CN209074123U - Food preparation cup assembly and food processor - Google Patents

Abstract

The utility model provides a kind of food preparation cup assembly and food processor, food processor includes frame component, food preparation cup assembly includes: food preparation cup, including squeeze section interconnected and juice collection section, squeeze section is mountable on frame component, juice collection section is equipped with rim of a cup, and the junction of squeeze section and juice collection section, which is equipped with, separates platform；Feeding device is mounted at the rim of a cup of food preparation cup；Separating tube is mounted on and separates between platform and feeding device, a crushing chamber can be formed with squeeze section, and a storage juice chamber can be formed with the inner sidewall of juice collection section；Screw rod is installed in rotation in crushing chamber, can be cooperated with the side wall of squeeze section and the side wall of separating tube to realize the processing to food materials；The juice channel for being connected to crushing chamber with storage juice chamber is formed between separating tube and separation platform.The program does not realize that juice slag is separated by strainer, therefore has evaded the defect using strainer, so that product had not only been not easy to plug but also relatively good cleaning.

Description

Food preparation cup assembly and food processor

Technical field

The utility model relates to household appliance technical fields, more specifically, are related at a kind of food preparation cup assembly and food Reason machine.

Background technique

The Normal juice machine or food preparation cup assembly of juice extractor is substantially all by food preparation cup, strainer and screw rod at a slow speed at present Composition, strainer and screw rod are mounted in food preparation cup, and the squeezing space of variable volume is formed between screw rod and strainer, food Object juice is squeezed out from food meat, and strainer realizes the separation of food juice and food residues, and the separation of food juice and food residues at present is all It is concentrated mainly on the middle-lower part of food preparation cup assembly, and the squeezing channel that the middle-lower part of strainer and screw rod is formed is relatively narrow, Therefore the pressure of screw rod middle and lower part is larger in expressing process, is easily blocked so as to cause the filter hole on strainer, while by In the food materials block in the squeezing channel that the middle-lower part of strainer and screw rod is formed by the smashed particle of extruding of screw rod all compared with Small, therefore to ensure filter effect, the aperture of the filter hole of strainer middle and lower part is all arranged smaller, and the bore dia of filter hole compared with The difficulty of small a possibility that further increasing filter net jam and filter gauze cleaning.In addition, the filtering of food juice and food residues is all The middle-lower part for being concentrated mainly on food preparation cup assembly makes containing more food residues in food juice, so that food juice Purity it is lower.

Therefore, clogging can be improved, reduce cleaning difficulty by how designing one kind, improve the food of the purity of food juice Handling cup assembly and the food processor including the food preparation cup assembly becomes current urgent problem to be solved.

Utility model content

The utility model aims to solve at least one of the technical problems existing in the prior art.

For this purpose, a purpose of the utility model is, a kind of food preparation cup assembly is provided.

Another purpose of the utility model is, provides a kind of food preparation including above-mentioned food preparation cup assembly Machine.

To achieve the above object, the utility model first aspect embodiment provides a kind of food preparation cup assembly, is used for Food processor, the food processor include frame component, and the food preparation cup assembly includes: food preparation cup, described Food preparation cup includes squeeze section interconnected and juice collection section, and the squeeze section can be mounted on the frame component, institute It states and is provided with rim of a cup on the one end of juice collection section far from the squeeze section, wherein the junction of the squeeze section and the juice collection section It is provided with separation platform；Feeding device is mounted at the rim of a cup of the food preparation cup, for feeding；Separating tube is mounted on described Separate between platform and the feeding device, can form a crushing chamber with the squeeze section, and can in the juice collection section Side wall forms a storage juice chamber；Screw rod is rotatably mounted in the crushing chamber, can with the side wall of the squeeze section and The side wall of the separating tube cooperates, to realize the processing to food materials；Wherein, it is formed between the separating tube and the separation platform One juice channel, the juice channel can be such that the crushing chamber is connected to the storage juice chamber.

The food preparation cup assembly that embodiment according to the present utility model provides, is used for food processor, and food preparation Machine includes frame component and the food preparation cup assembly that can be mounted on frame component, and frame component is for carrying food preparation Cup assembly, and for providing driving force for food preparation cup assembly, to realize the driving of screw rod.And food preparation cup assembly packet Food preparation cup, separating tube, feeding device and screw rod are included, and food preparation cup is separated into juice collection section and squeeze section by separation platform, And separating tube is mounted on and separates between platform and feeding device, the space in juice collection section just can be divided into two by such separating tube, And the space inside separating tube can be formed together crushing chamber with the space of squeeze section, and screw rod is being mounted on food preparation in this way After in cup, screw rod can realize the squeezing to food materials in separating tube and squeeze section, so that the food materials in crushing chamber just can be Gradually squeezed under the action of separating tube, squeeze section and screw rod it is broken, and squeeze it is broken after food materials can gradually gather squeeze section Bottom, and since the space that the bottom of squeeze section is used to accommodate food materials is limited, squeezing broken food materials can be in food preparation cup Bottom the more pressed the more tight, and since the mobile performance of liquid is got well than the mobile performance of solid, squeezed constantly Under, food juice can be separated by gradually squeezing, and since the accommodation space of the bottom of food preparation cup is limited and by food residues It occupies, therefore, being extruded the food juice isolated have to flow up.And since the space outside separating tube can be with juice collection section Side wall surround juice chamber, meanwhile, separating tube and separate platform between again be provided with juice channel, therefore, the quilt in crushing chamber Squeeze and separate and the food juice that have to flow up is when flowing to juice channel, just can by the juice channel by Juice chamber is collected, and can realize the juice slag separation of food materials in this way.And this kind of structure, solid can be compared using the mobile performance of liquid Good flowing properties the characteristics of enable food juice to be automatically separated out in expressing process and flow up automatically, then again energy The discharge of food juice is enough realized by the juice channel formed between separating tube and separation platform, finally to realize that juice slag separates, And in this configuration, there is no the separation of juice slag is realized by strainer, i.e., this kind of food preparation cup assembly eliminates making for strainer With being a kind of food preparation cup assembly of no net, therefore there is no the mesh of strainer easily to block, and bad cleaning of strainer etc. is asked Topic, allows for product in use in this way, that is, is not easy to be blocked, and relatively good cleaning.

In addition, in this process, squeeze section is mainly used for food materials being pressed further by pulverization process, do not have to mainly In collection and filters food juice, and at the juice collection section in the portion on the upper side that the filtering of food juice is concentrated mainly on food preparation cup, and eat The collection of object slag is concentrated mainly on the middle and lower part of food preparation cup, does not just have to the collection of the filtering of food juice and food residues in this way The middle and lower part of food preparation cup is all concentrated on, thus i.e. sectional realizes the separation and collection of food juice and food residues, and be segmented Collect food residues and food juice can be made to separate more thoroughly, therefore containing for food residues in food juice also can be improved in this kind setting Amount, to improve the purity of food juice.

It is mounted on the food preparation cup wherein it is preferred to which the feeding device can be buckled releasably.In this way into After expecting device disassembly, just the screw rod etc. in food preparation cup can be taken out and be cleaned, so that the convenience of cleaning can be improved Property.Specifically, one the first buckle of circle, while one circle of setting at the rim of a cup of food preparation cup can be set in the bottom of feeding device Second buckle just can be realized between feeding device and food preparation cup in this way by the cooperation of the first buckle and the second buckle Detachable installation.

Wherein it is preferred to which the screw rod includes screw body and screw shaft, the screw shaft is arranged in the screw body, institute It states and is provided at least two spiral bars in screw body, at least one spiral bar is spirally extended at the top of the screw body The lower part of the screw body.This kind setting screw rod includes screw body and screw shaft, and screw shaft is arranged in screw body, is used for and motor Deng drive connection, to realize the driving of screw rod, and spiral bar can form the channel of guidance food materials flowing in screw body, with reality Now to the conveying of food materials, while food materials can be fixed by spiral bar, so that screw body can match with the side wall of food preparation cup It closes to carry out extruding machining to food materials.And at least one spiral bar is spirally extended to the screw body at the top of screw body Lower part, in this way can be by tentatively being cut food materials at the top of screw body or extrusion process, and then can mention High screw rod is to the treatment effects of food materials, to improve crushing juice rate.

Wherein, the juice collection section of food preparation cup and the height of squeeze section can be configured according to actual needs, herein not Make specific restriction, but preferably, the height of juice collection section is less than or equal to the 2/3 of the height of food preparation cup, is more than or equal at food Manage the 1/3 of the height of cup.

In addition, also having following supplementary technology special according to the utility model food preparation cup assembly provided by the above embodiment Sign:

In any of the above-described technical solution, it is preferable that the inner sidewall of the food preparation cup is in the juice collection section and described The junction of squeeze section is arranged in ladder, and the inner sidewall of the juice collection section is located at the outside of the inner sidewall of the squeeze section；Its In, the separation platform is connected between the juice collection section and the squeeze section.

