WO2020063421A1 - Filter assembly, food processing container assembly, and food processor - Google Patents

Abstract

A filter assembly (2), a food processing container (1) assembly, and a food processor. The filter assembly (2) is disposed along the circumferential direction of the food processing container (1) in a non-annular manner. The filter assembly (2) comprises: a filter member (22) installed within the food processing bowl (1), located between the food processing container (1) and a screw rod (4), and able to be combined with the food processing container (1) so as to form a juice storage cavity (3) therebetween, the filter member (22) being provided with one or more filter openings (220); and one or more insertion ribs (24) that can be inserted and installed inside the multiple filter openings (220) in one-to-one correspondence, wherein each of the insertion ribs (24) is able to be combined with a corresponding filter opening (220) so as to form one or more juice filtering channels in communication with the juice storage cavity (3). The filter assembly (2) of the technical solution is disposed along the circumferential direction of the food processing container (1) in a non-annular manner, such that the filter assembly (2) is easier to clean and install. The filter assembly (2) also comprises the filter member (22) and the insertion ribs (24), such that the juice filtering channels are formed by combining the filter member (22) and the insertion ribs (24), and the filter member (22) and the insertion ribs (24) disengage before cleaning to reduce cleaning difficulties.

Description

Filter assembly, food processing cup assembly and food processor

This application requires that the Chinese Patent Office be filed on September 30, 2018, with the application number 201821616228.3, and the invention and creation name be "Filter Module and Food Processor", and submitted to the Chinese Patent Office on September 30, 2018, with the application number 201821616227.9, The name of the invention was "Food Processing Cup Assembly and Food Processor", which was filed on September 30, 2018 with the China Patent Office, with the application number of 201811159547.0, and the invention name was "Food Processor", which was submitted on September 30, 2018. China Patent Office, application number 201821616229.8, invention name is "food processor", was submitted on September 30, 2018 to the Chinese Patent Application of China Patent Office, application number 201821614521.6, invention name is "food processor" Priority, the entire contents of the above application are incorporated herein by reference.

Technical field

The present application relates to the field of household appliances, and more particularly, to a filter assembly, a food processing cup assembly, and a food processing machine.

Background technique

At present, when the juice processor and the food processor such as the juice extractor realize the separation of juice and residue, the filter structure is a ring structure, that is, the filter structure is arranged in a full circle in the circumferential direction of the screw. The structure of the juice cup, screw, and filter screen is positioned by the same shaft core, which results in more parts that need to be aligned and troublesome installation of the alignment, which reduces the user experience. In addition, the mesh structure of the filter structure of this structure is small, and cleaning is very troublesome.

Therefore, how to design a new filter assembly that is simple to install and easy to clean, and a food processing cup assembly and food processor including the filter assembly has become an urgent problem to be solved.

Summary of the Invention

This application aims to solve at least one of the technical problems existing in the prior art.

To this end, a first aspect of the present application is to provide a filter assembly.

A second aspect of the present application is to provide a food processing cup assembly.

A third aspect of the present application is to provide a food processing cup assembly including the filter assembly.

A fourth aspect of the present application is to provide a food processor including the filter assembly.

A fifth aspect of the present application is to provide another food processor including the filter assembly.

A sixth aspect of the present application is to provide another food processor including the above-mentioned filter assembly.

A seventh aspect of the present application is to provide another food processor.

An eighth aspect of the present application is to provide another food processor including the above-mentioned filter assembly.

In view of this, an embodiment of the first aspect of the present application provides a filter assembly for a food processor. The food processor includes a food processing cup and a screw rotatably installed in the food processing cup, wherein the filter assembly is along the food. The processing cup is arranged in a non-circular direction in the circumferential direction. The filter assembly includes: a filter sheet, which is installed in the food processing cup and is located between the food processing cup and the screw, and can form a juice storage cavity with the food processing cup. The filter sheet is provided with At least one filter hole; at least one insert bar, which can be inserted into and installed in a plurality of filter holes one by one, and each insert bar can be connected with a corresponding filter hole to form one or more filter juices which are in communication with the juice storage cavity. aisle.

The filter assembly according to the embodiment of the present application is used for a food processor, such as a food processor such as a juicer, a juicer, etc., and the food processor includes a food processing cup and a screw, and the filter assembly is installed in the food processing cup. It is located between the screw and the inner wall of the food processing cup, and can cooperate with the screw to achieve the separation of the juice and residue of the food. The filter component is arranged in a non-ring shape along the circumferential direction of the food processing cup, that is, the filter component is not a ring structure or a cylindrical structure, but a non-ring structure such as a sheet structure or a plate structure. The whole circle of the food processing cup is not installed in the entire circumferential direction of the screw, so that the existing filter cartridge or bowl-shaped filter structure can be replaced by a non-circular filter assembly, thereby simplifying the product. Structure to reduce product costs. In addition, the filter element of the non-ring structure has a small area, so it will be easier to clean, and the phenomenon that the filter screen of the existing food processor is difficult to clean can be improved to a certain extent. There is also a non-ring-shaped filter assembly that does not need to be coaxially aligned with the screw when it is installed, so it can reduce the number of parts that need to be aligned during installation, and reduce the difficulty of alignment operations. It will interfere with the screw, so you can either disassemble the screw first, then disassemble the filter assembly, or disassemble the filter assembly, and then disassemble the screw to improve the randomness and convenience of disassembly and assembly of the screw and filter assembly. The filter assembly specifically includes a filter sheet and an insert bar. The filter sheet is used to surround a food processing cup with a juice storage cavity, and the filter sheet is also provided with a filter hole, so that the food juice can enter the juice storage through the filter hole. Cavity. The insertion strip can be inserted into the filtering hole to reduce the opening area of the filtering hole, which can reduce the opening area of the juice channel of the filtering component, so as to improve the filtering effect of the filtering component and prevent large pieces of food residue from passing through. Filter the module into the juice storage chamber. And this filter assembly, because the juice channel is formed by the combination of the filter sheet and the insert bar, the filter holes on the filter sheet can be set slightly larger than the filter hole of the filter structure, and then through the insert bar In order to reduce the opening area, the opening area of the juice channel of the filter assembly can meet the demand for juice filtration. In this structure, the filter sheet and the insert strip can be disassembled and cleaned during cleaning. However, since the area of the filter sheet is small and the filter holes are large, it is very easy to clean. This can solve the filter screen in the prior art. Pain points that are difficult to clean, which can improve the user experience.

In addition, the filtering component provided according to the foregoing embodiment of the present application also has the following additional technical features:

In the above technical solution, at least one insertion bar is integrally disposed on the inner side wall of the food processing cup.

In these technical solutions, at least one insert bar can be provided on the inner wall of the food processing cup, so that a filter assembly can be formed by the insert bar on the inner wall of the food processing cup and a filter sheet, so as to realize the food ingredients. Filtering. While this structure can reduce the difficulty of cleaning, the insert bar can be integrated on the inner side wall of the food processing cup, thereby reducing the number of parts, thereby simplifying the structure of the product, improving the installation efficiency, and improving User experience.

Wherein, a mounting groove is provided on the inner side wall of the food processing cup, and when the filter assembly is installed in the mounting groove, at least one insertion bar may be arranged on the bottom wall of the mounting groove.

In another technical solution described above, the filter assembly further includes: a connecting member that can be detachably mounted on a side of the filter sheet close to the food processing cup; wherein a plurality of at least one insert bar are mounted on the connecting member.

In these technical solutions, an additional connection member can be provided outside the filter sheet, so that one or more insertion bars can be connected into a whole, so that one or more insertion bars can be realized by the connection member. Installation on the filter plate to simplify the installation of the filter assembly. In addition, this structure, because the insert bar is not provided on the food processing cup, on the one hand, the structure of the food processing cup can be simplified, and on the other hand, the filter assembly can be detached as a whole, thereby improving the convenience of cleaning and subsequent maintenance. Convenience.

In any of the above technical solutions, the number of the insert bars is multiple, and the multiple insert bars are arranged on the connecting member in parallel and spaced from each other. The number of the filter holes is consistent with the number of the insert bars, and the filter holes are along the axis of the food processing cup. Distributed in the direction, one end of the filter hole near the bottom wall of the food processing cup is opened, and a plurality of insertion bars can be inserted and installed into the plurality of filter holes one by one from the axial direction of the food processing cup.

In these technical solutions, the number of the inserted bars is multiple, and the number of the filtering holes is the same as the number of the inserted bars, so that multiple juice filtering channels can be formed, thereby improving the filtering performance of the filtering component. A plurality of inserting strips are arranged parallel to each other and spaced on the connecting member, and a plurality of filter holes are arranged on the filter plate in parallel and spaced apart, so that the structure of the filter assembly is simpler. The filter holes are distributed along the axial direction of the food processing cup, and the lower end of the filter holes is open. The insertion strip can be inserted and installed from the lower end of the filter sheet to the upper end of the filter sheet, so that the filter sheet and the insertion strip can be inserted from the up and down direction , Which can improve the installation convenience between the filter sheet and the insertion bar.

Wherein, the connecting member is a frame body surrounding the plurality of insertion bars.

In still another technical solution described above, the number of the inserting strips is multiple, and the connecting piece is a mounting plate. The plurality of inserting strips are installed on the mounting plate in multiple rows and multiple rows, and the number of filter holes is multiple. The holes are arranged on the filter sheet in multiple rows and rows corresponding to multiple insertion bars.

In these technical solutions, the connecting member can be set as a mounting plate, and then multiple rows and multiple rows of insertion bars can be set on the mounting board at equal intervals. At this time, multiple rows and rows of filter holes can be correspondingly arranged on the filter sheet. During installation, the mounting plate can be mounted on the rear side of the filter sheet so that the insertion strip can be inserted into the filter hole from the rear side of the filter sheet.

In any of the above technical solutions, the connecting member is provided with a first buckle, and the filter sheet is provided with a second buckle, and the first buckle can be matched with the second buckle so that the connecting member is buckled and installed on the filter sheet.

In these technical solutions, one or more first buckles may be provided on the connecting member, and one or more second buckles may be provided on the filter sheet, so that the first buckle and the second buckle can be passed through. The connection piece is simply and quickly snap-fitted to the filter piece in cooperation, so that the installation between the connection piece and the filter piece can be easily and conveniently realized.

In any of the above technical solutions, the first buckle is one of the groove and the protrusion, and the second buckle is the other of the groove and the protrusion, and the protrusion can be inserted into the groove.

In these technical solutions, one or more card slots can be provided on the connecting member, and one or more protrusions can be provided on the filter, so that the connecting member can be simply and quickly snapped through the cooperation of the card slots and the protrusions. The buckle is installed on the filter sheet, so that the connection between the connecting member and the filter sheet can be easily and conveniently realized. Of course, in another solution, the card slot may also be provided on the filter sheet, and correspondingly, a protrusion is provided on the connecting member to realize the installation between the connecting member and the filter sheet.

In the above-mentioned multiple technical solutions, the surface of the insertion strip far from the side wall of the food processing cup is flush with the surface of the filter sheet far from the side wall of the food processing cup.

In these technical solutions, the side of the insert bar facing away from the side wall of the food processing cup and the side of the filter sheet facing away from the side wall of the food processing cup are flush, that is, the side of the filter assembly near the screw is a plane, so that the filtering can be performed. The surface of the module near the screw is relatively flat, which can prevent the filter module and the screw from hooking, or prevent the filter module from hooking the food. This can prevent the filter module from interfering with the screw movement, and can also reduce the filter module. Residual ingredients reduce the difficulty of cleaning the filter assembly.

In the above-mentioned multiple technical solutions, a side surface of the filter sheet remote from the side wall of the food processing cup is provided with a hand buckle groove.

In these technical solutions, a hand buckle groove can be provided on the side of the filter plate near the screw installation, so that the hand movement of the filter plate and the insertion with the insert can be realized through the hand buckle groove. The setting of the hand buckle slot can provide an operation site for the user, so that the disassembly and assembly of the filter assembly can be more convenient.

In the above multiple technical solutions, the width of the juice filtering channel in the circumferential direction of the food processing cup is t, where 0.19 mm ≦ t ≦ 1.29 mm, or 0.3 mm ≦ t ≦ 0.9 mm.

In these technical solutions, a reasonable setting of the width of the juice filtering channel can reasonably set the filtering capacity of the filtering component, thereby ensuring the juice output efficiency and the purity of the food juice.

In the above multiple technical solutions, the width of the filter assembly in the circumferential direction of the food processing cup gradually narrows from the mouth of the food processing cup to the bottom wall of the food processing cup, and / or the filter assembly is fan-shaped, and the filter assembly is along the The included angle between the two sides of the food processing cup that are oppositely disposed in the circumferential direction is γ, where 45 ° ≦ γ ≦ 135 °, or 60 ° ≦ γ ≦ 120 °.

In these technical solutions, the filter assembly can be set to a large structure and a small structure, such as a fan-shaped structure, so that when the filter assembly and the food processing cup surround the juice storage cavity, the juice storage cavity can be widened up and down. In this way, the lower end of the juice storage cavity can be gradually narrowed, which is more conducive to the discharge of juice in the juice storage cavity. At the same time, the filter component can be set in a fan shape, because the fan shape is a more common and easier to process shape, which can simplify the processing difficulty of the filter component. The angle between the left and right sides of the filter module should not be too large or too small. It can be set between 45 ° and 135 °, or between 60 ° and 120 °. This can gradually narrow the width of the filter module. It does not cause sudden changes, which can prevent the bottom of the filter assembly from being sharp or wide.

In any of the above technical solutions, at least one reinforcing rib is provided on a side of the filter sheet near the side wall of the food processing cup.

In these technical solutions, one or more ribs may be provided on the side of the filter sheet close to the food processing cup, so that the strength of the filter sheet can be strengthened by one or more ribs, preventing the filter sheet from being squeezed by the screw. Deformation occurs. At the same time, the setting of the ribs can also prevent the filter from completely fitting with the food processing cup, so that a certain gap can always be left between the filter and the food processing cup, so that the juice storage cavity can be formed through the gap. Prevent the filter holes of the filter from being blocked by the wall of the food processing cup.

An embodiment of the second aspect of the present application provides a food processing cup assembly for a food processing machine. The food processing cup assembly includes a food processing cup, and a slag discharge channel is provided on a bottom wall or a side wall of the food processing cup. The sidewall of the slag channel is a non-porous sidewall.

The food processing cup assembly provided according to the embodiment of the present application is used for a food processing machine, such as a food processing machine such as a juicer and a juicer, and the food processing cup assembly includes a food processing cup, and the food processing cup is provided with slag The channel, wherein the slag discharge channel can be provided on the bottom wall of the food processing cup or on the side wall of the food processing cup, which is not specifically limited herein. The residue discharge channel is used to discharge the food residue after the juice residue separation, and the side wall of the residue discharge channel is a non-porous side wall, that is, the side wall of the residue discharge channel near the center of the food processing cup is a non-porous side wall. And the side wall of the slag discharge channel far from the center of the food processing cup is also a non-porous side wall, that is, there is no through-hole structure on the inner and outer side walls of the slag discharge channel, that is, the inside and outside of the slag discharge channel. All the side walls are closed structures. This can enhance the area where the slag discharge channel matches the food slag, so that when the food slag is discharged from the slag discharge channel, it can be fully squeezed with the side wall of the slag discharge channel. During the dregs process, the squeezing force between the dregs and the dregs is enhanced to ensure the dregs resistance at the dregs outlet, so that the juice and dregs of the food can be completely separated to ensure the efficiency of the juice. In addition, by setting the side wall of the slag discharge channel to a closed structure, this structure can enhance the strength of slag discharge and ensure the effect of juice and residue separation. At the same time, this structure can achieve juice and residue separation without the use of extruded silica gel. This eliminates the use of slag squeeze silica gel, reduces the number of product parts, improves product installation efficiency, and reduces product production costs. This structure also eliminates the need to punch holes in the side wall of the slag discharge channel, that is, it is not necessary to provide holes for installing slag squeeze silica gel in the side wall of the slag discharge channel, which can also simplify the structure of the food processing cup and reduce food processing The processing of the cup is difficult, thereby reducing the overall production cost of the product.

An embodiment of the third aspect of the present application provides a food processing cup assembly, the food processing cup assembly includes: a filter assembly provided in any one of the embodiments of the first aspect, and a food processing cup, a bottom wall or a side of the food processing cup A slag discharge channel is provided on the wall, and the side wall of the slag discharge channel is a non-porous side wall.

The food processing cup assembly provided according to the embodiment of the present application includes a food processing cup and a filter assembly. The food processing cup is provided with a slag discharge channel, and the slag discharge channel can be provided on the bottom wall of the food processing cup. It can also be arranged on the side wall of the food processing cup, which is not specifically limited herein. The residue discharge channel is used to discharge the food residue after the juice residue separation, and the side wall of the residue discharge channel is a non-porous side wall, that is, the side wall of the residue discharge channel near the center of the food processing cup is a non-porous side wall. And the side wall of the slag discharge channel far from the center of the food processing cup is also a non-porous side wall, that is, there is no through-hole structure on the inner and outer side walls of the slag discharge channel, that is, the inside and outside of the slag discharge channel. All the side walls are closed structures. This can enhance the area where the slag discharge channel matches the food slag, so that when the food slag is discharged from the slag discharge channel, it can be fully squeezed with the side wall of the slag discharge channel. During the dregs process, the squeezing force between the dregs and the dregs is enhanced to ensure the dregs resistance at the dregs outlet, so that the juice and dregs of the food can be completely separated to ensure the efficiency of the juice. In addition, by setting the side wall of the slag discharge channel to a closed structure, this structure can enhance the strength of slag discharge and ensure the effect of juice and residue separation. At the same time, this structure can achieve juice and residue separation without the use of extruded silica gel. This eliminates the use of slag squeeze silica gel, reduces the number of product parts, improves product installation efficiency, and reduces product production costs. This structure also eliminates the need to punch holes in the side wall of the slag discharge channel, that is, it is not necessary to provide holes for installing slag squeeze silica gel in the side wall of the slag discharge channel, which can also simplify the structure of the food processing cup and reduce food processing. The processing of the cup is difficult, thereby reducing the overall production cost of the product. Meanwhile, since the food processing cup assembly provided by the embodiment of the present application has the filter assembly provided by any embodiment of the first aspect, the food processing cup assembly provided by the embodiment of the present application has any of the first aspect provided by the embodiment. All the beneficial effects of the filter components are not listed here.

Specifically, the food processing cup assembly provided in the embodiment of the present application is used for a food processing machine, such as a food processing machine such as a juicer or a juicer.

In any of the above technical solutions, the rear side of the entrance of the slag exit channel is convexly arranged toward the cup mouth of the food processing cup with respect to the front side of the entrance of the slag exit channel.

In this technical solution, the entrance of the slag discharge channel is set in the inner bottom wall of the food processing cup, and the crushed food will rotate with the screw, and during the rotation of the food with the screw, the food and the slag discharge channel first The side in contact with the entrance is the front side of the entrance of the slag exit channel, and the side in contact with the food is the back side, that is, the front and back here refer to the order of contact with the food. The rear side of the entrance of the slag exit channel is opposite to the front side of the entrance of the slag exit channel. The rear side of the entrance of the slag exit channel is higher than the front side of the entrance of the slag exit channel. , Where the height difference between the rear side of the entrance of the slag exit channel and the front of the entrance of the slag exit channel is h, so that when the crushed food rotates with the screw, the food first passes through the front side of the entrance of the slag exit channel. , And then blocked by the rear side of the entrance of the slag exit channel, so that more and more crushed food will gradually gather at the entrance of the slag exit channel, so that the crushed food can be at the entrance of the screw and the slag exit channel. The double side of the rear side is squeezed, so that the residue resistance can be ensured, so that the juice residue can be completely separated, and the separated food residue is discharged from the residue outlet channel.

In the above multiple technical solutions, the slag discharge channel is disposed on the bottom wall of the food processing cup, and the slag discharge channel includes: an embedded section installed in the outer bottom wall of the food processing cup; an extended section connected to the embedded section, and The outer bottom wall surface protruding from the food processing cup is provided; wherein, the inner wall surface of the side of the protruding section near the center of the food processing cup is provided with a pressing surface, and the pressing surface is away from the side near the bottom wall of the food processing cup to be away from One side of the bottom wall of the food processing cup extends obliquely from the center direction of the food processing cup to the outer direction of the food processing cup.

In these technical solutions, the residue discharge channel can be set on the bottom wall of the food processing cup, so that the waste can be discharged by using gravity. The slag exit channel includes an embedded section and an extension section, wherein the embedded section is embedded and installed in the food processing cup. Here, the embedded section is arranged perpendicular to the bottom wall of the food processing cup, so that the direction of the slag discharge can be completely consistent with the gravity direction of the food slag. , So that the gravity of the food waste can be used to carry out the residue. The extension section is arranged on the outer bottom wall of the food processing cup, and is used to guide the food residue to a more convenient position for slag collection. For example, the extension section can be bent in the radial direction of the food processing cup, and The protruding section protrudes from the outer side wall of the food processing cup, so that the food waste can be discharged from the bottom of the food processing cup, but the slag can still be collected at the side wall of the food processing cup instead of from the bottom of the food processing cup. Slag connection, so that the slag connection can be made more convenient while the slag is discharged by gravity. By providing a pressing surface on the inner wall surface of the protruding section near the center of the food processing cup, that is, the pressing surface is provided on the inner wall surface of the inner side of the protruding section, and the pressing surface is close to the food processing cup. The side of the bottom wall to the side far from the bottom wall of the food processing cup extends obliquely from the center of the food processing cup to the outer direction of the food processing cup, that is, the pressing surface is tilted from the top to the bottom from the inside to the outside. The pressing surface can be gradually arranged toward the outside of the food processing cup, so that a support surface can be formed below the connection between the embedding section and the protruding section, so that food residue can be discharged after entering the residue discharge channel. The rear end of the entrance side of the channel, the screw and the extrusion surface are multi-directionally squeezed, so as to ensure the slag separation resistance required for juice and residue separation. This can ensure the effect of juice and residue separation, ensure the juice yield, and reduce the food residue. Moisture to ensure the dryness of the food waste.

