CN212912963U

CN212912963U - Do benefit to kibbling food preparation machine

Info

Publication number: CN212912963U
Application number: CN202020698100.7U
Authority: CN
Inventors: 王旭宁; 万军; 胡欣茂; 刘超
Original assignee: Joyoung Co Ltd
Current assignee: Joyoung Co Ltd
Priority date: 2020-04-29
Filing date: 2020-04-29
Publication date: 2021-04-09
Anticipated expiration: 2030-04-29

Abstract

The utility model discloses a do benefit to kibbling food preparation machine belongs to life electrical apparatus field, the problem that the crushing efficiency of eating the material is difficult to promote has been solved, the technical scheme who solves this problem mainly is that crushing cup is by supreme crushing section of including in proper order down, ascending section and vortex section, the internal diameter of crushing section is less than the internal diameter of ascending section and forms kibbling little space, crushing cutter is located crushing section, crushing cutter is including the last blade that the slope upwards extends, the bottom knife of slope downwardly extending and the well blade that is located between last blade and the bottom knife, well blade lateral extension. The utility model discloses mainly used improves the crushing efficiency and the effect of smashing the initial stage.

Description

Do benefit to kibbling food preparation machine

Technical Field

The utility model relates to a life electrical apparatus, especially a do benefit to kibbling food preparation machine.

Background

Among the current food preparation machine, smash the cup and divide into two sections structures, the upper segment is the vortex section that the inner wall was equipped with the vortex muscle, and the hypomere is the fixed segment that binding off structure and outer wall were equipped with the screw thread for the structure that closes up, smashes the cup bottom and is fixed with the blade holder, smashes the cutter and passes through the arbor and install on the blade holder, smashes the bottom fixed segment that the cutter place space is located crushing cup. Because smash the cutter and generally include two tilt up's last blade and two downward sloping bottom knife pieces or four flat blades, smash the rotation of cutter and can drive liquid and material centrifugal motion, liquid carries the material and upwards climbs the wall along the inner wall of smashing the cup, only meets the vortex section of smashing the cup and just can the vortex fall down the realization and smash repeatedly, leads to eating the crushing efficiency of material and is difficult to promote, especially is unfavorable for promoting the crushing efficiency of a small amount of edible materials.

SUMMERY OF THE UTILITY MODEL

The utility model aims to reach provides a do benefit to kibbling food preparation machine, improve crushing efficiency and the effect of smashing the initial stage.

In order to achieve the above purpose, the utility model adopts the following technical scheme: the utility model provides a do benefit to kibbling food preparation machine, include the organism and can dismantle the crushing unit who connects in the organism, crushing unit is including smashing the cup, smash bowl cover and crushing cutter, smash the bowl cover and install the top at smashing the cup, the bottom surface of smashing the cup is equipped with the arbor, smash the cutter and install on the arbor, smash the cup by supreme crushing section that includes in proper order down, ascending section and vortex section, the internal diameter of crushing section is less than the internal diameter of ascending section and forms kibbling little space, crushing cutter is located crushing section, crushing cutter is including the last blade that the slope upwards extends, the bottom knife of slope downwardly extending and the well blade that is located between last blade and the bottom knife, well blade transversely extends.

Furthermore, the inside wall of crushing section is equipped with down the vortex muscle, and the top of going up the blade is higher than the top of lower vortex muscle.

Furthermore, the height distance from the top end of the upper blade to the inner bottom surface of the crushing cup body is H1, the height distance from the top end of the lower turbulence rib to the inner bottom surface of the crushing cup body is H, and H/H1 is more than or equal to 0.6.

Furthermore, the inside wall of crushing section is equipped with down the vortex muscle, and the top of going up the blade is not higher than the top of lower vortex muscle.

Furthermore, the height distance from the top end of the upper blade to the inner bottom surface of the crushing cup body is H1, the height distance from the top end of the lower turbulence rib to the inner bottom surface of the crushing cup body is H, and H1/H is more than or equal to 0.3.