In those technical solutions, juice collection section and squeeze section can be arranged in ladder, on the one hand can pass through juice collection section in this way The step formed with squeeze section forms a separation platform, so as to using the separation platform come with separating tube cooperation, to form juice Channel.And the separation platform that this kind of mode is formed will not protrude above setting in the inner sidewall of food preparation cup, so that separating tube After installing can further smoothly transition is connect with squeeze section so that the inner wall of crushing chamber formed can more be put down It is sliding, just food materials are more smoothly flowed in crushing chamber in this way, so that the smoothness of food materials squeezing can be improved.Another party The setting of this kind of face can make the cross-sectional area of juice collection section be more than or equal to the cross-sectional area of squeeze section, can make food preparation cup Upper end is larger and lower end is smaller, and the upper end of such food preparation cup can be separated into squeezing by separating tube and store up the space of juice, and The lower end of food preparation cup is smaller, and such screw rod can form the lesser high-pressure channel of the larger width of pressure with squeeze section, thus The food materials being squeezed are enabled gradually the more to be pressed the more tight in the bottom of squeeze section more quickly, so that food juice can be more Fastly from separating and flowed up to from juice collection section in food residues, and then it is intracavitary simultaneously that storage juice can be flow to by juice channel It is collected by storage juice chamber.

In any of the above-described technical solution, it is preferable that the gap between the crushing chamber and the screw rod is from far from described One end of the bottom wall of food preparation cup to one end of the bottom wall close to the food preparation cup reduces.

In those technical solutions, gap between crushing chamber and screw rod from one end of the bottom wall far from food preparation cup to One end close to the bottom wall of food preparation cup reduces, and is preferably gradually reduced, can make the inner sidewall and screw rod of crushing chamber in this way Between channel it is smaller and smaller, when such food materials flow from the top to the bottom, extruding force can be increasing, it is thus possible to get over food materials block It squeezes more broken, it is thus possible to more food juice are squeezed out, to improve crushing juice rate.

Wherein it is preferred to which the crushing chamber is tapered, and the cross-sectional area of the crushing chamber is from far from the food preparation One end of one end of the bottom wall of cup to the bottom wall close to the food preparation cup is gradually reduced.

It is further preferred that the separating tube is tapered, the squeeze section is tapered, just can make separating tube and pressure in this way Squeeze section formed a cross-sectional area from far from food preparation cup bottom wall one end to close to food preparation cup bottom wall one end by Decrescence small crushing chamber.

In any of the above-described technical solution, it is preferable that the quantity in the juice channel is one or more, and the juice When the quantity in channel is multiple, multiple juice channels are spaced apart from each other setting along the circumferential direction of the food preparation cup.

In those technical solutions, it can also be multiple along food preparation cup that juice channel, which can be an annular channel, The spaced multiple channels of circumferential direction, the gross area in juice channel can be made larger in this way, therefore can ensure juice Speed keeps the separation of juice slag more thorough.

In any of the above-described technical solution, it is preferable that the separating tube is installed close to the end face of described one end for separating platform On the separation platform, the separating tube is provided with that be used to form the juice logical on the end face of described one end for separating platform The second material slot for being used to form the juice channel is provided on the first material slot in road and/or the separation platform.

In those technical solutions, when specifically forming juice channel, separating tube is preferably directly installed on separation platform On, then the first material slot of one or more recess or the one or more recess of setting on separating platform are set on separating tube Second material slot, one can be formed by one or more first material slots or one or more second material slot in this way Or multiple juice channels.Meanwhile the structure, separate on platform since separating tube is also directly installed on, it can also be by separating platform To carry out positioning support to separating tube, to can ensure that the installation strength of separating tube, with ensure separating tube with screw rod cooperation and When carrying out the squeezing of food materials, it will not damage easily.

In any of the above-described technical solution, it is preferable that end face and institute of the separating tube close to described one end for separating platform It states to separate and is provided with the prepsetting gap for being used to form the juice channel between platform.

In those technical solutions, when specifically forming juice channel, separating tube can also be mounted on feeding device, and Make the lower end of separating tube and separate to reserve an installation gap between platform, the seam can be passed through between such separating tube and separation platform Gap and formed one for food juice outflow juice channel.At this point, on the one hand it additionally can not be arranged on separating tube and separation platform Its guide barrel construction, so as to simplify the structure of separating tube and food preparation cup, to a certain extent to reduce the cost of product. On the other hand the material trough of one recess or one material trough being recessed of setting on separating platform can also be set on separating tube, with Just it is capable of increasing the opening in juice channel.

In any of the above-described technical solution, it is preferable that the separation platform be provided in the one side of the separating tube to A few position limiting structure, at least one described position limiting structure are arranged in a ring on the separation platform；Wherein, the separating tube leans on Nearly described one end for separating platform is mounted in the annular that at least one described position limiting structure is formed.

In those technical solutions, setting one position limiting structure can be enclosed on separating platform, just can be tied in this way by the limit Structure limits the radial position of separating tube, to improve the installation site precision of separating tube.And this set on the one hand can The installation speed for improving separating tube, on the other hand can enable separating tube preferably be connected with squeeze section, so as to more smart Really ensure the openings of sizes in juice channel.Meanwhile this kind setting position limiting structure also can be in the outside of separating tube to separating tube A support in the radial direction is formed, so that the intensity of separating tube can be improved, it is ensured that the bearing capacity of separating tube.

In any of the above-described technical solution, it is preferable that the quantity of the position limiting structure is one, and the position limiting structure is One annular convex rib；Or the quantity of the position limiting structure be it is multiple, multiple position limiting structures are on the separation platform along the food Object handles the circumferential direction interval setting of cup in a ring.

In those technical solutions, it can also be multiple spaced that position limiting structure, which can directly be an annular convex rib, Convex ribs section, and when specifically used, position limiting structure is preferably arranged to an annular convex rib.

In any of the above-described technical solution, it is preferable that the juice channel is from the inside of the food preparation cup to described The outside of food preparation cup is horizontally disposed with or the juice channel is from the inside of the food preparation cup to the food preparation cup It is outer be laterally away from the food preparation cup bottom wall direction inclination extend.

In those technical solutions, juice channel preferred levels are arranged or tilt upward setting from the inside to the outside, can make in this way The opening up of the interface channel of juice chamber and crushing chamber is stored up, so that food materials are not easily accessible juice channel in extrusion process It is interior, it is blocked to can avoid juice channel by food materials.

Certainly, in other schemes, the juice channel is from the inside of the food preparation cup to the food preparation cup Outside can also to close to the food preparation cup bottom wall direction tilt extend, i.e., juice channel can also in food preparation cup Setting is tilted down from the inside to the outside.

In any of the above-described technical solution, it is preferable that the axis in the juice channel is transversal with the food preparation cup Angle between face is α, wherein 0 °≤α≤80 ° or 10 °≤α≤60 °.

In those technical solutions, juice channel is preferably obliquely installed in food preparation cup upwards from the inside to the outside, and is inclined Rake angle should not be too large also should not be too small, and the angle α between the axis in juice channel and the cross section of food preparation cup preferably exists 0 ° -80 ° or so, it is further preferred that may be provided between 10 ° -60 °, the entrance opening in juice channel can be made upward in this way, So that be not easy to be pressed into juice channel when food materials are squeezed in crushing chamber so that juice channel be not easy by Blocking.

In any of the above-described technical solution, it is preferable that the juice channel the food preparation cup in the radial direction Width be L, wherein 0mm < L≤10mm or 0mm < L≤3mm；And/or the juice channel is in the axis of the food preparation cup Height on direction is H, wherein 0mm < H≤10mm or 0mm < H≤2mm.

In those technical solutions, by limiting juice channel in the width L in the radial direction of food preparation cup and going out Height H of the juice channel on the axial direction of food preparation cup can limit the openings of sizes in juice channel, and L is limited to Between 0mm-10mm, H is limited between 0mm-10mm, the opening area in juice channel can be made more moderate, thus can Enough meet the needs of juice area, and can prevent that the opening area in juice channel is excessive and causes food residues to enter and blocks out The case where juice channel, occurs.

Wherein, it is further preferred that L can be limited between 0mm-3mm, H is limited between 0mm-2mm.

In any of the above-described technical solution, it is preferable that the separation platform is used to form the face in the juice channel as from institute State the first inclination being obliquely installed in food preparation cup to the rim of a cup direction of the export-oriented food preparation cup of the food preparation cup Face corresponds to first inclined surface on the separating tube and is provided with the second inclined surface, and second inclined surface is from the food It manages to tilt in cup to the rim of a cup direction of the export-oriented food preparation cup of the food preparation cup and extend.

In those technical solutions, it can will separate platform and the mutually matched part of separating tube is all provided with and is set to from the inside to the outside upwards Inclined structure, so as in the junction self-assembling formation one for separating platform and separating tube acclivitous juice from the inside to the outside Channel can make the opening up of the interface channel for storing up juice chamber and crushing chamber in this way, so that food materials are in extrusion process not It easily enters in juice channel, is blocked to can avoid juice channel by food materials.

In any of the above-described technical solution, it is preferable that the separating tube close to the feeding device one end and it is described into Material device links into an integrated entity formula structure or the separating tube can be installed releasably to the feeding device.