Of course, in other solutions, the inner side wall of the protruding section can also be set directly perpendicular to the bottom of the food processing cup, so that the food waste cannot be squeezed through the protruding section, but the food waste can flow more Smooth, it can prevent the food residue from being blocked in the protruding section, and of course, it is more conducive to cleaning the protruding section.

Wherein, the embedded section is arranged vertically, and specifically, it can be arranged perpendicular to the bottom wall of the food processing cup. The extension section extends from the inside of the food processing cup to the outside of the food processing cup, and is provided in an integrated structure with the wall of the food processing cup, and the end of the further extension section extending away from the embedded section extends from the outer wall surface of the food processing cup. Out to the outside of the food processing cup.

In the above multiple technical solutions, the extrusion surface is an inclined plane or an arc-shaped surface, and the included angle between the inclined plane and the bottom wall of the food processing cup is β, where 19.9 ° ≤β≤59.9 °, or 29.9 ° ≤ β≤49.9 °.

In these technical solutions, the pressing surfaces can be inclined at the same angle to form an inclined plane. At this time, the angle β between the inclined plane and the bottom of the food processing cup is between 19.9 ° and 59.9 °. The included angle β can be between 29.9 ° and 49.9 °, so that the inclination of the inclined plane can be relatively moderate, so that the pressing force of the pressing surface can be ensured and the food waste can be smoothly discharged to prevent the food channel from being blocked. Of course, in other solutions, the extrusion surface may also be arc-shaped to form an arc-shaped extrusion surface.

In the above multiple technical solutions, the food processing cup further includes: a slag discharge nozzle, which is movably installed at the outlet of the slag discharge channel, and can be retracted or folded relative to the slag discharge channel.

In these technical solutions, a slag discharge nozzle that can be retracted or folded can be additionally provided at the slag discharge channel, so that the slag discharge can be used to guide the food slag during the slag discharge to change the slag height or slag connection position. After the slag ejection is completed, the slag ejection nozzle can be retracted or folded to change the length of the slag ejection protrusion outside the slag ejection channel, or the slag ejection nozzle is completely retracted and installed in the slag ejection channel to The hidden storage of the slag spout is realized, so that the overall size of the food processing cup can be reduced, thereby reducing the cost of product storage, transportation and packaging. Specifically, for example, the slag nozzle can be rotatably installed at the slag discharge channel in a circumferential direction, or the slag nozzle can be movably installed at the slag discharge channel in the axial direction. Of course, the slag nozzle can also be folded. Installed in the slag discharge channel.

Further, in these technical solutions, specifically, the filter component of the food processing cup component may be used to filter food juice so as to enable juice residue separation. The filter module is provided with a filter channel, and the food juice can be filtered by the filter module through the filter channel, and the food juice filtered by the filter module can be stored in the filter module and the inner side wall of the food processing cup or the filter module and food. The juice storage cavity surrounded by the inner wall and the inner bottom wall of the processing cup. The filter component is arranged in a non-ring shape along the circumferential direction of the food processing cup, that is, the filter component is not a ring structure or a cylindrical structure, but a non-ring structure such as a sheet structure or a plate structure. The whole circle of the food processing cup is not installed in the entire circumferential direction of the screw, so that the existing filter cartridge or bowl-shaped filter structure can be replaced by a non-circular filter assembly, thereby simplifying the product. Structure to reduce product costs. In addition, the filter element of the non-ring structure has a small area, so it will be easier to clean, and the phenomenon that the filter screen of the existing food processor is difficult to clean can be improved to a certain extent. There is also a non-ring-shaped filter assembly that does not need to be coaxially aligned with the screw when it is installed, so it can reduce the number of parts that need to be aligned during installation, and reduce the difficulty of alignment operations. It will interfere with the screw, so you can either disassemble the screw first, then disassemble the filter assembly, or disassemble the filter assembly, and then disassemble the screw to improve the randomness and convenience of disassembly and assembly of the screw and filter assembly.

In the above multiple technical solutions, the width of the juice filtering channel in the circumferential direction of the food processing cup is t, where 0.19 mm ≦ t ≦ 1.29 mm, or 0.3 mm ≦ t ≦ 0.9 mm.

In these technical solutions, a reasonable setting of the width of the juice filtering channel can reasonably set the filtering capacity of the filtering component, thereby ensuring the juice output efficiency and the purity of the food juice.

In the above multiple technical solutions, an inner wall of the food processing cup is provided with a mounting groove, and the filter assembly is installed in the mounting groove.

In these technical solutions, a mounting groove may be provided on the inner wall of the food processing cup, so that the filter assembly can be installed through the mounting groove, and this structure can be accommodated by the thickness of the inner wall of the food processing cup. The filter module can be partially or completely embedded in the side wall of the food processing cup. This can increase the space utilization of the food processing cup and make the structure between the filter module and the food processing cup more compact. Reduce the overall volume of the product. In addition, this structure can also limit the degree of freedom of the filter assembly in the circumferential direction through the two sides of the mounting groove, thereby preventing the filter assembly from moving in the circumferential direction of the food processing cup.

In the above multiple technical solutions, the width of the mounting groove in the radial direction of the food processing cup is narrowed from the direction of the mouth of the food processing cup to the bottom wall of the food processing cup, and the shape and size of the filter assembly are different from those of the mounting groove. Shape and size fit.

In these technical solutions, the mounting groove can be set to a structure with a large size and a small structure, such as a fan-shaped structure. At this time, the filter module can also be set to a structure with a large size and a small structure, such as a fan-shaped structure. It can better adapt to the installation slot. In addition, this structure can make the upper and lower sides of the juice storage cavity when the juice storage cavity is enclosed by the filter assembly and the installation groove, so that the lower end of the juice storage cavity can be gradually narrowed, which is more beneficial to the juice storage cavity. Drain of juice.

The width of the juice storage cavity in the radial direction of the food processing cup is narrowed from the cup mouth direction of the food processing cup to the bottom wall direction of the food processing cup. This arrangement can make the upper and lower sides of the juice storage cavity narrow, so that the lower end of the juice storage cavity can be gradually narrowed, which is more conducive to the discharge of juice in the juice storage cavity.

In the above multiple technical solutions, the side wall or the bottom wall of the food processing cup is further provided with a juice outlet, and the juice outlet is located at a position where the width of the juice storage cavity in the radial direction of the food processing cup is the narrowest.

In these technical solutions, a juice outlet can be provided at the position where the radial width of the juice storage cavity is the smallest, so that the juice in the juice storage cavity can be discharged through the juice outlet, and this arrangement can be used during the juice discharge process. The juice in the juice storage chamber is automatically collected at the juice outlet, so that the juice in the juice storage chamber can be automatically discharged more smoothly and cleanly, thereby reducing the residue of the juice in the juice storage chamber.

In the above multiple technical solutions, the mounting groove is a fan-shaped groove, and the included angle between the two side walls of the fan-shaped groove arranged along the circumferential direction of the food processing cup is θ, where 45 ° ≤θ≤135 °, or 60 ° ≤θ≤120 °.

In these technical solutions, the installation groove can be set as a fan-shaped groove, because the fan-shape is a more common and better-processed shape, so the processing difficulty of the installation groove can be simplified. The angle between the left and right sides of the fan-shaped groove should not be too large or too small. It can be set between 45 ° and 135 °, or between 60 ° and 120 °. This can gradually narrow the width of the fan-shaped slot. It does not cause a sudden change, so that the bottom of the fan-shaped groove is too sharp or the bottom is too wide.

In the above multiple technical solutions, the filter assembly includes: a filter sheet, which is installed on the inner side wall of the food processing cup, forms a juice storage cavity with the food processing cup, and the filter sheet is provided with at least one filter hole; at least one insertion bar, It can be inserted and installed into at least one filter hole one by one, and each insert bar can form one or more juice filter channels with a corresponding filter hole; wherein the filter piece is non-linear along the circumferential direction of the food processing cup. Ring setting.

In these technical solutions, the filter assembly includes a non-circular filter sheet and at least one insert bar arranged along the circumferential direction of the food processing cup, so that a non-circular filter structure can be formed by the filter sheet and at least one insert bar. The filter sheet is used to form a juice storage cavity with the food processing cup, and the filter sheet is also provided with a filter hole, so that the food juice can enter the juice storage chamber through the filter hole. The insertion strip can be inserted into the filtering hole to reduce the opening area of the filtering hole, which can reduce the opening area of the juice channel of the filtering component, so as to improve the filtering effect of the filtering component and prevent large pieces of food residue from passing through. Filter the module into the juice storage chamber. And this filter assembly, because the juice channel is a combination of a filter plate and an insert bar, the filter holes on the filter plate can be set slightly larger than the filter hole of the filter structure, and then through the insert bar to The opening area is reduced, so that the opening area of the juice channel of the filter assembly can meet the needs of juice filtration. In this structure, the filter sheet and the insert strip can be disassembled and cleaned during cleaning. However, since the area of the filter sheet is small and the filter holes are large, it is very easy to clean. This can solve the filter screen in the prior art. Pain points that are difficult to clean, which can improve the user experience.

In the above multiple technical solutions, at least one insertion bar is integrally disposed on the inner side wall of the food processing cup.

In these technical solutions, at least one insert bar can be provided on the inner wall of the food processing cup, so that a filter assembly can be formed by the insert bar on the inner wall of the food processing cup and a filter sheet, so as to realize the food ingredients. Filtering. While this structure can reduce the difficulty of cleaning, the insert bar can be integrated on the inner side wall of the food processing cup, thereby reducing the number of parts, thereby simplifying the structure of the product, improving the installation efficiency, and improving the user. Use experience.

Wherein, a mounting groove is provided on the inner side wall of the food processing cup, and when the filter assembly is installed in the mounting groove, at least one insertion bar may be arranged on the bottom wall of the mounting groove.

In the above multiple technical solutions, the filter assembly further includes: a connecting member, which can be detachably mounted on a side of the filter sheet close to the food processing cup; wherein at least one insert bar is mounted on the connecting member.

In these technical solutions, an additional connection member can be provided outside the filter sheet, so that one or more insertion bars can be connected into a whole, so that one or more insertion bars can be realized by the connection member. Installation on the filter plate to simplify the installation of the filter assembly. In addition, this structure, because the insert bar is not provided on the food processing cup, on the one hand, the structure of the food processing cup can be simplified, and on the other hand, the filter assembly can be detached as a whole, thereby improving the convenience of cleaning and subsequent maintenance. Convenience.

Among them, the number of the inserted bars is multiple, and the number of the filtering holes is the same as the number of the inserted bars. This can form a plurality of juice filtering channels, thereby improving the filtering performance of the filtering module.

Among them, a plurality of insertion bars are arranged parallel to each other and spaced on the connecting piece, a plurality of filter holes are provided on the filter plate in parallel and spaced apart, and the filter holes are distributed in the axial direction of the food processing cup. The lower end of the filter holes is open, and the insertion bars can Insert from the lower end of the filter sheet and mount it to the upper end of the filter sheet.

In these technical solutions, a plurality of insertion bars are arranged parallel to each other and spaced on the connecting member, and a plurality of filter holes are arranged on the filter plate in parallel and spaced apart, so that the structure of the filter assembly is simpler. The filter holes are distributed along the axial direction of the food processing cup, and the lower end of the filter holes is open. The insertion strip can be inserted and installed from the lower end of the filter sheet to the upper end of the filter sheet, so that the filter sheet and the insertion strip can be inserted from the up and down direction , Which can improve the installation convenience between the filter sheet and the insertion bar.

In the above multiple technical solutions, the filter assembly includes a mesh sheet and a mounting frame, and the mesh sheet is mounted on the mounting frame.

In these technical solutions, the filter assembly can also be set into a structure of a mesh sheet and a mounting frame, and the mesh sheet and the mounting frame can be integrally injection-molded. In specific installation, a structure composed of a mesh sheet and a mounting bracket may be inserted and installed between the screw and a side wall of the food processing cup.

In the above multiple technical solutions, a mounting hole is provided on a side wall of the food processing cup, and the food processing cup assembly further includes a juice outlet, and one end of the juice outlet can be detachably installed in the food processing cup through the mounting hole; wherein, the filter component It is located in the food processing cup and is installed on the end of the juice spout protruding into the food processing cup.

In these technical solutions, the filter assembly can also be detachably installed at a mounting hole through a juice outlet, etc., so that the food juice can be discharged along the installation hole and the juice outlet after being filtered by the filter component. This structure can The filter assembly and the spout are installed together to optimize the structure of the product. Among them, the filter component here is a filter structure composed of a mesh sheet and a mounting frame.

In the plurality aspect, there is between the screw and the filter assembly mounted within the food processing cup is provided a first gap, the gap width of the first value of d _1, wherein, 0.19mm≤d ₁ ≤1.99mm, or 0.29 mm≤d ₁ ≤0.99mm.

In these technical solutions, a screw can be provided in the food processing cup, so that the pulverization processing such as squeezing of food materials can be realized through the cooperation of the screw and the food processing cup. The first gap d ₁ between the filter element and the screw is set between 0.19mm-1.99mm, or between 0.29mm-0.99mm, which can make the first gap between the filter element and the screw very small, so that When the screw rotates, on the one hand, the screw can cooperate with the filter assembly to fully squeeze the food ingredients to ensure the juice yield, and on the other hand, the screw can directly scrape the surface of the filter assembly, so that the food residue on the filter assembly can be scraped. Take it away to achieve cleaning of the filter assembly, so that food residues remaining on the filter assembly can be reduced, and the cleaning difficulty of the filter assembly can be reduced.

In the above multiple technical solutions, the inner side wall of the food processing cup is provided with a matching rib, which can cooperate with a screw installed in the food processing cup to process the food materials; wherein the food processing cup is removed from the food processing cup. The opening from the cup to the bottom of the food processing cup includes an installation area, a pressing area, and a grinding area. The matching ribs include: pressing ribs, which are arranged on the inner side wall of the food processing cup and extend from the pressing area of the food processing cup to the food. The bottom wall of the processing cup; the grinding ribs are arranged on the side wall of the grinding area of the food processing cup and extend to the bottom of the food processing cup.

In these technical solutions, some matching ribs, such as extrusion ribs and grinding ribs, may be provided on the inner side wall of the food processing cup, so that the matching ribs such as extrusion ribs and grinding ribs can be used to cooperate with the screw to strengthen the screw. Treatment effect on ingredients. The food processing cup includes a mounting area, a squeezing area, and a grinding area in order from the mouth of the food processing cup to the bottom wall of the food processing cup. The mounting area is used to realize the distance between the food processing cup and the feeding cup or vacuum cover. Installation, and the squeezing area is used for preliminary squeezing or cutting of the food materials, and the grinding area is used for grinding the food materials to further improve the squeeze effect of the screw on the food materials. The provision of squeeze ribs can increase the processing effect of the squeeze zone and the grinding zone on the ingredients. The provision of grinding ribs can further enhance the local grinding effect of the grinding zone.

In the plurality aspect, there is provided between the screw and the second mating rib gap, the gap width of the second value of d _2, wherein, 0.19mm≤d ₂ ≤1.99mm, or 0.29mm≤d ₂ ≤0.99mm .

In these technical solutions, a screw can be provided in the food processing cup, so that the pulverization processing such as squeezing of food materials can be realized through the cooperation of the screw and the food processing cup. The second gap d ₂ between the mating rib and the screw is set between 0.19mm-1.99mm, or between 0.29mm-0.99mm, which can make the second gap between the mating rib and the screw very small. When the screw rotates, on the one hand, the screw can cooperate with the matching ribs to fully squeeze the ingredients to ensure the juice yield, on the other hand, the screw can directly scrape on the surface of the matching ribs, so that the food residue on the matching ribs can be scraped. Waiting to take away, this can reduce the food residue remaining on the inner side wall of the food processing cup, and reduce the difficulty of cleaning the food processing cup.

In the above multiple technical solutions, the food processing cup assembly further includes: a feeding cup, which is installed at the mouth of the food processing cup and is used to open and close the mouth of the food processing cup; wherein the filter assembly is close to the feeding cup. One end is limited by the feeding cup.

In these technical solutions, a feeding cup may be provided at the cup mouth of the food processing cup to realize feeding through the feeding cup. Here, the feeding cup may be in the shape of a cylinder with a push rod, or It is a structure with a storage platform and a cutting device. At the same time, the upper end of the filter assembly can be installed to the feeding cup, so as to realize the limited installation of the filter assembly through the feeding cup, so that the filter assembly can be prevented from moving in the axial direction of the food processing cup.

An embodiment of the fourth aspect of the present application provides a food processing machine, including: a base, with a driving device disposed in the base; the food processing cup assembly and the food processing cup assembly provided in any of the second or third aspect embodiments; It can be installed on the base; the screw can be rotatably installed in the food processing cup, and can cooperate with the driving device to rotate under the driving of the driving device.

The food processing machine according to the embodiment of the present application includes a base, a food processing cup assembly and a screw, wherein the food processing cup can be mounted on the base and the screw in the food processing cup can be matched with a driving device, so that The driving device drives the screw to rotate in the food processing cup to perform processing such as stirring the food in the food processing cup. At the same time, since the food processor provided by the embodiment of the present application also has the food processing cup assembly provided by the second aspect or any one of the third aspects, the food processor provided by the embodiment of the present application also has the second aspect. Or all the beneficial effects of the food processing cup assembly provided by any embodiment of the third aspect. Not one by one here.

In any of the above technical solutions, the screw includes a spiral body and a spiral rib provided on the spiral body, and the spiral body includes a cutting section, an extrusion section, and a grinding section in order from the top of the spiral body to the bottom of the spiral body; wherein the spiral rib includes at least one secondary spiral body The main spiral rib extending from the top to the bottom of the spiral body, and multiple secondary spiral ribs extending from the cutting section to the bottom of the spiral body, and a plurality of grinding spiral ribs provided on the grinding section.

In these technical solutions, the screw includes a spiral body and a spiral rib, wherein the spiral rib is used to form a spiral groove with the spiral body to realize the conveyance of food ingredients. The spiral body can be divided into three sections from top to bottom, namely a cutting section, an extrusion section, and a grinding section. Among them, the cutting section is used for preliminary extrusion cutting of food materials, and the extrusion section is used for preliminary extrusion of food materials, and The grinding section is used for precise grinding of food ingredients. In order to improve the processing effect of ingredients in each section, at least one main spiral rib can be provided on the spiral body from the beginning to the end, and one or more secondary spiral ribs can be provided on the middle and upper part of the spiral body. One or more grinding spiral ribs are provided to enhance the local grinding effect of the grinding section.

In any of the above technical solutions, the height of the spiral rib in the radial direction of the screw decreases from the top of the spiral body to the bottom of the spiral body, and / or the cross-sectional area of the spiral body increases from the top of the spiral body to the bottom of the spiral body, and the spiral body The projection distance between the edge of the top surface and the axis of the spiral body in the radial direction of the screw is a, where 3.99mm≤a≤9.99mm, or 4.99mm≤a≤7.99mm.

In these technical solutions, the radial width of the spiral rib can be gradually narrowed from top to bottom, so that the depth of the spiral groove surrounded by the spiral rib and the spiral body can be gradually reduced, so that the depth of the spiral groove and the The particle size is adapted so that the more the food is processed, the more broken it becomes. The spiral body is set in a conical structure, and the projection distance a of the upper edge of the spiral body and the axis of the spiral body in the radial direction of the screw is set at 3.99mm-9.99mm, or further, 4.99mm-7.99mm.

In any of the above technical solutions, the food processor is a juicer or a juicer. Of course, the food processor can also be other structures than the juicer and the juicer, such as a juicer and a wall breaker. Wait.

An embodiment of the fifth aspect of the present application provides a food processor including: a food processing cup; a screw rotatably installed in the food processing cup; a filter assembly provided in any one of the embodiments of the first aspect The filter assembly is installed in the food processing cup, located between the food processing cup and the screw, and surrounds the food processing cup to form a juice storage chamber which is in communication with the juice channel.

The food processing machine according to the embodiment of the present application includes a food processing cup, a screw and a filtering component, wherein the screw can process the food together with the food processing cup, and the filtering component is used for filtering out food juice. Meanwhile, since the food processor provided by the embodiment of the present application has the filter assembly provided by any embodiment of the first aspect, the food processor provided by the embodiment of the present application has the filter provided by any embodiment of the first aspect All the beneficial effects of the components are not listed here.

In any of the above technical solutions, the food processor further includes: a feeding cup, installed at the mouth of the food processing cup, for opening and closing the mouth of the food processing cup; wherein the filter assembly is near one end of the feeding cup The limit is mounted to the feeding cup.

In these technical solutions, a feeding cup can be set at the cup mouth of the food processing cup to realize feeding through the feeding cup. Here, the feeding cup can be a cylinder with a push rod, or It is a structure with a storage platform and a cutting device. At the same time, the upper end of the filter assembly can be installed to the feeding cup, so that the limiting installation of the filter assembly can be achieved through the feeding cup, so that the filter assembly can be prevented from moving in the axial direction of the food processing cup.

In any aspect, the second gap is provided between the filter assembly and the screw, the width of the second gap is d _2, wherein, 0.19mm≤d ₂ ≤1.99mm, or 0.29mm≤d ₂ ≤0.99mm .

In these technical solutions, a screw can be provided in the food processing cup, so that the pulverization processing such as squeezing of food materials can be realized through the cooperation of the screw and the food processing cup. The second gap d ₂ between the filter module and the screw is set between 0.19mm-1.99mm, or between 0.29mm-0.99mm, which can make the second gap between the filter module and the screw very small, so that When the screw rotates, on the one hand, the screw can cooperate with the filter assembly to fully squeeze the food ingredients to ensure the juice yield, and on the other hand, the screw can directly scrape the surface of the filter assembly, so that the food residue on the filter assembly can be scraped. Take it away to achieve cleaning of the filter assembly, so that food residues remaining on the filter assembly can be reduced, and the cleaning difficulty of the filter assembly can be reduced.

An embodiment of the sixth aspect of the present application provides a food processor including a food processing cup, a screw rotatably installed in the food processing cup, and a filter provided in any one of the embodiments of the first aspect. An assembly, wherein a gap between the food processing cup and the screw decreases from a mouth of the food processing cup to a bottom wall of the food processing cup.

