CN208425880U - Food processor - Google Patents

Abstract

The utility model provides a kind of food processor, comprising: base assembly comprising driving device；Cup body can be mounted on base assembly, slag notch is arranged inside；Forwardtransfer signal worm is rotatably mounted in cup body, is drivingly connected with driving device；Slag device is located in cup body, connect with slag notch, for collecting food residues.The program is mounted in cup body by hiding slag device, to loftyly it will not be located at outside cup body, the structure of product can thus be simplified, improve the aesthetics of product, furthermore slag device can only occupy a part of space in cup body, and the intracorporal other spaces of cup can be used appropriately, therefore, space utilization rate can be improved.In addition, without slag notch is additionally being arranged on cup body, and then the sealing performance of cup body can be improved when vacuum is squeezed the juice by the way that slag device to be mounted in cup body, alleviate oxidation of the food materials in juicing and after juicing significantly.

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

Currently, proposing a kind of food preparation of included residue receiving cup to slow down the problem of oxidation after fruits and vegetables are squeezed and squeezed Machine, but this kind of food processor, residue receiving cup individually, loftyly are mounted on outside squeezing cup, on the one hand compare occupied space, another Aspect also reduces the beauty of product.Simultaneously as residue receiving cup is for squeezing cup, it is whole smaller, but it individually sets When setting outside squeezing cup, upper and lower the space occupied can not use it for anything else, thus but also product space utilization rate compared with It is low.

Therefore, how to design the high and relatively beautiful food processor of a kind of new small in size, space utilization rate becomes 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, the base assembly include driving device；Cup body can be mounted on the base assembly, be provided in the cup body Slag notch；Forwardtransfer signal worm is rotatably mounted in the cup body, is drivingly connected with the driving device；Slag device, position In in the cup body, it is connect with the slag notch, for collecting food residues.

The food processor that embodiment according to the present utility model provides comprising base assembly and be mounted on base assembly On cup body, and be mounted on the intracorporal forwardtransfer signal worm of cup, and be mounted on the intracorporal slag device of cup.Specifically, pedestal group Part is used to support installation cup body, and provides power etc. for cup body, and cup body is used for installment work screw rod, slag device and receiving Food materials, and space is provided for the processing of food materials, and forwardtransfer signal worm is mainly used in the food processor of single screw rod one cup body Food materials are cut or squeezed together with cup body, and it is mainly realized together with cup body in the food processor of the double cup bodies of twin-screw and cuts Food materials are cut or squeeze, so that the juice slag of food materials can separate.And slag device is used for after the juice slag separation of food materials, collects food Slag.And by being arranged slag device in cup body, slag device can be hidden and be mounted in cup body, so that it will not be lofty Ground is mounted on outside cup body, it is thus possible to be improved the beauty of product, in addition, slag device is mounted in cup body, only only can A part of space is occupied, and the intracorporal other spaces of cup can be used appropriately, and therefore, space utilization rate can be improved.In addition, Slag device is mounted in cup body, can save the connection structure between slag device and cup body, thus can also be made cup body and be connect The structure of slag device is simpler.In addition, by the way that slag device is mounted in cup body, without on cup body additional Slag notch is set, so that the sealing performance of cup body can be improved, thus in the food processor that food processor is arranged to vacuum When, the sealing performance of food processor can be effectively improved, alleviates oxygen of the food materials in juicing and after juicing significantly Change.

Wherein it is preferred to which the cross-sectional area of forwardtransfer signal worm is from forwardtransfer signal worm close to one end of the rim of a cup of cup body to work spiral shell The other end of bar increases, and is preferably gradually increased, can make opening of the gap between cup body and forwardtransfer signal worm from cup body in this way It is gradually reduced to the bottom of cup body, it is thus possible to the extruding dynamics to food materials is successively increased, so as to by food materials more squeezing It is broken, thus crushing juice rate 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: control device, with the driving device and institute Vacuum elements connection is stated, the work for being evacuated or controlling the driving device for controlling the vacuum elements, and/or for controlling The vacuum elements pumping, and after the vacuum elements exhaust gas, it controls the driving device and starts 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 food processor further includes device for displaying predetermined, is connected with the control device It connects, for making the control device control the work of the driving device and the vacuum elements after preset time.

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 the above-mentioned technical solutions, it is preferable that food processor further include: upper cover, lid are mounted on the rim of a cup of the cup body, It is used to open or closes the rim of a cup of the cup body.

In those technical solutions, by the way that upper cover is arranged, the rim of a cup of cup body can be opened or closed, just can produced in this way When not in use, the rim of a cup of cup body is closed for product, to prevent extraneous dust from dropping into cup body, meanwhile, it can also be squeezed in product During juice, the rim of a cup of cup body is closed, prevents the intracorporal food materials of cup from splashing down out from the rim of a cup of cup body.Meanwhile upper cover is set, Also the rim of a cup of cup body can be closed in product juice-extracting process, prevents extraneous air from entering in cup body, so as to play Certain effect for preventing food materials from aoxidizing.