In those technical solutions, preferably separating tube is directly linked into an integrated entity with the bottom of feeding device formula structure, A separating tube is preferably directly extended downwardly out on the bottom of feeding device, it so just can be by separating tube and feeding device It is arranged to an entirety, so as to reduce the amount of parts of product.In addition, this kind is arranged, separating tube is directly and feeding device Bottom link into an integrated entity formula structure, so during installation, just do not need to carry out separating tube it is separately installed, so as to simplify peace Step is filled, installation effectiveness is improved.Therefore the formula structure in addition, separating tube and feeding device link into an integrated entity also can avoid existing dress point The installation error caused by cylinder to also can ensure that the installation site precision of separating tube, and then can prevent separating tube from installing Equal situation not in place occurs, and separating tube installation is not in place, and crushing chamber just can not be cooperatively formed with squeeze section and is formed out Juice channel will influence the follow-up work of product in this way.In addition, separating tube is an integral structure with feeding device, additionally it is possible to really Protecting the bonding strength between separating tube and feeding device, wherein preferably, separating tube and feeding device can be made into integration, batch Amount production, to improve the production efficiency of product, reduces the production and processing cost of product.Certainly, separating tube and feeding device can also For split type structure, i.e. detachable structure.

In any of the above-described technical solution, it is preferable that the feeding device includes: charging chassis, can releasably be buckled It is mounted on the food preparation cup, it is described to feed the communication port for being provided on chassis and being connected in the food preparation cup；Into Expect shell, described to feed the open at one end of shell, one end of the charging shell aperture is mounted on the charging chassis, described The other end for feeding shell extends to the direction far from the food preparation cup, and is provided with and the company in the charging shell The feeding-passage of port conducting；Wherein, the separating tube is connected into close to one end of the feeding device with the charging chassis Integral structure or the separating tube can be installed releasably to the charging chassis.

In those technical solutions, feeding device include charging chassis and charging shell, wherein charging chassis can be used for The connection such as food preparation cup, to realize the installation of feeding device, and feeds shell and is used to form a feed cavity or feeding-passage Deng so as to realize that charging and guidance of food materials etc. operate.And at this point, preferably separating tube is directly arranged with charging chassis Integrated structure, it is further preferred that can directly be made into integration separating tube with charging chassis, so as to ensure separating tube Intensity.Certainly, separating tube can releasably can also be mounted on charging chassis according to actual needs.

In any of the above-described technical solution, it is preferable that be provided in the juice collection section and store up going out for the intracavitary conducting of juice with described Juice mouth；And/or the slag releasing channel be connected with the crushing chamber is provided on the squeeze section.

In those technical solutions, by the way that juice extracting mouth is arranged in juice collection section the food juice after the separation of juice slag is led to Cross juice extracting mouth discharge.And slag releasing channel is provided on squeeze section, the food residues after juice slag is separated are logical by slagging tap Road discharge.

Wherein it is preferred to which the bottom of the food preparation cup is arranged in slag releasing channel, the weight of food residues can be passed through in this way Power realizes the discharge of food residues, thus the smoothness of deslagging can be improved.

In any of the above-described technical solution, it is preferable that when being provided with the juice extracting mouth in the juice collection section, the juice extracting mouth Place is provided with juice cap assemblies or connects juice device.

In those technical solutions, juice cap assemblies can be set at juice extracting mouth, so as to by juice cap assemblies come Juice extracting mouth is opened or closed, this kind setting can close juice extracting mouth by juice cap assemblies, to realize juice extracting mouth in not juice Sealing or closing, and then can prevent extraneous air and dust from entering in juice extracting mouth.And when needing juice, directly open Juice cap assemblies.Certainly, in another arrangement, one can also be arranged directly at juice extracting mouth and connects juice device, for example connect juice Cup connects juice bag, can directly carry out connecing juice by connecing juice device in this way, while can also connect juice hole by connecing the realization of juice device Opening and closing.

In any of the above-described technical solution, it is preferable that the food preparation cup assembly further includes mounting base, the mounting base The bottom of the food preparation cup is set, and the food preparation cup can be mounted on the frame component by the mounting base On.

In those technical solutions, it can be realized between food preparation cup and frame component by one mounting base of setting Installation, so that food preparation cup can be dismounted preferably.

In any of the above-described technical solution, it is preferable that the feeding device further include: stick pusher, the one of the stick pusher End can be inserted into the feeding cylinder from the inlet of the feeding-passage, and can by the food materials in the feeding-passage from The communication port is pushed into the food preparation cup.

In those technical solutions, by setting stick pusher, the food that can will be put into out of charging shell using stick pusher Material pushes downwards, to prevent food materials to be blocked in feeding device.

In any of the above-described technical solution, it is preferable that be provided with the first location structure, the screw rod on the charging chassis On be provided with the second bit architecture, first location structure can cooperate with second location structure, so that the screw rod is fixed It installs to the charging chassis position.

It, can be by the upper end of screw rod by the first location structure of setting and the second location structure in those technical solutions Location and installation is to chassis is fed, so that the mounting stability of screw rod can be improved.

In any of the above-described technical solution, it is preferable that the charging shell is a tube structure, the feeding device packet Include: auxiliary feeding assembly, the auxiliary feeding assembly includes material stock platform, material toggling part and transmission shaft, and the material stock platform is mounted on institute The inner sidewall of charging shell is stated, a side of the bottom positioned at the screw rod far from the food preparation cup sets on the material stock platform It was equipped with material mouth, the material toggling part is rotatably mounted on the side of the material stock platform far from the screw rod, the transmission shaft One end connect with the screw drive, the other end of the transmission shaft and the material toggling part are drivingly connected；Wherein, the material stock Platform is for storing the food materials put into the food preparation cup from the rim of a cup of the food preparation cup, and the material toggling part is for cutting The food materials being stored in described in cutting and/or squeezing on the material stock platform, and the food materials push for that will be stored on the material stock platform It is crossed in material mouth to described.

In those technical solutions, auxiliary feeding assembly includes material stock platform, material toggling part and transmission shaft, wherein material stock platform peace On the inner sidewall of charging shell, for storing food materials, material toggling part is rotatably mounted on the upside of material stock platform, for leading to It crosses rotation and the processing such as is cut, squeezed and push to the food materials on material stock platform, one side can cut food materials in this way It cuts and is squeezed into smaller food materials block, on the other hand enable cutting to be squeezed into smaller food materials block and be pushed to by crossing material mouth In food preparation cup, to realize the automatic feed of food materials.And transmission shaft is drivingly connected between screw rod and material toggling part, for passing through Screw rod drives the rotation of material toggling part.In this way in actually juicing, all food materials disposably all can be put into feeding cylinder by user It is interior, and it is stored in it on material stock platform, to just not have to gradually feed intake, it hereafter can be rotated material toggling part, so that material toggling part will be deposited The food materials being placed on material stock platform squeeze or machining is at fine grained chippings, allow it to enter food preparation cup by crossing material mouth It is interior.

Specifically, for example, food materials can be extruded in material toggling part and crossed between the side wall of material mouth, to realize the extruding of food materials, Certainly, a cutting edge can also be set on material toggling part, so as to which food materials are directly cut into fine grained chippings.This kind setting is not required to User is wanted gradually to feed intake, it is thus possible to which realization disposably feeds intake, in the actual process, first can all put into food materials In feeding cylinder, then start product after fixed time period again, so that product can just start to work after fixed time period, in turn The reservation processing in advance that food materials can be realized, can reduce the waiting time of user in this way, promote user experience.Meanwhile this kind Setting does not need to realize manual pusher using stick pusher etc., it is thus possible to after disposably feeding intake, realize automatic feed, from And the operating procedure of user can be reduced, user experience is improved, and the structures such as stick pusher can be saved, is pushed away to can avoid use Charge bar and existing a series of problems, for example, stick pusher placement problem and security hidden trouble using stick pusher.In addition, should Kind of setting can pass through due to only passing through after material toggling part is processed into small food materials block than crossing the big food materials block of material mouth Material mouth enters in food preparation cup, and therefore, these food materials blocks will not be stuck in feeding device, it is thus possible to realize it is smooth into Material, and than the small food materials block of material mouth since itself is smaller, thus be also not easy to cause the clamping stagnation problem of food materials block, thus also can Enough realize smooth charging.

Wherein, material stock platform and the inner sidewall of charging shell are preferably an integral structure, because of the mechanical property being an integral structure It can be good, it is thus possible to ensure the bonding strength between material stock platform and food preparation cup, in addition, can also be by material stock platform and charging shell Batch is made into integration into production, to improve the production efficiency of product, reduces the production and processing cost of product.Certainly, material stock platform with into Expect that shell can also be split type structure, i.e. detachable structure, at this point, material stock platform, material toggling part and transmission shaft can be arranged to one It is whole, then carry out integral disassembly, assembly.

Wherein it is preferred to which the material stock platform is an integral structure with the charging chassis, so that in charging shell Part can be mounted to an entirety, so as to simplify the structure of feeding device, reduce the cost of feeding device.

Wherein, it is provided on the side wall of the separating tube on multiple filter hole or the separating tube and is not provided with filter hole.

In this scenario, on the one hand some biggish filter hole can be set on the side wall of separating tube, so that in separating tube The food juice inside just squeezed out can first be discharged from filter hole.And at this point, since food materials block is larger, food materials block is not easy card Enter into filter hole, thus food materials block is not easy to plug filter hole.Certainly, in another arrangement, can not also be arranged on separating tube Filter hole, i.e. filter hole are both settable, can also be not provided with, but preferably, filter hole are not arranged on separating tube.

The embodiment of the utility model second aspect provides a kind of food processor, comprising: frame component, the base Driving device is provided in component；The food preparation cup assembly that any one of first aspect embodiment provides, the food preparation cup Component can be mounted on the frame component, and the driving device can match with the screw rod in the food preparation cup assembly It closes, to drive the screw rod to rotate.

