CN208425996U - Food processor - Google Patents

Abstract

The utility model provides a kind of food processor, comprising: base assembly；Food preparation cup can be mounted on base assembly, including cup body is provided with slag notch on cup body for storing food juice with the intracorporal forwardtransfer signal worm of cup, cup body is rotatably mounted at；Feeding assembly can be releasably sealingly mounted on the cup-mouth end of cup body；Slag device is sealingly connected to slag notch for collecting food residues；The seal chamber of mutual conduction is formed between cup body, feeding assembly and slag device；Vacuum elements can be connected to seal chamber, for extracting the air in seal chamber out.The program can be taken away the intracorporal air of cup using vacuum elements, so as to substantially realize the processing of food materials in the state of vacuum, and then be can be relieved the food oxidation after processing, prevented the nutrition loss of food, it is ensured that the color and mouthfeel of food juice.Meanwhile the application food juice is directly deposited in cup body, thus do not have to additional setting and connect juice structure.

Description

Food processor

Technical field

The utility model relates to household appliance technical fields, more specifically, are related to a kind of food processor.

Background technique

Normal juice machine or the oxygen after at a slow speed although juice extractor product takes method to attempt to slow down fruits and vegetables squeezing and squeeze at present Change problem, but squeezing effect is not significant under normal pressure.

Therefore, how to design it is a kind of can significantly slow fruits and vegetables squeezing and squeeze after the Normal juice machine of problem of oxidation become Urgent problem to be solved at present.

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 processor is provided.

To achieve the above object, the utility model first aspect embodiment provides a kind of food processor, comprising: pedestal Component；Food preparation cup can be mounted on the base assembly, including cup body and be rotatably mounted at the intracorporal work of the cup Make screw rod, the cup body can be used in storing food juice, wherein be provided with slag notch on the cup body；Feeding assembly can be torn open It unloads ground, be sealingly mounted on the cup-mouth end of the cup body；Slag device is sealingly connected to the slag notch, for collecting food Slag；The seal chamber of a mutual conduction is formed between the cup body, the feeding assembly and the slag device；Vacuum elements, energy It is enough to be connected to the seal chamber, for the air in the seal chamber to be extracted out.

The food processor that embodiment according to the present utility model provides, including base assembly, food preparation cup, charging group Part, slag device and vacuum elements.Wherein, base assembly be used for for entire product power supply, control entire product work and For being supported installation to food preparation cup, feeding assembly and slag device etc..And food preparation cup be used for by cup body with The cooperation of forwardtransfer signal worm crushes food materials, and separates the juice slag of food materials.And feeding assembly is used for realizing the charging of food materials In putting into food materials in food preparation cup, and vacuum elements are used for entire feeding assembly, vacuum elements and slag device The seal chamber of formation is evacuated, to realize the purpose vacuumized.This kind setting, can start vacuum elements first with will be in product Hereafter air extraction can start forwardtransfer signal worm to handle food materials so as to can substantially form vacuum state in cup body, To can substantially realize the processing to food materials in the state of vacuum, and then it can be relieved the food oxidation after processing, to prevent The only nutrition loss of food, it is ensured that color and mouthfeel of food juice etc..It, can be by the way that cup body be rationally arranged meanwhile in the application Structure is not just had to additional setting in this way and connects juice structure, so that cup body just can be simplified so as to be collected food juice using cup body Structure, reduce the cost of product.In addition, this kind is arranged in the entire course of work to food preparation of product, can first by Food juice is stored in cup body, i.e., food juice need not be discharged in juicing, thus during entire food preparation, just not Need to open juice opening juice as in the prior art, thus extraneous air during entire food preparation all without Method is entered in cup body by juice opening, and then the sealing performance in cup body can be improved, so as to maintain cup body always Inner vacuum state.In addition, this kind is arranged, for additional seal installs the scheme of a juice receiving cup again on cup body, It can carry out the collection of food juice using ready-made cup body, thus can improve the utilization rate of cup body, and can simplify production The structure of product reduces the processing cost of product, meanwhile, the collection of food juice, after the completion of squeezing, seal chamber are carried out using cup body Interior oxygen content is low, can preferably guarantee the fresh-keeping effect of food juice, and food juice need to be just exported when user needs to drink, and protects Card drinking person can drink most fresh food juice.And by setting slag device so that slag device can at food It is integral to manage cup installation, thus do not need to open wide slag notch during entire food preparation, it can be in product tapping process In, seal slag notch always.And in the prior art, due to being all that slag part is additionally arranged outside product, entirely producing During product are squeezed the juice, slag notch is always open, thus the oxygen of product can be entered in seal chamber always by slag notch, And then food juice is caused to aoxidize.And the application, by the way that the slag device with slag notch sealing installation is arranged, to work in product When, slag device can be sealed slag notch, and can be realized the collection of food residues, i.e., the application can be in product In the course of work, seal slag notch always, so that extraneous air cannot be introduced into seal chamber in the course of work of product It is interior, and then the squeezing processing of food materials can be realized under vacuum conditions, and realizes the collection to food juice under vacuum conditions, The oxidation of food juice can thus be significantly slowed, it is ensured that the mouthfeel of the food after squeezing.

Wherein, the cross-sectional area of forwardtransfer signal worm is from forwardtransfer signal worm close to the another of one end of the rim of a cup of cup body to forwardtransfer signal worm End increases, and is preferably gradually increased, can make the gap between cup body and forwardtransfer signal worm from the opening to food of cup body in this way The bottom of reason cup is gradually reduced, it is thus possible to the extruding dynamics to food materials is successively increased, so as to food materials the more are squeezed the more broken, Crushing juice rate thus can be improved.

In addition, also there is following additional technical feature according to the utility model food processor provided by the above embodiment:

In the above-mentioned technical solutions, it is preferable that the base assembly includes: driving device, is connect with the forwardtransfer signal worm, For driving the forwardtransfer signal worm to rotate；Control device is connect, for controlling with the driving device and the vacuum elements It states vacuum elements pumping or controls the work of the driving device, and/or for controlling the vacuum elements pumping, and described After vacuum elements exhaust gas, controls the driving device and start to work.

In those technical solutions, forwardtransfer signal worm can be driven by driving device, to be crushed, be squeezed to food materials Processing, and control device is used to control the work of driving device and vacuum elements.Specifically, control device can be controlled separately drive Dynamic device or vacuum elements work independently, and can also first control vacuum elements and first work a period of time, so as to first complete Then air suction process works in starting driving device, to carry out food preparation.And after being first evacuated food preparation mode, The juice slag separation of food materials can be carried out again after the completion of pumping, food materials all so are substantially to be located under vacuum conditions Reason, thus all food materials are not easy to be oxidized, so as to significantly alleviate food oxidation.If on the contrary before exhausting gas, just If the processing for carrying out food materials, due to also remaining some air in cup body, first processed food materials are easily by remaining sky Gas oxidation, thus will lead to part food materials and be oxidized, and then can not significantly alleviate the oxidation of food juice etc..

In any of the above-described technical solution, it is preferable that further include device for displaying predetermined, connect with the control device, is used for After preset time, the control device is made to control the work of the driving device and the vacuum elements.

In those technical solutions, a device for displaying predetermined can be set on product, produced so as to be realized by device for displaying predetermined The reservation function of product, and then the waiting time of user can be reduced, specifically, for example, device for displaying predetermined includes acquisition device, for adopting Collect the reservation parameter of user, time set, for carrying out timing according to reservation parameter, and after the completion of timing, control device is opened Beginning work.

In any of the above-described technical solution, it is preferable that be provided with juice opening, sealing cover at the juice opening on the cup body Equipped with a juice flowing cover, the juice flowing cover is used to open or closes the juice opening；Wherein, the juice opening and the juice flowing cover it Between be additionally provided with first seal, the first seal is for being tightly connected the juice flowing cover and juice opening.

In those technical solutions, a juice opening can be set on cup body, and be arranged at juice opening one it is first close Sealing and juice flowing cover, wherein first seal and juice flowing cover in the product course of work for realizing the sealing to juice opening.And After the completion of food preparation, when user wants to take food juice, juice opening can be opened by juice flowing cover, so as to pass through juice opening Food juice is taken, and after taking required food juice in user, and juice opening can be closed by juice flowing cover, by remaining food Object juice continues sealed storage in cup body, to can be relieved remaining food juice oxidation.

Certainly, in other embodiments, it can also be not provided with juice opening, and after food preparation, directly pass through cup body Rim of a cup food juice is poured out.

In any of the above-described technical solution, it is preferable that be provided with juice opening on the cup body, be provided at the juice opening Valve, the valve are used to control the opening or closing of the juice opening.

In those technical solutions, a valve can also be set at juice opening, so as to realize juice by valve The opening and closing of mouth.Specifically, for example a valve similar to tap can be set at juice opening, it in this way can be as operation Tap is such, realizes that opening for juice opening is stopped, so that taking for food juice is more efficient and convenient.

In any of the above-described technical solution, it is preferable that the feeding assembly includes: feeding cylinder, one end of the feeding cylinder Sealing is installed to the cup-mouth end of the cup body；Feed cap, sealing cover are used to open or seal on the other end of the feeding cylinder Close the feeding cylinder；Auxiliary feeding apparatus is rotatably mounted in the feeding cylinder, for assisting charging.

In those technical solutions, feeding cylinder is for feeding, and feed cap is used to seal the opening of feeding cylinder, wherein excellent A third sealing element can be arranged, between feeding cylinder and feed cap so as to realize feeding cylinder by third sealing element in selection of land Sealing between feed cap.And an auxiliary feeding apparatus rotatably is set in feeding cylinder, it is auxiliary so as to pass through The rotation of feeding device is helped to realize auxiliary charging, so as to control the speed of charging, prevents food from blocking.Specifically, than The preparatory cutting of food materials can be such as realized by auxiliary feeding apparatus, or will have previously been stored in charging using auxiliary feeding apparatus The operations such as the food materials in cylinder are pushed into cup body.