The food processing machine provided according to the embodiment of the present application includes a food processing cup, a screw and a filtering component, wherein the screw can process the food together with the food processing cup, and the filtering component is used for filtering out food juice. Meanwhile, since the food processor provided by the embodiment of the present application has the filter assembly provided by any embodiment of the first aspect, the food processor provided by the embodiment of the present application has the filter provided by any embodiment of the first aspect All the beneficial effects of the components are not listed here.

Specifically, the food processing machine provided according to the embodiment of the present application may have a structure such as a raw juicer, a juicer, and the like. Further, the gap between the food processing cup and the screw extends from the mouth of the food processing cup to the food processing cup. The bottom wall decreases, in particular, gradually decreases. In this way, the material channel formed between the food processing cup and the screw becomes narrower and narrower, so that the food material can be gradually processed into smaller and smaller pieces, which can improve the juice yield. Further, the food processing cup may be provided in a conical shape.

In any of the above technical solutions, the width of the juice storage cavity in the radial direction of the food processing cup is narrowed from the mouth of the food processing cup to the bottom wall of the food processing cup, and the side wall or bottom wall of the food processing cup is narrowed. A juice outlet that is in communication with the juice storage cavity is also provided on the upper surface, and the juice outlet is located at the position where the juice storage cavity has the narrowest width in the radial direction of the food processing cup.

In these technical solutions, the width of the juice storage cavity in the radial direction of the food processing cup is narrowed from the mouth direction of the food processing cup to the bottom wall of the food processing cup, which can make the juice storage chamber wide and narrow. In this way, the lower end of the juice storage chamber can be gradually narrowed, which is more conducive to the discharge of the juice in the juice storage chamber. At the same time, a juice outlet can be provided at the position where the radial width of the juice storage cavity is the smallest, so that the juice in the juice storage cavity can be discharged through the juice outlet, and this arrangement can be used to drain the juice in the juice storage cavity during the juice discharge process. The juice is automatically collected at the juice outlet, so that the juice in the juice storage chamber can be automatically discharged more smoothly and cleanly, thereby reducing the residue of the juice in the juice storage chamber.

In any of the above technical solutions, the food processor further includes: a feeding cup, installed at the mouth of the food processing cup, for opening and closing the mouth of the food processing cup; wherein the filter assembly is near one end of the feeding cup The limit is mounted to the feeding cup.

In these technical solutions, a feeding cup can be set at the cup mouth of the food processing cup to realize feeding through the feeding cup. Here, the feeding cup can be a cylinder with a push rod, or It is a structure with a storage platform and a cutting device. At the same time, the upper end of the filter assembly can be installed to the feeding cup, so that the limiting installation of the filter assembly can be achieved through the feeding cup, so that the filter assembly can be prevented from moving in the axial direction of the food processing cup.

In any of the above technical solutions, an inner wall of the food processing cup is provided with a mounting groove, and the filter component is installed in the mounting groove. The shape of the mounting groove and the shape and size of the filter component are adapted to each other.

In these technical solutions, a mounting groove may be provided on the inner wall of the food processing cup, so that the filter assembly can be installed through the mounting groove, and this structure can be accommodated by the thickness of the inner wall of the food processing cup. The filter module can be partially or completely embedded in the side wall of the food processing cup. This can increase the space utilization of the food processing cup and make the structure between the filter module and the food processing cup more compact. Reduce the overall volume of the product. In addition, this structure can also limit the degree of freedom of the filter assembly in the circumferential direction through the two sides of the mounting groove, thereby preventing the filter assembly from moving in the circumferential direction of the food processing cup.

In still another technical solution described above, a side wall of the food processing cup is provided with a mounting hole, and the food processing machine further includes: a juice outlet, one end of the juice outlet can be detachably installed in the food processing cup through the mounting hole; wherein, the filter component It is installed on the end of the juice spout protruding into the food processing cup.

In these technical solutions, the filter assembly can also be detachably installed at a mounting hole through a juice outlet, etc., so that the food juice can be discharged along the installation hole and the juice outlet after being filtered by the filter component. This structure can The filter assembly and the spout are installed together to optimize the structure of the product. Among them, the filter component here is a filter structure composed of a mesh sheet and a mounting frame.

In any of the above technical solutions, the inner side wall of the food processing cup is provided with a matching rib, which can cooperate with a screw to process food ingredients; wherein the food processing cup is from the mouth of the food processing cup to the food processing cup. The bottom wall includes a mounting area, a squeezing area, and a grinding area in turn. The matching ribs include: squeezing ribs, which are arranged on the side wall of the food processing cup and extend from the squeezing area of the food processing cup to the bottom wall of the food processing cup; grinding The ribs are arranged on the side wall of the grinding area of the food processing cup and extend to the bottom of the food processing cup.

In these technical solutions, some matching ribs, such as extrusion ribs and grinding ribs, may be provided on the inner side wall of the food processing cup, so that the matching ribs such as extrusion ribs and grinding ribs can be used to cooperate with the screw to strengthen the screw. Treatment effect on ingredients. At the same time, the food processing cup can be set in order from the mouth of the food processing cup to the bottom wall of the food processing cup as an installation area, a squeezing area, and a grinding area. Among them, the food processing cup and the feeding cup or The installation between the vacuum cover and the like, the food material is initially squeezed or cut through the pressing area, and the food material is ground through the grinding area to further improve the extrusion effect of the screw on the food material. By setting the squeeze ribs, the processing effect of the squeeze zone and the grinding zone on the ingredients can be increased. The provision of grinding ribs can further enhance the local grinding effect of the grinding zone.

In any aspect, there is provided between the screw and a first mating rib gap, the first gap width is d _1, wherein, 0.19mm≤d ₁ ≤1.99mm, or 0.29mm≤d ₁ ≤0.99mm.

In these technical solutions, a screw can be provided in the food processing cup, so that the pulverization processing such as squeezing of food materials can be realized through the cooperation of the screw and the food processing cup. And the first gap d ₁ between the mating rib and the screw is set between 0.19mm-1.99mm, or between 0.29mm-0.99mm, which can make the first gap between the mating rib and the screw very small, so that When the screw rotates, on the one hand, the screw can cooperate with the matching ribs to fully squeeze the ingredients to ensure the juice yield, on the other hand, the screw can directly scrape on the surface of the matching ribs, so that the food residue on the matching ribs can be scraped. Waiting to take away, this can reduce the food residue remaining on the inner side wall of the food processing cup, and reduce the difficulty of cleaning the food processing cup.

In any of the above technical solutions, the bottom wall or side wall of the food processing cup is provided with a slag discharge channel, and the side wall of the slag discharge channel is a non-porous side wall.

In these technical solutions, the food processing cup is provided with a slag discharge channel, wherein the slag discharge channel can be provided on the bottom wall of the food processing cup or on the side wall of the food processing cup, which is not specifically described here. limited. The residue discharge channel is used to discharge the food residue after the juice residue separation, and the side wall of the residue discharge channel is a non-porous side wall, that is, the side wall of the residue discharge channel near the center of the food processing cup is a non-porous side wall. And the side wall of the slag discharge channel far from the center of the food processing cup is also a non-porous side wall, that is, there is no through-hole structure on the inner and outer side walls of the slag discharge channel, that is, the inside and outside of the slag discharge channel. All the side walls are closed structures. This can enhance the area where the slag discharge channel matches the food slag, so that when the food slag is discharged from the slag discharge channel, it can be fully squeezed with the side wall of the slag discharge channel. During the dregs process, the squeezing force between the dregs and the dregs is enhanced to ensure the dregs resistance at the dregs outlet, so that the juice and dregs of the food can be completely separated to ensure the efficiency of the juice. In addition, by setting the side wall of the slag discharge channel to a closed structure, this structure can enhance the strength of slag discharge and ensure the effect of juice and residue separation. At the same time, this structure can achieve juice and residue separation without the use of extruded silica gel. This eliminates the use of slag squeeze silica gel, reduces the number of product parts, improves product installation efficiency, and reduces product production costs. This structure also eliminates the need to punch holes in the side wall of the slag discharge channel, that is, it is not necessary to provide holes for installing slag squeeze silica gel in the side wall of the slag discharge channel, which can also simplify the structure of the food processing cup and reduce food processing. The processing of the cup is difficult, thereby reducing the overall production cost of the product.

In any one of the above technical solutions, the rear side of the entrance of the slag exit channel is protruded toward the cup mouth of the food processing cup with respect to the front side of the entrance of the slag exit channel.

In these technical solutions, the inlet of the slag discharge channel is set in the inner bottom wall of the food processing cup, and the crushed food will rotate with the screw, and during the rotation of the food with the screw, the food and slag first The side that comes into contact with the entrance of the channel is the front side of the entrance to the slag exit channel, and the side that comes into contact with food is the rear side, that is, the front and back here refer to the order of contact with the food. The rear side of the entrance of the slag exit channel is opposite to the front side of the entrance of the slag exit channel. The rear side of the entrance of the slag exit channel is higher than the front side of the entrance of the slag exit channel. Among them, a height difference h is set between the rear side of the entrance of the slag exit channel and the front side of the entrance of the slag exit channel, so that when the crushed food rotates with the screw, the food first passes through the front side of the entrance of the slag exit channel. , And then blocked by the rear side of the entrance of the slag exit channel, so that more and more crushed food will gradually gather at the entrance of the slag exit channel, so that the crushed food can be at the entrance of the screw and the slag exit channel. The double side of the rear side is squeezed, so that the residue resistance can be ensured, so that the juice residue can be completely separated, and the separated food residue is discharged from the residue outlet channel.

In any of the above technical solutions, the slag discharge channel is provided on the bottom wall of the food processing cup, and the slag discharge channel includes: an embedded section installed in the outer bottom wall of the food processing cup; an extended section connected to the embedded section, and The outer bottom wall surface protruding from the food processing cup is provided; wherein, the inner wall surface of the side of the protruding section near the center of the food processing cup is provided with a pressing surface, and the pressing surface is away from the side near the bottom wall of the food processing cup to be away from One side of the bottom wall of the food processing cup extends obliquely from the center direction of the food processing cup to the outer direction of the food processing cup.

In these technical solutions, the residue discharge channel can be set on the bottom wall of the food processing cup, so that the waste can be discharged by using gravity. The slag exit channel includes an embedded section and an extension section, wherein the embedded section is embedded and installed in the food processing cup. Here, the embedded section is arranged perpendicular to the bottom wall of the food processing cup, so that the direction of the slag discharge can be completely consistent with the gravity direction of the food slag. , So that the gravity of the food waste can be used to carry out the residue. The extension section is arranged on the outer bottom wall of the food processing cup, and is used to guide the food residue to a more convenient position for slag collection. For example, the extension section can be bent in the radial direction of the food processing cup, and The protruding section protrudes from the outer side wall of the food processing cup, so that the food waste can be discharged from the bottom of the food processing cup, but the slag can still be collected at the side wall of the food processing cup instead of from the bottom of the food processing cup. Slag connection, so that the slag connection can be made more convenient while the slag is discharged by gravity. By providing a pressing surface on the inner wall surface of the protruding section near the center of the food processing cup, that is, the pressing surface is provided on the inner wall surface of the inner side of the protruding section, and the pressing surface is close to the food processing cup. The side of the bottom wall to the side far from the bottom wall of the food processing cup extends obliquely from the center of the food processing cup to the outer direction of the food processing cup, that is, the pressing surface is tilted from the top to the bottom from the inside to the outside. The pressing surface can be gradually arranged toward the outside of the food processing cup, so that a support surface can be formed below the connection between the embedding section and the protruding section, so that food residue can be discharged after entering the residue discharge channel. The rear end of the entrance side of the channel, the screw and the extrusion surface are multi-directionally squeezed, so as to ensure the slag separation resistance required for juice and residue separation. This can ensure the effect of juice and residue separation, ensure the juice yield, and reduce the food residue. Moisture to ensure the dryness of the food waste.

Of course, in other solutions, the inner side wall of the protruding section can also be set directly perpendicular to the bottom of the food processing cup, so that the food waste cannot be squeezed through the protruding section, but the food waste can flow more Smooth, it can prevent the food residue from being blocked in the protruding section, and of course, it is more conducive to cleaning the protruding section.

Wherein, the embedded section is arranged vertically, and can be arranged perpendicular to the bottom wall of the food processing cup. The extension section extends from the inside of the food processing cup to the outside of the food processing cup, and is provided in an integrated structure with the wall of the food processing cup, and the end of the further extension section extending away from the embedded section extends from the outer wall surface of the food processing cup. Out to the outside of the food processing cup.

In the above multiple technical solutions, the extrusion surface is an inclined plane or an arc-shaped surface, and the included angle between the inclined plane and the bottom wall of the food processing cup is β, where 19.9 ° ≤β≤59.9 °, or 29.9 ° ≤ β≤49.9 °.

In these technical solutions, the pressing surfaces can be inclined at the same angle to form an inclined plane. At this time, the angle β between the inclined plane and the bottom of the food processing cup is between 19.9 ° and 59.9 °. The included angle β can be between 29.9 ° and 49.9 °, so that the inclination of the inclined plane can be relatively moderate, so that the pressing force of the pressing surface can be ensured and the food waste can be smoothly discharged to prevent the food channel from being blocked. Of course, in other solutions, the extrusion surface may also be arc-shaped to form an arc-shaped extrusion surface.

In the above multiple technical solutions, the food processing cup further includes: a slag discharge nozzle, which is movably installed at the outlet of the slag discharge channel, and can be retracted or folded relative to the slag discharge channel.

In these technical solutions, a slag discharge nozzle that can be retracted or folded can be additionally provided at the slag discharge channel, so that the slag discharge can be used to guide the food slag during the slag discharge to change the slag height or slag connection position. After the slag ejection is completed, the slag ejection nozzle can be retracted or folded to change the length of the slag ejection protrusion outside the slag ejection channel, or the slag ejection nozzle is completely retracted and installed in the slag ejection channel to The hidden storage of the slag spout is realized, so that the overall size of the food processing cup can be reduced, thereby reducing the cost of product storage, transportation and packaging. Specifically, for example, the slag nozzle can be rotatably installed at the slag discharge channel in a circumferential direction, or the slag nozzle can be movably installed at the slag discharge channel in the axial direction. Of course, the slag nozzle can also be folded. Installed in the slag discharge channel.

In the above multiple technical solutions, the bottom wall of the food processing cup is provided with a through hole, and the driving device is a motor, wherein the motor shaft of the motor or the screw shaft of the screw or the intermediate shaft provided between the screw and the motor shaft may be Pass through the hole to drive the motor to the screw.

In any of the above technical solutions, the food processing cup is a vertical juice cup.

In these technical solutions, the food processing cup is a vertical juice cup, that is, the filter assembly is used in a vertical juice processing food processor.

In any of the above technical solutions, the screw includes a spiral body and a spiral rib provided on the spiral body. The spiral body includes a cutting section, an extrusion section, and a grinding section in order from the top of the spiral body to the bottom of the spiral body. The spiral rib includes at least one from the top of the spiral body. A main spiral rib extending to the bottom of the spiral body, a plurality of secondary spiral ribs extending from the cutting section to the bottom of the spiral body, and a plurality of grinding spiral ribs provided on the grinding section.

In these technical solutions, the screw includes a spiral body and a spiral rib, wherein the spiral rib is used to form a spiral groove with the spiral body to realize the conveyance of food ingredients. The spiral body can be divided into three sections from top to bottom, namely a cutting section, an extrusion section, and a grinding section. Among them, the cutting section is used for preliminary extrusion cutting of food materials, and the extrusion section is used for preliminary extrusion of food materials, and The grinding section is used for precise grinding of food ingredients. In order to improve the processing effect of ingredients in each section, at least one main spiral rib can be provided on the spiral body from the beginning to the end, and one or more secondary spiral ribs can be provided on the middle and upper part of the spiral body. One or more grinding spiral ribs are provided to enhance the local grinding effect of the grinding section.

In any of the above technical solutions, the height of the spiral rib in the radial direction of the screw decreases from the top of the spiral body to the bottom of the spiral body, the cross-sectional area of the spiral body increases from the top of the spiral body to the bottom of the spiral body, and the top surface of the spiral body The projection distance between the edge of the spiral and the axis of the spiral body in the radial direction of the screw is a, where 3.99mm≤a≤9.99mm, or 4.99mm≤a≤7.99mm.

In these technical solutions, the radial width of the spiral rib can be gradually narrowed from top to bottom, so that the depth of the spiral groove surrounded by the spiral rib and the spiral body can be gradually reduced, so that the depth of the spiral groove and the The particle size is adapted so that the more the food is processed, the more broken it becomes. The spiral body is set in a conical structure, and the projection distance a of the upper edge of the spiral body and the axis of the spiral body in the radial direction of the screw is set at 3.99mm-9.99mm, or further, 4.99mm-7.99mm.

In any of the above technical solutions, the food processing machine further includes: a base, and a driving device is arranged in the base, and the driving device can cooperate with the screw to drive the screw to rotate; wherein the food processing cup can be installed on the base.

In these technical solutions, the food processing machine includes a base, a food processing cup, a screw and a filter assembly, etc. Among them, the food processing cup can be mounted on the base and the screw in the food processing cup can be matched with the driving device, so that The driving device can be used to drive the screw to rotate in the food processing cup to perform processing such as stirring the food in the food processing cup. The base here is used to support and install the food processing cup on the one hand, and on the other hand to provide a driving force for driving the rotation of the screw, and for electric control of the product.

Among them, the food processor is a juicer or a juicer. Of course, the food processor can also have other structures besides the juicer and the juicer, such as a wall breaker.

An embodiment of the seventh aspect of the present application provides a food processing machine, including: a food processing cup; a screw rotatably installed in the food processing cup; a feeding cup installed at a mouth of the food processing cup, which can be closed and opened Food processing cup; the feeding cup is a telescopic cup which can be extended and shortened.

The food processing machine provided according to the embodiment of the present application may have a structure such as a raw juicer, a juicer, and the like, and the food processing machine includes a food processing cup, a screw, and a feeding cup, wherein the food processing cup can cooperate with the screw to realize Cutting, pressing, etc. of the ingredients, and the feeding cup is used to cover the food processing cup and to add ingredients to the food processing cup. Among them, the feeding cup is a telescopic cup that can be extended and shortened. In this way, when the juice is squeezed, the feeding cup can be extended first to make the feeding cup have a larger volume. All the ingredients are put into the feeding cup at one time, and then the feeding cup can be compressed to shorten the feeding cup, so that the shortening of the feeding cup can be used to squeeze the ingredients in the feeding cup. , So that the ingredients in the feeding cup can be directly squeezed into the food processing cup. This kind of structure can directly squeeze the ingredients in the feeding cup into the food processing cup by shortening the feeding cup, so that there is no need to use a tool such as a push rod and no cutting in the feeding cup. Auxiliary tools such as devices can simplify the structure of the product and reduce the cost of the product. In addition, since auxiliary tools such as a push rod and a cutting device are not required to be placed in the feeding cup of the structure, the space in the feeding cup is sufficiently large, so all the ingredients can be directly input into the feeding at one time when feeding. In the cup, instead of feeding one by one, this can reduce the waiting time for feeding and simplify the operation process of feeding. There is also this structure, because there is no need for extra extra parts in the feeding cup, the feeding cup can be detachably installed on the food processing cup, so that after the pressing is completed, it can be directly passed through the feeding cup. Fill the food juice, so that when the user is too late to squeeze the juice, they can take the food juice directly through the feeding cup, and after the food juice is consumed, the user can compress the feeding cup and store it to improve the product's Stowability. Furthermore, because the feeding cup can be extended and shortened in this structure, the feeding cup can be shortened in the process of product transportation and storage, so that the overall height of the product can be reduced, and the storage and transportation of the product can be improved. Convenience.

An embodiment of the eighth aspect of the present application provides a food processor, including: the filter assembly and the food processing cup provided by any one of the first aspect; a screw, which can be rotatably installed in the food processing cup; a feeding cup, The food processing cup is installed at the mouth of the food processing cup and can be closed and opened. The feeding cup is a telescopic cup that can be extended and shortened.

The food processing machine provided according to the embodiment of the present application may have a structure such as a raw juicer, a juicer, and the like, and the food processing machine includes a food processing cup, a screw, and a feeding cup, wherein the food processing cup can cooperate with the screw to realize Cutting, pressing, etc. of the ingredients, and the feeding cup is used to cover the food processing cup and to add ingredients to the food processing cup. Among them, the feeding cup is a telescopic cup that can be extended and shortened. In this way, when the juice is squeezed, the feeding cup can be extended first to make the feeding cup have a larger volume. All the ingredients are put into the feeding cup at one time, and then the feeding cup can be compressed to shorten the feeding cup, so that the shortening of the feeding cup can be used to squeeze the ingredients in the feeding cup. , So that the ingredients in the feeding cup can be directly squeezed into the food processing cup. This kind of structure can directly squeeze the ingredients in the feeding cup into the food processing cup by shortening the feeding cup, so that there is no need to use a tool such as a push rod and no cutting in the feeding cup. Auxiliary tools such as devices can simplify the structure of the product and reduce the cost of the product. In addition, since auxiliary tools such as a push rod and a cutting device are not required to be placed in the feeding cup of the structure, the space in the feeding cup is sufficiently large, so all the ingredients can be directly input into the feeding at one time when feeding. In the cup, instead of feeding one by one, this can reduce the waiting time for feeding and simplify the operation process of feeding. There is also this structure, because there is no need for extra extra parts in the feeding cup, the feeding cup can be detachably installed on the food processing cup, so that after the pressing is completed, it can be directly passed through the feeding cup. Fill the food juice, so that when the user is too late to squeeze the juice, they can take the food juice directly through the feeding cup, and after the food juice is consumed, the user can compress the feeding cup and store it to improve the product's Stowability. Furthermore, because the feeding cup can be extended and shortened in this structure, the feeding cup can be shortened in the process of product transportation and storage, so that the overall height of the product can be reduced, and the storage and transportation of the product can be improved. Convenience. Meanwhile, since the food processor provided by the embodiment of the present application has the filter assembly provided by any embodiment of the first aspect, the food processor provided by the embodiment of the present application has the filter provided by any embodiment of the first aspect All the beneficial effects of the components are not listed here.

