, an outlet in housing 1, a collecting section for collecting cut food under the outlet, specifically a collecting frame. The cutting mechanism includes a handshake 11 at the end of the push and pull, push and pull 7, and push lever 7 to control the reciprocating movement of the cut and the cut, as shown in Figure 4. , Push lever 7 passes through the first hole 23 and connects with the sliding part 13, push lever 7 connects with the first hole 23, the sliding slot 9 on the push lever 7, flange 24 in the first hole 23 of the housing 1, flange 24 connects to sliding slot 9, restriction slot 10 above sliding slot 9, restriction slot 10 connects to sliding slot 9, flange 24 Enters the restricted slot 10.

The cut includes a sliding part 13, all tools 14, a second cutter and a slider 20. The inner wall of the housing 1 side has a rail 12, the sliding 13 face has a protrusion 18, a protrusion 18 has a sliding hole, and the first pressure spring sleeve has a rail 12 Externally located (not shown in the figure with the first pressure spring), slide 12 passes through the sliding hole, slide 12 works with slide 12, and both ends of the first pressure spring are in bulge 18 and housing 1 bottom wall, respectively Slide 17 on both sides of slide 13, slide 17 is perpendicular to slide 12, slide 20 slides to slide 13 via slide 17, and all tools 14 are connected to slide 20. Above the slider 20 there are multiple channels 32. Scrubbing slide 20 along slide 17 changes the distance of slider 20 on slide 13 can do. In other words, food of different thicknesses can be cut by changing the distance of the feed port and the first tool 14.

As shown in Figure 8, the second cutter contains the first and second machining groups, the first machining group contains the first tool sheet 34, the second thread and several first cutters 15, and the second machining group contains the second tool sheet. 36, a second thread and several second cutters 16. The second threaded part is specifically a threaded rod 33. Several first cutters 15 are fixed to the first cutter seat 34 and several second cutters 16 It is fixed to the first cutter seat 36. The first tool seat 34 and the second tool seat 36 can be joined, and the first cutter 15 and the second cutter 16 alternate when the first tool seat 34 and the second tool seat 36 are joined. Set so that the first cutter 15 and the second cutter 16 can both pass through channel 32. The first tool seat 34 and the second tool seat 36 Close to null, or is slid as far sliding direction there is a first tool seat 34 and the second tool seat 36 is threaded through holes 35. The two threaded rods 33 respectively pass through the lower surface of the sliding 13 and are connected to the rotational connection of the sliding 13. Two threaded rods 33 each align with two threaded through holes 35 threads. Working together, the first tool seat 34 can move up along slide 13 if the threaded rod 33 rotates in the positive direction. That is, the first tool seat 34 moves the first cutter 15 in the direction of the feed port and the first cutter 15 cuts the food through channel 32. When thread rod 33 is reversed, the first cutter is below channel 32 and the food is Can't cut The second tool seat 36 and the second cutter 16 operate in the same way as the first tool seat 34.

There is a support on each side of housing 1 and in this embodiment the support is bracket 5. Two brackets 5 are on both sides of housing 1 and a hinge on housing 1, and housing 1 has a limit board 6 which limits the angle of rotation of bracket 5 There is a connecting rod 26 at the bottom of the two brackets 5, as shown in Figure 5. The collecting frame 4 has a notch 25 on one side and the connecting rod 26 can fit inside the notch 25. The box 4 can be pre-secured and the collection box 4 can be avoided during cutting. Turn the bracket 5 during cutting until the limiting plate 6 limits the rotation of the rotating part. The bracket 5 supports the housing 1 so that the housing 1 is inclined and easy to operate. When cutting is not necessary, turn the stand 5 in the opposite direction so that the stand 5 is parallel to the side of the housing 1 for convenient storage and reduced installation space. Can be.

The feed port 21 connection has an outlet. The discharge section contains the discharge cylinder 2 and the compression element 8. The housing 1 has a fixing part for fixing the discharge port 2, and the fixing part is located above the feed port 21. The fixing part has a card connector, a housing together with a cover 29 and a housing 1 sliding. 29 cover card connector, 30 with dial on top of card connector, dialboard 30 expansion cover 29 and cover 29 with sliding spring between card connector and housing 29 inner wall and bottom of card connector can pass through housing 29 The lower end of the discharge cylinder 2 has a protrusion, and the compression component 8 is shaped like the discharge cylinder 2, and slides with the discharge cylinder 2. Specifically, as shown in Figure 7, the compression element 8 is barrel shaped and the compression element 8 has a compression plate 27. The compression plate 27 has several meshes 28. When in use, turn the dial over 30, drive the dial to 30, slide the card connector up along the housing 1, insert the bottom of outlet 2 into the feed port, and place the outlet 2 protrusion on the opposite side of the housing 29 bottom. The card connector slides down with a spring and the bottom of the card connector presses the protrusion of the discharge cylinder 2 and the discharge cylinder 2 is fixed to the supply port.The food to be cut is put into the supply port 21 through the discharge cylinder 2 and the discharge cylinder 2 Treats the cut food as fixed and guided, the food to be processed can move in the direction of the feed port 21 by gravity, and can easily cut lighter or smaller foods by pressurizing the cut food using the compression element 8 have.