In any of the above-described technical solution, it is preferable that the auxiliary feeding apparatus and the forwardtransfer signal worm are drivingly connected, energy It is enough to be rotated under the action of the forwardtransfer signal worm.

In those technical solutions, auxiliary feeding apparatus can be drivingly connected to forwardtransfer signal worm, so as to pass through work spiral shell Bar realizes the driving of auxiliary feeding apparatus, to just not have to the mechanism of additional setting driving auxiliary feeding apparatus, it is thus possible to The structure for simplifying product, reduces the cost of product.Certainly, auxiliary feeding apparatus can not also be connect with forwardtransfer signal worm, at this point, can volume It is outer that an actuator is set to realize the driving of auxiliary feeding apparatus.

In any of the above-described technical solution, it is preferable that be provided with mounting plate and feed inlet, the installation in the feeding cylinder Plate is installed to the inner sidewall of the feeding cylinder, and mounting hole, one end position of the auxiliary feeding apparatus are provided on the mounting plate In a side of the mounting plate far from the cup body, the forwardtransfer signal worm is located at the mounting plate close to a side of the cup body, The other end of the auxiliary feeding apparatus is inserted into the mounting hole, and is drivingly connected with the forwardtransfer signal worm；Wherein, it is described into Material mouth is arranged on the mounting plate or the feed inlet is surrounded by the side wall of the mounting plate and the feeding cylinder.

In those technical solutions, a mounting plate can be set in feeding cylinder, so that mounting plate reality on the one hand can be passed through The support installation of existing auxiliary feeding apparatus.On the other hand, a part of food materials can be stored by mounting plate.In addition, mounting plate is also Food materials can be cut together with auxiliary feeding apparatus, so as to which food materials are processed into fine grained chippings in advance.Specifically, than Such as, auxiliary feeding apparatus in the course of rotation, can drive food materials to move together, and when the food materials of processing are larger, food materials It will partially snap at feed inlet, and auxiliary feeding apparatus will continue to rotate, and therefore, food materials can be extruded in auxiliary charging Between device and the edge of feed inlet, an extruding force can be applied to food materials in this way, to food materials can be squeezed into small broken Block, to realize the preliminary treatment to food materials.In addition, cutting edge can also be arranged on auxiliary feeding apparatus, so as to by cutting Cut the cutting that sword realizes food materials.Wherein, feed inlet can be set up directly on mounting plate, can also pass through mounting plate and feeding cylinder Side wall surrounds.

In any of the above-described technical solution, it is preferable that the auxiliary feeding apparatus includes: material toggling part, is rotatably pacified A side mounted in the mounting plate far from the cup body；Transmission shaft, one end of the transmission shaft and forwardtransfer signal worm driving connect It connects, the other end of the transmission shaft is inserted through the mounting hole and the material toggling part is drivingly connected.

In those technical solutions, one rotatably material togglings part such as plectrum, driving lever can be set in the top of mounting plate, And driven it by transmission shaft and be connected to forwardtransfer signal worm, in this way, material toggling part can be driven to rotate when forwardtransfer signal worm rotates, from And the food materials in feeding cylinder are placed into, it can be entered in cup body under the stirring of material toggling part from feed inlet, and in the food of processing When material is larger, food materials will be snapped onto partially at feed inlet, and material toggling part will continue to rotate, and therefore, can be extruded in food materials Between material toggling part and the edge of feed inlet, an extruding force can be applied to food materials in this way, to food materials can be squeezed into small Fragment, to realize the preliminary treatment to food materials.In addition, also cutting edge can be arranged on material toggling part, so as to pass through cutting edge Realize the cutting of food materials.It can be realized by the way that material toggling part is arranged in this way and processing is stirred etc. to the cutting of food materials, and then can be improved The charging rate of food materials, prevents feeding cylinder from blocking, and improves the treatment effeciency of food materials.

In any of the above-described technical solution, it is preferable that be provided with through-hole on the material toggling part, the transmission shaft is far from described One end of forwardtransfer signal worm is sequentially inserted into and passes through the mounting hole, the through-hole, the auxiliary feeding apparatus further include: capping, The transmission shaft is mounted on to stretch out on one end of the through-hole.

In those technical solutions, material toggling part can be arranged by through-hole and be mounted on one end that transmission shaft stretches out mounting hole On, and material toggling part is passed through, the installation reliability between material toggling part and transmission shaft can be improved in this way.And pass through setting envelope The upper end of transmission shaft can be limited in the upside of material toggling part, thus prevent transmission shaft to slide from through-hole, and then can be by lid One step improves the connection reliability between material toggling part and transmission shaft.

In any of the above-described technical solution, it is preferable that be provided at least one driving protrusion, the drive on the transmission shaft Dynamic protrusion can cooperate with the forwardtransfer signal worm, with being rotated by the forwardtransfer signal worm.

In those technical solutions, one or more driving protrusions can be set on the lower end surface of transmission shaft, so as to logical The lateral engagement for the protrusion and the upper end of forwardtransfer signal worm of overdriving, with the drive connection between realization and forwardtransfer signal worm, certainly, transmission Axis can also realize the drive connection between forwardtransfer signal worm by other structures.

In any of the above-described technical solution, it is preferable that the material toggling part is split type structure or described with the transmission shaft Material toggling part is an integral structure with the transmission shaft.

In those technical solutions, material toggling part and transmission shaft can be split type structure, for example be two parts, so just In individually each of material toggling part and transmission shaft part are independently serviced and are replaced.Certainly, in other technical solutions, Material toggling part can also be an integral structure with transmission shaft, can improve the bonding strength of material toggling part and transmission shaft in this way, so as to dial Materials and parts are hardly damaged with transmission shaft, and can be realized the seamless connection between material toggling part and transmission shaft, so as to prevent from dialling Gap is formed between materials and parts and transmission shaft, and then convenient for cleaning.

Wherein it is preferred to which the material toggling part is symmetrically mounted on the transmission shaft.The knot that can make product is arranged in this kind Structure is more rationally compact, and also the structure of product can be made simpler.

In any of the above-described technical solution, it is preferable that the feed inlet by the mounting plate and the feeding cylinder side wall It surrounds, the quantity of the feed inlet is two, the axis of two feed inlets and the mounting plate about the feeding cylinder Symmetrically.

In those technical solutions, feed inlet is preferably surrounded by the side wall of mounting plate and feeding cylinder, can simplify peace in this way The structure of loading board, to reduce cost.And the quantity of feed inlet is preferably two, each feed inlet can be made larger in this way, because And it is convenient for the food materials of some bulks of product treatment.And two feed inlets and mounting plate be about the axisymmetrical of feeding cylinder, in this way Mounting portion is just installed to the center of forwardtransfer signal worm, thus can also make the inside of feeding cylinder more rationally compact.

Wherein it is preferred to two piece fanning strips of the mounting plate by a circular slab and the two sides for being symmetricly set on circular slab Composition, wherein the middle part of circular slab is arranged in mounting hole.

In any of the above-described technical solution, it is preferable that the feeding cylinder is straight tube shape.

In those technical solutions, feeding cylinder is preferably straight tube shape, i other words feeding cylinder does not bend setting, so that Food materials can smoothly flow from top to bottom.Certain feeding cylinder also bent setting.Wherein it is preferred to the inner sidewall of feeding cylinder It is vertically arranged with lateral wall.

In any of the above-described technical solution, it is preferable that the material toggling part is rod for stiring materials or material toggling piece.

In those technical solutions, the shape of material toggling part can be arbitrarily arranged, but preferably rod for stiring materials or material toggling piece.

In any of the above-described technical solution, it is preferable that be provided in positioning groove and positioning protrusion on the transmission shaft One, another in positioning groove and positioning protrusion is provided on the forwardtransfer signal worm, the positioning protrusion is inserted into In the positioning groove, to be positioned to the forwardtransfer signal worm；Wherein, wearing piece is provided in the positioning groove.

In those technical solutions, a positioning protrusion or positioning groove or fixed can be set on the upper surface of forwardtransfer signal worm Position hole, and positioning protrusion or positioning groove or location hole are correspondingly arranged on the lower end of transmission shaft, it so just can be by fixed The positioning to forwardtransfer signal worm is realized in the cooperation of position protrusion and location hole or positioning protrusion and locating shaft, and then forwardtransfer signal worm can be improved Stability after installation reduces the shaking of forwardtransfer signal worm.And by the way that wearing piece is arranged in positioning groove, convex can be reduced Play the abrasion between positioning groove.

In any of the above-described technical solution, it is preferable that the mounting plate is provided with both ends in the one side of the cup body The open tubular column of opening, the open tubular column are connected with the feed inlet；One end of the forwardtransfer signal worm is from the bottom of the feeding cylinder It extend into the open tubular column, and can cooperate with the side wall of the open tubular column, to crush food materials；Wherein, the open tubular column is remote One end from the mounting plate is connect with the side wall of the feeding cylinder or the one end of the open tubular column far from the mounting plate is outstanding It is empty.

In those technical solutions, one open tubular column that can be connected with feed inlet can be set in the lower section of mounting plate, and will The open tubular column is arranged the upper end for being mounted on forwardtransfer signal worm, after such food materials enter the lower section of mounting plate from feed inlet, Bian Ke Be extruded processing under the action of the side wall and forwardtransfer signal worm of open tubular column or be cut processing, can food materials enter cup body it Before, one of pulverization process process is carried out more to food materials, it is thus possible to improve product to the treatment effect of food materials, to improve juice Rate.And by setting open tubular column, it can reduce effective internal diameter of feeding cylinder lower end, and then forwardtransfer signal worm and feeding cylinder can be made The channel formed between the side wall of lower end is smaller, it is thus possible to increase the strength disposal to food materials.Wherein, open tubular column is far from installation One end of plate is preferably connect with the side wall of feeding cylinder, and such open tubular column can also further support mounting plate, so as to The intensity of mounting plate is enough improved, and in another technical solution, the one end of open tubular column far from mounting plate can also be vacantly arranged, i.e., not It is connect with the side wall of feeding cylinder.