Wherein, specifically, upper cover includes upper cover ontology, the first sealing ring and the second sealing ring, wherein the one of upper cover ontology End cap, which is set, to be mounted on cup body, and the first sealing ring is used to make the radial seal between upper cover ontology and cup body, and the second sealing ring is used In making the axial seal between upper cover ontology and cup body.

In any of the above-described technical solution, it is preferable that the upper cover is hermetically covered on the rim of a cup of the cup body, described Upper cover and the cup body surround a seal chamber, the food processor further include: vacuum elements can connect with the seal chamber It is logical, for the air in the seal chamber to be extracted out.

In those technical solutions, upper cover can hermetically cover on the rim of a cup mounted in cup body in juicing so that cup body with Upper cover can surround the seal chamber of a sealing, in this way, can seal chamber by vacuum elements to surround to cup body and upper cover It is evacuated, to realize the purpose vacuumized.Specifically, vacuum elements can be started first to extract the air in product out, so that Vacuum state can be substantially formed in cup body, hereafter can start forwardtransfer signal worm to handle food materials, thus can be substantially The processing to food materials is realized in the state of vacuum, and then can be relieved the food oxidation after processing, to prevent the nutrition of food It is lost, it is ensured that color and mouthfeel of food juice etc..

In any of the above-described technical solution, it is preferable that food processor further include: relief hole, setting in the cup body or On the upper lid；Pressure relief plug can be mounted at the relief hole, to open or seal the relief hole.

In those technical solutions, can any one or more upper are arranged in cup body and upper cover be connected with seal chamber Relief hole, and realize by pressure relief plug the opening or sealing of relief hole.This kind setting can close pressure release before product starting Plug, to seal relief hole, just can be such that cup body is fully sealed in this way, vacuumize to just can be carried out by vacuum elements, into And can the processing to food materials substantially be realized in vacuum or close to vacuum in the state of, thus can prevent food materials from aoxidizing.And Food materials after treatment can open relief hole by pressure relief plug, so that interiors of products and extraneous conducting, and then can be gradually by cup Intracorporal negative pressure 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, 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 and the aspiration pump are tightly connected, 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.And the vacuum capability of aspiration pump is stronger, it is thus possible to improve the exhaust capacity of vacuum elements.Certainly, it is evacuated Component can also be realized pumping by other air extraction structures.

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 upper cover or the relatively described base assembly of the aspiration pump, the cup body and the upper cover is independently arranged.

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

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 in the course of work of the food processor, after the separation of juice slag Food juice is collected in the cup body, and the intracorporal food juice of cup can be discharged from the rim of a cup of the cup body.

In those technical solutions, the structures such as juice opening can not be specially set on cup body, in this way, in juicing, food Juice just can be collected directly by cup body, and when needing to take food juice, directly food juice can be poured out by the rim of a cup of cup body. Certainly, one can also be arranged on cup body can seal the juice opening that can also open, in this way can be after juicing, by food Juice is discharged from juice opening.The structure that can simplify cup body is arranged in this kind, and the sealing performance of product can be improved, meanwhile, this kind is set Set the oxidation that food juice is not discharged in juicing thus food materials can also be alleviated.

In above-mentioned another 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, and the intracorporal food juice of cup can be from described Juice opening discharge.

In those technical solutions, a juice opening can be set on cup body, and a sealing element is set at juice opening And juice flowing cover, wherein sealing element and juice flowing cover in the product course of work for realizing the sealing to juice opening.And at food After the completion of reason, when user wants to take food juice, juice opening can be opened by juice flowing cover, so as to take food by juice opening Juice, and after taking required food juice in user, and juice opening can be closed by juice flowing cover, remaining food juice is continued Sealing is collected in cup body, to can be relieved remaining food juice oxidation.Certainly, food juice can also directly pass through the cup of cup body Mouth is poured out.

In above-mentioned another technical solution, it is preferable that be provided with juice opening, the intracorporal food juice of cup on the cup body It can be discharged from the juice opening.

In those technical solutions, only juice opening can also be set on cup body, without juice flowing cover, or setting one is arranged In this way, directly food juice can be discharged by juice opening in juice-extracting process, and juice flowing cover is arranged, energy in not closed juice flowing cover It is enough product when not in use, close juice opening, prevent at juice opening into ash.

In any of the above-described technical solution, it is preferable that the food processor further include: auxiliary feeding apparatus, it is described auxiliary Helping feeding device includes material stock seat and material toggling part, and the material stock seat is mounted in the cup body, and it is separate to be located at the forwardtransfer signal worm One side of the bottom of the cup body, is provided with material stock chamber in the material stock seat, the material stock chamber far from the forwardtransfer signal worm one End opening is provided at least one feed opening on the material stock seat, and the feed opening is connected with the material stock chamber, the material toggling part To be rotatably mounted on the material stock intracavitary for one end；Wherein, the material stock seat is thrown for storing from the rim of a cup of the cup body The intracorporal food materials of the cup are put into, the material toggling part is used to cut and/or squeeze the intracavitary food materials of the material stock, and being used for will The food materials of the intracavitary storage of material stock are pushed in the feed opening.