The food processor that embodiment according to the present utility model provides, including be provided with driving device frame component, The food preparation cup assembly being mounted on frame component.Wherein, driving device is used to cooperate with screw rod, to drive screw turns, And screw rod can be together with the food preparation cup of food preparation cup assembly to the food materials being put into food preparation cup in rotation It the pulverization process such as squeezed, cut, and the juice slag of smashed food materials can be made to separate.Meanwhile the utility model second The food processor that the embodiment of aspect provides, with the food preparation cup assembly that first aspect any embodiment provides, therefore, The food preparation cup assembly that there is the food processor that the embodiments of the present invention provide first aspect any embodiment to provide Whole beneficial effects, it is numerous to list herein.

In any of the above-described technical solution, it is preferable that the food preparation cup assembly is the food preparation cup that can be sealed Component, the food processor further include: air extractor；Bleed-off passage, one end of the bleed-off passage and the food preparation Connection, the other end of the bleed-off passage are connect with the air extractor in cup assembly；Pressure release passage, the one of the pressure release passage It is connected in end and the food preparation cup assembly, the other end of the pressure release passage can be opened or be closed；Wherein, the pumping Device is arranged in the frame component, or is arranged on the food preparation cup assembly, or independently of the frame component and The food preparation cup assembly setting.

In those technical solutions, food preparation cup assembly is the food preparation cup assembly that can be sealed, and can be prevented in this way Only food preparation cup assembly and extraneous ventilation.And it can be the gas in food preparation cup assembly by air extractor and bleed-off passage Body extraction can realize food materials to provide a vacuum environment for the processing of the food materials of food processor under vacuum conditions in this way Processing, thus can be effectively relieved in juice-extracting process food juice oxidation, prevent the nutrition loss of food, it is ensured that food juice Color and mouthfeel.And be tightly connected in one end of pressure release passage and food preparation cup assembly, the other end of pressure release passage can be beaten It opens or closes, thus after the completion of juicing, pressure release can be carried out to food preparation cup assembly by the opening of pressure release passage, So as to which food juice and food residues are discharged.

Wherein, frame component further include: pedestal, shell and control panel.Specifically, shell is mounted on the base, driving dress It installs in shell and is located on pedestal, control panel is arranged in shell, connect with driving device etc., for controlling product Work.

In any of the above-described technical solution, it is preferable that the air extractor is aspiration pump.

In those technical solutions, it can realize the extraction of air using an aspiration pump, and aspiration pump vacuumizes energy Power is stronger, it is thus possible to improve the exhaust capacity of air extractor.Certainly, air extractor can also be realized pumping by other air extraction structures Gas.

In any of the above-described technical solution, it is preferable that the air extractor further include: exhaust passage, with the aspiration pump Outlet connection, for being vented；Denoising device is arranged on the exhaust passage.

It in those technical solutions, can be exhausted by one exhaust passage of setting, wherein exhaust passage is preferably One exhaust pipe.And denoising device can reduce the noise of air extractor, improve user experience.

In any of the above-described technical solution, it is preferable that the air extractor is arranged in the frame component and/or the food On object processing cup assembly or the relatively described frame component of the air extractor and/or the food preparation cup assembly are independently arranged.

In those technical solutions, air extractor may be provided at any position, It handles on cup assembly, certainly, air extractor can also be independently arranged with respect to frame component and food preparation cup assembly, i.e. air extractor Frame component and food preparation cup assembly can also be attached to.

Wherein it is preferred to which the air extractor is arranged in the frame component.Air extractor can be hidden peace in this way In frame component, so as to keep the internal structure of product more rationally compact.

In any of the above-described technical solution, it is preferable that the bleed-off passage is exhaust tube.

In those technical solutions, bleed-off passage is preferably exhaust tube, such as sebific duct, and certainly, bleed-off passage can also be to set Set other channel designs on the shell of food processor.

In any of the above-described technical solution, it is preferable that the air extractor is electrodynamic pump or manual pump or foot pump.

In those technical solutions, air extractor is preferably electrodynamic pump, can be taken out in this way with air extractor is driven by electricity Gas, without being evacuated manually, certainly, air extractor can also be manual pump or foot pump.

In any of the above-described technical solution, it is preferable that the air extractor is vacuum pump.

In those technical solutions, air extractor is preferably vacuum pump, because vacuum pump is relatively common, thus is easy to adopt Purchase, the ability that furthermore vacuum pump vacuumizes are stronger, it is thus possible to extract the large quantity of air of the inside of food processor out, to ensure Vacuum effectiveness when handling food materials, in food preparation cup assembly.

Wherein it is preferred to which driving device is preferably motor, motor is mounted in frame component, motor and frame component it Between be provided with dynamoelectric machine grommet.

In any of the above-described technical solution, it is preferable that the food processor is Normal juice machine or juice extractor, certainly, food Processor also can also be the other structures in addition to Normal juice machine and juice extractor, such as fruit juice mixer, wall-breaking machine etc..

Additional aspect and advantage according to the present utility model will provide in following description section, partially will be from following Become obvious in description, or is recognized by the practice of the utility model.

Detailed description of the invention

The above-mentioned and/or additional aspect and advantage of the utility model from the description of the embodiment in conjunction with the following figures will Become obvious and be readily appreciated that, in which:

Fig. 1 is the structural schematic diagram for the food processor that embodiment according to the present utility model provides；

Fig. 2 is the partial enlargement structural representation at the food processor A in Fig. 1；

Fig. 3 is the schematic diagram of the section structure at the B-B in Fig. 2；

Fig. 4 is another structural schematic diagram for the food processor that embodiment according to the present utility model provides；

Fig. 5 is the decomposition texture schematic diagram for the food preparation cup assembly that embodiment according to the present utility model provides；

Fig. 6 is the decomposition texture signal of the frame component for the food processor that embodiment according to the present utility model provides Figure.

Wherein, corresponding relationship of the Fig. 1 into Fig. 6 between appended drawing reference and component names are as follows:

1 food preparation cup, 12 juice collection sections, 122 juice extracting mouths, 124 juice cap assemblies, 14 squeeze sections, 142 slag releasing channels, 16 Separation platform, 162 position limiting structures, 164 first inclined surface, 2 feeding devices, 22 charging chassis, 24 charging shells, 26 stick pushers, 3 points Every cylinder, 32 second inclined surface, 4 screw rods, 5 crushing chambers, 6 storage juice chambers, 7 juice channels, 8 mounting bases, 9 frame components, 92 driving dresses It sets, 94 shells, 96 pedestals, 98 control panels.

Specific embodiment

In order to be more clearly understood that the above objects, features, and advantages of the utility model, with reference to the accompanying drawing and have The utility model is further described in detail in body embodiment.It should be noted that in the absence of conflict, this Shen The feature in embodiment and embodiment please can be combined with each other.

Many details are explained in the following description in order to fully understand the utility model, still, this is practical It is novel to be implemented using other than the one described here mode, therefore, the protection scope of the utility model not by The limitation of following public specific embodiment.

Food preparation cup assembly and food that embodiment according to the present utility model provides are described referring to Fig. 1 to Fig. 6 Object processor.

As shown in Figures 1 to 6, the utility model first aspect embodiment provides a kind of food preparation cup assembly, is used for Food processor, food processor include frame component 9, and food preparation cup assembly includes food preparation cup 1, feeding device 2, divides Every cylinder 3 and screw rod 4, wherein food preparation cup 1 includes squeeze section 14 interconnected and juice collection section 12, and squeeze section 14 can pacify On frame component 9, juice collection section 12 is provided with rim of a cup on one end far from squeeze section 14, wherein squeeze section 14 and juice collection section 12 junction, which is provided with, separates platform 16；Feeding device 2 is mounted at the rim of a cup of food preparation cup 1, for feeding；Separating tube 3 It is mounted on and separates between platform 16 and feeding device 2, a crushing chamber 5 can be formed with squeeze section 14, and can be with juice collection section 12 Inner sidewall forms a storage juice chamber 6；Screw rod 4 is rotatably mounted in crushing chamber 5, can with the side wall of squeeze section 14 and point Cooperate every the side wall of cylinder 3, to realize the processing to food materials；Wherein, a juice channel is formed between separating tube 3 and separation platform 16 7, juice channel 7 can be such that crushing chamber 5 is connected to storage juice chamber 6.