Wherein it is preferred to which open tubular column is tapered.And the isostructural upper end of screw rod can be substantially sequentially increased from top to bottom, because This by open tubular column be correspondingly arranged it is tapered open tubular column and the upper end of forwardtransfer signal worm are mutually adapted so that work spiral shell Bar can preferably cooperate with open tubular column, to realize the processing of food materials.

In any of the above-described technical solution, it is preferable that the food preparation cup further include: strainer is arranged in the cup body Between the forwardtransfer signal worm；Wherein, the strainer is corresponded on the inner sidewall of the feeding cylinder close to one end of the feeding cylinder It is provided with positioning cascaded surface, the positioning cascaded surface is used to cooperate with the strainer, to position to the strainer.

It, can be when food processor is the food processor of one cup body and single forwardtransfer signal worm in those technical solutions One strainer is set between cup body and forwardtransfer signal worm, so as to realize the juice slag of food materials after food materials are pulverized using strainer Separation.In addition, a positioning cascaded surface is arranged in the upper surface that can correspond to strainer on the inner sidewall of feeding cylinder, so as to utilize Cascaded surface is positioned to push down strainer, to realize that the axially position to strainer is installed, the installation that just can be improved strainer in this way is reliable Property.

In any of the above-described technical solution, it is preferable that food processor further include: relief hole is arranged in the cup body, institute It states in any one or more in feeding assembly and the slag device, can be connected with the seal chamber；Pressure relief plug, can It is mounted at the relief hole, to open or seal the relief hole.

It, can be in any one or more upper settings in cup body, feeding assembly and slag device in those technical solutions The relief hole be connected with seal chamber, and realize by pressure relief plug the opening or sealing of relief hole.This kind setting starts in product Pressure relief plug can be closed before, to seal relief hole, just can be made so completely close in interior cup body, feeding assembly and slag device Envelope vacuumize to just can be carried out by vacuum elements, and then can substantially realize in vacuum or close to vacuum in the state of Processing to food materials, thus can prevent food materials from aoxidizing.And in food materials after treatment, relief hole can be opened by pressure relief plug, So that interiors of products and extraneous conducting, and then can gradually uninstall the negative pressure in cup body, feeding assembly and slag device, this Sample just can quickly and easily realize pressure release.Certainly, in other embodiments, pressure release can also be carried out otherwise, such as Air is inwardly conveyed by vacuum elements, to realize pressure release.

In any of the above-described technical solution, it is preferable that the vacuum elements include: aspiration pump；Bleed-off passage, the pumping The one end in channel is connect with the aspiration pump, and the other end of the bleed-off passage is connected to the seal chamber.

In those technical solutions, can realize the extraction of air using an aspiration pump, and bleed-off passage for realizing The discharge of gas.

In any of the above-described technical solution, it is preferable that the vacuum elements 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 vacuum elements, improve user experience.

In any of the above-described technical solution, it is preferable that the aspiration pump is arranged in the base assembly, the cup body and institute It states in any one in feeding assembly or the relatively described base assembly of the aspiration pump, the cup body and the feeding assembly It is independently arranged.

In those technical solutions, aspiration pump may be provided at any position, Or on feeding assembly, certainly, aspiration pump can also be independently arranged with respect to base assembly, cup body and feeding assembly, i.e., aspiration pump can also It is attached to base assembly, cup body and feeding assembly.

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, and certainly, bleed-off passage can also be setting at food Other channel designs on the shell of reason machine.

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

In those technical solutions, aspiration pump is preferably electrodynamic pump, can be evacuated in this way with aspiration pump is driven by electricity, from Without being evacuated manually, certainly, aspiration pump can also be manual pump or foot pump.

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

In those technical solutions, aspiration pump 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 When handling food materials, the intracorporal vacuum effectiveness of cup.

In any of the above-described technical solution, it is preferable that the slag device includes: residue receiving cup, can releasably seal peace At the slag notch, slag inlet, the slag inlet and the slag notch phase mutual conductance are provided on the side wall of the residue receiving cup It is logical；Slag lid, sealing cover is on the open end of the residue receiving cup；Second seal, setting connect in the slag lid with described The junction of slag cup, for being tightly connected the slag lid and the residue receiving cup；Wherein, in the residue receiving cup and the cup body One on be provided with mounting post, installation set, the residue receiving cup are provided on another in the residue receiving cup and the cup body It can be releasably sealingly mounted at the slag notch by the cooperation of the mounting post and the installation set.

In those technical solutions, preferably by slag device be arranged to include residue receiving cup and slag lid structure, in this way It can carry out slag processing by residue receiving cup, and the opening of residue receiving cup and closed is realized by slag lid.And residue receiving cup and cup body It can releasably connect, convenient for disassembling residue receiving cup from cup body, carry out down the processing such as slag or cleaning.Meanwhile it can connect A upper setting installation set in slag cup and cup body, and in another upper setting mounting post, installation set and installation can be passed through in this way The detachable installation for being arranged installation, realizing between residue receiving cup and cup body of column.Meanwhile it can be arranged between installation set and mounting post Second seal, so that installation set can be tightly connected with mounting post.

Certainly, slag device also can also be other types of structure, such as slag bag or be other cavity body structures.

In any of the above-described technical solution, it is preferable that food processor further include: pressure of slagging tap adjusts component, and setting exists At the slag notch, for adjusting the pressure of slagging tap at the slag notch.

In those technical solutions, a pressure of slagging tap can be set at slag notch and adjust component, so as to by slagging tap Pressure adjusts component to adjust the pressure of slagging tap at slag notch, the pressure so as to which rationally control is slagged tap, so that food residues It can be pressed further by before being discharged, so that the separation of juice slag is more thorough.Wherein, specifically, pressure of slagging tap adjusting group Part can only one range pressure, that is, pressure of slagging tap be fixed value, after product group installs, user can not change pressure of slagging tap Power.Certainly, pressure of slagging tap, which adjusts component, can also have multiple range pressures, that is, pressure of slagging tap includes multiple gear values, in reality In the process, user can adjust component by operating pressure of slagging tap, to make product have multiple pressure of slagging tap, thus different in processing Food materials when, can arbitrarily adjust pressure of slagging tap according to the type of food materials, the needs of user, thus on the one hand can preferably meet On the other hand a variety of demands of user can rationally adjust pressure of slagging tap according to the type of food materials, thus can prevent it is certain compared with Soft food materials, such as grape, what is be extruded is excessively broken, and cause nutrition loss, mouthfeel bad and so on, and certain can be prevented The food materials such as a little crude fibre food materials, such as sugarcane, ginger, carrot squeeze situation generation that is insufficient, and causing crushing juice rate low, into And it can ensure that the nutrition and mouthfeel of food materials, and the crushing juice rate of product can be improved.Wherein it is preferred to which a damping silica gel can be passed through To adjust pressure of slagging tap.And the specific structure that pressure of slagging tap adjusts component can be on current existing Normal juice machine, juice extractor etc. For adjusting the structure for pressure of slagging tap.

In any of the above-described technical solution, it is preferable that one end of the feeding assembly can releasably buckle and be mounted on institute It states in the open end of cup body.

In those technical solutions, the first buckle can be set on feeding assembly, such as the lower end of feeding cylinder, and in cup body Upper end inner sidewall on setting can with first be clasped second buckle, so as to by first buckle with second card One end of feeding assembly is sealably mounted in the open end of cup body by being clasped for button.

In any of the above-described technical solution, it is preferable that the cup body includes crushing cup and extrusion cup, and the feeding assembly is close Capping is provided with communication port, the extrusion cup and institute on the cup-mouth end of the crushing cup on the other end of the crushing cup Crushing cup is stated to be connected to by the communication port；The forwardtransfer signal worm includes the pulverizing screw and installation being mounted in the crushing cup Extruding screw in the extrusion cup；Wherein, the slag notch is arranged in the extrusion cup, the slag device with it is described Extrusion cup is connected to by the slag notch；Wherein, the first drive shaft and the second drive shaft are provided on the base assembly, it is described First drive shaft and the pulverizing screw are drivingly connected, for driving the pulverizing screw to crush food materials, second drive shaft It is drivingly connected with the extruding screw, for driving the extruding screw to squeeze food materials so that food materials juice slag separates.

In those technical solutions, after food materials enter in crushing cup, pulverizing screw under the driving of the first drive shaft with The side wall of crushing cup cooperates to crush food, and smashed food materials enter in extrusion cup under the action of pulverizing screw, and Extruding screw squeezes food materials under the driving of the second drive shaft, so that the juice slag of food materials separates.The technical solution is by the powder of food materials Broken process and crowded juice tapping process separately carry out, and in crushing process, due to not needing to squeeze juice deslagging, in crushing cup Without the components such as strainer and rotating brush are arranged, so that food materials in crushing cup being capable of being total in crushing cup and pulverizing screw It is crushed under same-action, while can be generally horizontally disposed by extruding screw in crowded juice tapping process, it can be by crowded juice deslagging system Uniting, it is horizontal to be arranged to, and so as to be highly convenient for separating the juice slag of food, on the one hand this kind setting can ensure food processor Crushing juice rate, on the other hand can be avoided using components such as strainer, rotating brushes, so that the structure of food processor is simple And be easily installed, simultaneously because eliminating strainer, it is thus possible to reduce the cleaning difficulty of user, and then be able to ascend user's body It tests.