In those technical solutions, auxiliary feeding apparatus includes being mounted in cup body, the material stock above forwardtransfer signal worm Seat and the material toggling part being rotatably mounted in material stock seat, and it is additionally provided with feed opening on material stock seat, therefore, actually make Used time directly can be launched food materials into the intracorporal material stock seat of cup by the rim of a cup of cup body, to realize food materials using material stock seat Storage, and material toggling part is rotatably mounted in material stock seat, and the feed opening be connected with material stock chamber is additionally provided on material stock seat, To just the food materials being stored on material stock seat be pushed to be rotated by the rotation of material toggling part, and food materials are during rotation Just can by the mutual friction and Extrusion between food materials and food materials or the mutual friction and Extrusion between food materials and the side wall of cup body or Mutual friction and Extrusion between food materials and material toggling part and the preliminary cutting and/or extrusion process for realizing food materials, and tentatively cut and/ Or the lesser food materials after extrusion process just can drop into the lower section of material stock seat from feed opening under the action of material toggling part, and More larger food materials can be then stuck at feed opening, at this point, material toggling part can't stop operating, i.e., material toggling part will continue to turn It is dynamic, so that material toggling part just can form a pincer attack power to food materials between the side wall of feed opening, and then can be fed to being stuck in Food materials at hole apply an extruding or cutting force, and then just can squeeze food materials or cut into smaller fragment, logical in this way The continuous rotation of material toggling part is crossed, after just successively capable of squeezing by food materials or cut into a certain size fragment, passes sequentially through it Feed opening enters the lower half of cup body, i.e. cup body is provided in the region of forwardtransfer signal worm, and enter the lower half of cup body Food materials can then be squeezed crushing under the double action on the side wall of forwardtransfer signal worm and cup body or cutting is broken, hereafter can pass through strainer Or the mode of double cup body twin-screws realizes the juice slag separation of food materials.This kind of auxiliary feeding apparatus, in actually juicing, user can one All food materials are put into cup body by secondary property by the rim of a cup of cup body, and are stored in it on material stock seat, and hereafter food materials are just It can realize under the action of material toggling part and gradually feed automatically, gradually feed intake to not need user in actually juicing, thus It can be realized and disposably feed intake, and then in the actual process, can first all put into food materials in cup body, then again by pre- About the control such as component product does not work temporarily first, but can just start to work after fixed time period, and food materials can be realized in this way Reservation processing in advance promote user experience so that the waiting time of user can be reduced, i.e. this kind of structure is that product realizes pre- About juicing provides possibility, so as to which reservations component is arranged on food processor, to realize reservation function.Meanwhile this kind Setting can realize automatic feed under the action of material toggling part after disposably feeding intake, thus not need using pusher Stick etc. realizes manual pusher, so that the operating quantity of user can be reduced, so that the juicing function of product is more convenient simple, because And user experience can be improved, and and the structures such as stick pusher can be saved, to avoid stick pusher is used and existing a series of problems, than Placement problem such as stick pusher and the security hidden trouble using stick pusher.In addition, this kind is arranged due to that can pass through in food materials Feed opening drops into below cup body when being provided with the region of forwardtransfer signal worm, and food materials are cut or squeezed in advance by material toggling part Processing, so that the particle for entering the food materials of the lower section of cup body is all smaller, it is thus possible to the difficulty of forwardtransfer signal worm is reduced, with The abrasion for reducing forwardtransfer signal worm, improves the processing effect of food materials, to improve crushing juice rate.In addition, this kind setting can also have Effect prevent forwardtransfer signal worm to be stuck, prevent slag notch blocking and so on.In addition, by the way that material stock is arranged in material stock seat Chamber so that auxiliary feeding apparatus itself just has the function of accommodating food materials, therefore when launching food materials, removable dynamic auxiliary into Expect that food materials to the position of food materials, and have to not necessarily be moved at product and feed intake by device, so that launching food materials Operation it is more convenient.In addition, this kind setting when cutting and/or squeezing food materials, can directly utilize the side wall of material stock chamber Blocking and extruding to food materials is realized, because without the side wall by cup body, in this way, the sidewall portion of the cup body of correspondence material stock seat It point just will not directly be contacted with food materials, thus the processing request of cup body side wall herein can be reduced, to reduce product cost, and Ensure cup body herein clean, to reduce the cleaning difficulty of cup body.It include squeezing cup and feed cup When, auxiliary feeding apparatus is mounted in feed cup, then can reduce the quality requirement of the side wall of feed cup, and reduce feed cup Cleaning difficulty.There are also the setting material stock chambers in material stock seat, for material stock seat is arranged to the scheme of material stock plate, moreover it is possible to Enough prevent food materials from snapping between material stock plate and the side wall of cup body, to can prevent food materials from wasting.

In any of the above-described technical solution, it is preferable that the cup body includes: squeezing cup, can be mounted on the pedestal group On part；Feed cup, one end of the feed cup are mounted on the squeezing cup on one end of the rim of a cup of the squeezing cup；Its In, the auxiliary feeding apparatus is mounted in the feed cup, and one of the bottom positioned at the forwardtransfer signal worm far from the cup body Side, the feed cup and the squeezing cup are that split type structure or the feed cup are an integral structure with the squeezing cup.