The food preparation cup assembly that embodiment according to the present utility model provides, is used for food processor, and food preparation Machine includes frame component 9 and the food preparation cup assembly that can be mounted on frame component 9, and frame component 9 is for carrying food Cup assembly is handled, and for providing driving force for food preparation cup assembly, to realize the driving of screw rod 4.And food preparation cup Component includes food preparation cup 1, separating tube 3, feeding device 2 and screw rod 4, and food preparation cup 1 is separated into collection by separation platform 16 Juice section 12 and squeeze section 14, and separating tube 3 is mounted on and separates between platform 16 and feeding device 2, such separating tube 3 just can will collect Space in juice section 12 is divided into two, and the space inside separating tube 3 can be formed together crushing chamber with the space of squeeze section 14 5, in this way after screw rod 4 is mounted in food preparation cup 1, screw rod 4 can be realized in separating tube 3 and squeeze section 14 to food materials Squeezing, so that the food materials in crushing chamber 5 just can gradually be squeezed under the action of separating tube 3, squeeze section 14 and screw rod 4 It is broken, and squeeze it is broken after food materials can gradually gather the bottom of squeeze section 14, and since the bottom of squeeze section 14 is for accommodating food The space of material is limited, therefore squeezes broken food materials and the more can be pressed the more tight in the bottom of food preparation cup 1, and due to the flowing of liquid Performance is got well than the mobile performance of solid, and therefore, in the case where constantly squeezing, food juice can be separated by gradually squeezing, and by Accommodation space in the bottom of food preparation cup 1 is limited and is occupied by food residues, and therefore, being extruded the food juice isolated have to It flows up.And since the space outside separating tube 3 can surround juice chamber with the side wall of juice collection section 12, meanwhile, in separating tube 3 It is provided with juice channel 7 again between platform 16 with separating, therefore, is extruded in crushing chamber 5 and separates and have to flow up Food juice when flowing to juice channel 7, just can be collected by the juice channel 7 by juice chamber, can realize in this way The juice slag of food materials separates.And this kind of structure, can using liquid mobile performance than solid good flowing properties the characteristics of make to eat Object juice can be automatically separated out and flow up automatically in expressing process, then by separating tube 3 and can separate platform again The discharge of food juice is not realized in the juice channel 7 formed between 16, finally to realize that juice slag separates, and in this configuration, not Have by strainer and realize that juice slag separates, is i.e. the use that this kind of food preparation cup assembly eliminates strainer is a kind of food of no net The problems such as object handles cup assembly, therefore there is no the mesh of strainer easily to block, strainer bad cleaning, allows for product in this way and exists It in use process, that is, is not easy to be blocked, and relatively good cleaning.

In addition, in this process, squeeze section 14 is mainly used for food materials being pressed further by pulverization process, mainly not For collection and filters food juice, and at the juice collection section 12 in the portion on the upper side that the filtering of food juice is concentrated mainly on food preparation cup 1, And the collection of food residues is concentrated mainly on the middle and lower part of food preparation cup 1, does not just have to the filtering of food juice and food residues in this way Collection all concentrate on the middle and lower part of food preparation cup 1, thus the i.e. sectional separation and collection of realizing food juice and food residues, And Fractional Collections can make that food residues and food juice separates more thoroughly, therefore food in food juice also can be improved in this kind setting The content of slag, to improve the purity of food juice.

It is mounted on food preparation cup 1 wherein it is preferred to which feeding device 2 can be buckled releasably.In this way in feeding device After 2 disassemblies, just the screw rod 4 etc. in food preparation cup 1 can be taken out and be cleaned, so that the convenience of cleaning can be improved. Specifically, one the first buckle of circle, while one circle of setting at the rim of a cup of food preparation cup 1 can be set in the bottom of feeding device 2 Second buckle just can be realized between feeding device 2 and food preparation cup 1 in this way by the cooperation of the first buckle and the second buckle Detachable installation.

Wherein it is preferred to which screw rod 4 includes screw body and screw shaft, screw shaft is arranged in screw body, is provided in screw body At least two spiral bars, at least one spiral bar are spirally extended to the lower part of screw body at the top of screw body.Spiral shell is arranged in this kind Bar 4 includes screw body and screw shaft, and screw shaft is arranged in screw body, for being drivingly connected with motor etc., to realize the drive of screw rod 4 It is dynamic, and spiral bar can form the channel of guidance food materials flowing in screw body, to realize the conveying to food materials, while can pass through Spiral bar fixes food materials, so that screw body can cooperate with the side wall of food preparation cup 1 squeeze at cutting to food materials Reason.And at least one spiral bar is spirally extended to the lower part of screw body at the top of screw body, it in this way can be by from screw body Top start tentatively to cut food materials or extrusion process, and then screw rod 4 can be improved to the treatment effect of food materials, to mention High crushing juice rate.

Wherein, the juice collection section 12 of food preparation cup 1 and the height of squeeze section 14 can be configured according to actual needs, This is not especially limited, but preferably, and the height of juice collection section 12 is less than or equal to the 2/3 of the height of food preparation cup 1, is more than or equal to The 1/3 of the height of food preparation cup 1.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, Figure 4 and Figure 5, the inner sidewall of food preparation cup 1 is collecting The junction of juice section 12 and squeeze section 14 is arranged in ladder, and the inner sidewall of juice collection section 12 is located at the outer of the inner sidewall of squeeze section 14 Side；Wherein, separate platform 16 to be connected between juice collection section 12 and squeeze section 14.

In those embodiments, juice collection section 12 and squeeze section 14 can be arranged in ladder, on the one hand can pass through juice collection in this way The step that section 12 and squeeze section 14 are formed forms a separation platform 16, so as to using the separation platform 16 come with the cooperation of separating tube 3, To form juice channel 7.And the separation platform 16 that this kind of mode is formed will not protrude above setting in the inner sidewall of food preparation cup 1, So that separating tube 3 after installing can further smoothly transition is connect with squeeze section 14 so that formed crushing chamber 5 Inner wall can be more smooth, just enable food materials more smoothly to flow in crushing chamber 5 in this way, so that food materials pressure can be improved The smoothness of squeezing.On the other hand this kind setting can make the cross-sectional area of juice collection section 12 more than or equal to the cross section of squeeze section 14 Product, can make that the upper end of food preparation cup 1 is larger and lower end is smaller, and the upper end of such food preparation cup 1 can be by separating tube 3 It is separated into squeezing and stores up the space of juice, and the lower end of food preparation cup 1 is smaller, such screw rod 4 can be formed with squeeze section 14 and be pressed The lesser high-pressure channel of the larger width of power so that the food materials being squeezed can more quickly the bottom of squeeze section 14 by by Gradually the more press the more tight so that food juice can quickly from separating and flowed up to from juice collection section 12 in food residues, And then it can be flow to by juice channel 7 in storage juice chamber 6 and be collected by storage juice chamber 6.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, the gap between crushing chamber 5 and screw rod 4 is from far from food One end to one end of the bottom wall close to food preparation cup 1 that object handles the bottom wall of cup 1 reduces.

In those embodiments, gap between crushing chamber 5 and screw rod 4 is from one end of the bottom wall far from food preparation cup 1 Reduce to one end of the bottom wall close to food preparation cup 1, be preferably gradually reduced, can make in this way the inner sidewall of crushing chamber 5 with Channel between screw rod 4 is smaller and smaller, and when such food materials flow from the top to the bottom, extruding force can be increasing, it is thus possible to will eat Material block the more squeezes the more broken, it is thus possible to more food juice is squeezed out, to improve crushing juice rate.

Wherein it is preferred to crushing chamber 5 is tapered, and the cross-sectional area of crushing chamber 5 is from the bottom wall far from food preparation cup 1 One end to one end of bottom wall close to food preparation cup 1 be gradually reduced.

It is further preferred that separating tube 3 is tapered, squeeze section 14 is tapered, just can make separating tube 3 and squeeze section in this way 14 formed a cross-sectional areas from far from food preparation cup 1 bottom wall one end to close to food preparation cup 1 bottom wall one end by Decrescence small crushing chamber 5.

In any of the above-described embodiment, it is preferable that the quantity in juice channel 7 is one or more, and the number in juice channel 7 When amount is multiple, multiple juice channels 7 are spaced apart from each other setting along the circumferential direction of food preparation cup 1.

In those embodiments, it can also be multiple along food preparation cup 1 that juice channel 7, which can be an annular channel, The spaced multiple channels of circumferential direction, the gross area in juice channel 7 can be made larger in this way, therefore can ensure juice Speed keeps the separation of juice slag more thorough.

In any of the above-described embodiment, it is preferable that separating tube 3 is mounted on separation platform close to the end face of the one end for separating platform 16 On 16, separating tube 3 is provided with the first material slot for being used to form juice channel 7 on the end face of one end for separating platform 16, and/ Or separates and be provided with the second material slot for being used to form juice channel 7 on platform 16.

In those embodiments, when specifically forming juice channel 7, separating tube 3 is preferably directly installed on separation platform The first material slot that on 16 then one or more recess are set on separating tube 3 or the setting one or more on separating platform 16 The second material slot of a recess, in this way can be by one or more first material slots or one or more second material slots come shape At one or more juice channels 7.Meanwhile the structure, separate on platform 16 since separating tube 3 is also directly installed on, may be used also Positioning support is carried out to separating tube 3 by separating platform 16, to can ensure that the installation strength of separating tube 3, to ensure separating tube 3 Cooperating when carrying out the squeezing of food materials with screw rod 4, will not damage easily.

In any of the above-described embodiment, it is preferable that separating tube 3 close to separate platform 16 one end end face and separate platform 16 it Between be provided with the prepsetting gap for being used to form juice channel 7.

In those embodiments, when specifically forming juice channel 7, separating tube 3 can also be mounted on feeding device 2, And make the lower end of separating tube 3 and separate to reserve an installation gap between platform 16, between such separating tube 3 and separation platform 16 A juice channel 7 flowed out for food juice is formed by the gap.At this point, on the one hand can not additionally in separating tube 3 and separate Other guide barrel constructions are set on platform 16, so as to simplify the structure of separating tube 3 and food preparation cup 1 to a certain extent, with Reduce the cost of product.On the other hand the material trough of one recess can also be set on separating tube 3 or be arranged on separating platform 16 The material trough of one recess, so as to increase the opening in juice channel 7.