In any of the above-described technical solution, it is preferable that be between the axis of the extrusion cup and the axis of the crushing cup It is in be greater than between the axis of angle or the extrusion cup and the axis of the crushing cup more than or equal to 75 ° less than or equal to 180 ° It is less than or equal to 135 ° of angle equal to 90 °.

In the technical scheme, a settable angle between extrusion cup and crushing cup, if food materials can from extrusion cup into Enter into crushing cup, wherein preferably, be less than between the axis of extrusion cup and the axis of crushing cup in more than or equal to 90 ° Angle equal to 180 °, i.e. extrusion cup are horizontally or diagonally down-set, so that food materials enter in extrusion cup or in extrusion cup The gravity for overcoming food materials is not had at least when flowing to slag notch, so that the flowing of food materials is more smooth, wherein further Ground is less than or equal to 135 ° of angles in being greater than 90 ° between the axis of extrusion cup and the axis of crushing cup, this kind be arranged food materials in addition to Except the extruding force outflow of extruding screw, additionally it is possible to be flowed out by the gravity of food materials, thus on the one hand can accelerate food materials On the other hand flow rate can also sufficiently squeeze food materials with improving juice speed, to improve crushing juice rate, meanwhile, it should Kind setting combines vertical machine and horizontal machine, it is thus possible to so that product had not only had the advantages that vertical machine good crushing effect, but also It is abundant to have the advantages that horizontal machine squeezes, and then food materials can be made sufficiently to be crushed, and can be adequately compressed, and then can Improve crushing juice rate.

Wherein, further, it is preferable that be in 90 ° of angle between the axis of extrusion cup and the axis of crushing cup.

Wherein it is preferred to 75 ° small in being more than or equal between the axis of the extruding screw and the axis of the pulverizing screw It is 90 ° small in being more than or equal between the axis of angle or the extruding screw and the axis of the pulverizing screw equal to 180 ° In the angle for being equal to 135 °.This kind setting can make extrusion cup horizontally or diagonally down-set, so that food materials enter extrusion cup It is interior or in extrusion cup to slag notch flow when do not have to the gravity for overcoming food materials at least so that the flowing of food materials is more suitable Freely.

Wherein, further, it is preferable that in 90 ° between the axis of the extruding screw and the axis of the pulverizing screw Angle.

Wherein it is preferred to which base assembly further includes pedestal, housing unit, the housing unit is mounted on the base.

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

Fig. 3 is the another structural schematic diagram for the food processor that embodiment according to the present utility model provides；

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

Fig. 5 is another structural representation of the feeding assembly for the food processor that embodiment according to the present utility model provides Figure；

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

Fig. 7 is the structural schematic diagram of the material toggling part for the feeding assembly that embodiment according to the present utility model provides；

Fig. 8 is the another structural representation of the feeding assembly for the food processor that embodiment according to the present utility model provides Figure；

Fig. 9 is another structural representation of the feeding assembly for the food processor that embodiment according to the present utility model provides Figure；

Figure 10 is that the 5th structure of the feeding assembly for the food processor that embodiment according to the present utility model provides is shown It is intended to；

Figure 11 is the structure in a section of the feeding assembly for the food processor that embodiment according to the present utility model provides Schematic diagram；

Figure 12 is the structural schematic diagram of the food preparation cup for the food processor that embodiment according to the present utility model provides；

Figure 13 is that another structure of the food preparation cup for the food processor that embodiment according to the present utility model provides is shown It is intended to；

Figure 14 is that the decomposition texture of the food preparation cup for the food processor that embodiment according to the present utility model provides shows It is intended to；

Figure 15 is the structural schematic diagram of the slag device for the food processor that embodiment according to the present utility model provides；

Figure 16 is the knot of the charging cover and pressure relief device for the food processor that embodiment according to the present utility model provides Structure schematic diagram；

Figure 17 is the decomposition texture signal of the base assembly for the food processor that embodiment according to the present utility model provides Figure.

Wherein, corresponding relationship of the Fig. 1 into Figure 17 between appended drawing reference and component names are as follows:

1 base assembly, 12 driving devices, 14 control devices, 16 housing units, 18 pedestals, 2 food preparation cups, 22 cup bodies, 220 second buckles, 222 slag notches, 224 juice openings, 226 mounting posts, 24 forwardtransfer signal worms, 242 positioning protrusion, 26 juice flowing covers, 28 First seal, 29 strainers, 3 feeding assemblies, 30 third sealing elements, 32 feeding cylinders, 320 first buckles, 322 mounting plates, 3222 Mounting hole, 324 feed inlets, 326 open tubular columns, 328 positioning cascaded surfaces, 34 feed caps, 36 auxiliary feeding apparatus, 362 material toggling parts, 3622 through-holes, 364 transmission shafts, 3642 positioning grooves, 3644 driving protrusions, 366 cappings, 38 wearing pieces, 4 slag devices, 42 connect Slag cup, 422 slag inlets, 424 installation sets, 44 slag lids, 5 vacuum elements, 52 aspiration pumps, 54 bleed-off passages, 56 exhaust passages, 58 Denoising device, 62 relief holes, 64 pressure relief plugs.

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.

The food processor that embodiment according to the present utility model provides is described referring to Fig. 1 to Figure 17.

As shown in Fig. 1 to Figure 17, the utility model first aspect embodiment provides a kind of food processor, comprising: bottom Holder assembly 1；Food preparation cup 2 can be mounted on base assembly 1, including cup body 22 and be rotatably mounted in cup body 22 Forwardtransfer signal worm 24, cup body 22 can be used in storing food juice, wherein slag notch 222 is provided on cup body 22；Feeding assembly 3, energy Enough releasably, it is sealingly mounted on the cup-mouth end of cup body 22；Slag device 4 is sealingly connected to slag notch 222, for collecting food Object slag；The seal chamber of a mutual conduction is formed between cup body 22, feeding assembly 3 and slag device 4；Vacuum elements 5, can with it is close Chamber connection is sealed, for extracting the air in seal chamber out.

The food processor that embodiment according to the present utility model provides, including base assembly 1, food preparation cup 2, charging Component 3, slag device 4 and vacuum elements 5.Wherein, base assembly 1 is used to for the power supply of entire product, control the work of entire product Make and for being supported installation to food preparation cup 2, feeding assembly 3 and slag device 4 etc..And food preparation cup 2 is used for Food materials are crushed by the cooperation of cup body 22 and forwardtransfer signal worm 24, and separate the juice slag of food materials.And feeding assembly 3 for realizing The charging of food materials, i.e., for putting into food materials in food preparation cup 2, and vacuum elements 5 are used for entire feeding assembly 3, take out The seal chamber that pneumatic module 5 and slag device 4 are formed is evacuated, to realize the purpose vacuumized.This kind setting, can first start Vacuum elements 5, so as to can substantially form vacuum state in cup body 22, hereafter can start work to extract the air in product out Make screw rod 24 to handle food materials, so that the processing to food materials can be substantially realized in the state of vacuum, and then Food oxidation after alleviating processing, to prevent the nutrition loss of food, it is ensured that color and mouthfeel of food juice etc..Meanwhile this Shen Please in, can just not have to additionally set in this way by the way that the structure of cup body 22 is rationally arranged, so as to collect food juice using cup body 22 It sets and connects juice structure, so that the structure of cup body 22 just can be simplified, reduce the cost of product.In addition, the whole of product is arranged in this kind In a course of work to food preparation, first food juice can be stored in cup body 22, i.e., need not be arranged food juice in juicing Out, it thus during entire food preparation, does not just need as in the prior art, opening 224 juice of juice opening, thus Extraneous air can not all be entered in cup body 22 during entire food preparation by juice opening 224, and then can be mentioned Sealing performance in high cup body 22, so as to maintain the inner vacuum state of cup body 22 always.In addition, this kind is arranged, compare For additional seal installs the scheme of a juice receiving cup again on cup body 22, food can be carried out using ready-made cup body 22 The collection of juice, thus the utilization rate of cup body 22 can be improved, and the structure of product can be simplified, reduce being processed into for product This, meanwhile, the collection of food juice is carried out using cup body 22, after the completion of squeezing, oxygen content is low in seal chamber, can preferably protect The fresh-keeping effect for demonstrate,proving food juice need to just export food juice when user needs to drink, and it is most fresh to guarantee that drinking person can be drunk Food juice.And by setting slag device 4 so that slag device 4 can be installed with food preparation cup 2 it is integral, thus During entire food preparation, does not need to open wide slag notch 222, slag notch can be made always in product tapping process 222 sealings.And in the prior art, due to being all that slag part is additionally arranged outside product, in the process of entire product juicing In, slag notch 222 is always open, thus the oxygen of product can be entered in seal chamber always by slag notch 222, and then be led Cause the oxidation of food juice.And the application, by the way that the slag device 4 with the sealing installation of slag notch 222 is arranged, to work in product When, slag device 4 can be sealed slag notch 222, and can be realized the collection of food residues, i.e., the application can produce In the course of work of product, seal slag notch 222 always, so that extraneous air cannot be introduced into the course of work of product In seal chamber, and then the squeezing processing of food materials can be realized under vacuum conditions, and realized under vacuum conditions to food juice Collection, thus the oxidation of food juice can be significantly slowed, it is ensured that the mouthfeel of the food after squeezing.

Wherein, the cross-sectional area of forwardtransfer signal worm 24 is from forwardtransfer signal worm 24 close to one end of the rim of a cup of cup body 22 to forwardtransfer signal worm 24 other end increases, and is preferably gradually increased, and can make gap between cup body 22 and forwardtransfer signal worm 24 from cup body 22 in this way The bottom of opening to cup body 22 be gradually reduced, it is thus possible to the extruding dynamics to food materials is successively increased, so as to by food materials It the more squeezes the more broken, thus crushing juice rate can be improved.