Specific implementation process: In the case of cutting food, the present embodiment may be an example of cutting potatoes. The potato has its own gravity because the potato to be cut is inserted into the inlet 21 through the outlet 2 and is inclined horizontally with the housing 1. On the housing 1 cut, turn the push lever 7 so that the restricting slot 10 is not restricted by the flange 24 of the housing 1, and then slide the push lever 7 up and down to match the first pressure spring, and the sliding port 7 Sliding along, sliding 13 slides along rail 12, the combination of sliding rail 12 and sliding holes can guide sliding part 13. When sliding part 13 slides in the direction of housing 1, the first pressure spring is compressed and the first pressure The spring is energy stored and the sliding part 13 slides back again. Knife 14 and the second cutter move with slide 13, all knives 14 can cut potatoes into flakes, and the second cutter can cut potatoes made from flakes into filaments. Invert the threaded rod 33 so that the first cutter 34 and the second cutter 36 move down, the first cutter 15 and the second cutter 16 do not pass through channel 32, and the first all knives, 140,000 potatoes Cut the potatoes into flakes.If you need to cut the potatoes into strips, turn the threaded rod 33 to pass the first cutter 15 or the second cutter 160,000 channels 32. The second cutter knife 160,000 channels 32 If it passes, the adjacent second cutter has a longer distance of 16, and the second cutter cuts the potato into flakes after the 14th cutter cuts the potatoes into flakes. Of course, if only the first cutter passes through channel 32, the same cutting principle and process is carried out as with the second cutter.When it is necessary to cut the potato into chunks, all knives 14 and the first cutting group / the second Cut the potatoes into strips with a cutting group and put them in fastener mesh 28 at number 8. The second cutter knife 16 and the first cutter knife 15 do not pass through the channel 32, leaving all the first cutters 14 alone. Insert the tack piece 8 into the discharge cylinder 2 and slide it back and forth with the handle to push the sliding part 13 and the sliding part 13 to push all fourteen knives to cut the already stripped potatoes into chunks.

This scenario also includes the second pressure spring and the first threaded part, the first threaded part (bolt 19); sliding 13 has the second through hole, slider 20 has the tapped hole, and bolt 9 passes through the second through hole. The second compression spring is between slider 20 and sliding 13. The distance between slider 20 and slide 13 can be easily changed by rotating the first thread. As shown in Figure 6, there are several parallel bosses 22 on the inner wall of the housing, the slider 20 has slide 31 near housing 1, and the slide 31 has slide 22 with slide 22. The convex 22 can take out the cut food and prevent the potato from getting caught in the cutter.

The foregoing is merely an example of a utility model, and common sense such as the specific structure and characteristics well known in the room is not described here too much. Those skilled in the art will appreciate that some modifications and improvements can be made without departing from the utility model structure. It should be noted that the scope of protection of this utility model does not affect the effectiveness of the utility model and the practicality of the patent. The scope of protection required by this application shall be based on the content of the rights requirements. Records, such as the specific implementation of the manual, should be available to explain the content of the rights requirement.

Claims (10)

Food cutter with housing and cuts. One side of the housing has a supply port and the other side of the housing has a discharge port, which features push and pull, slicing parts, all tools and several second cutters to control the cutting and reciprocating movement of the cutting. All the knives described with the cut mechanism, the sliding and housing slip connection, all the tools and the second cutter connected to the sliding parts near the feed port and the sliding where both the first and second cutters can be separated from the sliding Parallel to the direction, every second cutter is not parallel to the second cutter. The food cutter according to the right requirement 1 is characterized by several parallel convexities on the inner wall of the housing, the sliding parts with the slide wave on the side of the housing, and the boss coincides with the slide slip. The food cutter according to the right requirement 1 also contains the first pressure spring, the housing side inner wall has a rail, the sliding side part has a protrusion, the protrusion has a sliding hole, and the first pressure spring passes through the sliding hole. The sliding holes and the sliding rails work together, and both ends of the first pressure spring are fixed to the protrusion and the housing bottom wall, respectively. The features of the food cutter described in the right requirement 3 are the sliding slot including the push lever, the top of the housing has the first hole, the push lever passes through the first hole, is connected to the sliding parts, the push lever It works with the first hole sliding, there is a sliding slot on the side of the push lever, the first hole in the housing has a flange, the flange works with the sliding slot sliding, there is a limiting slot above the sliding slot, It is connected to the sliding slot and the flange can go into the limiting slot. Food cutters in accordance with rights requirement 1 or 2 or 3 also feature outlets, including outlet and compression parts, detachable connections at one end of the outlet and supply port, suitable for compression parts and discharge barrel shapes, and sliding discharge barrels. Food cutter according to right requirement 4, the second cutter contains the first and second cutter, the first cutter contains several first cutters, the second cutter contains the second cutter, the first cutter and the second cutter Are alternately set. The food cutter according to the right requirement 6 also includes a slider, slide slots on both sides of the slide, the slide slot is perpendicular to the rail, the slider works with the slide slip, all the knives are connected to the slide parts, and the second The cutter is connected to the slider. The food cutter described in the right requirement 7 has a second through hole between the slider and the slip part, the tab hole with the slider open, the second pressure spring through which the first thread passes through the second through hole and works with the threaded hole thread. And the first threaded part are also included. The food cutter described in right requirement 4 is characterized by a collection unit for collecting food after cutting. The food cutter described in right requirement 9 is characterized by a strip channel at the top of the slide and the first and second cutters can pass through the channel.

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