In those technical solutions, cup body can be arranged to include a squeezing cup and a feed cup two parts, wherein squeeze Juice cup and feed cup, which can be an integral structure, to be split type structure, and be split type structure in squeezing cup and feed cup When, the crushing of food materials and the juice slag separation of food materials can be realized by squeezing cup, and added by feed cup into squeezing cup Add food materials, so that the charging and processing of food materials can be divided to two cup bodies to carry out, so as to reduce the height of each cup body Degree, so that the relatively good processing of product and cleaning.And when squeezing cup and feed cup are split type structure, preferably auxiliary is fed Device is mounted in feed cup, so that auxiliary feeding apparatus can complete feed operation together with feed cup.Certainly, squeezing cup and Feed cup can also be an integral structure, at this point, cup body can be arranged to an entirety, also that is, being directly provided with one greatly Cup body.In this way, can pass through one big cup body realize the charging and processing of food materials simultaneously, this kind setting, on the one hand do not need by Cup body is divided into two independent parts, and then can simplify the parts count of product, furthermore this kind of structure, only one mug Body, therefore, this opening of the opening of only big cup body, thus in vacuum juicing, it is only necessary to seal the opening of cup body i.e. Can, and when squeezing the juice cup body with feed cup is split type structure, the opening of the junction and feed cup of squeezing cup and feed cup It is required to seal, therefore at least needs to seal at two, so that a big cup body directly be arranged, i.e., be arranged to squeezing cup and feed cup Integral structure can also reduce the sealing difficulty of product.Meanwhile when squeezing the juice cup body with feed cup is split type structure, juicing Cup has a possibility that leakage with the junction of feed cup and the opening of feed cup, and by setting squeezing cup and feed cup It has been set to big cup body, therefore, centainly can strictly have been sealed at the sidewall locations of entire cup body, so that just opposite enhance product Sealing performance, so that product can be more effectively alleviated oxidation when realizing vacuum juicing.

In any of the above-described technical solution, it is preferable that be additionally provided with mounting hole, the auxiliary charging dress on the material stock seat It sets further include: transmission shaft, it is intracavitary that one end of the transmission shaft is located at the material stock, is drivingly connected with the material toggling part, the biography The other end of moving axis is stretched out out of described mounting hole, and is drivingly connected with the forwardtransfer signal worm.

, can be in the intracavitary one rotatably material togglings part such as plectrum, driving lever of setting of material stock in those technical solutions, and lead to It crosses transmission shaft and drives it and be connected to forwardtransfer signal worm, when such forwardtransfer signal worm rotates, transmission shaft can be passed through, material toggling part is driven to turn It is dynamic, cutting and/or extruding of food materials etc. are handled with realizing.And cutting and/or food materials after extruding can be further in material togglings The lower end of cup body is entered under the action of part from feed opening.Certainly, material toggling part can also be drivingly connected otherwise to work Screw rod or material toggling part can also be not attached to forwardtransfer signal worm, and additionally in one structure for driving it to rotate of setting in cup body.

In any of the above-described technical solution, it is preferable that be provided with holding tank, the work in the exterior bottom wall of the material stock seat One end of screw rod is extend into the holding tank, and installation base is provided in the inner bottom wall of the material stock seat, and the mounting hole passes through Wear the installation base and the holding tank, one end of the transmission shaft is located in the holding tank, and with the work spiral shell Bar is drivingly connected, and it is intracavitary that the other end of the transmission shaft by the mounting hole extend into the material stock, and with the material toggling part It is drivingly connected.

In those technical solutions, installation base is set on the inner bottom wall face of material stock seat, on the one hand can utilize the peace Dress boss material toggling part is installed it is higher, in addition, this kind setting can also increase material stock seat inner wall area, thus material toggling part It can cooperate with greater area of inner wall, to realize cutting and/or extrusion process to food materials, and then auxiliary charging dress can be increased It sets at work, to the extruding dynamics of food materials, and then can be improved the treatment effect of food materials.It, can meanwhile after installation base is set Holding tank is corresponded into installation base setting, so that the thickness of the bottom wall of material stock seat can not be increased, and can ensure material stock seat Bottom wall go intensity.And holding tank is set on the outer bottom wall surface of material stock seat, material stock seat cover can be made to be located at forwardtransfer signal worm On one end, so that forwardtransfer signal worm can also with the side wall of holding tank cooperate with realize to food materials it is further cut and/or Extrusion process, it is thus possible to further increase the treatment effect of food materials.

In any of the above-described technical solution, it is preferable that the feed opening is from the installation base far from the material stock chamber The edge of the end face of one end extends to the bottom of the material stock seat.

In those technical solutions, the edge of the end face of the one end of feed opening from installation base far from material stock chamber, which extends to, to be deposited Expect seat bottom so that feed opening open up it is larger, it is thus possible to improve the smoothness of charging.

Wherein it is preferred to which the quantity of feed opening is one or more, when feed opening is multiple, multiple feed openings are symmetrically set It sets.