In the above embodiment, it is preferable that as shown in figure 17, base assembly 1 includes: driving device 12, with forwardtransfer signal worm 24 connections, for driving forwardtransfer signal worm 24 to rotate；Control device 14 is connect, for controlling with driving device 12 and vacuum elements 5 The pumping of vacuum elements 5 or the work of control driving device 12, and/or be evacuated for controlling vacuum elements 5, and in vacuum elements 5 After exhausting gas, control driving device 12 is started to work.

In those embodiments, forwardtransfer signal worm 24 can be driven by driving device 12, to be crushed, be squeezed to food materials Deng processing, and control device 14 is used to control the work of driving device 12 and vacuum elements 5.Specifically, control device 14 Individually control driving device 12 or vacuum elements 5 work independently, and can also first control vacuum elements 5 and first work a period of time, So as to first complete air suction process, then work in starting driving device 12, to carry out food preparation.And after being first evacuated The mode of food preparation can carry out again the juice slag separation of food materials after the completion of pumping, and food materials all so are substantially to exist It is handled under vacuum state, thus all food materials are not easy to be oxidized, so as to significantly alleviate food oxidation.If otherwise Before exhausting gas, if the processing with regard to carrying out food materials, due to also remaining some air in cup body 22, first processed Food materials will lead to part food materials and be oxidized, and then can not significantly alleviate food juice etc. easily by remaining air oxidation Oxidation.

In any of the above-described embodiment, it is preferable that further include device for displaying predetermined, connect with control device 14, for default After time, make the work of control device control driving device 12 and vacuum elements 5.

In those embodiments, a device for displaying predetermined can be set on product, so as to realize product by device for displaying predetermined Reservation function, and then the waiting time of user can be reduced, specifically, for example, device for displaying predetermined includes acquisition device, for acquiring The reservation parameter of user, time set, for carrying out timing according to reservation parameter, and after the completion of timing, control device starts Work.

In any of the above-described embodiment, it is preferable that as shown in Figure 12 to Figure 14, juice opening 224 is provided on cup body 22, out Sealing cover is equipped with a juice flowing cover 26 at juice mouth 224, and juice flowing cover 26 is used to open or closes juice opening 224；Wherein, juice opening 224 First seal 28 is additionally provided between juice flowing cover 26, first seal 28 is for sealing juice flowing cover 26 and juice opening 224 Connection.

In those embodiments, a juice opening 224 can be set on cup body 22, and one is arranged at juice opening 224 First seal 28 and juice flowing cover 26, wherein first seal 28 and juice flowing cover 26 are used for the realization pair in the product course of work The sealing of juice opening 224.And after the completion of food preparation, when user wants to take food juice, juice can be opened by juice flowing cover 26 Mouth 224, so as to food juice is taken by juice opening 224, and after taking required food juice in user, and can be by going out Juice lid 26 closes juice opening 224, remaining food juice is continued sealed storage in cup body 22, to can be relieved remaining The oxidation of food juice.

Certainly, in other embodiments, it can also be not provided with juice opening 224, and after food preparation, directly pass through cup The rim of a cup of body 22 pours out food juice.

In any of the above-described embodiment, it is preferable that as shown in Figure 12 to Figure 14, juice opening 224 is provided on cup body 22, out Valve (not shown) is provided at juice mouth 224, valve is used to control the opening or closing of juice opening 224.

In those embodiments, a valve can also be set at juice opening 224, so as to realize juice by valve The opening and closing of mouth 224.Specifically, for example a valve similar to tap can be set at juice opening 224, in this way As operation tap, realize that opening for juice opening 224 is stopped, so that taking for food juice is more efficient and convenient.

In any of the above-described embodiment, it is preferable that as shown in Fig. 4 to Figure 11, feeding assembly 3 includes: feeding cylinder 32, charging One end sealing of cylinder 32 is installed to the cup-mouth end of cup body 22；Feed cap 34, sealing cover are used on the other end of feeding cylinder 32 Open or close feeding cylinder 32；Auxiliary feeding apparatus 36 is rotatably mounted in feeding cylinder 32, for assisting charging.

In those embodiments, feeding cylinder 32 is for feeding, and feed cap 34 is used to seal the opening of feeding cylinder 32, In, it is preferable that a third sealing element 30 can be set between feeding cylinder 32 and feed cap 34, so as to pass through third sealing element 30 To realize the sealing between feeding cylinder 32 and feed cap 34.And an auxiliary charging rotatably is set in feeding cylinder 32 Device 36, so as to control the speed of charging, is prevented so as to realize auxiliary charging by the rotation of auxiliary feeding apparatus 36 Only food blocks.Specifically, for example can realize the preparatory cuttings of food materials by auxiliary feeding apparatus 36, or using assist into The food materials having previously been stored in feeding cylinder 32 are pushed into cup body 22 equal operate by material device 36.

In any of the above-described embodiment, it is preferable that as shown in Figure 1 to Figure 3, auxiliary feeding apparatus 36 and forwardtransfer signal worm 24 drive Dynamic connection, can rotate under the action of forwardtransfer signal worm 24.

In those embodiments, auxiliary feeding apparatus 36 can be drivingly connected to forwardtransfer signal worm 24, so as to pass through work Screw rod 24 realizes the driving of auxiliary feeding apparatus 36, thus just do not have to the mechanism of additional setting driving auxiliary feeding apparatus 36, The structure that product can thus be simplified, reduces the cost of product.Certainly, auxiliary feeding apparatus 36 can not also connect with forwardtransfer signal worm 24 It connects, at this point, an actuator can be arranged additionally to realize the driving of auxiliary feeding apparatus 36.

In any of the above-described embodiment, it is preferable that as shown in figure 8, being provided with mounting plate 322 and feed inlet in feeding cylinder 32 324, mounting plate 322 is installed to the inner sidewall of feeding cylinder 32, is provided with mounting hole 3222, auxiliary feeding apparatus on mounting plate 322 36 one end is located at a side of the mounting plate 322 far from cup body 22, and forwardtransfer signal worm 24 is located at mounting plate 322 close to the one of cup body 22 Side, the other end of auxiliary feeding apparatus 36 are inserted into mounting hole 3222, are drivingly connected with forwardtransfer signal worm 24；Wherein, feed inlet 324 are arranged on mounting plate 322 or feed inlet 324 is surrounded by mounting plate 322 and the side wall of feeding cylinder 32.

In those embodiments, a mounting plate 322 can be set in feeding cylinder 32, so that mounting plate on the one hand can be passed through 322 realize the support installation of auxiliary feeding apparatus 36.On the other hand, a part of food materials can be stored by mounting plate 322.This Outside, mounting plate 322 together can also cut food materials with auxiliary feeding apparatus 36, so as in advance be processed into food materials small Fragment.Specifically, for example, auxiliary feeding apparatus 36 in the course of rotation, can drive food materials to move together, and in processing When food materials are larger, food materials will partially be snapped at feed inlet 324, and auxiliary feeding apparatus 36 will continue to rotate, therefore, Food materials are extruded between auxiliary feeding apparatus 36 and the edge of feed inlet, an extruding force can be applied to food materials in this way, from And food materials can be squeezed into fine grained chippings, to realize the preliminary treatment to food materials.In addition, can also be set on auxiliary feeding apparatus 36 Cutting edge is set, so as to realize the cutting of food materials by cutting edge.Wherein, feed inlet 324 can be set up directly on mounting plate On 322, it can also be surrounded by mounting plate 322 and the side wall of feeding cylinder 32.

In any of the above-described embodiment, it is preferable that as shown in Fig. 4 to Fig. 9, auxiliary feeding apparatus 36 includes: material toggling part 362, rotatably it is mounted on a side of the mounting plate 322 far from cup body 22；Transmission shaft 364, one end of transmission shaft 364 and work Screw rod 24 is drivingly connected, and the other end of transmission shaft 364 is inserted through mounting hole 3222 and material toggling part 362 is drivingly connected.

In those embodiments, one rotatably material togglings part such as plectrum, driving lever can be set in the top of mounting plate 322 362, and driven it by transmission shaft 364 and be connected to forwardtransfer signal worm 24, in this way, can drive and dial when forwardtransfer signal worm 24 rotates Materials and parts 362 rotate, to be placed into the food materials in feeding cylinder 32, can enter under the stirring of material toggling part 362 from feed inlet 324 Into cup body 22, and when the food materials of processing are larger, food materials will be snapped onto partially at feed inlet 324, and material toggling part 362 can be after Food materials, therefore, can be extruded between material toggling part 362 and the edge of feed inlet by continuous rotation, can apply one to food materials in this way A extruding force, so that fine grained chippings can be squeezed into food materials, to realize the preliminary treatment to food materials.In addition, can also be in material toggling part Cutting edge is set on 362, so as to realize the cutting of food materials by cutting edge.It in this way can be real by setting material toggling part 362 Processing is now stirred etc. to the cutting of food materials, and then the charging rate of food materials can be improved, prevents feeding cylinder 32 from blocking, and improve The treatment effeciency of food materials.

In any of the above-described embodiment, it is preferable that as shown in Figure 6 and Figure 7, through-hole 3622 is provided on material toggling part 362, passed Moving axis 364 is sequentially inserted into far from one end of forwardtransfer signal worm 24 and passes through mounting hole 3222, through-hole 3622, as shown in figures 4 and 9, Auxiliary feeding apparatus 36 further include: capping 366 is mounted on transmission shaft 364 and stretches out on one end of through-hole 3622.