Further, the middle blade is lower than the top end of the lower turbulence rib.

Furthermore, the height distance from the middle blade to the inner bottom surface of the grinding cup body is H2, and H2/H is more than or equal to 0.6.

Furthermore, the height distance from the bottom end of the lower blade to the inner bottom surface of the crushing cup body is H3, and H3/H is more than or equal to 0.1.

Furthermore, the lateral wall of crushing section is equipped with the thickening portion that thickness increases, and the thickening portion forms a lower vortex muscle, and the thickening portion is equipped with arranges the thick liquid mouth.

Furthermore, smash the cup and include the last cup of tube-shape and the lower cup of bowl form, go up the bottom of cup and the top sealing connection of cup down, rise section and vortex section and be located the cup, smash the section and be located cup down.

After the technical scheme is adopted, the utility model has the advantages of as follows: the crushing cup body is divided into a three-section structure, a crushing section forms a small crushing space, and the crushing cutter comprises an upper blade, a middle blade and a lower blade, compared with the prior art, the middle blade is added, the lower blade and the middle blade are matched with the small space property of the crushing section to improve the crushing efficiency at the initial crushing stage, the material particles are larger at the initial crushing stage, the high-speed rotation of the crushing cutter causes the material to impact the inner side wall of the crushing section while the lower blade and the middle blade cut the material, the liquid can start to climb upwards along the inner side wall of the crushing section, part of the material can rebound back to the rotating area of the middle blade, so that the contact probability of the material and the middle blade is increased, part of the material can impact upwards along with the liquid, the upper blade above the middle blade can cut the material with larger particles on the crushing part at the moment, and part of the material with the larger particles on the upper blade can also rebound downwards to the, make the material more frequently with smash the cutter contact, further promote the material of great granule to be smashed fast at crushing initial stage, thereby improve crushing efficiency and the effect at crushing initial stage, increase the ascending section in addition between crushing section and vortex section, be favorable to promoting liquid upstroke, make the material of crossing the upper slitter can be along with liquid smooth wall climbing to vortex section upwards, fall back to the region at crushing cutter place downwards to the central zone of smashing the cup again after the vortex, thereby form more regular circulation flow path, be favorable to smashing the fine crushing in later stage.

Drawings

The present invention will be further explained with reference to the accompanying drawings:

fig. 1 is a schematic structural diagram of a first embodiment of the present invention;

FIG. 2 is a schematic structural view of a crushing cup according to a first embodiment of the present invention;

fig. 3 is a sectional view (one) of a crushing cup body in the first embodiment of the invention;

fig. 4 is a sectional view of a crushing cup body in the first embodiment of the present invention (ii);

fig. 5 is a sectional view of a crushing cup body in the second embodiment of the present invention.

Detailed Description

The first embodiment is as follows:

as shown in figure 1, the utility model provides a do benefit to kibbling food preparation machine, including organism 1 with can dismantle the crushing unit who connects in organism 1, crushing unit is including smashing cup 2, smash bowl cover 3 and crushing cutter 4, smash bowl cover 3 and install on the top of smashing cup 2, the bottom surface of smashing cup 2 is equipped with arbor 5, crushing cutter 4 is installed on arbor 5, combine figure 2, smash cup 2 and include crushing section 21, upper segment 22 and vortex section 23 by supreme lower in proper order, the internal diameter of crushing section 21 is less than the internal diameter of upper segment 22 and forms kibbling little space, upper segment 22 is used for guiding liquid wall climbing to vortex section 23 upwards, vortex section 23 is used for the vortex, the inside wall at vortex section 23 generally can set up a plurality of upper vortex muscle 231, crushing cutter 4 is located crushing section 21, crushing cutter 4 is including the upper blade 41, the slope upwards extends, A lower blade 42 extending obliquely downward and a middle blade 43 located between the upper blade 41 and the lower blade 42, the middle blade 43 extending laterally.