In any of the above-described technical solution, it is preferable that the side wall surface of the installation base is from the installation base far from institute The one end for stating the bottom wall of material stock seat is inclined outwardly setting close to one end of the bottom wall of the material stock seat to the installation base；With/ Or the shape of one end that the shape of the holding tank and the forwardtransfer signal worm stretch in the holding tank is adapted.

In those technical solutions, the lateral wall of installation base is inclined outwardly from the bottom wall of opening to the material stock chamber of material stock chamber Setting, in this way after food materials are cut and/or squeezed, food materials just can flow downward along the lateral wall of installation base, thus So that food materials can also accelerate downwards under gravity, so that food materials can more move smoothly through feed opening reality Now feed.In addition, this kind setting is but also the upper end of holding tank and forwardtransfer signal worm can preferably cooperate, while but also assist The structure of feeding device is more reasonable.

In any of the above-described technical solution, it is preferable that the bottom wall of the material stock seat is to the intracavitary recess of the material stock, to be formed The holding tank and the installation base.

It, can be by the bottom wall of material stock seat to material stock seat sunken inside, to be formed on its inner bottom wall face in those technical solutions Installation base, and holding tank is formed on outer wall surface, this kind of structure can quickly and easily add on the bottom wall of material stock seat Work goes out installation base and holding tank, thus can reduce difficulty of processing, and can reduce processing cost.

In any of the above-described technical solution, it is preferable that the material toggling part includes: fixing seat, is located on the installation base, And it installs to the transmission shaft；One end of material toggling structure, the material toggling structure is connect with the fixing seat, the material toggling structure The other end extends to the bottom wall of the material stock chamber.

In those technical solutions, material toggling part includes pedestal and material toggling structure, wherein and pedestal is used for and is driven axis connection, And realize the installation of material toggling structure, and material toggling structure be specifically used for cutting and/rear squeeze food materials and stir food materials.And in material stock It is intracavitary that material toggling part can be mounted on to the top of installation base when being provided with installation base, it so just can be by one end of material toggling part That installs is higher, while can be sagging by the bottom of the other end of material toggling part to material stock chamber, and such material toggling part just can be to material stock chamber The food materials of interior different height such as are cut and/or are squeezed at the processing, so as to improve the treatment effect of food materials, to improve out Juice rate.Conversely, material toggling part is merely able on the bottom wall for being mounted on material stock chamber if the bottom wall of material stock chamber is not provided with installation base, The height that material toggling part can be handled food materials in this way will receive the limitation of the height of material toggling structure, to set in material toggling structure Set it is shorter when, its treatment effect to food materials will be reduced, if but by the higher of entire material toggling structure setting, in order to ensure dialling Expect the intensity of structure, also can only be simultaneously by the higher of fixing seat setting, the structure that will lead to material toggling part in this way is more complicated, and Reduce transmission shaft and the bonding strength between it.

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

In those technical solutions, material toggling structure can slabbing, can also be in rodlike or rod-shaped, specifically, material toggling structure Shape can be selected according to the actual situation.

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, to realize the drive connection between transmission shaft and forwardtransfer signal worm, when So, transmission shaft can also realize its 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.

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 first buckle, the material stock seat are set on the inner sidewall of the cup body Lateral wall on be provided with the second buckle, the material stock seat can pass through the cooperation card of first buckle and second buckle Button is mounted in the cup body.

In those technical solutions, the second buckle can be set on the lateral wall of material stock seat, and on the inner sidewall of cup body The first buckle of setting, so as to which by the cooperation of the first buckle and the second buckle, auxiliary feeding apparatus buckle is mounted on cup body It is interior.This kind setting enables auxiliary feeding apparatus optionally to disassemble out of cup body, to be convenient for auxiliary feeding apparatus Cleaning, and be convenient for auxiliary feeding apparatus maintenance.

Wherein it is preferred to which the circumferential direction on the inner sidewall of the cup body along the cup body is arranged at intervals with multiple first It buckles, mounting base is provided on the material stock seat, the mounting base is provided with fixed in the one side of the forwardtransfer signal worm Position muscle, the circumferential direction on the positioning bar along the mounting base are arranged at intervals with multiple second buckles；The material stock seat passes through The mounting base support is mounted on the multiple first buckle, and second buckle can be from two neighboring first card Described first is slid between button and buckles a side of the close bottom of cup, and is buckled in described first and is buckled close to the cup In the one side of the bottom of body.

In those technical solutions, mounting base can be set on material stock seat, and be arranged first on the inner sidewall of cup body Buckle, so as to realize that cup body installs the support of material stock seat by the cooperation of the first buckle and mounting base.Meanwhile it can be Positioning bar is set on the lower surface of mounting base, and the second buckle of setting on positioning bar, thus during installation, it can be by the second card The gap of two neighboring first buckle of button alignment, so that the second buckle can slide into the lower section of the first buckle, it is hereafter, rotatable Material stock seat so that second is buckled in the lower surface of the first buckle, at this point, the first buckle can be buckled in mounting base, In the groove that positioning bar and the second buckle are formed, to simple, conveniently and securely can realize between material stock seat and cup body Buckle installation.Certainly, it can also be installed together by other snaps between material stock seat and cup body.