In those embodiments, material toggling part 362 can be arranged by through-hole 3622 and be mounted on the stretching mounting hole of transmission shaft 364 On 3222 one end, and material toggling part 362 is passed through, the installation that can be improved between material toggling part 362 and transmission shaft 364 in this way can By property.And by setting capping 366, the upper end of transmission shaft 364 can be limited in the upside of material toggling part 362, thus prevent biography Moving axis 364 slides from through-hole 3622, and then the connection that can be further increased between material toggling part 362 and transmission shaft 364 is reliable Property.

In any of the above-described embodiment, it is preferable that as shown in fig. 4 to fig. 6 and Fig. 9, at least one is provided on transmission shaft 364 A driving protrusion 3644, driving protrusion 3644 can cooperate with forwardtransfer signal worm 24, with being rotated by forwardtransfer signal worm 24.

In those embodiments, one or more driving protrusions 3644 can be set on the lower end surface of transmission shaft 364, thus It can be connected by the lateral engagement of driving protrusion 3644 and the upper end of forwardtransfer signal worm 24 with the driving realized between forwardtransfer signal worm 24 It connects, certainly, transmission shaft 364 can also realize the drive connection between forwardtransfer signal worm 24 by other structures.

In any of the above-described embodiment, it is preferable that material toggling part 362 is split type structure or material toggling part with transmission shaft 364 362 are an integral structure with transmission shaft 364.

In those embodiments, material toggling part 362 and transmission shaft 364 can be split type structure, for example be two parts, this Sample is convenient for that individually each of material toggling part 362 and transmission shaft 364 part are independently serviced and are replaced.Certainly, other In embodiment, material toggling part 362 can also be an integral structure with transmission shaft 364, can improve material toggling part 362 and transmission shaft in this way 364 bonding strength so that material toggling part 362 is hardly damaged with transmission shaft 364, and can be realized material toggling part 362 and transmission shaft 364 Between seamless connection, so as to prevent from being formed gap between material toggling part 362 and transmission shaft 364, and then convenient for cleaning.

Wherein it is preferred to which material toggling part 362 is symmetrically mounted on transmission shaft 364 as shown in Fig. 4 to Fig. 9.This kind setting The structure of product can be made more rationally compact, and also the structure of product can be made simpler.

In any of the above-described embodiment, it is preferable that as shown in Fig. 4 to Fig. 9, feed inlet 324 is by mounting plate 322 and feeding cylinder 32 side wall surrounds, and the quantity of feed inlet 324 is two, the axis of two feed inlets 324 and mounting plate 322 about feeding cylinder 32 Line is symmetrical.

In those embodiments, feed inlet 324 is preferably surrounded by mounting plate 322 and the side wall of feeding cylinder 32, in this way can The structure for simplifying mounting plate 322, to reduce cost.And the quantity of feed inlet 324 is preferably two, can make in this way it is each into Material mouth 324 is larger, thus is convenient for the food materials of some bulks of product treatment.And two feed inlets 324 and mounting plate 322 about into The axisymmetrical of barrel 32, so that mounting portion can just be installed to the center of forwardtransfer signal worm 24, thus can also make into The inside of barrel 32 is more rationally compact.

Wherein it is preferred to which as shown in figure 8, mounting plate 322 is by a circular slab and the two of the two sides for being symmetricly set on circular slab Block fanning strip composition, wherein the middle part of circular slab is arranged in mounting hole 3222.

In any of the above-described embodiment, it is preferable that feeding cylinder 32 is straight tube shape.

In those embodiments, feeding cylinder 32 is preferably that straight tube shape makes in this way i other words feeding cylinder 32 does not bend setting Obtaining food materials can smoothly flow from top to bottom.Certain also bent setting of feeding cylinder 32.Wherein it is preferred to feeding cylinder 32 Inner sidewall and lateral wall are vertically arranged.

In any of the above-described embodiment, it is preferable that material toggling part 362 is rod for stiring materials or material toggling piece.

In those embodiments, the shape of material toggling part 362 can be arbitrarily arranged, but preferably rod for stiring materials or material toggling piece.

In any of the above-described embodiment, it is preferable that as shown in Fig. 4 to Fig. 9, be provided with positioning groove on transmission shaft 364 3642 and positioning protrusion 242 in one, be provided on forwardtransfer signal worm 24 another in positioning groove 3642 and positioning protrusion 242 A, positioning protrusion 242 is inserted into positioning groove 3642, to position to forwardtransfer signal worm 24；Wherein, positioning groove Wearing piece 38 is provided in 3642.

In those embodiments, a positioning protrusion 242 or positioning groove can be set on the upper surface of forwardtransfer signal worm 24 3642 or location hole, and positioning protrusion 242 or positioning groove 3642 or positioning are correspondingly arranged on the lower end of transmission shaft 364 Hole just can be realized by the cooperation of positioning protrusion 242 and location hole or positioning protrusion 242 and locating shaft to forwardtransfer signal worm in this way 24 positioning, and then the stability after forwardtransfer signal worm 24 is installed can be improved, reduce the shaking of forwardtransfer signal worm 24.And by positioning Wearing piece 38 is set in groove 3642, the abrasion between positioning protrusion 242 and positioning groove 3642 can be reduced.

In any of the above-described embodiment, it is preferable that as shown in Fig. 4 to Fig. 9, mounting plate 322 is in the one side of cup body 22 It is provided with the open tubular column 326 of both ends open, open tubular column 326 and feed inlet 324 are connected；One end of forwardtransfer signal worm 24 is from feeding cylinder 32 Bottom extend into open tubular column 326, and can cooperate with the side wall of open tubular column 326, to crush food materials；Wherein, open tubular column 326 One end far from mounting plate 322 is connect with the side wall of feeding cylinder 32 or the one end of open tubular column 326 far from mounting plate 322 is hanging.

In those embodiments, one open tubular column that can be connected with feed inlet 324 can be set in the lower section of mounting plate 322 326, and by the open tubular column 326, it is arranged the upper end for being mounted on forwardtransfer signal worm 24, such food materials enter installation from feed inlet 324 Behind the lower section of plate 322, it can be extruded processing under the action of the side wall of open tubular column 326 and forwardtransfer signal worm 24 or be cut place Reason can carry out one of pulverization process process to food materials, it is thus possible to improve product before food materials enter cup body 22 more To the treatment effect of food materials, to improve crushing juice rate.And by setting open tubular column 326, it can reduce the effective of 32 lower end of feeding cylinder Internal diameter, and then the channel formed between the side wall of the lower end of forwardtransfer signal worm 24 and feeding cylinder 32 can be made smaller, it is thus possible to add Greatly to the strength disposal of food materials.Wherein, the one end of open tubular column 326 far from mounting plate 322 is preferably connect with the side wall of feeding cylinder 32, Open tubular column 326 can also further support mounting plate 322 in this way, so as to improve the intensity of mounting plate 322, and In another embodiment, the one end of open tubular column 326 far from mounting plate 322 can also be vacantly arranged, i.e., do not connect with the side wall of feeding cylinder 32 It connects.

Wherein it is preferred to which open tubular column 326 is tapered as shown in Fig. 4 to Fig. 9.And the isostructural upper end of screw rod is substantially from upper It can be sequentially increased under, therefore open tubular column 326 is correspondingly arranged and tapered enables the upper of open tubular column 326 and forwardtransfer signal worm 24 End is mutually adapted, so that forwardtransfer signal worm 24 can preferably cooperate with open tubular column 326, to realize the processing of food materials.

In any of the above-described embodiment, it is preferable that as shown in Figure 12 to Figure 14, food preparation cup 2 further include: strainer 29, It is arranged between cup body 22 and forwardtransfer signal worm 24；Wherein, strainer 29 is corresponded on the inner sidewall of feeding cylinder 32 close to feeding cylinder 32 One end is provided with positioning cascaded surface 328, and positioning cascaded surface 328 is used to cooperate with strainer 29, to position to strainer 29.

It, can when food processor is the food processor of one cup body 22 and single forwardtransfer signal worm 24 in those embodiments One strainer 29 is set between cup body 22 and forwardtransfer signal worm 24, so as to realize using strainer 29 after food materials are pulverized The juice slag of food materials separates.In addition, a positioning ladder is arranged in the upper surface that can correspond to strainer 29 on the inner sidewall of feeding cylinder 32 Face 328, so as to push down strainer 29 using positioning cascaded surface 328, to realize that the axially position to strainer 29 is installed, in this way Just it can be improved the installation reliability of strainer 29.

In any of the above-described embodiment, it is preferable that as shown in Fig. 1 to Fig. 3 and Figure 16, food processor further include: pressure release Device, pressure release loading include: relief hole 62, be arranged in cup body 22, feeding assembly 3 and slag device 4 any one or it is more On a, it can be connected with seal chamber；Pressure relief plug 64 can be mounted at relief hole 62, to open or seal relief hole 62.

In those embodiments, it can be set in any one or more in cup body 22, feeding assembly 3 and slag device 4 The relief hole 62 be connected with seal chamber is set, and realizes the opening or sealing of relief hole 62 by pressure relief plug 64.This kind setting, Pressure relief plug can be closed before product starting, to seal relief hole 62, just can make interior cup body 22, feeding assembly 3 and slag in this way It is fully sealed in device 4, is vacuumized to just can be carried out by vacuum elements 5, and then can be substantially in vacuum or close to very The processing to food materials is realized in the state of sky, thus can prevent food materials from aoxidizing.And in food materials after treatment, pressure release can be passed through Plug opens relief hole 62, so that interiors of products and extraneous conducting, and then can gradually fill cup body 22, feeding assembly 3 and slag The negative pressure set in 4 uninstalls, and just can quickly and easily realize pressure release in this way.Certainly, in other embodiments, it can also be passed through Its mode carries out pressure release, for example inwardly conveys air by vacuum elements 5, to realize pressure release.