In any of the above technical solutions, the feeding cup includes: a feeding cylinder, two ends of the feeding cylinder are open, one end of the feeding cylinder is installed at the cup mouth of the food processing cup; the feeding cover, the feeding cover cover is installed at The other end of the feeding cylinder is used to open and close the feeding cylinder; wherein the feeding cylinder and the feeding cover are integrated, or the feeding cylinder and the feeding cover can be detachably connected.

In this technical solution, the feeding cup is composed of a feeding cylinder and a feeding cover, so that the upper end of the feeding cup can be sealed, so that the feeding cup can be used to contain the food juice, so as to realize the exterior of the food juice. band. The feeding barrel and the feeding cover can be set into a structure. For example, the feeding barrel and the feeding cover can be directly set into a cup structure with one end closed, and the feeding barrel and the feeding cover can be detachably connected. In this way, when feeding, the feeding cover can be opened directly, and then feeding from the top of the feeding barrel, and after the feeding is completed, the feeding barrel can be closed by the feeding cover to realize the pressing of the ingredients.

The feeding cover can be installed on the feeding cylinder by means of a thread.

In any of the above technical solutions, the feeding cylinder comprises: a first cylinder, which is installed at the mouth of the food processing cup; a telescopic cylinder, which is installed at an end of the first cylinder that is far from the food processing cup; a second cylinder, It is installed on the end of the telescopic cylinder far from the first cylinder, and the feeding cover is installed on the end of the second cylinder far from the telescopic cylinder. Among them, the first cylinder and the second cylinder are rigid cylinders, and the telescopic cylinder The body is a soft cylinder made of soft material.

In this technical solution, the feeding cylinder includes a first cylinder, a second cylinder, and a telescoping cylinder, and the existence of the telescoping cylinder enables the user to use the scalability of the telescoping cylinder to achieve the telescoping of the feeding cup. A cylinder and a second cylinder are arranged at both ends of the telescopic cylinder, so that the installation between the feeding cylinder and the food processing cup can be realized through the first cylinder, and the feeding cylinder and the feeding can be realized through the second cylinder. Installation between covers. The first cylinder and the second cylinder are rigid cylinders, such as a metal cylinder or a plastic cylinder. This can ensure the strength of the first cylinder and the second cylinder to ensure the overall strength of the feeding cylinder. The telescopic cylinder is a soft cylinder made of a soft material, so that the telescopic cylinder can be relatively soft, so that it can be compressed and deformed to achieve extension or shortening of the feeding cylinder.

In any of the above technical solutions, when the second cylinder and the retractable cylinder can be contracted into the first cylinder, and when the second cylinder is retracted into the first cylinder, there is a pre-preparation between the second cylinder and the food processing cup. Set the distance.

In these technical solutions, the sizes of the first cylinder, the second cylinder, and the telescopic cylinder can be reasonably set so that the second cylinder and the telescopic cylinder can be compressed into the first cylinder, so that the material is compressed during feeding. When the cup is used, the second cylinder and the retractable cylinder can be fully retracted into the first cylinder. This can ensure the expansion and contraction strength of the feeding cup, that is, the feeding cup can be shortened short enough to pass the feeding cup. Telescopically squeezes the ingredients in the feeding cup completely into the food processing cup. Of course, this setting can also make the feeding cup be compressed enough to reduce the product and the feeding cup in the storage and The volume when transported, so that the portability of the product and the feeding cup can be improved. When the second cylinder is contracted into the first cylinder, there is a preset distance between the second cylinder and the food processing cup, so that after the feeding cup is completely compressed, the second cylinder is not in the first cylinder. Interference with the food processing cup or the feeding cup can prevent the food processing cup and the feeding cup from being completely fitted after compression.

In any of the above technical solutions, the first cylinder, the telescopic cylinder, and the second cylinder are integrated structures, or the first cylinder, the telescopic cylinder, and the second cylinder are integrally injection-molded.

In these technical solutions, the first cylinder body, the telescopic cylinder body, and the second cylinder body are an integrated structure, which can ensure the connection strength and connection sealing performance between the first cylinder body, the telescopic cylinder body, and the second cylinder body. . Further, the first cylinder, the telescopic cylinder and the second cylinder can be integrally injection-molded to reduce the processing difficulty of the feeding cylinder.

The first cylinder and the second cylinder are plastic cylinders or metal cylinders, and the telescopic cylinder is a silicone cylinder or a rubber cylinder.

In any of the above technical solutions, the outer diameter of the feeding cylinder gradually increases from the second cylinder to the first cylinder.

In these technical solutions, the outer diameter of the feeding cylinder is gradually increased from the second cylinder to the first cylinder, and the feeding cylinder can be set into a conical structure with an upper, lower, and larger diameter, so that the After compression, the upper end of the feeding cylinder can be gradually compressed into the lower end, so that the expansion and contraction of the feeding cylinder can be realized more conveniently.

In any of the above technical solutions, the food processor further includes a matching cover, which can be installed on an end of the feeding barrel away from the feeding cover.

In these technical solutions, a matching lid can also be provided for the feeding cup, so that when the juice is taken out through the feeding cup, the feeding cup can be sealed by the matching lid.

In the above technical solution, the feeding cup can be detachably mounted on the food processing cup, or the feeding cup can be fixedly mounted on the food processing cup.

In these technical solutions, the feeding cup can be detachably installed at the mouth of the food processing cup, which enables the feeding cup to be detached separately from the food processing cup, so that after the juice is squeezed out, the feeding cup can be The cup is disassembled to carry the food juice, so that one thing of the feeding cup can be used. Of course, the feeding cup can also be directly fixed on the food processing cup.

In any of the above technical solutions, the food processor further includes a feeding cup installed between the food processing cup and the feeding cup, and a supporting bottom wall is provided in the feeding cup and is in communication with the feeding cup and the food processing cup. Feeding hole.

In these technical solutions, a feeding cup can be set between the food processing cup and the feeding cup, so that the connection between the feeding cylinder and the food processing cup can be realized by the feeding cup. The cup is used as the bottom of the feeding barrel, so that when feeding, the ingredients are buffered in the feeding barrel first, instead of directly stacking the ingredients directly on the screw, so that the ingredients can be fed from The feeding cup is gradually lowered into the food processing cup through the feeding opening, so that the ingredients can be fed in sequence, so that the screw can be prevented from being stuck by the ingredients.

In any of the above technical solutions, the food processing machine further includes: a first seal member provided between the lower cup and the food processing cup, for sealing between the lower cup and the food processing cup; a second seal member, provided The gap between the feeding cup and the feeding cup is used for sealing between the feeding cup and the feeding cup.

In these technical solutions, a first seal can be provided at the connection between the feeding cup and the food processing cup, so that the feeding cup and the food processing cup can be sealedly connected, which can improve the sealing performance between the two and prevent Air leakage and juice. Similarly, a second seal can also be provided at the connection between the feeding cup and the feeding cup, so that the feeding cup and the feeding cup can be tightly connected.

In any of the above technical solutions, the feeding cup is mounted on the food processing cup by means of snap-fitting, or is mounted on the food processing cup by means of screwing, and the feeding cup is mounted on the feeding cup by means of thread.

In these technical solutions, the feeding cup can be directly mounted on the food processing cup through a buckle or the like. Of course, threads can also be provided on the feeding cup and food processing respectively, so that the feeding cup can be threaded by means of threads. Mounted on a food processing cup. The feeding cup and the lower cup are installed by means of threads, because the installation method of the threads is not only reliable, but also convenient for disassembly and assembly.

In any of the above technical solutions, one of the positioning hole and the positioning shaft is provided on the surface of the support bottom wall near the food processing cup, and the other of the positioning hole and the positioning shaft is provided on the screw. The screw can pass through the positioning hole and the positioning. The shaft fits to the support bottom wall.

In these technical solutions, a positioning hole or positioning shaft can be provided on the support bottom wall of the lower cup, and a structure capable of cooperating with the positioning hole or positioning shaft is provided on the upper end surface of the screw, so that it can be installed during installation. The upper end of the screw is directly positioned and installed on the supporting bottom wall of the lower cup through the cooperation of the positioning hole and the positioning shaft, so that the upper end of the screw can be positioned, so that the screw can be prevented from shaking.

In any of the above technical solutions, the feeding hole is a fan-shaped hole or a fan-shaped hole, the center of the fan-shaped hole or the fan-shaped hole is consistent with the center of the feeding cup, and the center angle of the fan-shaped hole or the fan-shaped hole is 60 ° or less It is equal to 270 °, or the central angle of the fan-shaped hole or the fan-shaped hole is 90 ° or more and 180 ° or less.

In these technical solutions, the feeding holes can be set in a fan shape or a fan ring, and the angles on both sides of the feeding holes can be set between 60 ° -270 °, or further between 90 ° -180 °. In this way, the opening width of the feeding hole can be ensured, so that the feeding hole can be prevented from being too small, so that the food can be smoothly fed. Here, the center angle of the fan-shaped hole or the fan-shaped hole refers to the center angle corresponding to the fan shape.

Among them, the food processor is a juicer or a juicer. Of course, the food processor can also have other structures besides the juicer and the juicer, such as a wall breaker.

Additional aspects and advantages according to the present application will be given in the following description, which will become apparent from the following description, or be learned through practice of the present application.

BRIEF DESCRIPTION OF THE DRAWINGS

The above and / or additional aspects and advantages of the present application will become apparent and easily understood from the description of the embodiments in conjunction with the following drawings, in which:

1 is a schematic structural diagram of a portion of a food processor according to an embodiment of the present application;

FIG. 2 is a schematic diagram of a partially enlarged structure at A in FIG. 1; FIG.

FIG. 3 is an exploded structural schematic diagram of a partial structure of a food processor provided according to an embodiment of the present application; FIG.

4 is a schematic exploded structure diagram of a part of a structure of a food processor according to an embodiment of the present application;

5 is a schematic exploded structure diagram of a food processing cup and a filter assembly of a food processing machine according to an embodiment of the present application;

6 is a schematic exploded structure diagram of a part of a structure of a food processor provided according to an embodiment of the present application;

7 is a schematic exploded structure diagram of a filter component of a food processor according to an embodiment of the present application;

8 is a schematic structural diagram of a filter component of a food processor according to an embodiment of the present application;

FIG. 9 is another schematic structural diagram of a filter assembly of a food processor according to an embodiment of the present application; FIG.

10 is a schematic cross-sectional structure at B-B in FIG. 9;

11 is a schematic diagram of a partially enlarged structure at C in FIG. 10;

12 is a schematic exploded structure diagram of a filter component of a food processor according to an embodiment of the present application;

13 is a schematic structural diagram of a filter assembly of a food processor according to an embodiment of the present application;

14 is a schematic structural diagram of a food processing cup according to an embodiment of the present application;

15 is another schematic structural diagram of a food processing cup according to an embodiment of the present application;

16 is another schematic structural diagram of a food processing cup according to an embodiment of the present application;

17 is a schematic cross-sectional structure at D-D in FIG. 16;

18 is a schematic structural diagram of a screw of a food processor according to an embodiment of the present application;

19 is another schematic structural diagram of a screw of a food processor according to an embodiment of the present application;

20 is a schematic structural diagram of a food processor according to an embodiment of the present application;

21 is a schematic exploded structure diagram of a food processor without a base provided according to an embodiment of the present application;

22 is a schematic structural diagram of a portion of a food processor according to an embodiment of the present application;

23 is a schematic exploded structure of FIG. 22;

24 is a schematic structural diagram of a filter assembly of a food processor according to an embodiment of the present application;

25 is another schematic structural diagram of a food processor according to an embodiment of the present application;

26 is a schematic structural diagram of a portion of a food processor according to an embodiment of the present application;

27 is a schematic structural diagram of a feeding cup of a food processor according to an embodiment of the present application;

FIG. 28 is another schematic structural diagram of a feeding cup of a food processor according to an embodiment of the present application; FIG.

FIG. 29 is another schematic structural diagram of a lower cup of a food processor according to an embodiment of the present application.

Wherein, the corresponding relationship between the reference numerals and the component names in FIG. 1 to FIG. 29 is:

1 food processing cup, 12 slag extraction channels, 122 embedded sections, 124 extension sections, 1242 extrusion surface, 14 slag nozzles, 16 juice outlets, 18 matching ribs, 182 extrusion ribs, 184 grinding ribs, 2 filter components, 20 juice channels, 22 filter plates, 220 filter holes, 222 protrusions, 224 hand buckle slots, 226 ribs, 24 insert bars, 26 connection pieces, 262 card slots, 28 mesh plates, 29 mounting brackets, 3 juice storage chambers , 4 screws, 42 spirals, 422 positioning shafts, 44 spirals, 442 main spirals, 444 pairs of spirals, 446 grinding spirals, 5 feeding cups, 52 feeding cylinders, 522 first cylinders, 524 telescopic cylinders , 526 second cylinder, 54 feeding cover, 6 base, 7 juice nozzle, 8 feeding cup, 82 supporting bottom wall, 84 feeding hole, 86 positioning hole, 9 matching cover.

detailed description

In order to more clearly understand the foregoing objectives, features, and advantages of the present application, the present application is described in further detail below with reference to the accompanying drawings and specific embodiments. It should be noted that, in the case of no conflict, the embodiments of the present application and the features in the embodiments can be combined with each other.

In the following description, many specific details are set forth in order to fully understand this application. However, this application can also be implemented in other ways than described here. Therefore, the scope of protection of this application is not limited to the specific implementation disclosed below. Case restrictions.

The filter assembly 2, the food processing cup assembly, and the food processor provided according to the embodiments of the present application will be described below with reference to FIGS. 1 to 29.

As shown in FIGS. 1 to 20, an embodiment of the first aspect of the present application provides a filter assembly 2 for a food processor. The food processor includes a food processing cup 1 and a food processing cup 1 rotatably installed in the food processing cup 1. Screw 4, wherein the filter assembly 2 is arranged in a non-ring shape along the circumferential direction of the food processing cup 1. The filter assembly 2 includes a filter sheet 22 installed in the food processing cup 1 and located between the food processing cup 1 and the screw 4. It can be surrounded with the food processing cup 1 to form a juice storage chamber 3, and at least one filter hole 220 is provided on the filter sheet 22; at least one insert bar 24 can be inserted into the multiple filter holes 220 one by one, and each insert Each of the bars 24 is capable of enclosing one or more juice filtering channels 20 communicating with the juice storage cavity 3 with a corresponding filtering hole 220.

The filter assembly 2 according to the embodiment of the present application is used for a food processor, such as a food processor such as a juicer, a juicer, and the like, and the food processor includes a food processing cup 1 and a screw 4, and the filter assembly 2 is installed in The food processing cup 1 is located between the screw 4 and the inner side wall of the food processing cup 1 and can cooperate with the screw 4 to realize the separation of the juice and residue of the food. The filter assembly 2 is arranged in a non-ring shape along the circumferential direction of the food processing cup 1, that is, the filter assembly 2 is not a ring structure or a cylindrical structure, but a non-ring structure such as a sheet structure or a plate structure. It is not set along the entire circle of the screw 4 or the food processing cup 1, that is, it is not installed in the entire circumferential direction of the screw 4, so that the existing filter cartridge or bowl filter can be replaced by the non-circular filter assembly 2. Network structure, which can simplify the structure of the product and reduce the cost of the product. In addition, the non-annular structure of the filter assembly 2 has a small area, so that it is easier to clean. Therefore, the phenomenon that the filter screen of the existing food processor is difficult to clean can be improved to a certain extent. There is also a non-ring-shaped filter assembly 2 which does not need to be coaxially aligned with the screw 4 during installation, thereby reducing the number of parts that need to be aligned during installation and reducing the difficulty of alignment operations. It will not interfere with the screw 4, so you can disassemble the screw 4 first, then disassemble the filter assembly 2, or disassemble the filter 2 first, and then disassemble the screw 4, so as to improve the disassembly and assembly of the screw 4 and the filter 2. Randomness and convenience. The filter assembly 2 specifically includes a filter sheet 22 and an insert bar 24, wherein the filter sheet 22 is used to surround the food processing cup 1 into a juice storage chamber 3, and the filter sheet 22 is further provided with filter holes 220, so that the food juice will It can enter the juice storage chamber 3 through the filtering hole 220. The insertion strip 24 can be inserted into the filtering hole 220 to reduce the opening area of the filtering hole 220, so that the opening area of the juice channel 20 of the filtering module 2 can be reduced, so as to improve the filtering effect of the filtering module 2 and prevent large The pieces of food waste pass through the filter assembly 2 and enter the juice storage chamber 3. In this filter assembly 2, since the juice filter channel 20 is a combination of the filter sheet 22 and the insert strip 24, the filter hole 220 on the filter sheet 22 can be set slightly more than the filter hole of the filter structure. Larger, and then reduce the opening area by inserting the strip 24, so that the opening area of the juice channel 20 of the filter assembly 2 can meet the demand for juice filtration. This structure can be cleaned after the filter sheet 22 and the insert strip 24 are disassembled during cleaning. Because the area of the filter sheet 22 is small and the filter hole 220 is large, it is very easy to clean, which can solve the existing problem. The pain point of the filter in the technology is difficult to clean, which can improve the user experience.

In the above embodiment, as shown in FIGS. 1 to 5, at least one insertion bar 24 is integrally disposed on the inner side wall of the food processing cup 1.

In these embodiments, at least one insert bar 24 may be provided on the inner wall of the food processing cup 1, so that a filter assembly can be formed by the insert bar 24 and a filter sheet 22 on the inner wall of the food processing cup 1. 2. To achieve the filtration of ingredients. While this structure can reduce the difficulty of cleaning, the insert bar 24 can also be integrated on the inner side wall of the food processing cup 1, thereby reducing the number of parts, thereby simplifying the structure of the product and improving the installation efficiency. To improve user experience.

Wherein, a mounting groove is provided on the inner side wall of the food processing cup 1, and when the filter assembly 2 is installed in the mounting groove, at least one insertion bar 24 may be provided on the bottom wall of the mounting groove.

In another embodiment described above, as shown in FIG. 6 to FIG. 13, the filter assembly 2 further includes: a connecting member 26 that can be detachably mounted on a side of the filter sheet 22 near the food processing cup 1; The insert strips 24 are all mounted on the connecting member 26.

In these embodiments, an additional connecting member 26 may be provided in addition to the filter sheet 22 so that one or more insert strips 24 can be connected into a whole, so that one or more of the connecting members 26 can be realized. The installation of the two insert strips 24 on the filter sheet 22 can simplify the installation process of the filter assembly 2. In addition, in this structure, since the insertion bar 24 is not provided on the food processing cup 1, on the one hand, the structure of the food processing cup 1 can be simplified, and on the other hand, the filter assembly 2 can be detached as a whole, thereby improving the convenience of cleaning. And subsequent maintenance.

In any of the above embodiments, as shown in FIG. 6 to FIG. 11, the number of the inserting strips 24 is multiple, and the plurality of inserting strips 24 are disposed on the connecting member 26 in parallel and spaced from each other. The number of bars 24 is the same. The filter holes 220 are distributed along the axial direction of the food processing cup 1. One end of the filter holes 220 near the bottom wall of the food processing cup 1 is opened. One-to-one correspondence is inserted into the plurality of filter holes 220.

In these embodiments, the number of the inserting strips 24 is multiple, and the number of the filtering holes 220 is the same as the number of the inserting strips 24, so that multiple juice filtering channels 20 can be formed, and the filtering performance of the filtering assembly 2 can be improved. The plurality of inserting strips 24 are arranged parallel to each other and spaced on the connecting member 26, and the filter sheet 22 is provided with a plurality of filtering holes 220 in parallel and spaced apart, so that the structure of the filter assembly 2 is simpler. The filter holes 220 are distributed along the axial direction of the food processing cup 1 and the lower end of the filter holes 220 is open. The insertion strip 24 can be inserted and installed from the lower end of the filter sheet 22 to the upper end of the filter sheet 22, so that the filter sheet 22 and the insertion strip 24 can be inserted from the up and down direction, thereby improving the convenience of installation between the filter sheet 22 and the insertion bar 24.

Wherein, the connecting member 26 is a frame body surrounding the plurality of insertion bars 24.

In another embodiment described above, as shown in FIG. 12 and FIG. 13, the number of the inserting strips 24 is plural, the connecting member 26 is a mounting plate, and the plurality of inserting strips 24 are mounted on the mounting plate in multiple rows and rows. The number of the filter holes 220 is multiple, and the multiple filter holes 220 are arranged on the filter sheet 22 in a plurality of rows and rows corresponding to the plurality of insertion bars 24.

In these embodiments, the connecting member 26 can be set as a mounting plate, and then multiple rows and multiple rows of insert bars 24 can be arranged on the mounting board at equal intervals. At this time, multiple rows and multiple rows can be set on the filter sheet 22 correspondingly. When installing the filter hole 220, a mounting plate may be installed on the rear side of the filter sheet 22, so that the insertion strip 24 can be inserted into the filter hole 220 from the rear side of the filter sheet 22.

In any of the above embodiments, as shown in FIG. 6 to FIG. 13, the connecting member 26 is provided with a first buckle, and the filter sheet 22 is provided with a second buckle. The first buckle can be matched with the second buckle. , So that the connecting member 26 is snap-fitted on the filter sheet 22.

In these embodiments, one or more first buckles may be provided on the connecting member 26, and one or more second buckles may be provided on the filter sheet 22, so that the first buckle and the second buckle can be passed through The fitting of the buckle simply and quickly mounts the connecting member 26 on the filter sheet 22 so that the installation between the connecting member 26 and the filter sheet 22 can be easily and conveniently realized.

In any of the above embodiments, as shown in FIGS. 6 to 13, the first buckle is one of the groove 262 and the protrusion 222, and the second buckle is the other of the groove 262 and the protrusion 222. The protrusion 222 can be fitted into the slot 262.

In these embodiments, one or more card slots 262 may be provided on the connecting member 26, and one or more projections 222 may be provided on the filter sheet 22, so that the cooperation of the card slots 262 and the projections 222 can be provided. The connecting member 26 is simply and quickly snap-fitted on the filter sheet 22 so that the installation between the connecting member 26 and the filter sheet 22 can be easily and conveniently implemented. Of course, in another solution, the card slot 262 may also be provided on the filter sheet 22, and correspondingly, a protrusion 222 is provided on the connecting member 26 to achieve the installation between the connecting member 26 and the filter sheet 22.