Wherein it is preferred to which mounting base is in a ring, in a ring, multiple second buckle the circumferential phase along positioning bar to positioning bar Mutually interval setting.Certainly, mounting base and positioning bar can not also be arranged in a ring.

In any of the above-described technical solution, it is preferable that the food processor further include: strainer is arranged in the cup body Between the forwardtransfer signal worm；Wherein, location structure is provided on the material stock seat, the location structure is used for and the strainer Close to the one end fits of the rim of a cup of the cup body, to be positioned 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.And one location structure is set in the upper end that the lower end of material stock seat corresponds to strainer, location structure and strainer can be utilized Upper end cooperation just can be improved the installation reliability of strainer to realize to the axially and/or radially location and installation of strainer in this way.

Wherein, specifically, the bottom wall of material stock seat is recessed inwardly, to form holding tank, strainer close to cup body rim of a cup one End is extend into holding tank, is provided with hierarchic structure on the inner sidewall of holding tank, strainer close to one end of the rim of a cup of cup body against To class structure, specifically, the cascaded surface of hierarchic structure is fitted on the upper surface of strainer, is carried out with the axial direction to strainer for installation Limit, the following vertical ladder section of hierarchic structure is mounted on the outside of strainer upper end, with the radial direction from strainer to strainer Carry out radial limit.

In any of the above-described technical solution, it is preferable that the slag device is slag box or slag bag.

In those technical solutions, the structure and shape of slag device can be chosen at random, and specifically, but that is, one connects Slag cup, is also possible to a slag box, also can also be a slag bag certainly.

In any of the above-described technical solution, it is preferable that in a ring, the slag device is in a ring, described for the slag notch The annular slag inlet be connected with the slag notch is provided on slag device.

In those technical solutions, slag inlet, slag notch and slag device in a ring, can increase the opening face of slag notch Product, so as to enable food residues to be more smoothly discharged.

In any of the above-described technical solution, it is preferable that be provided with pressure adjusting of slagging tap in the cup body, at the slag notch Component, the pressure of slagging tap adjust component and are used to adjust 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 the squeezing cup includes crushing cup and extrusion cup, and the crushing cup is remote Communication port is provided on one end of rim of a cup from the crushing cup, the extrusion cup is connected with the crushing cup by the communication port It is logical；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 and the slag device are arranged in the extrusion cup；The driving device includes the first drive shaft With the second drive shaft, first drive shaft and the pulverizing screw are drivingly connected, for driving the pulverizing screw to crush food Material, second drive shaft and the extruding screw are drivingly connected, for driving the extruding screw to squeeze food materials so that food materials The separation of juice slag.

In those technical solutions, squeezing cup is double cup bodies, and forwardtransfer signal worm is twin-screw, and such food materials enter crushing cup After interior, pulverizing screw cooperates under the driving of the first drive shaft with the side wall of crushing cup to crush food, smashed food materials It is entered 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 separately carries out the crushing process of food materials and crowded juice tapping process, and in crushing process In, due to not needing to squeeze juice deslagging, the setting components such as strainer and rotating brush are not had in crushing cup, so that crushing Food materials in cup can be crushed under the collective effect of crushing cup and pulverizing screw, while can will be squeezed in crowded juice tapping process Press screw rod generally horizontally disposed, crowded juice dreg removing system can be arranged to it is horizontal, so as to be highly convenient for the juice slag of food point From on the one hand this kind setting can ensure the crushing juice rate of food processor, on the other hand can be avoided using strainer, rotating brush etc. Components, so that the structure of food processor is simple and is easily installed, simultaneously because eliminating strainer, it is thus possible to reduce The cleaning difficulty of user, and then it is able to ascend user experience.

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 that the food processor that embodiment according to the present utility model provides is free of base assembly；

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

Fig. 6 is the structural schematic diagram of the upper cover for the food processor that embodiment according to the present utility model provides；

Fig. 7 is the partial structure diagram for the food processor that embodiment according to the present utility model provides；

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

Fig. 9 is that another structure of the auxiliary feeding apparatus for the food processor that embodiment according to the present utility model provides is shown It is intended to；

Figure 10 is another structure of the auxiliary feeding apparatus for the food processor that embodiment according to the present utility model provides Schematic diagram；

Figure 11 is the another structure of the auxiliary feeding apparatus for the food processor that embodiment according to the present utility model provides Schematic diagram；

Figure 12 is the 5th knot of the auxiliary feeding apparatus for the food processor that embodiment according to the present utility model provides Structure schematic diagram；

Figure 13 is the 6th knot of the auxiliary feeding apparatus for the food processor that embodiment according to the present utility model provides Structure schematic diagram；

Figure 14 is the material stock seat of the auxiliary feeding apparatus for the food processor that embodiment according to the present utility model provides Structural schematic diagram；

Figure 15 is the base assembly for the food processor that embodiment according to the present utility model provides and the knot of vacuum elements Structure schematic diagram.