In any of the above-described embodiment, it is preferable that as shown in Fig. 1 to Fig. 3 and Figure 17, vacuum elements 5 include: aspiration pump 52；One end of bleed-off passage 54, bleed-off passage 54 is connect with aspiration pump 52, and the other end of bleed-off passage 54 is connected to seal chamber.

In those embodiments, the extraction of air can be realized using an aspiration pump 52, and bleed-off passage 54 is for real The discharge of existing gas.

In any of the above-described embodiment, it is preferable that as shown in figure 17, vacuum elements 5 further include: exhaust passage 56, with pumping The outlet of air pump 52 connects, for being vented；Denoising device 58 is arranged on exhaust passage 56.

In those embodiments, it can be exhausted by one exhaust passage 56 of setting, wherein exhaust passage 56 is preferred For an exhaust pipe.And denoising device 58 can reduce the noise of vacuum elements 5, improve user experience.

In any of the above-described embodiment, it is preferable that as shown in Fig. 1, Fig. 3 and Figure 17, aspiration pump 52 is arranged in base assembly 1 On, certainly, aspiration pump may also be arranged on cup body 22 or feeding assembly 3 or aspiration pump 52 is with respect to base assembly 1,22 and of cup body Feeding assembly 3 is independently arranged.

In those embodiments, aspiration pump 52 may be provided at any position, specifically, such as on base assembly 1, cup body 22 On upper or feeding assembly 3, certainly, aspiration pump 52 can also be independently arranged with respect to base assembly 1, cup body 22 and feeding assembly 3, that is, be taken out Air pump 52 can also be attached to base assembly 1, cup body 22 and feeding assembly 3.

In any of the above-described embodiment, it is preferable that as shown in Fig. 1, Fig. 3 and Figure 17, bleed-off passage 54 is exhaust tube.

In those embodiments, bleed-off passage 54 is preferably exhaust tube, and certainly, bleed-off passage 54 can also be setting in food Other channel designs on the shell of processor.

In any of the above-described embodiment, it is preferable that aspiration pump 52 is electrodynamic pump or manual pump or foot pump.

In those embodiments, aspiration pump 52 is preferably electrodynamic pump, can be evacuated in this way with aspiration pump 52 is driven by electricity, Without being evacuated manually, certainly, aspiration pump 52 can also be manual pump or foot pump.

In any of the above-described embodiment, it is preferable that aspiration pump 52 is vacuum pump.

In those embodiments, aspiration pump 52 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 When handling food materials, the intracorporal vacuum effectiveness of cup.

In any of the above-described embodiment, it is preferable that as shown in Fig. 1 to Fig. 3 and Figure 15, slag device 4 includes: residue receiving cup 42, it can releasably be sealingly mounted at slag notch 222, slag inlet 422, slag inlet 422 are provided on the side wall of residue receiving cup 42 With 222 mutual conduction of slag notch；Slag lid 44, sealing cover is on the open end of residue receiving cup 42；Second seal, setting are connecing The junction of slag lid 44 and residue receiving cup 42, for being tightly connected slag lid 44 and residue receiving cup 42；Wherein, residue receiving cup 42 and cup body It is provided with installation set 424 on one in 22, mounting post 226, slag are provided on another in residue receiving cup 42 and cup body 22 Cup 42 can be releasably sealingly mounted at slag notch 222 by the cooperation of mounting post 226 and installation set 424.

In those embodiments, preferably by slag device 4 be arranged to include residue receiving cup 42 and slag lid 44 structure, this Sample can carry out slag processing by residue receiving cup 42, and realize the opening of residue receiving cup 42 and closed by slag lid 44.And slag Cup 42 can releasably be connect with cup body 22, convenient for disassembling residue receiving cup 42 from cup body 22, carry out down slag or cleaning etc. Processing.Meanwhile mounting post 226 above can be set in one in residue receiving cup 42 and cup body 22, and in another upper setting installation set 424, it can be realized removable between residue receiving cup 42 and cup body 22 by the installation that is arranged of mounting post 226 and installation set 424 in this way Unload installation.Meanwhile second seal can be set between mounting post 226 and installation set 424, so that mounting post 226 and installation set 424 can be tightly connected.

Certainly, slag device 4 also can also be other types of structure, such as slag bag or be other cavity body structures.

In any of the above-described embodiment, it is preferable that food processor further include: pressure of slagging tap adjusts component, and setting is going out At cinder notch 222, for adjusting the pressure of slagging tap at slag notch 222.

In those embodiments, a pressure of slagging tap can be set at slag notch 222 and adjust component, so as to by slagging tap Pressure adjusts component to adjust the pressure of slagging tap at slag notch 222, the pressure so as to which rationally control is slagged tap, so that food Slag can be pressed further by before being discharged, so that the separation of juice slag is more thorough.Wherein, specifically, pressure of slagging tap is adjusted Component can only one range pressure, that is, pressure of slagging tap be fixed value, after product group installs, user can not change pressure of slagging tap Power.Certainly, pressure of slagging tap, which adjusts component, can also have multiple range pressures, that is, pressure of slagging tap includes multiple gear values, in reality In the process, user can adjust component by operating pressure of slagging tap, to make product have multiple pressure of slagging tap, thus different in processing Food materials when, can arbitrarily adjust pressure of slagging tap according to the type of food materials, the needs of user, thus on the one hand can preferably meet On the other hand a variety of demands of user can rationally adjust pressure of slagging tap according to the type of food materials, thus can prevent it is certain compared with Soft food materials, such as grape, what is be extruded is excessively broken, and cause nutrition loss, mouthfeel bad and so on, and certain can be prevented The food materials such as a little crude fibre food materials, such as sugarcane, ginger, carrot squeeze situation generation that is insufficient, and causing crushing juice rate low, into And it can ensure that the nutrition and mouthfeel of food materials, and the crushing juice rate of product can be improved.Wherein it is preferred to which a damping silica gel can be passed through To adjust pressure of slagging tap.And the specific structure that pressure of slagging tap adjusts component can be on current existing Normal juice machine, juice extractor etc. For adjusting the structure for pressure of slagging tap.

In any of the above-described embodiment, it is preferable that as shown in Figure 1 to Figure 3, one end of feeding assembly 3 can releasably block Button is mounted in the open end of cup body 22.

It, can be as shown in Fig. 4, Figure 10 and Figure 11, in feeding assembly 3, such as the lower end of feeding cylinder 32 in those embodiments Upper the first buckle 320 of setting, and as shown in Figure 12 to Figure 14, setting can be with the first card on the inner sidewall of the upper end of cup body 22 Second buckle 220 of 320 cooperation of button, so as to which group will be fed by the first buckle 320 and the second being clasped for buckle 220 One end of part 3 is sealably mounted in the open end of cup body 22.

The (not shown) in any of the above-described embodiment, it is preferable that cup body 22 includes crushing cup and extrusion cup, charging group 3 sealing cover of part is provided with communication port, extrusion cup passes through with crushing cup on the cup-mouth end of crushing cup on the other end of crushing cup Communication port connection；Forwardtransfer signal worm 24 includes the pulverizing screw being mounted in crushing cup and the extruding screw being mounted in extrusion cup； Wherein, slag notch 222 is arranged in extrusion cup, and slag device 4 is connected to extrusion cup by slag notch 222；Wherein, base assembly The first drive shaft and the second drive shaft are provided on 1, the first drive shaft and pulverizing screw are drivingly connected, for driving pulverizing screw Food materials are crushed, the second drive shaft and extruding screw are drivingly connected, for driving extruding screw to squeeze food materials so that food materials juice slag point From.

In those embodiments, after food materials enter in crushing cup, pulverizing screw under the driving of the first drive shaft with powder The side wall of broken cup cooperates to crush food, and smashed food materials enter in extrusion cup under the action of pulverizing screw, and squeeze Pressure screw rod squeezes food materials under the driving of the second drive shaft, so that the juice slag of food materials separates.The embodiment crushed food materials Journey and crowded juice tapping process separately carry out, and in crushing process, due to not needing to squeeze juice deslagging, do not have in crushing cup The components such as strainer 29 and rotating brush are set, so that food materials in crushing cup can be in the common of crushing cup and pulverizing screw Effect is lower pulverized, while can be generally horizontally disposed by extruding screw in crowded juice tapping process, can be by crowded juice dreg removing system It is arranged to horizontal, so as to be highly convenient for separating the juice slag of food, on the one hand this kind setting can ensure food processor On the other hand crushing juice rate can be avoided using components such as strainer 29, rotating brushes, so that the structure of food processor is simple And be easily installed, simultaneously because eliminating strainer 29, it is thus possible to reduce the cleaning difficulty of user, and then be able to ascend user's body It tests.

In any of the above-described embodiment, it is preferable that in more than or equal to 75 ° between the axis of extrusion cup and the axis of crushing cup It is in be more than or equal to 90 ° to be less than or equal to 135 ° between the axis of angle or extrusion cup and the axis of crushing cup less than or equal to 180 ° Angle.

In this embodiment, a settable angle between extrusion cup and crushing cup, as long as food materials can enter from extrusion cup Into crushing cup, wherein preferably, between the axis of extrusion cup and the axis of crushing cup in be more than or equal to 90 ° be less than etc. In 180 ° of angle, i.e. extrusion cup is horizontally or diagonally down-set, thus food materials enter in extrusion cup or in extrusion cup to Slag notch 222 does not have to the gravity for overcoming food materials at least when flowing, so that the flowing of food materials is more smooth, wherein more into one Step ground, in 90 ° of angles for being less than or equal to 135 ° are greater than between the axis of extrusion cup and the axis of crushing cup, this kind setting food materials are removed Except the extruding force outflow of extruding screw, additionally it is possible to be flowed out by the gravity of food materials, thus on the one hand can accelerate food materials Flow rate on the other hand food materials can also sufficiently be squeezed with improving juice speed, to improve crushing juice rate, meanwhile, This kind setting combines vertical machine and horizontal machine, it is thus possible to so that product had both had the advantages that vertical machine good crushing effect, It is abundant to have the advantages that horizontal machine squeezes again, and then food materials can be made sufficiently to be crushed, and can be adequately compressed, Jin Erneng Enough improve crushing juice rate.