In any of the above-described embodiment, it is preferable that as depicted in figs. 1 and 2, separate platform 16 in the one side of separating tube 3 It is provided at least one position limiting structure 162, at least one position limiting structure 162 is arranged in a ring on separating platform 16；Wherein, separate Cylinder 3 is in the annular that the one end for separating platform 16 is mounted on the formation of at least one position limiting structure 162.

In those embodiments, setting one position limiting structure 162 can be enclosed on separating platform 16, just can pass through the limit in this way Structure 162 limits the radial position of separating tube 3, to improve the installation site precision of separating tube 3.And this set one The installation speed of separating tube 3 can be improved in aspect, on the other hand separating tube 3 can be enable preferably to be connected with squeeze section 14, from And it can more accurately ensure the openings of sizes in juice channel 7.Meanwhile this kind setting position limiting structure 162 also can be in separating tube 3 Outside one support in the radial direction is formed to separating tube 3, so that the intensity of separating tube 3 can be improved, it is ensured that separating tube 3 Bearing capacity.

In any of the above-described embodiment, it is preferable that the quantity of position limiting structure 162 is one, and position limiting structure 162 is a ring Shape convex ribs；Or the quantity of position limiting structure 162 be it is multiple, multiple position limiting structures 162 separate platform 16 on along food preparation cup 1 week In a ring to the setting of direction interval.

In those embodiments, it can also be multiple spaced that position limiting structure 162, which can directly be an annular convex rib, Convex ribs section, and when specifically used, position limiting structure 162 is preferably arranged to an annular convex rib.

In any of the above-described embodiment, it is preferable that juice channel 7 is from the inside of food preparation cup 1 to food preparation cup 1 Outside is horizontally disposed, or as depicted in figs. 1 and 2, juice channel 7 is from the inside of food preparation cup 1 to the outside of food preparation cup 1 It tilts and extends to the bottom wall direction far from food preparation cup 1.

In those embodiments, 7 preferred levels of juice channel are arranged or tilt upward setting from the inside to the outside, can make to store up in this way Juice chamber 6 is opening up with the interface channel of crushing chamber 5, so that food materials are not easily accessible juice channel in extrusion process In 7, blocked to can avoid juice channel 7 by food materials.

Certainly, in other schemes, juice channel 7 can also to the outside of food preparation cup 1 from the inside of food preparation cup 1 To close to food preparation cup 1 bottom wall direction tilt extend, i.e., juice channel 7 food preparation cup 1 can also in from the inside to the outside to Under be obliquely installed.

In any of the above-described embodiment, it is preferable that as depicted in figs. 1 and 2, the axis and food preparation cup 1 in juice channel 7 Cross section between angle be α, wherein 0 °≤α≤80 ° or 10 °≤α≤60 °.

In those embodiments, juice channel 7 is preferably obliquely installed in food preparation cup 1 upwards from the inside to the outside, and is inclined Rake angle should not be too large also unsuitable too small, the angle α between the axis in juice channel 7 and the cross section of food preparation cup 1, preferably At 0 ° -80 ° or so, it is further preferred that may be provided between 10 ° -60 °, can make in this way the entrance opening in juice channel 7 to On, so that being not easy to be pressed into juice channel 7 when food materials are squeezed in crushing chamber 5, so that juice channel 7 It is not easy to be blocked.

In any of the above-described embodiment, it is preferable that as shown in figure 3, radial direction of the juice channel 7 in food preparation cup 1 On width be L, wherein 0mm < L≤10mm or 0mm < L≤3mm；And/or juice channel 7 is in the axial direction side of food preparation cup 1 Upward height is H, wherein 0mm < H≤10mm or 0mm < H≤2mm.

In those embodiments, by limiting juice channel 7 in the width L in the radial direction of food preparation cup 1 and going out Height H of the juice channel 7 on the axial direction of food preparation cup 1 can limit the openings of sizes in juice channel 7, and L is limited Between 0mm-10mm, H is limited between 0mm-10mm, the opening area in juice channel 7 can be made more moderate, thus both It can satisfy the demand of juice area, and can prevent that the opening area in juice channel 7 is excessive and food residues is caused to enter and block up The case where filling in juice channel 7 occurs.

Wherein, it is further preferred that L can be limited between 0mm-3mm, H is limited between 0mm-2mm.

In any of the above-described embodiment, it is preferable that as depicted in figs. 1 and 2, separate platform 16 and be used to form juice channel 7 Face is the first inclined surface being obliquely installed out of food preparation cup 1 to the rim of a cup direction of the export-oriented food preparation cup 1 of food preparation cup 1 164, corresponding first inclined surface 164 is provided with the second inclined surface 32 on separating tube 3, and the second inclined surface 32 is out of food preparation cup 1 It tilts and extends to the rim of a cup direction of the export-oriented food preparation cup 1 of food preparation cup 1.

In those embodiments, can will separate platform 16 and the mutually matched part of separating tube 3 be all provided be set to from the inside to the outside to Upper inclined structure, so as in the junction self-assembling formation one for separating platform 16 and separating tube 3 inclination upwards from the inside to the outside Juice channel 7, can make to store up the opening up of juice chamber 6 and the interface channel of crushing chamber 5 in this way, so that food materials are squeezing It is not easily accessible in juice channel 7, is blocked to can avoid juice channel 7 by food materials in the process.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, Figure 2 and Fig. 5 shown in, separating tube 3 close to feeding device 2 one End links into an integrated entity formula structure with feeding device 2 or separating tube 3 can be installed releasably to feeding device 2.

In those embodiments, preferably separating tube 3 is directly linked into an integrated entity with the bottom of feeding device 2 formula structure, A separating tube 3 is preferably directly extended downwardly out on the bottom of feeding device 2, it so just can be by separating tube 3 and charging Device 2 is arranged to an entirety, so as to reduce the amount of parts of product.In addition, this kind be arranged, separating tube 3 directly with into The bottom of material device 2 links into an integrated entity formula structure, so during installation, just do not need to carry out separating tube 3 it is separately installed, thus Installation steps can be simplified, improve installation effectiveness.In addition, separating tube 3 and feeding device 2 link into an integrated entity, therefore formula structure may be used also Existing installation error caused by filling separating tube 3 is avoided, to also can ensure that the installation site precision of separating tube 3, and then can be prevented Only separating tube 3 is installed situation not in place etc. and is occurred, and separating tube 3 is installed not in place, just can not cooperatively form with squeeze section 14 Crushing chamber 5 and formation juice channel 7, will influence the follow-up work of product in this way.In addition, separating tube 3 is with feeding device 2 Integral structure, additionally it is possible to ensure the bonding strength between separating tube 3 and feeding device 2, wherein preferably, can be by separating tube 3 It is made into integration with feeding device 2, produces in batches, to improve the production efficiency of product, reduce the production and processing cost of product.When So, separating tube 3 and feeding device 2 can also be split type structure, i.e. detachable structure.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, feeding device 2 includes: charging chassis 22, can dismantle Ground buckle is mounted on food preparation cup 1, feeds the communication port for being provided on chassis 22 and being connected in food preparation cup 1；Charging Shell 24 feeds the open at one end of shell 24, and one end that charging shell 24 is open is mounted on charging chassis 22, feeds shell 24 The other end extend to the direction far from food preparation cup 1, and feed and be provided with the charging that be connected with communication port in shell 24 and lead to Road；Wherein, separating tube 3 link into an integrated entity formula structure or separating tube 3 close to one end of feeding device 2 and charging chassis 22 can Releasably installation extremely charging chassis 22.

In those embodiments, feeding device 2 includes charging chassis 22 and charging shell 24, wherein charging chassis 22 can For being connected with food preparation cup 1 Deng, to realize the installation of feeding device 2, and feeds shell 24 and be used to form a feed cavity Or feeding-passage etc., so as to realize that charging and guidance of food materials etc. operate.And at this point, preferably by separating tube 3 directly with Charging chassis 22 is arranged to integral structure, it is further preferred that separating tube 3 can be directly made into integration with charging chassis 22, So as to ensure the intensity of separating tube 3.Certainly, separating tube 3 can releasably can also be mounted on charging according to actual needs On chassis 22.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, Figure 4 and Figure 5, be provided in juice collection section 12 and storage juice chamber The juice extracting mouth 122 be connected in 6；And/or as shown in Figure 1, Figure 4 and Figure 5, it is provided on squeeze section 14 and goes out with what crushing chamber 5 was connected Slag channel 142.

In those embodiments, by juice collection section 12 be arranged juice extracting mouth 122 enable juice slag separate after food juice Enough it is discharged by juice extracting mouth 122.And slag releasing channel 142 is provided on squeeze section 14, the food residues after juice slag is separated Enough it is discharged by slag releasing channel 142.

Wherein it is preferred to which the bottom of food preparation cup 1 is arranged in slag releasing channel 142, the weight of food residues can be passed through in this way Power realizes the discharge of food residues, thus the smoothness of deslagging can be improved.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, Figure 4 and Figure 5, be provided with juice extracting mouth in juice collection section 12 When 122, it is provided with juice cap assemblies 124 at juice extracting mouth 122 or connects juice device.