Wherein, corresponding relationship of the Fig. 1 into Figure 15 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 cup bodies, 22 first buckles, 3 Forwardtransfer signal worm, 32 positioning protrusion, 4 slag devices, 5 upper covers, 52 upper cover ontologies, 54 first sealing rings, 56 second sealing rings, 6 take out Pneumatic module, 62 aspiration pumps, 64 bleed-off passages, 66 exhaust passages, 68 denoising devices, 72 relief holes, 74 pressure relief plugs, 8 auxiliary chargings Device, 82 material stock seats, 820 feed openings, 822 material stock chambers, 824 installation bases, 826 holding tanks, 828 location structures, 829 second cards Button, 84 material toggling parts, 842 fixing seats, 844 material toggling structures, 86 transmission shafts, 862 positioning grooves, 864 driving protrusions, 88 wearing pieces, 9 Strainer.

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 15.

As shown in Fig. 1 to Figure 15, the utility model first aspect embodiment provides a kind of food processor, comprising: bottom Holder assembly 1, base assembly 1 include driving device 12；Cup body 2 can be mounted on base assembly 1, be provided with and slagged tap in cup body 2 Mouthful；Forwardtransfer signal worm 3 is rotatably mounted in cup body 2, is drivingly connected with driving device 12；Slag device 4 is located at cup body 2 It is interior, it is connect with slag notch, for collecting food residues.

The food processor that embodiment according to the present utility model provides comprising base assembly 1 and be mounted on pedestal group Cup body 2 on part 1, and the forwardtransfer signal worm 3 being mounted in cup body 2, and the slag device 4 being mounted in cup body 2.Specifically Ground, base assembly 1 is used to support installation cup body 2, and provides power etc. for cup body 2, and cup body 2 for installment work screw rod 3, Slag device 4 and receiving food materials, and space is provided for the processing of food materials, and forwardtransfer signal worm 3 is in the food of single screw rod one cup body 2 It is mainly used for cutting or squeezing together food materials with cup body 2 in processor, and it is main in the food processor of the double cup bodies 2 of twin-screw It to realize cutting together with cup body 2 or squeeze food materials, so that the juice slag of food materials can separate.And slag device 4 is used in food materials Juice slag separation after, collect food residues.And by being arranged slag device 4 in cup body 2, slag device 4 can be hidden peace In cup body 2, so that it will not be mounted on loftyly outside cup body 2, it is thus possible to the beauty of product is improved, in addition, by slag Device 4 is mounted in cup body 2, can only occupy a part of space, and other spaces in cup body 2 can be by reasonable benefit With therefore, space utilization rate can be improved.In addition, slag device 4 is mounted in cup body 2, can save slag device 4 and cup body 2 it Between connection structure, thus the structure of cup body 2 and slag device 4 can also be made simpler.In addition, by by slag device 4 It is mounted in cup body 2, without slag notch is additionally being arranged on cup body 2, so that the sealing performance of cup body 2 can be improved, Thus when food processor to be arranged to the food processor of vacuum, the leakproofness of food processor can be effectively improved Can, oxidation of the food materials in juicing and after juicing is alleviated significantly.

Wherein it is preferred to which as shown in figures 1 to 6, the cross-sectional area of forwardtransfer signal worm 3 is from forwardtransfer signal worm 3 close to cup body 2 The other end of one end of rim of a cup to forwardtransfer signal worm 3 increases, and is preferably gradually increased, can make in this way cup body 2 and forwardtransfer signal worm 3 it Between gap be gradually reduced from the bottom of opening to the cup body of cup body 2, it is thus possible to successively increase the extruding dynamics to food materials, with Just can food materials the more be squeezed the more broken, thus crushing juice rate can be improved.

In the above embodiment, it is preferable that as shown in figure 15, base assembly 1 includes: control device 14, with driving device 12 and vacuum elements 6 connect, for control vacuum elements 6 pumping or control driving device 12 work, and/or for control take out Pneumatic module 6 is evacuated, and after vacuum elements 6 exhaust gas, and control driving device 12 is started to work.

In those embodiments, forwardtransfer signal worm 3 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 6.Specifically, control device 14 Individually control driving device 12 or vacuum elements 6 work independently, and can also first control vacuum elements 6 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, first processed food Material will lead to part food materials and be oxidized, and then can not significantly alleviate the oxygen of food juice etc. easily by remaining air oxidation Change.

In any of the above-described embodiment, it is preferable that food processor further includes device for displaying predetermined, is connect with control device 14, For after preset time, making control device 14 control the work of driving device 12 and vacuum elements 6.

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 14 is opened Beginning work.

In the above embodiment, it is preferable that as shown in Figures 1 to 6, food processor further include: upper cover 5, lid are mounted in cup On the rim of a cup of body 2, the rim of a cup of cup body 2 is used to open or closed.

In those embodiments, by the way that upper cover 5 is arranged, the rim of a cup of cup body 2 can be opened or closed, just can produced in this way When not in use, the rim of a cup of cup body 2 is closed for product, to prevent extraneous dust from dropping into cup body 2, meanwhile, it also can be in product In juice-extracting process, the rim of a cup of cup body 2 is closed, prevents the food materials in cup body 2 from splashing down out from the rim of a cup of cup body 2.Meanwhile being arranged Upper cover 5 also can close the rim of a cup of cup body 2 in product juice-extracting process, prevent extraneous air from entering in cup body 2, thus Certain effect for preventing food materials from aoxidizing can be played.