Wherein, further, it is preferable that be in 90 ° of angle between the axis of extrusion cup and the axis of crushing cup.

Wherein it is preferred to be less than or equal between the axis of extruding screw and the axis of pulverizing screw in more than or equal to 75 ° In the folders for being less than or equal to 135 ° more than or equal to 90 ° between 180 ° of angle or the axis of extruding screw and the axis of pulverizing screw Angle.This kind setting can make extrusion cup horizontally or diagonally down-set, so that food materials enter in extrusion cup or in extrusion cup The gravity for overcoming food materials is not had at least when flowing to slag notch 222, so that the flowing of food materials is more smooth.

Wherein, further, it is preferable that be in 90 ° of angle between the axis of extruding screw and the axis of pulverizing screw.

Wherein it is preferred to which base assembly 1 further includes pedestal 18, housing unit 16, housing unit 16 is mounted on pedestal 18 On.

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 (21)

1. a kind of food processor characterized by comprising

Base assembly；

Food preparation cup can be mounted on the base assembly, including cup body and be rotatably mounted at the intracorporal work of the cup Make screw rod, the cup body can be used in storing food juice, wherein be provided with slag notch on the cup body；

Feeding assembly, can releasably, be sealingly mounted on the cup-mouth end of the cup body；

Slag device is sealingly connected to the slag notch, for collecting food residues；

The seal chamber of a mutual conduction is formed between the cup body, the feeding assembly and the slag device；

Vacuum elements can be connected to the seal chamber, for extracting the air in the seal chamber out.

2. food processor according to claim 1, which is characterized in that the base assembly includes:

Driving device is connect with the forwardtransfer signal worm, for driving the forwardtransfer signal worm to rotate；

Control device is connect with the driving device and the vacuum elements, for controlling the vacuum elements pumping or control The work of the driving device, and/or for controlling the vacuum elements pumping, and after the vacuum elements exhaust gas, control The driving device is made to start to work.

3. food processor according to claim 1, which is characterized in that

Juice opening is provided on the cup body, sealing cover is equipped with a juice flowing cover at the juice opening, and the juice flowing cover is used to open Or the closing juice opening；

Wherein, first seal is additionally provided between the juice opening and the juice flowing cover, the first seal is for making institute It states juice flowing cover and juice opening is tightly connected.

4. food processor according to claim 1, which is characterized in that

It is provided with juice opening on the cup body, valve is provided at the juice opening, the valve is for controlling the juice opening Opening or closing.

5. food processor according to claim 1, which is characterized in that the feeding assembly includes:

One end sealing of feeding cylinder, the feeding cylinder is installed to the cup-mouth end of the cup body；

Feed cap, sealing cover are used to open or close the feeding cylinder on the other end of the feeding cylinder；

Auxiliary feeding apparatus is rotatably mounted in the feeding cylinder, for assisting charging.

6. food processor according to claim 5, which is characterized in that

The auxiliary feeding apparatus and the forwardtransfer signal worm are drivingly connected, and can be rotated under the action of the forwardtransfer signal worm.

7. food processor according to claim 6, which is characterized in that

Mounting plate and feed inlet are provided in the feeding cylinder, the mounting plate is installed to the inner sidewall of the feeding cylinder, described Mounting hole is provided on mounting plate, one end of the auxiliary feeding apparatus is located at a side of the mounting plate far from the cup body, The forwardtransfer signal worm is located at the mounting plate close to a side of the cup body, and the other end of the auxiliary feeding apparatus is inserted into institute It states in mounting hole, is drivingly connected with the forwardtransfer signal worm；

Wherein, the feed inlet be arranged on the mounting plate or the feed inlet by the mounting plate and the feeding cylinder side Wall surrounds.

8. food processor according to claim 7, which is characterized in that the auxiliary feeding apparatus includes:

Material toggling part is rotatably mounted on a side of the mounting plate far from the cup body；

Transmission shaft, one end of the transmission shaft and the forwardtransfer signal worm are drivingly connected, and the other end of the transmission shaft is inserted into and wears It crosses the mounting hole and the material toggling part is drivingly connected.

9. food processor according to claim 8, which is characterized in that be provided with through-hole, the biography on the material toggling part Moving axis is sequentially inserted into far from one end of the forwardtransfer signal worm and passes through the mounting hole, the through-hole, the auxiliary feeding apparatus Further include:

Capping, is mounted on the transmission shaft and stretches out on one end of the through-hole.

10. food processor according to claim 8, which is characterized in that

At least one driving protrusion is provided on the transmission shaft, the driving protrusion can cooperate with the forwardtransfer signal worm, with In being rotated by for the forwardtransfer signal worm；And/or

The material toggling part and the transmission shaft are that split type structure or the material toggling part are an integral structure with the transmission shaft； And/or

The material toggling part is symmetrically mounted on the transmission shaft；And/or

The feed inlet is surrounded by the side wall of the mounting plate and the feeding cylinder, and the quantity of the feed inlet is two, two The axisymmetrical of the feed inlet and the mounting plate about the feeding cylinder.

11. food processor according to claim 8, which is characterized in that

One be provided in positioning groove and positioning protrusion on the transmission shaft is provided with positioning groove on the forwardtransfer signal worm With another in positioning protrusion, the positioning protrusion is inserted into the positioning groove, with to the forwardtransfer signal worm into Row positioning；

Wherein, wearing piece is provided in the positioning groove.

12. food processor according to claim 8, which is characterized in that

The mounting plate is provided with the open tubular column of both ends open, the open tubular column and the charging in the one side of the cup body Mouth conducting；

One end of the forwardtransfer signal worm is extend into the open tubular column from the bottom of the feeding cylinder, and can be with the open tubular column Side wall cooperation, to crush food materials；

Wherein, the one end of the open tubular column far from the mounting plate is connect with the side wall of the feeding cylinder or the open tubular column is remote One end from the mounting plate is hanging.

13. food processor according to claim 5, which is characterized in that the food preparation cup further include:

Strainer is arranged between the cup body and the forwardtransfer signal worm；

Wherein, the strainer being corresponded on the inner sidewall of the feeding cylinder, one end of the feeding cylinder is provided with positioning ladder Face, the positioning cascaded surface is used to cooperate with the strainer, to position to the strainer.

14. food processor according to any one of claim 1 to 13, which is characterized in that further include:

Relief hole is arranged in any one or more in the cup body, the feeding assembly and the slag device, can It is connected with the seal chamber；

Pressure relief plug can be mounted at the relief hole, to open or seal the relief hole.

15. food processor according to any one of claim 1 to 13, which is characterized in that the vacuum elements include:

Aspiration pump；

Bleed-off passage, one end of the bleed-off passage are connect with the aspiration pump, the other end of the bleed-off passage with it is described close Seal chamber connection.

16. food processor according to claim 15, which is characterized in that the vacuum elements further include:

Exhaust passage is connect, for being vented with the outlet of the aspiration pump；

Denoising device is arranged on the exhaust passage.

17. food processor according to claim 15, which is characterized in that

The aspiration pump is arranged in any one in the base assembly, the cup body and the feeding assembly or described The relatively described base assembly of aspiration pump, the cup body and the feeding assembly are independently arranged；And/or

The bleed-off passage is exhaust tube；And/or

The aspiration pump is electrodynamic pump or manual pump or foot pump；And/or

The aspiration pump is vacuum pump.

18. food processor according to any one of claim 1 to 13, which is characterized in that the slag device includes:

Residue receiving cup can be releasably sealingly mounted at the slag notch, and slag inlet, institute are provided on the side wall of the residue receiving cup State slag inlet and the slag notch mutual conduction；

Slag lid, sealing cover is on the open end of the residue receiving cup；

The junction of the slag lid and the residue receiving cup is arranged in second seal, for connecing the slag lid with described Slag cup is tightly connected；

Wherein, mounting post is provided on one in the residue receiving cup and the cup body, in the residue receiving cup and the cup body Installation set is provided on another, the residue receiving cup can be sealed releasably by the cooperation of the mounting post and the installation set It is mounted at the slag notch.

19. food processor according to any one of claim 1 to 13, which is characterized in that further include:

Pressure of slagging tap adjusts component, is arranged at the slag notch, for adjusting the pressure of slagging tap at the slag notch.

20. food processor according to any one of claim 1 to 13, which is characterized in that

One end of the feeding assembly can releasably buckle and be mounted in the open end of the cup body.

21. food processor according to any one of claim 1 to 12, which is characterized in that

The cup body includes crushing cup and extrusion cup, and the feeding assembly sealing cover is on the cup-mouth end of the crushing cup, institute It states and is provided with communication port on the other end of crushing cup, the extrusion cup is connected to the crushing cup by the communication port；

The forwardtransfer signal worm includes the pulverizing screw being mounted in the crushing cup and the extruding spiral shell that is mounted in the extrusion cup Bar；

Wherein, the slag notch is arranged in the extrusion cup, and the slag device and the extrusion cup pass through the slag notch Connection；

The first drive shaft and the second drive shaft are provided on the base assembly, first drive shaft and the pulverizing screw are driven Dynamic connection, for driving the pulverizing screw to crush food materials, second drive shaft and the extruding screw are drivingly connected, are used for The extruding screw is driven to squeeze food materials so that food materials juice slag separates.