In those embodiments, juice cap assemblies 124 can be set at juice extracting mouth 122, so as to pass through juice flowing cover group Part 124 opens or closes juice extracting mouth 122, this kind setting can pass through juice cap assemblies 124 and close juice extracting mouth in not juice 122, to realize the sealing or closing of juice extracting mouth 122, and then it can prevent extraneous air and dust from entering in juice extracting mouth 122. And when needing juice, directly open juice cap assemblies 124.It certainly, in another arrangement, can also be directly in juice extracting mouth It is arranged one at 122 and connects juice device, for example juice receiving cup or connect juice bag, can directly carries out connecing juice by connecing juice device in this way, The opening and closing in juice hole can be also connect by connecing the realization of juice device simultaneously.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, Figure 4 and Figure 5, food preparation cup assembly further includes installation Seat 8, the bottom of food preparation cup 1 is arranged in mounting base 8, and food preparation cup 1 can be mounted on frame component 9 by mounting base 8 On.

In those embodiments, it can be realized between food preparation cup 1 and frame component 9 by one mounting base 8 of setting Installation so that food preparation cup 1 can be dismounted preferably.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, Figure 4 and Figure 5, feeding device 2 further include: stick pusher 26, one end of stick pusher 26 can be inserted into feeding cylinder from the inlet of feeding-passage, and can be by the food in feeding-passage Material is pushed into food preparation cup 1 from communication port.

In those embodiments, by the way that stick pusher 26 is arranged, it can will be put into out of charging shell 24 using stick pusher 26 Food materials push downwards, to prevent food materials to be blocked in feeding device 2.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, being provided with the first location structure, spiral shell on charging chassis 22 The second bit architecture is provided on bar 4, the first location structure can cooperate with the second location structure, so that 4 location and installation of screw rod is extremely Feed chassis 22.

In those embodiments, by the first location structure of setting and the second location structure, the upper end of screw rod 4 can be determined Position installation is to charging chassis 22, so that the mounting stability of screw rod 4 can be improved.

In any of the above-described embodiment, it is preferable that charging shell 24 be a tube structure, feeding device 2 include: assist into Expect that component, auxiliary feeding assembly include material stock platform, material toggling part and transmission shaft, material stock platform is mounted on the inner sidewall of charging shell 24, One side of the bottom positioned at screw rod 4 far from food preparation cup 1 was provided with material mouth on material stock platform, and material toggling part is rotatably pacified Side mounted in material stock platform far from screw rod 4, one end of transmission shaft and screw rod 4 are drivingly connected, the other end and material toggling part of transmission shaft It is drivingly connected；Wherein, material stock platform is for storing the food materials put into food preparation cup 1 from the rim of a cup of food preparation cup 1, material toggling Part is used to for the food materials being stored on material stock platform being pushed to for cutting and/or squeezing the food materials being stored on material stock platform In material mouth.

In those embodiments, auxiliary feeding assembly includes material stock platform, material toggling part and transmission shaft, wherein the installation of material stock platform On the inner sidewall of charging shell 24, for storing food materials, material toggling part is rotatably mounted on the upside of material stock platform, for leading to It crosses rotation and the processing such as is cut, squeezed and push to the food materials on material stock platform, one side can cut food materials in this way It cuts and is squeezed into smaller food materials block, on the other hand enable cutting to be squeezed into smaller food materials block and be pushed to by crossing material mouth In food preparation cup 1, to realize the automatic feed of food materials.And transmission shaft is drivingly connected between screw rod 4 and material toggling part, for leading to It crosses screw rod 4 and drives the rotation of material toggling part.In this way in actually juicing, all food materials disposably all can be put into charging by user It in cylinder, and is stored in it on material stock platform, to just not have to gradually feed intake, hereafter can be rotated material toggling part, so that material toggling part will The food materials being stored on material stock platform squeeze or machining is at fine grained chippings, allow it to enter food preparation by crossing material mouth In cup 1.

Specifically, for example, food materials can be extruded in material toggling part and crossed between the side wall of material mouth, to realize the extruding of food materials, Certainly, a cutting edge can also be set on material toggling part, so as to which food materials are directly cut into fine grained chippings.This kind setting is not required to User is wanted gradually to feed intake, it is thus possible to which realization disposably feeds intake, in the actual process, first can all put into food materials In feeding cylinder, then start product after fixed time period again, so that product can just start to work after fixed time period, in turn The reservation processing in advance that food materials can be realized, can reduce the waiting time of user in this way, promote user experience.Meanwhile this kind Setting does not need to realize manual pusher using stick pusher 26 etc., it is thus possible to after disposably feeding intake, realize automatic feed, To which the operating procedure of user can be reduced, user experience is improved, and the structures such as stick pusher 26 can be saved, to can avoid making Existing a series of problems with stick pusher 26, for example, stick pusher 26 placement problem and asked using the security risk of stick pusher 26 Topic.In addition, this kind setting is than crossing the big food materials block of material mouth due to only passing through after material toggling part is processed into small food materials block, It can be entered in food preparation cup 1 by crossing material mouth, therefore, these food materials blocks will not be stuck in feeding device 2, thus energy Enough realize smooth charging, and than the small food materials block of material mouth since itself is smaller, thus be also not easy to cause the clamping stagnation of food materials block Problem, thus also can be realized smooth charging.

Wherein, material stock platform and the inner sidewall of charging shell 24 are preferably an integral structure, because of the mechanics being an integral structure Performance is good, it is thus possible to ensure the bonding strength between material stock platform and food preparation cup 1, in addition, can also be by material stock platform and charging Shell 24 is made into integration batch into production, to improve the production efficiency of product, reduces the production and processing cost of product.Certainly, material stock Platform and charging shell 24 can also be split type structure, i.e. detachable structure, at this point, can set material stock platform, material toggling part and transmission shaft It is set to an entirety, then carries out integral disassembly, assembly.

Wherein it is preferred to which material stock platform is an integral structure with charging chassis 22, so that the part in charging shell 24 It can be mounted to an entirety, so as to simplify the structure of feeding device 2, reduce the cost of feeding device 2.

Wherein, it is provided on the side wall of separating tube 3 on multiple filter hole or separating tube 3 and is not provided with filter hole.

In this scenario, on the one hand some biggish filter hole can be set on the side wall of separating tube 3, so that in separating tube The food juice just squeezed out in 3 can first be discharged from filter hole.And at this point, since food materials block is larger, food materials block is not easy card Enter into filter hole, thus food materials block is not easy to plug filter hole.Certainly, in another arrangement, can not also be arranged on separating tube 3 Filter hole, i.e. filter hole are both settable, can also be not provided with, but preferably, as shown in figure 5, filtering is arranged not on separating tube 3 Hole.

As shown in Figures 1 to 6, the embodiment of the utility model second aspect provides a kind of food processor, comprising: machine Holder assembly 9 is provided with driving device 92 in frame component 9；The food preparation cup assembly that any one of first aspect embodiment provides, Food preparation cup assembly can be mounted on frame component 9, and driving device 92 can match with the screw rod 4 in food preparation cup assembly It closes, to drive screw rod 4 to rotate.

The food processor that embodiment according to the present utility model provides, the frame component including being provided with driving device 92 9, the food preparation cup assembly being mounted on frame component 9.Wherein, driving device 92 is used to cooperate with screw rod 4, to drive screw rod 4 rotations, and screw rod 4 can be with the food preparation cup 1 of food preparation cup assembly together to being put into food preparation cup 1 in rotation Interior food materials such as are squeezed, are cut at the pulverization process, and the juice slag of smashed food materials can be made to separate.Meanwhile this is practical The food processor that the embodiment of novel second aspect provides, the food preparation cup group provided with first aspect any embodiment Part, therefore, at the food that there is the food processor that the embodiments of the present invention provide first aspect any embodiment to provide Whole beneficial effects of cup assembly are managed, it is numerous to list herein.

In any of the above-described embodiment, it is preferable that food preparation cup assembly is the food preparation cup assembly that can be sealed, food Object processor further include: air extractor；Be connected in bleed-off passage, one end of bleed-off passage and food preparation cup assembly, pumping is led to The other end in road is connect with air extractor；Be connected in pressure release passage, one end of pressure release passage and food preparation cup assembly, pressure release is led to The other end in road can be opened or be closed；Wherein, air extractor is arranged in frame component 9, or is arranged in food preparation cup group On part, or independently of frame component 9 and the setting of food preparation cup assembly.

In those embodiments, food preparation cup assembly is the food preparation cup assembly that can be sealed, and can be prevented in this way Food preparation cup assembly and extraneous ventilation.And it can be the gas in food preparation cup assembly by air extractor and bleed-off passage Extraction can realize food materials to provide a vacuum environment for the processing of the food materials of food processor under vacuum conditions in this way Processing, thus the food juice oxidation that can be effectively relieved in juice-extracting process, prevent the nutrition loss of food, it is ensured that the face of food juice Color and mouthfeel.And be tightly connected in one end of pressure release passage and food preparation cup assembly, the other end of pressure release passage can be opened Or closing, thus after the completion of juicing, pressure release can be carried out to food preparation cup assembly by the opening of pressure release passage, with Just food juice and food residues can be discharged.

Wherein, as shown in fig. 6, frame component 9 further include: pedestal 96, shell 94 and control panel 98.Specifically, shell 94 It being mounted on pedestal 96, driving device 92 is arranged in shell 94 and is located on pedestal 96, and control panel 98 is arranged in shell 94, It is connected with driving device 92 Deng, for controlling the work of product.