In the above embodiments, as shown in FIG. 10, the surface of the insertion bar 24 facing away from the side wall of the food processing cup 1 is flush with the surface of the filter sheet 22 facing away from the side wall of the food processing cup 1.

In these embodiments, the side of the insert bar 24 facing away from the side wall of the food processing cup 1 is flush with the side of the filter sheet 22 facing away from the side wall of the food processing cup 1, that is, the side of the filter assembly 2 near the screw 4 is a It is flat, so that the surface where the filter module 2 is installed near the screw 4 is relatively flat, so as to prevent the phenomenon that the filter module 2 and the screw 4 are caught, or the phenomenon that the filter module 2 is caught by the food, so that the filter module can be prevented 2 interferes with the movement of the screw 4 and can also reduce the foodstuffs remaining on the filter assembly 2 and reduce the cleaning difficulty of the filter assembly 2.

In the above embodiments, as shown in FIG. 6 to FIG. 13, the filter sheet 22 is provided with a hand buckle groove 224 on a side surface away from the side wall of the food processing cup 1.

In these embodiments, a hand buckle groove 224 may be provided on a side of the filter sheet 22 mounted near the screw 4, so that the hand movement of the filter sheet 22 and insertion with the insert can be achieved through the hand buckle groove 224. The setting of the hand buckle groove 224 can provide an operation site for the user, so that the disassembly and assembly of the filter assembly 2 can be more convenient.

In the above embodiments, as shown in FIG. 11, the width of the juice filtering channel 20 in the circumferential direction of the food processing cup 1 is t, where 0.19 mm ≦ t ≦ 1.29 mm, or 0.3 mm ≦ t ≦ 0.9 mm.

In these embodiments, the width of the juice filtering channel 20 is reasonably set to properly set the filtering capacity of the filtering component 2, so that the juice output efficiency and the purity of the food juice can be ensured.

In the above embodiments, as shown in FIGS. 6 to 13, the width of the filter assembly 2 in the circumferential direction of the food processing cup 1 gradually changes from the mouth of the food processing cup 1 to the bottom wall of the food processing cup 1. Narrow, and / or as shown in FIGS. 6 to 13, the filter assembly 2 is fan-shaped, and the included angle between the two sides of the filter assembly 2 oppositely disposed along the circumferential direction of the food processing cup 1 is γ, where 45 ° ≦ γ≤135 °, or 60 ° ≤γ≤120 °.

In these embodiments, the filter assembly 2 may be arranged in a large structure and a small structure, such as a fan-shaped structure, so that when the filter assembly 2 and the food processing cup 1 surround the juice storage chamber 3, the juice storage chamber can be made. 3 is wide and narrow, so that the lower end of the juice storage chamber 3 can be gradually narrowed, which is more conducive to the discharge of the juice in the juice storage chamber 3. At the same time, the filter component 2 can be set in a fan shape, because the fan shape is a more common and easier to process shape, so the processing difficulty of the filter component 2 can be simplified. The angle between the left and right sides of the filter module 2 should not be too large or too small. It can be set between 45 ° and 135 °, or between 60 ° and 120 °, so that the width of the filter module 2 can be gradually changed. It is narrow so as not to change abruptly, thereby preventing the bottom of the filter assembly 2 from being sharp or wide.

In any of the above embodiments, as shown in FIG. 1, FIG. 3, and FIG. 20, at least one rib 226 is provided on a side of the filter sheet 22 near the side wall of the food processing cup 1.

In these embodiments, one or more ribs 226 may be provided on the side of the filter sheet 22 near the food processing cup 1 so that the strength of the filter sheet 22 can be enhanced by one or more ribs 226 to prevent the filter sheet. 22 is deformed when pressed with the screw 4. At the same time, the provision of the reinforcing ribs 226 can also prevent the filter sheet 22 from completely conforming to the food processing cup 1, so that a certain gap can always be left between the filter sheet 22 and the food processing cup 1, so that the juice storage cavity can be formed through the gap. 3. That is, the arrangement can prevent the filter hole 220 of the filter sheet 22 from being blocked by the wall of the food processing cup 1.

As shown in FIGS. 1 to 23, an embodiment of the second aspect of the present application provides a food processing cup assembly for a food processing machine. The food processing cup assembly includes a food processing cup 1 and a bottom wall of the food processing cup 1. Or the slag discharge channel 12 is provided on the side wall, and the side wall of the slag discharge channel 12 is a non-porous side wall.

The food processing cup assembly provided in the embodiment of the present application is used for a food processing machine, such as a food processing machine such as a juicer and a juicer, and the food processing cup assembly includes a food processing cup 1, and the food processing cup 1 is provided with The slag discharge channel 12, wherein the slag discharge channel 12 may be disposed on the bottom wall of the food processing cup 1 or on the side wall of the food processing cup 1, which is not specifically limited herein. The residue discharge channel 12 is used to discharge the food residue after the juice and residue separation. The side wall of the residue discharge channel 12 is a non-porous side wall, that is, the side wall of the residue discharge channel 12 near the center of the food processing cup 1 is not. The side wall of the hole, and the side wall of the slag extraction channel 12 away from the center of the food processing cup 1 is also a non-porous side wall, that is, the inner and outer side walls of the slag extraction channel 12 are not provided with a through-hole structure. That is, the inner and outer side walls of the slag discharge channel 12 are closed structures. This can enhance the area where the slag discharge channel 12 and the food dregs are matched, so that when the food waste is discharged from the slag discharge channel 12, it can be connected to the side of the slag discharge channel 12. The wall is fully squeezed, so that the squeeze force between the slag and the slag can be enhanced during the slag discharge process to ensure the slag discharge resistance at the slag discharge, so that the juice and slag of the food can be completely separated to ensure the juice effectiveness. In addition, by setting the side wall of the slag discharge channel 12 as a closed structure, this structure can enhance the slag discharge strength and ensure the effect of juice and residue separation. At the same time, this structure can achieve juice and residue separation without the use of extruded silica gel. Therefore, the use of slag squeeze silica gel is eliminated, the number of product parts is reduced, the installation efficiency of the product is improved, and the production cost of the product is reduced. This structure also eliminates the need to punch holes in the side wall of the slag discharge channel 12, that is, it is not necessary to provide holes for installing the slag squeeze silica gel in the side wall of the slag discharge channel 12, thereby simplifying the structure of the food processing cup 1, The processing difficulty of the food processing cup 1 is reduced, thereby reducing the overall production cost of the product.

As shown in FIG. 1 to FIG. 23, an embodiment of the third aspect of the present application provides a food processing cup assembly. The food processing cup assembly includes: a filter assembly 2 provided in any one of the embodiments of the first aspect, and food processing. The bottom wall or side wall of the cup 1 and the food processing cup 1 is provided with a slag discharge channel 12, and the side wall of the slag discharge channel 12 is a non-porous side wall.

The food processing cup assembly provided according to the embodiment of the present application includes a food processing cup 1 and a filter assembly 2. The food processing cup 1 is provided with a slag discharge channel 12, and the slag discharge channel 12 can be disposed in the food processing cup. The bottom wall of 1 may also be disposed on the side wall of the food processing cup 1, which is not specifically limited herein. The residue discharge channel 12 is used to discharge the food residue after the juice and residue separation. The side wall of the residue discharge channel 12 is a non-porous side wall, that is, the side wall of the residue discharge channel 12 near the center of the food processing cup 1 is not. The side wall of the hole, and the side wall of the slag extraction channel 12 away from the center of the food processing cup 1 is also a non-porous side wall, that is, the inner and outer side walls of the slag extraction channel 12 are not provided with a through-hole structure. That is, the inner and outer side walls of the slag discharge channel 12 are closed structures. This can enhance the area where the slag discharge channel 12 and the food dregs are matched, so that when the food waste is discharged from the slag discharge channel 12, it can be connected to the side of the slag discharge channel 12. The wall is fully squeezed, so that the squeeze force between the slag and the slag can be enhanced during the slag discharge process to ensure the slag discharge resistance at the slag discharge, so that the juice and slag of the food can be completely separated to ensure the juice effectiveness. In addition, by setting the side wall of the slag discharge channel 12 as a closed structure, this structure can enhance the slag discharge strength and ensure the effect of juice and residue separation. At the same time, this structure can achieve juice and residue separation without the use of extruded silica gel. Therefore, the use of slag squeeze silica gel is eliminated, the number of product parts is reduced, the installation efficiency of the product is improved, and the production cost of the product is reduced. This structure also eliminates the need to punch holes in the side wall of the slag discharge channel 12, that is, it is not necessary to provide holes for installing the slag squeeze silica gel in the side wall of the slag discharge channel 12, thereby simplifying the structure of the food processing cup 1, The processing difficulty of the food processing cup 1 is reduced, thereby reducing the overall production cost of the product. Meanwhile, since the food processing cup assembly provided by the embodiment of the present application has the filter assembly 2 provided by any embodiment of the first aspect, the food processing cup assembly provided by the embodiment of the present application has any embodiment of the first aspect All the beneficial effects of the provided filter assembly 2 are not enumerated here.

Specifically, the food processing cup assembly provided in the embodiment of the present application is used for a food processing machine, such as a food processing machine such as a juicer or a juicer.

In any of the above embodiments, as shown in FIG. 17, the rear side of the entrance of the slag exit channel 12 is protruded toward the cup mouth of the food processing cup 1 with respect to the front side of the entrance of the slag exit channel 12.

In this embodiment, the inlet of the slag discharge channel 12 is disposed in the inner bottom wall of the food processing cup 1, and the crushed food material rotates with the screw 4, and during the rotation of the food material with the screw 4, the food is first The side that is in contact with the entrance of the slag exit channel 12 is the front side of the entrance of the slag exit channel 12, and the side that is in contact with the food is the back side, that is, the front and back here refer to the order of contact with the food. The rear side of the entrance of the slag exit channel 12 is opposite to the front side of the entrance of the slag exit channel 12 protruding toward the cup mouth of the food processing cup 1, that is, the rear side of the entrance of the slag exit channel 12 is higher than the slag exit channel 12 The front side of the entrance, where the height difference between the rear side of the entrance of the slag exit channel 12 and the front side of the entrance of the slag exit channel 12 is h, so that when the crushed ingredients rotate with the screw 4, the ingredients pass first The front side of the entrance of the slag exit channel 12 is then blocked by the rear side of the entrance of the slag exit channel 12, so that more and more crushed food will gradually accumulate at the entrance of the slag exit channel 12, thereby crushing the The ingredients can be squeezed under the dual action of the screw 4 and the rear side of the entrance of the slag exit channel 12, so that the slag exit resistance can be ensured so that the juice residue can be completely separated, and the separated food residue is passed by the slag exit channel. 12 drainage.

As shown in FIG. 17 and FIG. 20, in the above embodiments, the slag discharge channel 12 is provided on the bottom wall of the food processing cup 1. The slag discharge channel 12 includes an embedded section 122 installed outside the food processing cup 1. In the bottom wall, an extension section 124 is connected to the embedding section 122 and protrudes from the outer bottom wall surface of the food processing cup 1; wherein, on the inner wall surface of the extension section 124 near the center of the food processing cup 1 The pressing surface 1242 extends obliquely from the center of the food processing cup 1 to the outer side of the food processing cup 1 from the side near the bottom wall of the food processing cup 1 to the side far from the bottom wall of the food processing cup 1.

In these embodiments, the residue discharge channel 12 can be disposed on the bottom wall of the food processing cup 1, so that the waste can be discharged by using gravity. The slag extraction channel 12 includes an embedded section 122 and an extension section 124, wherein the embedded section 122 is embedded and installed in the food processing cup 1. Here, the embedded section 122 is disposed perpendicularly to the bottom wall of the food processing cup 1, so that the slag discharge direction can be aligned with The direction of gravity of the food waste is completely the same, so that the gravity of the food waste can be used to carry out the waste. The extension section 124 is disposed on the outer bottom wall of the food processing cup 1 and is used to guide the food waste to a more convenient position for slag collection. For example, the extension section 124 can be bent in the radial direction of the food processing cup 1 Fold, and make the protruding section 124 extend from the outer side wall of the food processing cup 1, so that food waste can be discharged from the bottom of the food processing cup 1, but still can be connected to the side wall of the food processing cup 1, and There is no need to perform slag-receiving from the bottom of the food processing cup 1, so that the slag-receiving position can be more convenient while slag-discharging is performed by gravity. By providing a pressing surface 1242 on the inner wall surface of the protruding section 124 near the center of the food processing cup 1, that is, the pressing surface 1242 is provided on the inner wall surface of the inner side of the protruding section 124, and the pressing surface 1242 extends from the side near the bottom wall of the food processing cup 1 to the side far from the bottom wall of the food processing cup 1 from the center of the food processing cup 1 to the outside of the food processing cup 1 obliquely, that is, the pressing surface 1242 From the top to the bottom, it is inclined from the inside to the outside, so that the pressing surface 1242 can be gradually arranged toward the outer direction of the food processing cup 1, so that a supporting surface can be formed below the connection between the embedding section 122 and the protruding section 124. In this way, after the food residue enters the residue discharge channel 12, it can be squeezed in multiple directions by the rear end of the inlet side of the residue discharge channel 12, the screw 4 and the pressing surface 1242, so as to ensure the residue resistance required for the juice residue separation. In this way, the effect of separating juice and residue can be ensured, the yield of juice can be ensured, the moisture in the food residue can be reduced, and the dryness of the food residue can be ensured.

Of course, in other solutions, the inner side wall of the protruding section 124 can also be set directly perpendicular to the bottom of the food processing cup 1, so that the food waste cannot be squeezed by the protruding section 124, but the food waste can be made. The flow is smoother, which can prevent the food waste from being blocked in the extension section 124, and of course, it is more conducive to cleaning the extension section 124.

Wherein, the embedding section 122 is arranged vertically and may be arranged perpendicular to the bottom wall of the food processing cup 1. The extension section 124 extends from the inside of the food processing cup 1 to the outside of the food processing cup 1 and is provided in an integrated structure with the wall of the food processing cup 1. The end of the extension section 124 away from the insertion section 122 is removed from the food processing unit. The outer wall surface of the cup 1 protrudes to the outside of the food processing cup 1.

In the above embodiments, as shown in FIG. 15, the pressing surface 1242 is an inclined plane or an arcuate surface. As shown in FIG. 15, the angle between the inclined plane and the bottom wall of the food processing cup 1 is β, Among them, 19.9 ° ≤β≤59.9 °, or 29.9 ° ≤β≤49.9 °.

In these embodiments, the pressing surface 1242 may be inclined at the same angle to form an inclined plane. At this time, the angle β between the inclined plane and the bottom of the food processing cup 1 is between 19.9 ° and 59.9 °. Further, the included angle β can be between 29.9 ° and 49.9 °, so that the inclination of the inclined plane can be relatively moderate, so that the pressing force of the pressing surface 1242 can be ensured and the food residue can be smoothly discharged to prevent food. The passage is blocked. Of course, in other solutions, the pressing surface 1242 may also be arc-shaped to form an arc-shaped pressing surface 1242.

In the above embodiments, as shown in FIG. 1, FIG. 4, and FIG. 21, the food processing cup 1 further includes a slag ejection nozzle 14 which is movably installed at the outlet of the slag ejection channel 12 and can be opposite to the slag ejection channel 12. Stretch or fold.

In these embodiments, a slag discharge nozzle 14 can be additionally provided at the slag discharge channel 12, so that the slag can be guided by the slag discharge nozzle 14 to change the height of the slag or At the slag receiving position, after the slag discharge is completed, the slag discharge nozzle 14 can be retracted or folded to change the length of the slag discharge nozzle 14 protruding outside the slag discharge channel 12, or the slag discharge nozzle 14 is fully retracted and installed Enter the slag discharge channel 12 to realize the hidden storage of the slag discharge nozzle 14, so that the overall size of the food processing cup 1 can be reduced, and the cost of product storage, transportation and packaging can be reduced. Specifically, for example, the slag discharge nozzle 14 can be rotatably installed at the slag discharge channel 12 in a circumferential direction, or the slag discharge nozzle 14 can be installed at the slag discharge channel 12 in an axial direction. Of course, the slag discharge can also be installed The mouth 14 can be foldably installed at the slag discharge channel 12.

Further, in these embodiments, specifically, as shown in FIG. 1, FIG. 4, and FIG. 11, the filter assembly 2 of the food processing cup assembly may be used to filter food juice so as to enable juice residue separation. The filter module 2 is provided with a juice filter channel 20, and the food juice can be filtered by the filter module 2 through the filter channel 20, and the food juice filtered by the filter module 2 can be stored in the filter module 2 and the food processing cup 1. The juice storage cavity 3 enclosed by the inner wall or the filter assembly 2 and the inner wall and the inner bottom wall of the food processing cup 1. The filter assembly 2 is arranged in a non-ring shape along the circumferential direction of the food processing cup 1, that is, the filter assembly 2 is not a ring structure or a cylindrical structure, but a non-ring structure such as a sheet structure or a plate structure. It is not set along the entire circle of the screw 4 or the food processing cup 1, that is, it is not installed in the entire circumferential direction of the screw 4, so that the existing filter cartridge or bowl filter can be replaced by the non-circular filter assembly 2. Network structure, which can simplify the structure of the product and reduce the cost of the product. In addition, the non-annular structure of the filter assembly 2 has a small area, so that it is easier to clean. Therefore, the phenomenon that the filter screen of the existing food processor is difficult to clean can be improved to a certain extent. There is also a non-ring-shaped filter assembly 2 which does not need to be coaxially aligned with the screw 4 during installation, thereby reducing the number of parts that need to be aligned during installation and reducing the difficulty of alignment operations. It will not interfere with the screw 4, so you can disassemble the screw 4 first, then disassemble the filter assembly 2, or disassemble the filter 2 first, and then disassemble the screw 4, so as to improve the disassembly and assembly of the screw 4 and the filter 2. Randomness and convenience.

In the above embodiments, as shown in FIG. 11, the width of the juice filtering channel 20 in the circumferential direction of the food processing cup 1 is t, where 0.19 mm ≦ t ≦ 1.29 mm, or 0.3 mm ≦ t ≦ 0.9 mm.

In these embodiments, the width of the juice filtering channel 20 is reasonably set to properly set the filtering capacity of the filtering component 2, so that the juice output efficiency and the purity of the food juice can be ensured.

In the above embodiments, a mounting groove is provided on the inner side wall of the food processing cup 1, and the filter assembly 2 is installed in the mounting groove.

In these embodiments, a mounting groove may be provided on the inner side wall of the food processing cup 1 so that the filter assembly 2 can be installed through the mounting groove, and this structure can utilize the inner side wall of the food processing cup 1 Thickness to accommodate the filter assembly 2 so that the filter assembly 2 can be partially or completely embedded and installed in the side wall of the food processing cup 1, so that the space utilization of the food processing cup 1 can be increased, and the filter assembly 2 and the food processing cup can be used. The structure between 1 is more compact to reduce the overall volume of the product. In addition, this structure can also limit the degree of freedom in the circumferential direction of the filter assembly 2 through the two sides of the mounting groove, thereby preventing the filter assembly 2 from moving in the circumferential direction of the food processing cup 1.

In the above embodiments, the width of the mounting groove in the radial direction of the food processing cup 1 is narrowed from the direction of the mouth of the food processing cup 1 to the bottom wall of the food processing cup 1, and the shape and size of the filter assembly 2 Adapt to the shape and size of the mounting groove.

In these embodiments, the mounting groove can be set to a structure with a large size and a small structure, such as a fan-shaped structure. At this time, the filter assembly 2 can also be set to a structure with a large size and a small structure, such as a fan-shaped structure, so that the filter can be filtered. The module 2 and the mounting groove can be better fitted and installed. In addition, when this structure surrounds the juice storage chamber 3 through the filter assembly 2 and the installation groove, the juice storage chamber 3 can be widened up and down, so that the lower end of the juice storage chamber 3 can be gradually narrowed, which is more conducive to storage. Drain the juice from the juice chamber 3.

The width of the juice storage cavity 3 in the radial direction of the food processing cup 1 is narrowed from the mouth direction of the food processing cup 1 to the bottom wall direction of the food processing cup 1. This arrangement can make the upper and lower sides of the juice storage chamber 3 narrower, so that the lower end of the juice storage chamber 3 can be gradually narrowed, which is more conducive to the discharge of the juice in the juice storage chamber 3.

In the above embodiments, as shown in FIGS. 1 and 25, a side wall or a bottom wall of the food processing cup 1 is further provided with a juice outlet 16, which is located in the juice storage chamber 3 in the diameter of the food processing cup 1. The narrowest position in the direction.

In these embodiments, a juice outlet 16 may be provided at a position where the radial width of the juice storage cavity 3 is the smallest, so that the juice in the juice storage cavity 3 can be discharged through the juice outlet 16, and this arrangement can be used at During the juice discharge process, the juice in the juice storage chamber 3 is automatically collected to the juice outlet 16, so that the juice in the juice storage chamber 3 can be automatically discharged more smoothly and cleanly, thereby reducing the residue of the juice in the juice storage chamber 3.

In the above embodiments, the mounting groove is a fan-shaped groove, and an included angle between the two side walls of the fan-shaped groove provided along the circumferential direction of the food processing cup 1 is θ, where 45 ° ≦ θ ≦ 135 °, or 60 ° ≤θ≤120 °.

In these embodiments, the mounting groove can be set as a fan-shaped groove, because the fan-shaped shape is a relatively common and relatively easy to process shape, so the processing difficulty of the mounting groove can be simplified. The angle between the left and right sides of the fan-shaped groove should not be too large or too small. It can be set between 45 ° and 135 °, or between 60 ° and 120 °. This can gradually narrow the width of the fan-shaped slot. It does not cause a sudden change, so that the bottom of the fan-shaped groove is too sharp or the bottom is too wide.

In the above embodiments, as shown in FIG. 6 to FIG. 13, the filter assembly 2 includes: a filter sheet 22 mounted on the inner side wall of the food processing cup 1 and surrounding the food processing cup 1 to form a juice storage chamber 3, The filter sheet 22 is provided with at least one filter hole 220; at least one insertion bar 24 can be inserted into the at least one filter hole 220 in a one-to-one correspondence, and each of the insertion bars 24 can be enclosed with a corresponding filter hole 220 Or a plurality of juice filtering channels 20; wherein the filter pieces 22 are arranged in a non-ring shape along the circumferential direction of the food processing cup 1.