In the utility model, the crushing cup body 2 is divided into three-segment structure, because the crushing section 21 forms a small crushing space, and the crushing cutter 4 comprises an upper blade 41, a middle blade 43 and a lower blade 42, compared with the prior art, the middle blade 43 is added, the lower blade 42 and the middle blade 43 are matched with the small space attribute of the crushing section 21 to improve the crushing efficiency at the initial crushing stage, the material particles are larger, the high-speed rotation of the crushing cutter 4 can cause the material to impact the inner side wall of the crushing section 21 when the lower blade 42 and the middle blade 43 cut the material, the liquid can start to climb upwards along the inner side wall of the crushing section 21, part of the material can rebound back to the rotating area of the middle blade 43, thereby increasing the contact probability of the material and the middle blade 43, and part of the material can rebound along with the liquid, at this moment, the upper blade 41 above the middle blade 43 can cut the material with larger particles on the crushing part, still can be with the material of the bigger granule of part upper punch down beat back in the rotation region of blade 43, make the material more frequently with crushing cutter 4 contact, further promote the material of bigger granule to be smashed fast at crushing initial stage, thereby improve crushing efficiency and the effect at crushing initial stage, increase up-flow section 22 in addition between crushing section 21 and vortex section 23, be favorable to promoting liquid upward stroke, make the material of crossing upper blade 41 can be along with liquid upwards climb to vortex section 23 smoothly, fall back to the region at crushing cutter 4 place to the central region of smashing cup 2 downwards after the vortex again, thereby form the circulation flow path of comparison law, be favorable to smashing the fine crushing in later stage.

See in combination fig. 3 and fig. 4, for improving crushing efficiency, can also be equipped with down vortex muscle 211 in the inside wall of crushing section 21, lower vortex muscle 211 can provide the vortex effect and make the material flow direction smash the rotation region of cutter 4 in, in order to let the rotation region of blade 43 in getting back the better material of blade 41, in this embodiment, the top of blade 41 is higher than the top of vortex muscle 211 down in the selection. As the specific size selection, the height distance from the top end of the upper blade 41 to the inner bottom surface of the crushing cup body 2 is H1, the height distance from the top end of the lower spoiler rib 211 to the inner bottom surface of the crushing cup body 2 is H, and H/H1 is designed to be more than or equal to 0.6. Too small H or too large H1 can cause the distance from the top end of the upper blade 41 to the top end of the lower spoiler rib 211 to be increased, and large-particle materials can easily and directly pass through the upper spoiler rib and cannot move to the rotating area of the upper blade 41 under the spoiler action of the lower spoiler rib 211.

Because the main function of the middle blade 43 is cutting and crushing, in the embodiment, the middle blade 43 is lower than the top end of the lower turbulence rib 211, so that more materials can be returned to the rotating area of the middle blade 43 by the turbulence effect of the lower turbulence rib 211. The height distance of the middle blade 43 to the inner bottom surface of the crushing cup body 2 is H2, the position of the middle blade 43 relative to the lower turbulence rib 211 is proper, H2/H is required to be more than or equal to 0.6, H2 is too small, the rotating area of the lower blade 42 is reduced by extrusion, the starting load of the crushing motor is large, the material below the middle blade 43 cannot flow along with liquid, and crushing is not facilitated.

The height distance from the bottom end of the lower blade 42 to the inner bottom surface of the crushing cup body 2 is H3, considering that the lower blade 42 can fully contact the materials below the middle blade 43, H3/H is required to be more than or equal to 0.1, but H3 is not required to be too small, otherwise the lower blade 42 can collide with the inner bottom surface of the crushing cup body 2.

The lateral wall of crushing section 21 is equipped with the thickening portion 212 that thickness increases, and thickening portion 212 forms a lower vortex muscle 211, and thickening portion 212 is equipped with row thick liquid mouth 201, compares and establishes the bottom surface at crushing cup 2 with arranging the thick liquid article, sets up row thick liquid mouth 201 and no longer need occupy horizontal space, is favorable to reducing the diameter of crushing section 21, further realizes that the little space is smashed, improves crushing efficiency and effect.