In any of the above-described embodiment, it is preferable that air extractor is aspiration pump.

In those embodiments, the extraction of air can be realized using an aspiration pump, and the vacuum capability of aspiration pump It is relatively strong, it is thus possible to improve the exhaust capacity of air extractor.Certainly, air extractor can also be realized pumping by other air extraction structures Gas.

In any of the above-described embodiment, it is preferable that air extractor further include: exhaust passage is connect with the outlet of aspiration pump, For being vented；Denoising device is arranged on exhaust passage.

In those embodiments, it can be exhausted by one exhaust passage of setting, wherein exhaust passage is preferably one Exhaust pipe.And denoising device can reduce the noise of air extractor, improve user experience.

In any of the above-described embodiment, it is preferable that air extractor is arranged in frame component 9 and/or food preparation cup assembly On or air extractor be independently arranged with respect to frame component 9 and/or food preparation cup assembly.

In those embodiments, air extractor may be provided at any position, It handles on cup assembly, certainly, air extractor can also be independently arranged with respect to frame component 9 and food preparation cup assembly, i.e. pumping dress Frame component 9 and food preparation cup assembly can also be attached to by setting.

Wherein it is preferred to which air extractor is arranged in frame component 9.Air extractor can be hidden in this way and be mounted on machine In holder assembly 9, so as to keep the internal structure of product more rationally compact.

In any of the above-described embodiment, it is preferable that bleed-off passage is exhaust tube.

In those embodiments, bleed-off passage is preferably exhaust tube, such as sebific duct, and certainly, bleed-off passage can also be setting Other channel designs on the shell 94 of food processor.

In any of the above-described embodiment, it is preferable that air extractor is electrodynamic pump or manual pump or foot pump.

In those embodiments, air extractor is preferably electrodynamic pump, can be evacuated in this way with air extractor is driven by electricity, Without being evacuated manually, certainly, air extractor can also be manual pump or foot pump.

In any of the above-described embodiment, it is preferable that air extractor is vacuum pump.

In those embodiments, air extractor is preferably vacuum pump, because vacuum pump is relatively common, thus is easy to purchase, Furthermore the ability that vacuum pump vacuumizes is stronger, it is thus possible to extract the large quantity of air of the inside of food processor out, to ensure Vacuum effectiveness when handling food materials, in food preparation cup assembly.

Wherein it is preferred to which driving device 92 is preferably motor, motor is mounted in frame component 9, motor and frame component Dynamoelectric machine grommet is provided between 9.

In any of the above-described embodiment, it is preferable that food processor is Normal juice machine or juice extractor, certainly, food processor Also the other structures in addition to Normal juice machine and juice extractor, such as fruit juice mixer, wall-breaking machine etc. be can also be.

In the description of this specification, term " connection ", " installation ", " fixation " etc. shall be understood in a broad sense, for example, " even Connect " it may be fixed connection or may be dismantle connection, or integral connection；It can be directly connected, it can also be in Between medium be indirectly connected.For the ordinary skill in the art, above-mentioned term can be understood at this as the case may be Concrete meaning in utility model.

In the description of this specification, the description of term " one embodiment ", " some embodiments ", " specific embodiment " etc. Mean that particular features, structures, materials, or characteristics described in conjunction with this embodiment or example are contained at least the one of the utility model In a embodiment or example.In the present specification, schematic expression of the above terms are not necessarily referring to identical embodiment Or example.Moreover, the particular features, structures, materials, or characteristics of description can be in any one or more embodiment or examples In can be combined in any suitable manner.

The above is only the preferred embodiments of the utility model, are not intended to limit the utility model, for this field Technical staff for, various modifications and changes may be made to the present invention.Within the spirit and principle of the utility model, Any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.

Claims (12)

1. a kind of food preparation cup assembly is used for food processor, the food processor includes frame component, and feature exists In the food preparation cup assembly includes:

Food preparation cup, the food preparation cup include squeeze section interconnected and juice collection section, and the squeeze section can be installed On the frame component, be provided with rim of a cup on the described one end of juice collection section far from the squeeze section, wherein the squeeze section and The junction of the juice collection section is provided with separation platform；

Feeding device is mounted at the rim of a cup of the food preparation cup, for feeding；

Separating tube is mounted between the separation platform and the feeding device, and a crushing chamber can be formed with the squeeze section, and A storage juice chamber can be formed with the inner sidewall of the juice collection section；

Screw rod is rotatably mounted in the crushing chamber, can be with the side wall of the squeeze section and the separating tube Side wall cooperation, to realize the processing to food materials；

Wherein, a juice channel is formed between the separating tube and the separation platform, the juice channel can make the pressure Chamber is squeezed to be connected to the storage juice chamber.

2. food preparation cup assembly according to claim 1, which is characterized in that

The inner sidewall of the food preparation cup is arranged in the junction of the juice collection section and the squeeze section in ladder, and the collection The inner sidewall of juice section is located at the outside of the inner sidewall of the squeeze section；

Wherein, the separation platform is connected between the juice collection section and the squeeze section.

3. food preparation cup assembly according to claim 2, which is characterized in that

Gap between the crushing chamber and the screw rod is from one end of the bottom wall far from the food preparation cup to close to described One end of the bottom wall of food preparation cup reduces.

4. food preparation cup assembly according to claim 1, which is characterized in that

The quantity in the juice channel be one or more, and the quantity in the juice channel be it is multiple when, multiple juice Channel is spaced apart from each other setting along the circumferential direction of the food preparation cup；And/or

The separating tube be provided between the end face and the separations platform of described one end for separating platform be used to form it is described out The prepsetting gap in juice channel；And/or

The separating tube is mounted on the separation platform close to the end face of described one end for separating platform, and the separating tube is close to described Separate and is provided on the first material slot for being used to form the juice channel and/or the separation platform on the end face of one end of platform It is provided with the second material slot for being used to form the juice channel.

5. food preparation cup assembly according to claim 1, which is characterized in that

The separation platform is provided at least one position limiting structure, at least one described limit knot in the one side of the separating tube Structure is arranged in a ring on the separation platform；

Wherein, the separating tube is mounted on the annular that at least one described position limiting structure is formed close to described one end for separating platform It is interior.

6. food preparation cup assembly according to claim 5, which is characterized in that

The quantity of the position limiting structure is one, and the position limiting structure is an annular convex rib；Or

The quantity of the position limiting structure be it is multiple, multiple position limiting structures are on the separation platform along the food preparation cup Circumferential direction interval setting and in a ring.

7. food preparation cup assembly according to claim 1, which is characterized in that

The juice channel from the inside of the food preparation cup to the outside of the food preparation cup it is horizontally disposed or it is described go out The outer bottom wall that is laterally away from the food preparation cup of the juice channel from the inside of the food preparation cup to the food preparation cup Direction inclination extends.

8. food preparation cup assembly according to claim 7, which is characterized in that

Angle between the axis in the juice channel and the cross section of the food preparation cup is α, wherein 0 °≤α≤80 °, Or 10 °≤α≤60 °；And/or

The juice channel is L in the width in the radial direction of the food preparation cup, wherein 0mm < L≤10mm or 0mm < L≤3mm；And/or

Height of the juice channel on the axial direction of the food preparation cup is H, wherein 0mm < H≤10mm or 0mm < H≤2mm；And/or

It is described that separate platform to be used to form the face in the juice channel be out of described food preparation cup to outside the food preparation cup The first inclined surface being obliquely installed to the rim of a cup direction of the food preparation cup corresponds to first inclined surface on the separating tube It is provided with the second inclined surface, second inclined surface is out of described food preparation cup to the export-oriented food of the food preparation cup The rim of a cup direction for handling cup, which tilts, to be extended.

9. food preparation cup assembly according to any one of claim 1 to 8, which is characterized in that

The separating tube links into an integrated entity formula structure or the separation close to one end of the feeding device and the feeding device Cylinder can be installed releasably to the feeding device.

10. food preparation cup assembly according to any one of claim 1 to 8, which is characterized in that the feeding device packet It includes:

Feed chassis, can releasably buckle and be mounted on the food preparation cup, be provided on the charging chassis with it is described The communication port be connected in food preparation cup；

Shell is fed, described to feed the open at one end of shell, one end of the charging shell aperture is mounted on the charging chassis On, the other end of the charging shell extends to the direction far from the food preparation cup, and is provided in the charging shell The feeding-passage be connected with the communication port；

Wherein, the separating tube links into an integrated entity formula structure or institute close to one end of the feeding device and the charging chassis Stating separating tube can releasably install to the charging chassis.

11. food preparation cup assembly according to any one of claim 1 to 8, which is characterized in that

The juice extracting mouth with the storage intracavitary conducting of juice is provided in the juice collection section；And/or

The slag releasing channel be connected with the crushing chamber is provided on the squeeze section；And/or

The food preparation cup assembly further includes mounting base, and the bottom of the food preparation cup is arranged in the mounting base, described Food preparation cup can be mounted on the frame component by the mounting base.

12. a kind of food processor characterized by comprising

Frame component is provided with driving device in the frame component；

Food preparation cup assembly as described in any one of claims 1 to 11, the food preparation cup assembly can be mounted on On the frame component, the driving device can cooperate with the screw rod in the food preparation cup assembly, to drive the spiral shell Bar rotation.