In these embodiments, the filter assembly 2 includes a filter sheet 22 and at least one insert bar 24 arranged in a non-ring shape along the circumferential direction of the food processing cup 1, so that the filter sheet 22 and the at least one insert bar 24 can be combined into one. Non-circular filtering structure. The filter sheet 22 is used to surround the food processing cup 1 to form a juice storage chamber 3, and the filter sheet 22 is further provided with a filter hole 220, so that the food juice can enter the juice storage chamber 3 through the filter hole 220. The insertion strip 24 can be inserted into the filtering hole 220 to reduce the opening area of the filtering hole 220, so that the opening area of the juice channel 20 of the filtering module 2 can be reduced, so as to improve the filtering effect of the filtering module 2 and prevent large The pieces of food waste pass through the filter assembly 2 and enter the juice storage chamber 3. In this filter assembly 2, since the juice filter channel 20 is a combination of the filter sheet 22 and the insert bar 24, the filter hole 220 on the filter sheet 22 can be set slightly larger than the filter hole of the filter structure. Some, then reduce the opening area by inserting the strip 24, so that the opening area of the juice channel 20 of the filter assembly 2 can meet the juice filtering needs. This structure can be cleaned after the filter sheet 22 and the insert strip 24 are disassembled during cleaning. Because the area of the filter sheet 22 is small and the filter hole 220 is large, it is very easy to clean, which can solve the existing problem. The pain point of the filter in the technology is difficult to clean, which can improve the user experience.

In the above embodiments, at least one insertion bar 24 is integrally disposed on the inner side wall of the food processing cup 1.

In these embodiments, at least one insert bar 24 may be provided on the inner wall of the food processing cup 1, so that a filter assembly can be formed by the insert bar 24 and a filter sheet 22 on the inner wall of the food processing cup 1. 2. To achieve the filtration of ingredients. While this structure can reduce the difficulty of cleaning, the insert bar 24 can also be integrated on the inner side wall of the food processing cup 1, thereby reducing the number of parts, thereby simplifying the structure of the product and improving the installation efficiency. Improve user experience.

Wherein, a mounting groove is provided on the inner side wall of the food processing cup 1, and when the filter assembly 2 is installed in the mounting groove, at least one insertion bar 24 may be provided on the bottom wall of the mounting groove.

In the above embodiments, as shown in FIGS. 6 to 13, the filter assembly 2 further includes: a connecting member 26 that can be detachably mounted on a side of the filter sheet 22 near the food processing cup 1; wherein at least one insert bar 24 are mounted on the connecting member 26.

In these embodiments, an additional connecting member 26 may be provided in addition to the filter sheet 22 so that one or more insert strips 24 can be connected into a whole, so that one or more of the connecting members 26 can be realized. The installation of the two insert strips 24 on the filter sheet 22 can simplify the installation process of the filter assembly 2. In addition, in this structure, since the insertion bar 24 is not provided on the food processing cup 1, on the one hand, the structure of the food processing cup 1 can be simplified, and on the other hand, the filter assembly 2 can be detached as a whole, thereby improving the convenience of cleaning. And subsequent maintenance.

As shown in FIG. 6 to FIG. 11, the number of the inserting strips 24 is plural, and the number of the filtering holes 220 is the same as the number of the inserting strips 24. In this way, a plurality of juice filtering channels 20 can be formed, so that the filtering performance of the filtering module 2 can be improved.

Among them, a plurality of insertion bars 24 are arranged parallel to each other and spaced on the connecting member 26, a plurality of filter holes 220 are arranged on the filter sheet 22 in parallel and spaced apart, and the filter holes 220 are distributed along the axial direction of the food processing cup 1. The lower end of 220 is open, and the inserting strip 24 can be inserted and installed from the lower end of the filter sheet 22 to the upper end of the filter sheet 22.

In these embodiments, a plurality of inserting strips 24 are arranged parallel to each other and spaced on the connecting member 26, and a plurality of filter holes 220 are arranged in parallel and spaced on the filter sheet 22, so that the structure of the filter assembly 2 is simpler. The filter holes 220 are distributed along the axial direction of the food processing cup 1 and the lower end of the filter holes 220 is open. The insertion strip 24 can be inserted and installed from the lower end of the filter sheet 22 to the upper end of the filter sheet 22, so that the filter sheet 22 and the insertion strip 24 can be inserted from the up and down direction, thereby improving the convenience of installation between the filter sheet 22 and the insertion bar 24.

In the above embodiments, as shown in FIG. 24, the filter assembly 2 includes a mesh sheet 28 and a mounting frame 29, and the mesh sheet 28 is mounted on the mounting frame 29.

In these embodiments, the filter assembly 2 may also be provided in the structure of the mesh sheet 28 and the mounting frame 29, and the mesh sheet 28 and the mounting frame 29 may be integrally injection-molded. In specific installation, a structure composed of a mesh sheet 28 and a mounting bracket 29 may be inserted and installed between the screw 4 and the side wall of the food processing cup 1.

In the above embodiments, as shown in FIG. 22 and FIG. 23, the side wall of the food processing cup 1 is provided with a mounting hole. The food processing cup assembly further includes a juice outlet 7, and one end of the juice outlet 7 can be removed through the installation hole. The filter assembly 2 is located in the food processing cup 1, and is installed on an end of the juice outlet 7 protruding into the food processing cup 1.

In these embodiments, the filter assembly 2 can also be detachably installed at a mounting hole directly through the juice outlet 7 and the like, so that the food juice can be discharged along the installation hole and the juice outlet 7 after being filtered by the filter component 2. This structure enables the filter assembly 2 and the juice outlet 7 to be installed together, thereby optimizing the structure of the product. Among them, the filter assembly 2 here is a filter structure composed of a mesh sheet 28 and a mounting frame 29.

In the above embodiments, as shown in FIG. 2, a first gap is provided between the filter assembly 2 and the screw 4 installed in the food processing cup 1. The width of the first gap is d ₁ , where 0.19 mm ≤d ₁ ≤1.99mm, or 0.29mm≤d ₁ ≤0.99mm.

In these embodiments, a screw 4 may be provided in the food processing cup 1, so that the crushing processing such as squeezing of food materials can be realized by the cooperation of the screw 4 and the food processing cup 1. The first gap d ₁ between the filter assembly 2 and the screw 4 is set between 0.19 mm to 1.99 mm, or between 0.29 mm and 0.99 mm, which can make the first gap between the filter assembly 2 and the screw 4 extremely Small, so that when the screw 4 rotates, on the one hand, the screw 4 can cooperate with the filter assembly 2 to achieve sufficient squeezing of the ingredients to ensure the juice yield, on the other hand, the screw 4 can directly scrape on the surface of the filter assembly 2, Therefore, the food waste on the filter assembly 2 can be taken away to achieve cleaning of the filter assembly 2, so that the food waste remaining on the filter assembly 2 can be reduced, and the cleaning difficulty of the filter assembly 2 can be reduced.

In the above embodiments, as shown in FIG. 2, FIG. 14, and FIG. 15, the inner side wall of the food processing cup 1 is provided with a matching rib 18, which can be matched with the screw 4 installed in the food processing cup 1. The food processing cup 1 includes a mounting area, a pressing area, and a grinding area in order from the mouth of the food processing cup 1 to the bottom wall of the food processing cup 1. The matching ribs 18 include: pressing ribs 182. Is disposed on the inner side wall of the food processing cup 1 and extends from the squeeze area of the food processing cup 1 to the bottom wall of the food processing cup 1; grinding ribs 184 are provided on the side wall of the grinding area of the food processing cup 1, and Extends to the bottom of the food processing cup 1.

In these embodiments, some matching ribs 18 may be provided on the inner side wall of the food processing cup 1, such as pressing ribs 182 and grinding ribs 184, so that the matching ribs 18 and 182 such as the pressing ribs 182 and the grinding ribs 184 can be connected with The screw 4 cooperates to enhance the processing effect of the screw 4 on the food. The food processing cup 1 includes a mounting area, a pressing area, and a grinding area in order from the mouth of the food processing cup 1 to the bottom wall of the food processing cup 1. The mounting area is used to realize the food processing cup 1 and the feeding cup 5 or the vacuum. The cover is installed between the cover and the like, and the extrusion area is used for preliminary extrusion or cutting of the food material, and the grinding area is used for grinding the food material to further improve the extrusion effect of the screw 4 on the food material. By providing the pressing ribs 182, the processing effect of the pressing area and the grinding area on the ingredients can be increased. The provision of the grinding rib 184 can further enhance the local grinding effect of the grinding zone.

In the above-described plurality of embodiments, there is a gap between the screw 4 and the second mating rib 18 is provided, the width of the second gap is d _2, wherein, 0.19mm≤d ₂ ≤1.99mm, or 0.29mm≤d ₂ ≤ 0.99mm.

In these embodiments, a screw 4 may be provided in the food processing cup 1, so that the crushing processing such as squeezing of food materials can be realized by the cooperation of the screw 4 and the food processing cup 1. And the second gap d ₂ between the mating rib 18 and the screw 4 is set between 0.19mm-1.99mm, or between 0.29mm-0.99mm, which can make the second gap between the mating rib 18 and the screw 4 very Small, so that when the screw 4 rotates, on the one hand, the screw 4 can cooperate with the mating rib 18 to fully squeeze the ingredients to ensure the juice yield, on the other hand, the screw 4 can directly scrape on the surface of the mating rib 18, Therefore, the food waste and the like on the matching ribs 18 can be taken away, so that the food waste remaining on the inner side wall of the food processing cup 1 can be reduced, and the cleaning difficulty of the food processing cup 1 can be reduced.

In the above embodiments, as shown in FIG. 20, the food processing cup assembly further includes: a feeding cup 5 installed at the mouth of the food processing cup 1 for opening and closing the mouth of the food processing cup 1; Wherein, the end of the filter assembly 2 near the feeding cup 5 is limited by the feeding cup 5.

In these embodiments, a feeding cup 5 may be provided at the mouth of the food processing cup 1 to achieve feeding through the feeding cup 5, and the feeding cup 5 may be a cylinder with a pushing rod here. It can also be a structure with a storage platform and a cutting device. At the same time, the upper end of the filter assembly 2 can be installed to the feeding cup 5 so as to realize the limit installation of the filter assembly 2 through the feeding cup 5, so that the filter assembly 2 can be prevented from moving in the axial direction of the food processing cup 1.

As shown in FIG. 1 to FIG. 23, an embodiment of the fourth aspect of the present application provides a food processing machine, including: a base 6, and a driving device is provided in the base 6; and any one of the second or third embodiments The provided food processing cup assembly can be installed on the base 6; the screw 4 can be rotatably installed in the food processing cup 1 and can cooperate with the driving device to rotate under the driving of the driving device.

The food processing machine according to the embodiment of the present application includes a base 6, a food processing cup assembly and a screw 4, wherein the food processing cup 1 can be mounted on the base 6 and the screw 4 and the drive in the food processing cup 1 can be driven. The device is matched, so that the screw 4 can be rotated in the food processing cup 1 by the driving device to perform processing such as stirring the food in the food processing cup 1. At the same time, since the food processor provided by the embodiment of the present application also has the food processing cup assembly provided by the second aspect or any one of the third aspects, the food processor provided by the embodiment of the present application also has the second aspect. Or all the beneficial effects of the food processing cup assembly provided by any embodiment of the third aspect. Not one by one here.

In any of the above embodiments, as shown in FIG. 18 and FIG. 19, the screw 4 includes a spiral body 42 and a spiral rib 44 provided on the spiral body 42. The spiral body 42 includes a cutting segment in order from the top of the spiral body 42 to the bottom of the spiral body 42. An extrusion section and a grinding section; wherein the spiral rib 44 includes at least one primary spiral rib 442 extending from the top of the spiral body 42 to the bottom of the spiral body 42 and a plurality of secondary spiral ribs 444 extending from the cutting section to the bottom of the spiral body 42, And a plurality of grinding spiral ribs 446 provided on the grinding section.

In these embodiments, the screw 4 includes a spiral body 42 and a spiral rib 44, wherein the spiral rib 44 is used to form a spiral groove with the spiral body 42 to achieve conveyance of food ingredients. The spiral body 42 can be divided into three sections from top to bottom, that is, a cutting section, an extrusion section and a grinding section. Among them, the cutting section is used for preliminary extrusion cutting of food materials, and the extrusion section is used for preliminary extrusion of food materials. The grinding section is used for precise grinding of food ingredients. In order to improve the processing effect of ingredients in each section, at least one main spiral rib 442 can be provided on the spiral body 42 from the beginning to the end, and one or more secondary spiral ribs 444 can be provided from the middle and upper portion of the spiral body 42. One or more grinding spiral ribs 446 are additionally provided in the section to enhance the local grinding effect of the grinding section.

In any of the above embodiments, as shown in FIGS. 18 and 19, the height of the spiral rib 44 in the radial direction of the screw 4 decreases from the top of the spiral body 42 to the bottom of the spiral body 42, and / or the width of the spiral body 42 The cross-sectional area increases from the top of the spiral body 42 to the bottom of the spiral body 42. The projection distance between the edge of the top surface of the spiral body 42 and the axis of the spiral body 42 in the radial direction of the screw 4 is a, where 3.99mm≤a≤9.99mm , Or 4.99mm≤a≤7.99mm.

In these embodiments, the radial width of the spiral rib 44 can be gradually narrowed from top to bottom, so that the depth of the spiral groove surrounded by the spiral rib 44 and the spiral body 42 can be gradually reduced, so that the depth of the spiral groove According to the particle size of the food, the more the food is processed, the more the food is broken. The spiral body 42 is provided in a tapered structure, and the projection distance a of the upper edge of the spiral body 42 and the axis of the spiral body 42 in the radial direction of the screw 4 is set at 3.99mm-9.99mm, or further, 4.99mm-7.99. mm.

In any of the above embodiments, the food processor is a juicer or a juicer. Of course, the food processor can also have other structures besides a juicer and a juicer, such as a juicer and a wall breaker. Wait.

As shown in FIG. 1 to FIG. 23, an embodiment of the fifth aspect of the present application provides a food processing machine, which includes: a food processing cup 1; a screw 4 that is rotatably installed in the food processing cup 1; The filter assembly 2 provided in any one of the embodiments of the first aspect, the filter assembly 2 is installed in the food processing cup 1, is located between the food processing cup 1 and the screw 4, and surrounds the food processing cup 1 to form a juice channel 20通通 的 RECTORY CAVITY 3.

The food processing machine provided according to the embodiment of the present application includes a food processing cup 1, a screw 4 and a filter assembly 2, wherein the screw 4 can process food ingredients together with the food processing cup 1, and the filter assembly 2 is used for filtering out Food juice. Meanwhile, since the food processor provided by the embodiment of the present application has the filter assembly 2 provided by any embodiment of the first aspect, the food processor provided by the embodiment of the present application has the filter unit 2 provided by any embodiment of the first aspect. All the beneficial effects of the filter assembly 2 are not enumerated here.

In any of the above embodiments, the food processor further includes: as shown in FIG. 20, a feeding cup 5 installed at the mouth of the food processing cup 1 for opening and closing the mouth of the food processing cup 1; The end of the filter assembly 2 near the feeding cup 5 is fixed to the feeding cup 5 at a limited position.

In these embodiments, a feeding cup 5 may be provided at the mouth of the food processing cup 1 to achieve feeding through the feeding cup 5. Here, the feeding cup 5 may be a cylinder with a push rod. It can also be a structure with a storage platform and a cutting device. At the same time, the upper end of the filter assembly 2 can be mounted to the feeding cup 5 so that the limit installation of the filter assembly 2 can be achieved through the feeding cup 5 so that the filter assembly 2 can be prevented from moving in the axial direction of the food processing cup 1 .

In any embodiment, is provided between the filter assembly 2 and the screw 4 has a second gap, the gap width of the second value of D _2, wherein, 0.19mm≤d ₂ ≤1.99mm, or 0.29mm≤d ₂ ≤ 0.99mm.

In these embodiments, a screw 4 may be provided in the food processing cup 1, so that the crushing processing such as squeezing of food materials can be realized by the cooperation of the screw 4 and the food processing cup 1. And the second gap d ₂ between the filter assembly 2 and the screw 4 is set between 0.19mm-1.99mm, or 0.29mm-0.99mm, which can make the second gap between the filter assembly 2 and the screw 4 very Small, so that when the screw 4 rotates, the screw 4 can cooperate with the filter assembly 2 on the one hand to fully squeeze the food ingredients to ensure the juice yield, and on the other hand, the screw 4 can directly scrape on the surface of the filter assembly 2, Therefore, the food waste on the filter assembly 2 can be taken away to achieve cleaning of the filter assembly 2, so that the food waste remaining on the filter assembly 2 can be reduced, and the cleaning difficulty of the filter assembly 2 can be reduced.

An embodiment of the sixth aspect of the present application provides a food processor including: a food processing cup 1; a screw 4 rotatably installed in the food processing cup 1; and any one of the embodiments of the first aspect A filter assembly 2 is provided in which the gap between the food processing cup 1 and the screw 4 decreases from the mouth of the food processing cup 1 to the bottom wall of the food processing cup 1.

The food processing machine provided according to the embodiment of the present application includes a food processing cup 1, a screw 4 and a filter assembly 2, wherein the screw 4 can process food ingredients together with the food processing cup 1, and the filter assembly 2 is used for filtering out Food juice. Meanwhile, since the food processor provided by the embodiment of the present application has the filter assembly 2 provided by any embodiment of the first aspect, the food processor provided by the embodiment of the present application has the filter unit 2 provided by any embodiment of the first aspect. All the beneficial effects of the filter assembly 2 are not enumerated here.

Specifically, the food processor provided according to the embodiment of the present application may have a structure such as a juicer, a juicer, and the like. Further, the gap between the food processing cup 1 and the screw 4 extends from the mouth of the food processing cup 1 to The bottom wall of the food processing cup 1 is reduced, and further, is gradually reduced. In this way, the material channel formed between the food processing cup 1 and the screw 4 becomes narrower and narrower, so that the food materials can be gradually processed into smaller and smaller pieces, so that the juice yield can be improved. Further, the food processing cup 1 may be provided in a conical shape.

In any of the above embodiments, the width of the juice storage chamber 3 in the radial direction of the food processing cup 1 is narrowed from the mouth direction of the food processing cup 1 to the bottom wall direction of the food processing cup 1. The side wall or the bottom wall is also provided with a juice outlet 16 communicating with the juice storage cavity 3. The juice outlet 16 is located at the position where the width of the juice cavity 3 in the radial direction of the food processing cup 1 is the narrowest.

In these embodiments, the width of the juice storage cavity 3 in the radial direction of the food processing cup 1 is narrowed from the direction of the mouth of the food processing cup 1 to the bottom wall of the food processing cup 1 to enable the juice storage chamber 3 to be narrowed. The upper width and the lower width are narrow, so that the lower end of the juice storage chamber 3 can be gradually narrowed, which is more conducive to the discharge of the juice in the juice storage chamber 3. At the same time, a juice outlet 16 may be provided at the position where the radial width of the juice storage chamber 3 is the smallest, so that the juice in the juice storage chamber 3 can be discharged through the juice outlet 16, and this arrangement can discharge the juice during the juice discharge process. The juice in the juice storage chamber 3 is automatically collected to the juice outlet 16, so that the juice in the juice storage chamber 3 can be automatically discharged more smoothly and cleanly, so that the residue of the juice in the juice storage chamber 3 can be reduced.

In any of the above embodiments, the food processor further includes: a feeding cup 5 installed at the mouth of the food processing cup 1 for opening and closing the mouth of the food processing cup 1; wherein the filter assembly 2 is close to the inlet One end of the cup 5 is fixedly mounted to the feeding cup 5.

In these embodiments, a feeding cup 5 may be provided at the mouth of the food processing cup 1 to achieve feeding through the feeding cup 5. Here, the feeding cup 5 may be a cylinder with a push rod. It can also be a structure with a storage platform and a cutting device. At the same time, the upper end of the filter assembly 2 can be mounted to the feeding cup 5 so that the limit installation of the filter assembly 2 can be achieved through the feeding cup 5 so that the filter assembly 2 can be prevented from moving in the axial direction of the food processing cup 1 .

In any of the above embodiments, an inner wall of the food processing cup 1 is provided with a mounting groove, and the filter assembly 2 is installed in the mounting groove. The shape and size of the mounting groove and the shape and size of the filter assembly 2 are adapted to each other.

In these embodiments, a mounting groove may be provided on the inner side wall of the food processing cup 1 so that the filter assembly 2 can be installed through the mounting groove, and this structure can utilize the inner side wall of the food processing cup 1 Thickness to accommodate the filter assembly 2 so that the filter assembly 2 can be partially or completely embedded and installed in the side wall of the food processing cup 1, so that the space utilization of the food processing cup 1 can be increased, and the filter assembly 2 and the food processing cup can be used. The structure between 1 is more compact to reduce the overall volume of the product. In addition, this structure can also limit the degree of freedom in the circumferential direction of the filter assembly 2 through the two sides of the mounting groove, thereby preventing the filter assembly 2 from moving in the circumferential direction of the food processing cup 1.

In another embodiment described above, a side wall of the food processing cup 1 is provided with a mounting hole, and the food processing machine further includes: a juice outlet 7, and one end of the juice outlet 7 is detachably installed into the food processing cup 1 through the mounting hole; The filter assembly 2 is mounted on an end of the juice outlet 7 protruding into the food processing cup 1.

In these embodiments, the filter assembly 2 can also be detachably installed at a mounting hole directly through the juice outlet 7 and the like, so that the food juice can be discharged along the installation hole and the juice outlet 7 after being filtered by the filter component 2. This structure enables the filter assembly 2 and the juice outlet 7 to be installed together, thereby optimizing the structure of the product. Among them, the filter assembly 2 here is a filter structure composed of a mesh sheet 28 and a mounting frame 29.