Example two:

except that the top end of the upper blade 41 is higher than the top end of the lower turbulence rib 211, as shown in fig. 5, the top end of the upper blade 41 is not higher than the top end of the lower turbulence rib 211, so that the upper blade 41 and the middle blade 43 can crush materials brought by turbulence action of the lower turbulence rib 211 together, and the crushing efficiency and effect at the initial crushing stage can be improved.

Considering that the upper blade 41 cannot occupy the rotation area of the middle blade 43, the height distance from the top end of the upper blade 41 to the inner bottom surface of the pulverizing cup 2 is H1, and the height distance from the top end of the lower spoiler rib 211 to the inner bottom surface of the pulverizing cup 2 is H, and H1/H is required to be not less than 0.3. If H1 is too small, the upper blade 41 is too low, which results in too low a rotation space for the entire crushing cutter 4, not only being disadvantageous for crushing, but also being disadvantageous for driving the liquid up the wall to form a circular flow.

Other contents not described in this embodiment may refer to embodiment one.

In addition to the preferred embodiments described above, other embodiments of the present invention are also possible, and those skilled in the art can make various changes and modifications according to the present invention without departing from the spirit of the present invention, which should fall within the scope of the present invention defined by the appended claims.

Claims

1. The utility model provides a do benefit to kibbling food preparation machine, includes the organism and can dismantle the crushing unit who connects in the organism, crushing unit is including smashing the cup, smashing the bowl cover and smashing the cutter, smashes the bowl cover and installs on the top of smashing the cup, and the bottom surface of smashing the cup is equipped with the arbor, smashes the cutter and installs on the arbor, its characterized in that, smash the cup by supreme crushing section, upper segment and the vortex section of including in proper order down, the internal diameter of crushing section is less than the internal diameter of upper segment and forms kibbling little space, smashes the cutter and is located crushing section, smashes the cutter and includes the last blade that the slope upwards extends, the bottom knife that the slope downwardly extending and is located the well blade between last blade and the bottom knife.

2. A food processor as defined in claim 1, wherein the inner side wall of the grinding section is provided with lower turbulence ribs, and the top end of the upper blade is higher than the top end of the lower turbulence ribs.

3. The comminution-facilitating food processor of claim 2, wherein the upper blade has a top end that is a height distance H1 from the inner bottom surface of the grinding cup, and the lower turbulator has a top end that is a height distance H from the inner bottom surface of the grinding cup, wherein H/H1 is 0.6 or more.

4. The food processor of claim 1, wherein the inner sidewall of the grinding section has a lower turbulence rib, and the top end of the upper blade is not higher than the top end of the lower turbulence rib.

5. The comminution-facilitating food processor of claim 4, wherein the upper blade has a top end that is a height distance H1 from the inner bottom surface of the grinding cup, and the lower turbulator has a top end that is a height distance H from the inner bottom surface of the grinding cup, wherein H1/H is 0.3 or more.

6. A food processor facilitating comminution according to one of the claims 2-5, wherein the intermediate blade is lower than the top end of the lower spoiler rib.

7. The comminution-facilitating food processor of claim 6, wherein the height distance of the center blade from the inner bottom surface of the comminution cup is H2, H2/H ≧ 0.6.

8. A food processor facilitating comminution according to one of claims 2 to 5, wherein the bottom end of the lower blade is at a height H3 from the inner bottom surface of the comminution cup, H3/H ≥ 0.1.

9. A food processor facilitating comminution as claimed in claim 1, wherein the side walls of the comminution stage are provided with a thickening of increased thickness, the thickening forming a lower turbulence rib, the thickening being provided with a discharge opening.

10. The food processor facilitating comminution of claim 1, wherein the comminution cup includes a cylindrical upper cup and a bowl-shaped lower cup, a bottom end of the upper cup being sealingly connected to a top end of the lower cup, the riser section and the turbulator section being located in the upper cup, the comminution section being located in the lower cup.