In any of the above embodiments, the inner side wall of the food processing cup 1 is provided with a matching rib 18, which can cooperate with the screw 4 to process the food ingredients; wherein the food processing cup 1 is from the cup of the food processing cup 1 The mouth to the bottom wall of the food processing cup 1 includes a mounting area, a pressing area, and a grinding area in order. The matching ribs 18 include: pressing ribs 182, which are disposed on the side wall of the food processing cup 1. The area extends to the bottom wall of the food processing cup 1; the grinding rib 184 is disposed on the side wall of the grinding area of the food processing cup 1 and extends to the bottom of the food processing cup 1.

In these embodiments, some matching ribs 18 may be provided on the inner side wall of the food processing cup 1, such as pressing ribs 182 and grinding ribs 184, so that the matching ribs 18 and 182 such as the pressing ribs 182 and the grinding ribs 184 can be connected with The screw 4 cooperates to enhance the processing effect of the screw 4 on the food. At the same time, the food processing cup 1 can be set from the mouth of the food processing cup 1 to the bottom wall of the food processing cup 1 as an installation area, a pressing area, and a grinding area in order. The food processing cup 1 and the The installation between the feeding cup 5 or the vacuum cover, etc., and the food is preliminarily squeezed or cut through the pressing zone, and the food is ground through the grinding zone to further improve the extrusion effect of the screw 4 on the food . By providing the pressing ribs 182, the processing effect of the pressing area and the grinding area on the ingredients can be increased. The provision of the grinding rib 184 can further enhance the local grinding effect of the grinding zone.

In any embodiment, shown in Figure 2, a first fitting clearance between the screw 4 and the rib 18 is provided, the first gap width is d _1, wherein, 0.19mm≤d ₁ ≤1.99mm, or 0.29 mm≤d ₁ ≤0.99mm.

In these embodiments, a screw 4 may be provided in the food processing cup 1, so that the crushing processing such as squeezing of food materials can be realized by the cooperation of the screw 4 and the food processing cup 1. And the first gap d ₁ between the mating rib 18 and the screw 4 is set between 0.19mm-1.99mm, or between 0.29mm-0.99mm, which can make the first gap between the mating rib 18 and the screw 4 very Small, so that when the screw 4 rotates, on the one hand, the screw 4 can cooperate with the mating rib 18 to fully squeeze the ingredients to ensure the juice yield, on the other hand, the screw 4 can directly scrape on the surface of the mating rib 18, Therefore, the food waste and the like on the matching ribs 18 can be taken away, so that the food waste remaining on the inner side wall of the food processing cup 1 can be reduced, and the cleaning difficulty of the food processing cup 1 can be reduced.

In any of the above embodiments, as shown in FIG. 1, FIG. 15, and FIG. 17, the bottom wall or side wall of the food processing cup 1 is provided with a slag discharge channel 12, and the side wall of the slag discharge channel 12 is a non-porous side wall. .

In these embodiments, the food processing cup 1 is provided with a slag discharge channel 12, wherein the slag discharge channel 12 can be provided on the bottom wall of the food processing cup 1 or on the side wall of the food processing cup 1. It is not specifically limited here. The residue discharge channel 12 is used to discharge the food residue after the juice and residue separation. The side wall of the residue discharge channel 12 is a non-porous side wall, that is, the side wall of the residue discharge channel 12 near the center of the food processing cup 1 is not. The side wall of the hole, and the side wall of the slag extraction channel 12 away from the center of the food processing cup 1 is also a non-porous side wall, that is, the inner and outer side walls of the slag extraction channel 12 are not provided with a through-hole structure. That is, the inner and outer side walls of the slag discharge channel 12 are closed structures. This can enhance the area where the slag discharge channel 12 and the food dregs are matched, so that when the food waste is discharged from the slag discharge channel 12, it can be connected to the side of the slag discharge channel 12. The wall is fully squeezed, so that the squeeze force between the slag and the slag can be enhanced during the slag discharge process to ensure the slag discharge resistance at the slag discharge, so that the juice and slag of the food can be completely separated to ensure the juice effectiveness. In addition, by setting the side wall of the slag discharge channel 12 as a closed structure, this structure can enhance the slag discharge strength and ensure the effect of juice and residue separation. At the same time, this structure can achieve juice and residue separation without the use of extruded silica gel. Therefore, the use of slag squeeze silica gel is eliminated, the number of product parts is reduced, the installation efficiency of the product is improved, and the production cost of the product is reduced. This structure also eliminates the need to punch holes in the side wall of the slag discharge channel 12, that is, it is not necessary to provide holes for installing the slag squeeze silica gel in the side wall of the slag discharge channel 12, thereby simplifying the structure of the food processing cup 1, The processing difficulty of the food processing cup 1 is reduced, thereby reducing the overall production cost of the product.

In any of the above embodiments, as shown in FIG. 1, FIG. 15, and FIG. 17, the rear side of the entrance of the slag exit channel 12 is opposite to the front side of the entrance of the slag exit channel 12 and projects toward the cup mouth of the food processing cup 1. Settings.

In these embodiments, the entrance of the slag extraction channel 12 is disposed in the inner bottom wall of the food processing cup 1, and the crushed foodstuffs will rotate with the screw 4, and during the rotation of the foodstuffs with the screw 4, the food The side that first comes into contact with the entrance of the slag exit channel 12 is the front side of the entrance to the slag exit channel 12, and the side that comes into contact with the food is the rear side, that is, the front and rear here refers to the order of contact with the food. The rear side of the entrance of the slag exit channel 12 is opposite to the front side of the entrance of the slag exit channel 12 protruding toward the cup mouth of the food processing cup 1, that is, the rear side of the entrance of the slag exit channel 12 is higher than the slag exit channel 12 There is a height difference h between the rear side of the entrance of the slag exit channel 12 and the front side of the entrance of the slag exit channel 12, so that when the crushed ingredients rotate with the screw 4, the ingredients pass first. The front side of the entrance of the slag exit channel 12 is then blocked by the rear side of the entrance of the slag exit channel 12, so that more and more crushed food will gradually accumulate at the entrance of the slag exit channel 12, thereby crushing the The ingredients can be squeezed under the dual action of the screw 4 and the rear side of the entrance of the slag exit channel 12, so that the slag exit resistance can be ensured so that the juice residue can be completely separated, and the separated food residue is passed by the slag exit channel. 12 drainage.

In any of the above embodiments, as shown in FIG. 1, FIG. 15, and FIG. 17, the slag discharge channel 12 is disposed on the bottom wall of the food processing cup 1. The slag discharge channel 12 includes an embedded section 122 installed in the food processing cup. 1 inside the outer bottom wall; the protruding section 124 is connected to the embedding section 122 and protrudes from the outer bottom wall surface of the food processing cup 1; wherein, the inner wall surface of the protruding section 124 near the center of the food processing cup 1 A pressing surface 1242 is provided on the pressing surface 1242 from the side near the bottom wall of the food processing cup 1 to the side far from the bottom wall of the food processing cup 1 from the center of the food processing cup 1 to the outside of the food processing cup 1 Slanted to extend.

In these embodiments, the residue discharge channel 12 can be disposed on the bottom wall of the food processing cup 1, so that the waste can be discharged by using gravity. The slag extraction channel 12 includes an embedded section 122 and an extension section 124, wherein the embedded section 122 is embedded and installed in the food processing cup 1. Here, the embedded section 122 is disposed perpendicularly to the bottom wall of the food processing cup 1, so that the slag discharge direction can be aligned with The direction of gravity of the food waste is completely the same, so that the gravity of the food waste can be used to carry out the waste. The extension section 124 is disposed on the outer bottom wall of the food processing cup 1 and is used to guide the food waste to a more convenient position for slag collection. For example, the extension section 124 can be bent in the radial direction of the food processing cup 1 Fold, and make the protruding section 124 extend from the outer side wall of the food processing cup 1, so that food waste can be discharged from the bottom of the food processing cup 1, but still can be connected to the side wall of the food processing cup 1, and There is no need to perform slag-receiving from the bottom of the food processing cup 1, so that the slag-receiving position can be more convenient while slag-discharging is performed by gravity. By providing a pressing surface 1242 on the inner wall surface of the protruding section 124 near the center of the food processing cup 1, that is, the pressing surface 1242 is provided on the inner wall surface of the inner side of the protruding section 124, and the pressing surface 1242 extends from the side near the bottom wall of the food processing cup 1 to the side far from the bottom wall of the food processing cup 1 from the center of the food processing cup 1 to the outside of the food processing cup 1 obliquely, that is, the pressing surface 1242 From the top to the bottom, it is inclined from the inside to the outside, so that the pressing surface 1242 can be gradually arranged toward the outer direction of the food processing cup 1, so that a supporting surface can be formed below the connection between the embedding section 122 and the protruding section 124. In this way, after the food residue enters the residue discharge channel 12, it can be squeezed in multiple directions by the rear end of the inlet side of the residue discharge channel 12, the screw 4 and the pressing surface 1242, thereby ensuring the residue resistance required for the juice residue separation. In this way, the effect of separating juice and residue can be ensured, the yield of juice can be ensured, the moisture in the food residue can be reduced, and the dryness of the food residue can be ensured.

Of course, in other solutions, the inner side wall of the protruding section 124 can also be set directly perpendicular to the bottom of the food processing cup 1, so that the food waste cannot be squeezed by the protruding section 124, but the food waste can be made. The flow is smoother, which can prevent the food waste from being blocked in the extension section 124, and of course, it is more conducive to cleaning the extension section 124.

Wherein, the embedding section 122 is arranged vertically and may be arranged perpendicular to the bottom wall of the food processing cup 1. The extension section 124 extends from the inside of the food processing cup 1 to the outside of the food processing cup 1 and is provided in an integrated structure with the wall of the food processing cup 1. The end of the extension section 124 away from the insertion section 122 is removed from the food processing unit. The outer wall surface of the cup 1 protrudes to the outside of the food processing cup 1.

In the above embodiments, as shown in FIG. 15, the pressing surface 1242 is an inclined plane or an arcuate surface, and an included angle between the inclined plane and the bottom wall of the food processing cup 1 is β, where 19.9 ° ≦ β ≤59.9 °, or 29.9 ° ≤β≤49.9 °.

In these embodiments, the pressing surface 1242 may be inclined at the same angle to form an inclined plane. At this time, the angle β between the inclined plane and the bottom of the food processing cup 1 is between 19.9 ° and 59.9 °. Further, the included angle β can be between 29.9 ° and 49.9 °, so that the inclination of the inclined plane can be relatively moderate, so that the pressing force of the pressing surface 1242 can be ensured and the food residue can be smoothly discharged to prevent food. The passage is blocked. Of course, in other solutions, the pressing surface 1242 may also be arc-shaped to form an arc-shaped pressing surface 1242.

In the above embodiments, as shown in FIG. 1, FIG. 4, and FIG. 21, the food processing cup 1 further includes a slag ejection nozzle 14 which is movably installed at the outlet of the slag ejection channel 12 and can be opposite to the slag ejection channel 12. Stretch or fold.

In these embodiments, a slag discharge nozzle 14 can be additionally provided at the slag discharge channel 12, so that the slag can be guided by the slag discharge nozzle 14 to change the height of the slag or At the slag receiving position, after the slag discharge is completed, the slag discharge nozzle 14 can be retracted or folded to change the length of the slag discharge nozzle 14 protruding outside the slag discharge channel 12, or the slag discharge nozzle 14 is fully retracted and installed Enter the slag discharge channel 12 to realize the hidden storage of the slag discharge nozzle 14, so that the overall size of the food processing cup 1 can be reduced, and the cost of product storage, transportation and packaging can be reduced. Specifically, for example, the slag discharge nozzle 14 can be rotatably installed at the slag discharge channel 12 in a circumferential direction, or the slag discharge nozzle 14 can be installed at the slag discharge channel 12 in an axial direction. Of course, the slag discharge can also be installed The mouth 14 can be foldably installed at the slag discharge channel 12.

In the above embodiments, the bottom wall of the food processing cup 1 is provided with a through hole, and the driving device is a motor, wherein the motor shaft of the motor or the screw 4 shaft of the screw 4 or between the screw 4 and the motor shaft The intermediate shaft can pass through the through hole, so that the motor and the screw 4 are drivingly connected.

In any of the above embodiments, the food processing cup 1 is a vertical juice cup.

In these embodiments, the food processing cup 1 is a vertical juice cup, that is, the filter assembly 2 is used in a vertical juice processing food processor.

In any of the above embodiments, as shown in FIG. 18 and FIG. 19, the screw 4 includes a spiral body 42 and a spiral rib 44 provided on the spiral body 42. The spiral body 42 includes a cutting segment in order from the top of the spiral body 42 to the bottom of the spiral body 42. In the pressing section and the grinding section, the spiral rib 44 includes at least one main spiral rib 442 extending from the top of the spiral body 42 to the bottom of the spiral body 42 and a plurality of secondary spiral ribs 444 extending from the cutting section to the bottom of the spiral body 42 and a plurality of A grinding spiral rib 446 provided on the grinding section.

In these embodiments, the screw 4 includes a spiral body 42 and a spiral rib 44, wherein the spiral rib 44 is used to form a spiral groove with the spiral body 42 to achieve conveyance of food ingredients. The spiral body 42 can be divided into three sections from top to bottom, that is, a cutting section, an extrusion section and a grinding section. Among them, the cutting section is used for preliminary extrusion cutting of food materials, and the extrusion section is used for preliminary extrusion of food materials. The grinding section is used for precise grinding of food ingredients. In order to improve the processing effect of ingredients in each section, at least one main spiral rib 442 can be provided on the spiral body 42 from the beginning to the end, and one or more secondary spiral ribs 444 can be provided from the middle and upper portion of the spiral body 42. One or more grinding spiral ribs 446 are additionally provided in the section to enhance the local grinding effect of the grinding section.

In any of the above embodiments, as shown in FIGS. 18 and 19, the height of the spiral rib 44 in the radial direction of the screw 4 decreases from the top of the spiral body 42 to the bottom of the spiral body 42, and the cross-sectional area of the spiral body 42 is from The top of the spiral body 42 increases to the bottom of the spiral body 42. The projection distance between the edge of the top surface of the spiral body 42 and the axis of the spiral body 42 in the radial direction of the screw 4 is a, where 3.99mm≤a≤9.99mm, or 4.99 mm≤a≤7.99mm.

In these embodiments, the radial width of the spiral rib 44 can be gradually narrowed from top to bottom, so that the depth of the spiral groove surrounded by the spiral rib 44 and the spiral body 42 can be gradually reduced, so that the depth of the spiral groove According to the particle size of the food, the more the food is processed, the more the food is broken. The spiral body 42 is provided in a tapered structure, and the projection distance a of the upper edge of the spiral body 42 and the axis of the spiral body 42 in the radial direction of the screw 4 is set at 3.99mm-9.99mm, or further, 4.99mm-7.99. mm.

In any of the above embodiments, as shown in FIG. 4, FIG. 20, and FIG. 25, the food processor further includes a base 6, and a driving device is provided in the base 6. The driving device can cooperate with the screw 4 to drive the screw 4 to rotate. ; Among them, the food processing cup 1 can be mounted on the base 6.

In these embodiments, the food processor includes a base 6, a food processing cup 1, a screw 4, a filter assembly 2, and the like. Among them, the food processing cup 1 can be mounted on the base 6 and the screw in the food processing cup 1 can be installed. 4 cooperates with a driving device, so that the screw 4 can be rotated in the food processing cup 1 by the driving device to perform processing such as stirring the food in the food processing cup 1. The base 6 here is used for supporting and installing the food processing cup 1 on the one hand, and for providing driving force for driving the rotation of the screw 4 and for electric control of the product.

Among them, the food processor is a juicer or a juicer. Of course, the food processor can also have other structures besides the juicer and the juicer, such as a wall breaker.

As shown in FIGS. 1 to 29, an embodiment of the seventh aspect of the present application provides a food processing machine, including: a food processing cup 1; a screw 4 that can be rotatably installed in the food processing cup 1; and a feeding cup 5 that is installed At the mouth of the food processing cup 1, the food processing cup 1 can be closed and opened; wherein the feeding cup 5 is a telescopic cup that can be extended and shortened.

The food processing machine provided according to the embodiment of the present application may have a structure such as a raw juicer, a juicer, and the like, and the food processing machine includes a food processing cup 1, a screw 4, and a feeding cup 5, wherein the food processing cup 1 can communicate with The screw 4 cooperates to achieve processing of cutting, pressing and the like of the food ingredients, and the feeding cup 5 is used to cover the food processing cup 1 and to add food ingredients into the food processing cup 1. Among them, the feeding cup 5 is a telescopic cup that can be extended and shortened. In this way, when the juice is squeezed, the feeding cup 5 can be first extended to make the feeding cup 5 have a larger volume. At this time, all the ingredients can be put into the feeding cup 5 at one time, and then the feeding cup 5 can be compressed so that the feeding cup 5 can be shortened, so that the feeding can be realized by shortening the feeding cup 5 The ingredients in the cup 5 are squeezed, so that the ingredients in the feeding cup 5 can be directly squeezed into the food processing cup 1. With this structure, the ingredients in the feeding cup 5 can be directly pressed into the food processing cup 1 by shortening the feeding cup 5, thereby eliminating the need for tools such as a push rod and the feeding cup. Auxiliary tools such as cutting devices are installed in 5 to simplify the structure of the product and reduce the cost of the product. In addition, since auxiliary tools such as a push rod and a cutting device are not required to be placed in the feeding cup 5 in this structure, the space in the feeding cup 5 is sufficiently large, so all the ingredients can be directly input at one time when feeding. Into the feeding cup 5, instead of feeding one by one, this can reduce the waiting time for feeding and simplify the operation process of feeding. Also with this structure, since no extra spare parts are required in the feeding cup 5, the feeding cup 5 can be detachably mounted on the food processing cup 1, so that after the pressing is completed, the feeding cup 5 can be directly passed through The food cup 5 is filled with food juice, so that when the user is too late to squeeze out the juice, the food juice can be taken out directly through the feeding cup 5, and after the food juice is consumed, the user can compress the feeding cup 5 and store it So as to improve the storability of the product. Furthermore, since the feeding cup 5 can be extended and shortened in this structure, the feeding cup 5 can be shortened during the transportation and storage of the product, so that the overall height of the product can be reduced, and the storage and product of the product can be improved. Convenience of transportation.

As shown in FIG. 1 to FIG. 29, an embodiment of the eighth aspect of the present application provides a food processing machine, including: a filter assembly 2 and a food processing cup 1 provided by any one of the embodiments of the first aspect; a screw 4 capable of rotating The food processing cup 1 is installed in the food processing cup 1; the feeding cup 5 is installed at the mouth of the food processing cup 1, and the food processing cup 1 can be closed and opened; wherein the feeding cup 5 is a telescopic cup that can be extended and shortened. .

The food processing machine provided according to the embodiment of the present application may have a structure such as a raw juicer, a juicer, and the like, and the food processing machine includes a food processing cup 1, a screw 4, and a feeding cup 5, wherein the food processing cup 1 can communicate with The screw 4 cooperates to achieve processing of cutting, pressing and the like of the food ingredients, and the feeding cup 5 is used to cover the food processing cup 1 and to add food ingredients into the food processing cup 1. Among them, the feeding cup 5 is a telescopic cup that can be extended and shortened. In this way, when the juice is squeezed, the feeding cup 5 can be first extended to make the feeding cup 5 have a larger volume. At this time, all the ingredients can be put into the feeding cup 5 at one time, and then the feeding cup 5 can be compressed so that the feeding cup 5 can be shortened, so that the feeding can be realized by shortening the feeding cup 5 The ingredients in the cup 5 are squeezed, so that the ingredients in the feeding cup 5 can be directly squeezed into the food processing cup 1. With this structure, the ingredients in the feeding cup 5 can be directly pressed into the food processing cup 1 by shortening the feeding cup 5, thereby eliminating the need for tools such as a push rod and the feeding cup. Auxiliary tools such as cutting devices are installed in 5 to simplify the structure of the product and reduce the cost of the product. In addition, since auxiliary tools such as a push rod and a cutting device are not required to be placed in the feeding cup 5 in this structure, the space in the feeding cup 5 is sufficiently large, so all the ingredients can be directly input at one time when feeding. Into the feeding cup 5, instead of feeding one by one, this can reduce the waiting time for feeding and simplify the operation process of feeding. Also with this structure, since no extra spare parts are required in the feeding cup 5, the feeding cup 5 can be detachably mounted on the food processing cup 1, so that after the pressing is completed, the feeding cup 5 can be directly passed through The food cup 5 is filled with food juice, so that when the user is too late to squeeze out the juice, the food juice can be taken out directly through the feeding cup 5, and after the food juice is consumed, the user can compress the feeding cup 5 and store it So as to improve the storability of the product. Furthermore, since the feeding cup 5 can be extended and shortened in this structure, the feeding cup 5 can be shortened during the transportation and storage of the product, so that the overall height of the product can be reduced, and the storage and product of the product can be improved. Convenience of transportation. Meanwhile, since the food processor provided by the embodiment of the present application has the filter assembly 2 provided by any embodiment of the first aspect, the food processor provided by the embodiment of the present application has the filter unit 2 provided by any embodiment of the first aspect. All the beneficial effects of the filter assembly 2 are not enumerated here.

In any of the above embodiments, as shown in FIG. 26, the feeding cup 5 includes a feeding cylinder 52, both ends of which are open, and one end of the feeding cylinder 52 is installed at the cup mouth of the food processing cup 1. ; Feed cover 54, the cover 54 is mounted on the other end of the feed barrel 52, for opening and closing the feed barrel 52; wherein the feed barrel 52 and the feed cover 54 are an integrated structure, or The cartridge 52 and the feeding cover 54 are detachably connected.

In this embodiment, the feeding cup 5 is composed of a feeding cylinder 52 and a feeding cover 54, so that the upper end of the feeding cup 5 can be sealed, so that the feeding cup 5 can be used to contain food juice. Achieve food take-away. The feeding cylinder 52 and the feeding cover 54 can be set into a structure. For example, the feeding cylinder 52 and the feeding cover 54 can be directly set into a cup structure with one end closed, and the feeding cylinder 52 and the feeding can be set. The cover 54 can be detachably connected, so that when feeding, the feeding cover 54 can be opened directly, and then feeding from above the feeding barrel 52, and after the feeding is completed, the feeding barrel 52 can be closed by the feeding cover 54 to To achieve the squeeze of ingredients.

Wherein, the feeding cover 54 may be mounted on the feeding cylinder 52 by a thread.

In any of the above embodiments, as shown in FIG. 26, the feeding cylinder 52 includes: a first cylinder 522, which is installed at the mouth of the food processing cup 1, and a telescopic cylinder 524, which is installed away from the first cylinder 522. One end of the food processing cup 1; the second cylinder 526 is installed at the end of the telescopic cylinder 524 away from the first cylinder 522, and the feeding cover 54 is installed on the end of the second cylinder 526 away from the telescopic cylinder 524; The first cylinder 522 and the second cylinder 526 are rigid cylinders, and the telescopic cylinder 524 is a soft cylinder made of a soft material.

In this embodiment, the feeding cylinder 52 includes a first cylinder 522, a second cylinder 526, and a telescoping cylinder 524, and the existence of the telescoping cylinder 524 enables the user to use the flexibility of the telescoping cylinder 524 to achieve feeding The cup 5 is telescopic, and the first cylinder 522 and the second cylinder 526 are provided at both ends of the telescopic cylinder 524, so that the installation between the feeding cylinder 52 and the food processing cup 1 can be achieved through the first cylinder 522, And the installation between the feeding cylinder 52 and the feeding cover 54 is realized by the second cylinder 526. The first cylinder 522 and the second cylinder 526 are rigid cylinders, such as a metal cylinder or a plastic cylinder. This can ensure the strength of the first cylinder 522 and the second cylinder 526 to ensure the feeding cylinder 52. The overall strength. The telescopic cylinder 524 is a soft cylinder made of a soft material. In this way, the telescopic cylinder 524 can be relatively soft, so that it can be compressed and deformed to extend or shorten the feeding cylinder 52.

In any of the above embodiments, as shown in FIG. 26, when the second cylinder 526 and the telescopic cylinder 524 can be contracted into the first cylinder 522, and the second cylinder 526 is contracted into the first cylinder 522, There is a predetermined distance between the second cylinder 526 and the food processing cup 1.

In these embodiments, the sizes of the first cylinder 522, the second cylinder 526, and the telescopic cylinder 524 may be appropriately set so that the second cylinder 526 and the telescopic cylinder 524 can be compressed to the first cylinder 522. In this way, when the feeding cup 5 is compressed, the second cylinder 526 and the telescopic cylinder 524 can be completely retracted into the first cylinder 522, so that the telescopic strength of the feeding cup 5 can be ensured, that is, the feeding cup 5 can be shortened short enough so that the ingredients in the feed cup 5 can be fully squeezed into the food processing cup 1 through the expansion and contraction of the feed cup 5, of course, this setting can also make the feed cup 5 sufficiently compressed It is small, so that the volume of the product and the feeding cup 5 during storage and transportation can be greatly reduced, so that the portability of the product and the feeding cup 5 can be improved. When the second cylinder 526 is retracted into the first cylinder 522, there is a preset distance between the second cylinder 526 and the food processing cup 1, which makes the second cylinder after the feeding cup 5 is completely compressed. 526 does not interfere with the food processing cup 1 or the feeding cup 8 in the first cylinder 522, so that the food processing cup 1 and the feeding cup 5 can be prevented from being completely fitted after compression.

In any of the above embodiments, the first cylinder 522, the telescopic cylinder 524, and the second cylinder 526 are integrated structures, or the first cylinder 522, the telescopic cylinder 524, and the second cylinder 526 are integrally injection-molded.

In these embodiments, the first cylinder 522, the telescopic cylinder 524, and the second cylinder 526 are integrated structures, so that the Connection strength and connection sealing performance. Further, the first cylinder 522, the telescopic cylinder 524, and the second cylinder 526 can be integrally injection-molded to reduce the processing difficulty of the feeding cylinder 52.

The first cylinder 522 and the second cylinder 526 are plastic cylinders or metal cylinders, and the telescopic cylinder 524 is a silicone cylinder or a rubber cylinder.

In any of the above embodiments, as shown in FIG. 26, the outer diameter of the feeding cylinder 52 gradually increases from the second cylinder 526 to the first cylinder 522.

In these embodiments, the outer diameter of the feeding cylinder 52 is gradually increased from the second cylinder 526 to the first cylinder 522, so that the feeding cylinder 52 can be set into a tapered structure with an upper, lower and larger diameter. After the feeding cup 5 is compressed, the upper end of the feeding cylinder 52 can be gradually compressed into the lower end, so that the expansion and contraction of the feeding cylinder 52 can be realized more conveniently.

In any of the above embodiments, as shown in FIG. 26, the food processor further includes a matching cover 9, which can be installed on an end of the feeding cylinder 52 away from the feeding cover 54.

In these embodiments, a matching cover 9 can also be provided for the feeding cup 5, so that when the juice is taken out through the feeding cup 5, the sealing of the feeding cup 5 can be achieved through the matching cover 9.

In the above embodiment, the feeding cup 5 can be detachably mounted on the food processing cup 1, or the feeding cup 5 can be fixedly mounted on the food processing cup 1.

In these embodiments, the feeding cup 5 can be detachably installed at the mouth of the food processing cup 1, which enables the feeding cup 5 to be detached separately from the food processing cup 1, so that after the juice is squeezed, The feeding cup 5 can be disassembled to carry food juice, so that one object of the feeding cup 5 can be used. Of course, the feeding cup 5 can also be directly fixed on the food processing cup 1.

In any of the above embodiments, as shown in FIGS. 27 to 29, the food processor further includes a feeding cup 8 installed between the food processing cup 1 and the feeding cup 5, and a support is provided in the feeding cup 8. The bottom wall 82 and the feeding hole 84 communicated with the feeding cup 5 and the food processing cup 1.

In these embodiments, a feeding cup 8 may be provided between the food processing cup 1 and the feeding cup 5, so that the connection between the feeding cylinder 52 and the food processing cup 1 can be achieved through the feeding cup 8, In addition, the lower cup 8 can also be used as the bottom of the feeding cylinder 52, so that when feeding, the ingredients can be buffered in the feeding cylinder 52 first without directly stacking the ingredients directly to the screw 4 at one time. In this way, the ingredients can be gradually lowered from the feeding cup 5 into the food processing cup 1 through the feeding opening, so that the ingredients can be sequentially fed, and the screw 4 can be prevented from being stuck by the ingredients.

In any of the above embodiments, as shown in FIG. 27 to FIG. 29, the food processor further includes: a first seal member disposed between the feeding cup 8 and the food processing cup 1 for connecting the feeding cup 8 with food The processing cups 1 are sealed between each other; the second seal is arranged between the lower feeding cup 8 and the feeding cup 5 for sealing between the lower feeding cup 8 and the feeding cup 5.

In these embodiments, a first seal may be provided at the connection between the feeding cup 8 and the food processing cup 1, so that the feeding cup 8 and the food processing cup 1 can be sealedly connected, so that the relationship between the two can be improved. Sealing performance to prevent leakage of air and juice. In the same way, a second seal can also be provided at the connection between the feeding cup 8 and the feeding cup 5 so that the feeding cup 8 and the feeding cup 5 can be tightly connected.

In any of the above embodiments, as shown in FIG. 26 to FIG. 29, the lower cup 8 is mounted on the food processing cup 1 by means of snapping, or is mounted on the food processing cup 1 by means of screwing, and the feeding cup 5 Mounted on the lower cup 8 by means of a thread.

In these embodiments, the feeding cup 8 can be directly snap-fitted on the food processing cup 1 through a buckle or the like. Of course, threads can also be provided on the feeding cup 8 and the food processing respectively so that the feeding cup 8 can pass through. Threaded manner The thread is mounted on the food processing cup 1. The feeding cup 5 and the lower cup 8 are installed by means of threads, because the installation manner of the threads is not only reliable, but also convenient for disassembly and assembly.

In any of the above embodiments, as shown in FIGS. 27 to 29, one of the positioning hole 86 and the positioning shaft 422 is provided on the surface of the support bottom wall 82 near the food processing cup 1, and the positioning hole 86 is provided on the screw 4. With the other of the positioning shaft 422, the screw 4 can be mounted to the supporting bottom wall 82 through the cooperation of the positioning hole 86 and the positioning shaft 422.

In these embodiments, a positioning hole 86 or a positioning shaft 422 may be provided on the support bottom wall 82 of the lower cup 8, and a structure capable of cooperating with the positioning hole 86 or the positioning shaft 422 is provided on the upper end surface of the screw 4. In this way, during installation, the upper end of the screw 4 can be directly positioned and installed on the supporting bottom wall 82 of the lower cup 8 through the cooperation of the positioning hole 86 and the positioning shaft 422, so that the upper end of the screw 4 can be positioned. Prevent the screw 4 from shaking.

In any of the above embodiments, the blanking hole 84 is a fan-shaped hole or a fan-shaped hole. The center of the fan-shaped hole or the fan-shaped hole is consistent with the center of the blanking cup 8 and the center angle of the fan-shaped hole or the fan-shaped hole is 60 or more ° is less than or equal to 270 °, or the center angle of a fan-shaped hole or a fan-shaped hole is greater than or equal to 90 ° and less than or equal to 180 °.

In these embodiments, the blanking holes 84 may be set in a fan shape or a fan shape, and the angles on both sides of the blanking holes 84 may be set between 60 ° -270 °, or further set at 90 ° -180. In this way, the opening width of the feeding hole 84 can be ensured, so that the feeding hole 84 can be prevented from being too small, so that the food can be smoothly fed. Here, the center angle of the fan-shaped hole or the fan-shaped hole refers to the center angle corresponding to the fan shape.

Among them, the food processor is a juicer or a juicer. Of course, the food processor can also have other structures besides the juicer and the juicer, such as a wall breaker.

In the description of this specification, the terms "connected," "installed," and "fixed" should be understood in a broad sense. For example, "connected" may be a fixed connection, a detachable connection, or an integral connection; it may be Directly connected, or indirectly through intermediate media. For those of ordinary skill in the art, the specific meanings of the above terms in this application can be understood according to specific situations.

In the description of this specification, the descriptions of the terms “one embodiment”, “some embodiments”, “specific embodiments” and the like mean that specific features, structures, materials, or characteristics described in conjunction with the embodiment or example are included in this application In at least one embodiment or example. In this specification, the schematic expressions of the above terms do not necessarily refer to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in one or more embodiments or examples.

The above are only preferred embodiments of the present application, and are not intended to limit the present application. For those skilled in the art, this application may have various modifications and changes. Any modification, equivalent replacement, or improvement made within the spirit and principle of this application shall be included in the protection scope of this application.

Claims (28)

1. A filter assembly for a food processing machine, the food processing machine comprising a food processing cup and a screw rotatably installed in the food processing cup, wherein the filter assembly is along a circumferential direction of the food processing cup The direction is non-circular, and the filtering component includes:

   A filter sheet is installed in the food processing cup, located between the food processing cup and the screw, and can form a juice storage cavity with the food processing cup, and the filter sheet is provided with at least one filter hole;

   At least one insert bar can be inserted into the plurality of filtering holes one by one, and each of the insert bars can be enclosed with one or more corresponding filter holes to communicate with the juice storage cavity. Filter channel.
2. The filter assembly according to claim 1, wherein:

   The at least one insertion bar is integrally disposed on an inner side wall of the food processing cup.
3. The filtering component according to claim 1 or 2, wherein the filtering component further comprises:

   A connecting member can be detachably installed on a side of the filter sheet close to the food processing cup;

   Wherein, the at least one insertion strip is all mounted on the connecting member.
4. The filter assembly according to claim 3, wherein:

   The number of the inserting strips is multiple, and the plurality of inserting strips are arranged on the connecting member in parallel and spaced from each other. The number of the filtering holes is consistent with the number of the inserting bars. The food processing cup is distributed in the axial direction, one end of the filter hole near the bottom wall of the food processing cup is opened, and the plurality of inserting strips can be inserted and installed in a one-to-one correspondence from the axial direction of the food processing cup. Within the plurality of filter holes; or

   The number of the inserting strips is multiple, and the connecting member is a mounting plate. The plurality of inserting strips are installed in the mounting plate in multiple rows and rows, and the number of the filter holes is multiple. Each of the filter holes is provided on the filter sheet in a plurality of rows and rows corresponding to a plurality of the insertion bars.
5. The filter assembly according to claim 3 or 4, wherein:

   A first buckle is provided on the connecting piece, and a second buckle is provided on the filter sheet. The first buckle can cooperate with the second buckle, so that the connecting piece is buckled and installed in the place. Mentioned filter;

   The first buckle is one of the groove and the protrusion, and the second buckle is the other of the groove and the protrusion, and the protrusion can be inserted into the groove. .
6. The filter assembly according to any one of claims 1 to 5, wherein:

   The side of the insert bar away from the side wall of the food processing cup is flush with the side of the filter sheet away from the side wall of the food processing cup; and / or

   A hand buckle groove is provided on a side of the filter sheet remote from the side wall of the food processing cup; and / or

   The width of the juice filtering channel in the circumferential direction of the food processing cup is t, wherein 0.19 mm≤t≤1.29mm, or 0.3mm≤t≤0.9mm; and / or

   A width of the filter assembly in a circumferential direction of the food processing cup is gradually narrowed from a mouth of the food processing cup to a bottom wall of the food processing cup, and / or

   The filter component is fan-shaped, and the included angle between the two sides of the filter component opposite to each other along the circumferential direction of the food processing cup is γ, where 45 ° ≤γ≤135 °, or 60 ° ≤γ≤ 120 °; and / or

   At least one rib is disposed on a side of the filter sheet near the side wall of the food processing cup.
7. A food processing cup assembly for a food processing machine, wherein the food processing cup assembly includes:

   A food processing cup, a bottom wall or a side wall of the food processing cup is provided with a slag discharge channel, and a side wall of the slag discharge channel is a non-porous side wall.
8. A food processing cup assembly for a food processing machine, wherein the food processing cup assembly includes:

   A filter module according to any one of claims 1 to 6; and

   A food processing cup, a bottom wall or a side wall of the food processing cup is provided with a slag discharge channel, and a side wall of the slag discharge channel is a non-porous side wall.
9. The food processing cup assembly according to claim 7 or 8, wherein:

   The rear side of the entrance of the slag exit channel is projected toward the cup mouth of the food processing cup relative to the front side of the entrance of the slag exit channel, and the slag exit channel is provided on the bottom wall of the food processing cup. Above, the slag discharge channel includes:

   An embedded section installed in an outer bottom wall of the food processing cup;

   An extension section connected with the embedding section and protruding from the outer bottom wall surface of the food processing cup;

   Wherein, an extruding surface is provided on an inner wall surface of a side of the protruding section near the center of the food processing cup, and the pressing surface extends from a side near the bottom wall of the food processing cup to a distance from the food One side of the bottom wall of the processing cup extends obliquely from a center direction of the food processing cup to an outer direction of the food processing cup;

   The pressing surface is an inclined plane or an arc-shaped surface, and an included angle between the inclined plane and the bottom wall of the food processing cup is β, wherein 19.9 ° ≦ β ≦ 59.9 °, or 29.9 ° ≦ β ≦ 49.9 °.
10. The food processing cup assembly according to claim 8, further comprising:

    The slag discharge nozzle is movably installed at the exit of the slag discharge channel, and can be retracted or folded relative to the slag discharge channel;

    A mounting groove is provided on an inner side wall of the food processing cup, and the filter assembly is installed in the mounting groove.
11. The food processing cup assembly according to claim 10, wherein:

    The width of the mounting groove in the radial direction of the food processing cup is narrowed from the direction of the mouth of the food processing cup to the bottom wall of the food processing cup. The shape and size of the filter assembly The shape and size of the mounting groove are matched; or the width of the juice storage cavity in the radial direction of the food processing cup is from the mouth direction of the food processing cup to the bottom wall direction of the food processing cup Narrowed.
12. The food processing cup assembly according to claim 10 or 11, wherein:

    A juice outlet is further provided on the side wall or the bottom wall of the food processing cup, and the juice outlet is located at a position where the width of the juice storage cavity is the narrowest in the radial direction of the food processing cup;

    The mounting groove is a fan-shaped groove, and an included angle between the two side walls of the fan-shaped groove provided along the circumferential direction of the food processing cup is θ, where 45 ° ≤θ≤135 °, or 60 ° ≤θ ≤120 °.
13. The food processing cup assembly according to any one of claims 10 to 12, wherein:

    There between the screw and the filter assembly mounted within the food processing cup is provided a first gap width of the first gap is d _1, wherein, 0.19mm≤d ₁ ≤1.99mm, or 0.29mm≤ d ₁ ≤0.99mm.
14. The food processing cup assembly according to any one of claims 7 to 13, wherein:

    A matching rib is provided on an inner side wall of the food processing cup, and the matching rib can cooperate with a screw installed in the food processing cup to process food ingredients;

    Wherein, the food processing cup includes a mounting area, a pressing area, and a grinding area in order from the mouth of the food processing cup to the bottom wall of the food processing cup, and the mating ribs include:

    A squeezing rib is disposed on an inner side wall of the food processing cup and extends from a squeezing area of the food processing cup to a bottom wall of the food processing cup;

    Grinding ribs are arranged on the side wall of the grinding area of the food processing cup and extend to the bottom of the food processing cup.
15. The food processing cup assembly according to claim 14, wherein:

    The screw is provided between the mating ribs second gap, the second gap width value of d _2, wherein, 0.19mm≤d ₂ ≤1.99mm, or 0.29mm≤d ₂ ≤0.99mm.
16. A food processing machine, comprising: a base, wherein the base is provided with a driving device;

    The food processing cup assembly according to any one of claims 7 to 15, which can be mounted on the base;

    The screw is rotatably installed in the food processing cup and can cooperate with the driving device to rotate under the driving of the driving device.
17. A food processor comprising:

    Food processing cup

    A screw rotatably installed in the food processing cup; and

    The filter assembly according to any one of claims 1 to 6, which is installed in the food processing cup, located between the food processing cup and the screw, and surrounding the food processing cup A juice storage cavity is formed which is in communication with the juice filtering channel.
18. The food processor of claim 17, further comprising:

    A feeding cup installed at the mouth of the food processing cup and used to open and close the mouth of the food processing cup;

    Wherein, one end of the filtering component near the feeding cup is fixedly mounted to the feeding cup.
19. A food processor comprising:

    Food processing cup

    A screw rotatably installed in the food processing cup; and

    The filter assembly according to any one of claims 1 to 6;

    The gap between the food processing cup and the screw is reduced from the mouth of the food processing cup to the bottom wall of the food processing cup.
20. The food processor according to claim 19, wherein:

    The width of the juice storage cavity in the radial direction of the food processing cup is narrowed from the cup mouth direction of the food processing cup to the bottom wall direction of the food processing cup, and the side wall of the food processing cup or The bottom wall is further provided with a juice outlet communicating with the juice storage cavity, and the juice outlet is located at a position where the width of the juice storage cavity in the radial direction of the food processing cup is the narrowest.
21. The food processor according to claim 19 or 20, wherein a side wall of the food processing cup is provided with a mounting hole, and the food processor further comprises:

    A juice outlet, one end of the juice outlet can be detachably installed in the food processing cup through the mounting hole; wherein the filter assembly is installed on an end of the juice outlet that projects into the food processing cup. .
22. The food processor according to any one of claims 19 to 21, wherein

    The screw includes a spiral body and a spiral rib provided on the spiral body. The spiral body includes a cutting section, an extrusion section, and a grinding section in order from the top of the spiral body to the bottom of the spiral body. The spiral rib includes at least one A main spiral rib extending from the top of the spiral body to the bottom of the spiral body, and a plurality of secondary spiral ribs extending from the cutting section to the bottom of the spiral body, and a plurality of grindings provided on the grinding section Spiral tendons.
23. The food processor according to claim 22, wherein

    The height of the spiral rib in the radial direction of the screw decreases from the top of the spiral to the bottom of the spiral, and the cross-sectional area of the spiral increases from the top of the spiral to the bottom of the spiral The projection distance between the edge of the top surface of the spiral body and the axis of the spiral body in the radial direction of the screw is a, where 3.99 mm ≦ a ≦ 9.99 mm, or 4.99 mm ≦ a ≦ 7.99 mm.
24. A food processor comprising:

    Food processing cup

    A screw rotatably installed in the food processing cup;

    The feeding cup is installed at the cup mouth of the food processing cup, and can be closed and opened; wherein the feeding cup is a telescopic cup that can be extended and shortened.
25. A food processor comprising:

    A filter module according to any one of claims 1 to 6; and

    Food processing cup

    A screw rotatably installed in the food processing cup;

    A feeding cup, which is installed at the mouth of the food processing cup and is capable of closing and opening the food processing cup;

    Wherein, the feeding cup is a telescopic cup which can be extended and shortened.
26. The food processor of claim 24 or 25, wherein the feeding cup comprises:

    A feeding cylinder, two ends of which are open, and one end of the feeding cylinder is installed at a cup mouth of the food processing cup;

    A feeding cover, which is mounted on the other end of the feeding cylinder and is used to open and close the feeding cylinder;

    Wherein, the feeding cylinder and the feeding cover are integrated structure, or the feeding cylinder and the feeding cover are detachably connected.
27. The food processor of claim 26, wherein the feed cartridge comprises:

    A first cylinder body installed at a cup mouth of the food processing cup;

    A telescopic cylinder installed at an end of the first cylinder far from the food processing cup;

    A second cylinder is installed at an end of the telescopic cylinder that is far from the first cylinder, and the feeding cover is installed on an end of the second cylinder that is far from the telescopic cylinder;

    The first cylinder and the second cylinder are rigid cylinders, and the telescopic cylinder is a soft cylinder made of a soft material.
28. The food processor according to any one of claims 24 to 27, further comprising:

    The feeding cup is installed between the food processing cup and the feeding cup, and the feeding cup is provided with a supporting bottom wall and a feeding hole communicating with the feeding cup and the food processing cup;

    A first seal member provided between the lower cup and the food processing cup, for sealing between the lower cup and the food processing cup;

    A second seal is disposed between the lower cup and the feeding cup, and is used to seal the gap between the lower cup and the feeding cup.

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