Wherein, specifically, as shown in fig. 6, upper cover 5 includes upper cover ontology 52, the first sealing ring 54 and the second sealing ring 56, Wherein, one end of upper cover ontology 52, which is arranged, is mounted on cup body 2, the first sealing ring 54 for make upper cover ontology 52 and cup body 2 it Between radial seal, the second sealing ring 56 is used to make axial seal between upper cover ontology 52 and cup body 2.

In any of the above-described embodiment, it is preferable that as shown in Figures 1 to 5, upper cover 5 hermetically covers the rim of a cup mounted in cup body 2 On, upper cover 5 and cup body 2 surround a seal chamber, food processor further include: vacuum elements 6 can be connected to seal chamber, be used for By the air extraction in seal chamber.

In those embodiments, upper cover 5 can hermetically be covered on the rim of a cup of cup body 2, in juicing so that cup body 2 The seal chamber of a sealing can be surrounded with upper cover 5, in this way, cup body 2 and upper cover 5 can be surrounded by vacuum elements 6 Seal chamber is evacuated, to realize the purpose vacuumized.Specifically, vacuum elements 6 can be started first to take out the air in product Out, so as to which vacuum state can be substantially formed in cup body 2, forwardtransfer signal worm 3 can be started hereafter to handle food materials, thus The processing to food materials can be substantially realized in the state of vacuum, and then can be relieved the food oxidation after processing, to prevent from eating The nutrition loss of object, it is ensured that color and mouthfeel of food juice etc..

In any of the above-described embodiment, it is preferable that as shown in figures 1 to 6, food processor further include: relief hole 72, if It sets on cup body 2 or upper cover 5；Pressure relief plug 74 can be mounted at relief hole 72, to open or seal relief hole 72.

In those embodiments, it can be connected in any one or more upper settings in cup body 2 and upper cover 5 with seal chamber Relief hole 72, and realize by pressure relief plug 74 opening or sealing of relief hole 72.This kind setting can close before product starting Pressure relief plug 74 is closed, to seal relief hole 72, just cup body 2 can be made to be fully sealed in this way, thus just can be real by vacuum elements 6 Row vacuumizes, and then substantially can realize the processing to food materials in vacuum or close to vacuum in the state of, thus can prevent from eating Material oxidation.And in food materials after treatment, relief hole 72 can be opened by pressure relief plug 74, so that interiors of products and extraneous conducting, And then can gradually uninstall the negative pressure in cup body 2, pressure release just can be quickly and easily realized in this way.Certainly, in other realities It applies in example, pressure release can also be carried out otherwise, for example inwardly convey air by vacuum elements 6, to realize pressure release.

In any of the above-described embodiment, it is preferable that as shown in Fig. 1 and Figure 15, vacuum elements 6 include: aspiration pump 62；Pumping Channel 64, one end of bleed-off passage 64 and aspiration pump 62 are tightly connected, and the other end of bleed-off passage 64 is connected to seal chamber.

In those embodiments, the extraction of air can be realized using an aspiration pump 62, and bleed-off passage 64 is for real The discharge of existing gas.And the vacuum capability of aspiration pump 62 is stronger, it is thus possible to improve the exhaust capacity of vacuum elements 6.Certainly, Vacuum elements 6 can also be realized pumping by other air extraction structures.

In any of the above-described embodiment, it is preferable that as shown in figure 15, vacuum elements 6 further include: exhaust passage 66, with pumping The outlet of air pump 62 connects, for being vented；Denoising device 68 is arranged on exhaust passage 66.

In those embodiments, it can be exhausted by one exhaust passage 66 of setting, wherein exhaust passage 66 is preferred For an exhaust pipe.And denoising device 68 can reduce the noise of vacuum elements 6, improve user experience.

In any of the above-described embodiment, it is preferable that appointing in base assembly 1, cup body 2 and upper cover 5 is arranged in aspiration pump 62 In meaning one or aspiration pump 62 is independently arranged with respect to base assembly 1, cup body 2 and upper cover 5.

In those embodiments, aspiration pump 62 may be provided at any position, specifically, such as on base assembly 1, cup body 2 In upper or upper cover 5, certainly, aspiration pump 62 can also be independently arranged with respect to base assembly 1, cup body 2 and upper cover 5, i.e. aspiration pump 62 Base assembly 1, cup body 2 and upper cover 5 can be attached to.

Wherein it is preferred to which aspiration pump 62 is arranged in base assembly 1 as shown in Fig. 1 and Figure 15.

In any of the above-described embodiment, it is preferable that as shown in Fig. 1 and Figure 15, bleed-off passage 64 is exhaust tube.

In those embodiments, bleed-off passage 64 is preferably exhaust tube, and certainly, bleed-off passage 64 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 62 is electrodynamic pump or manual pump or foot pump.

In those embodiments, aspiration pump 62 is preferably electrodynamic pump, can be evacuated in this way with aspiration pump 62 is driven by electricity, Without being evacuated manually, certainly, aspiration pump 62 can also be manual pump or foot pump.

In any of the above-described embodiment, it is preferable that as shown in Fig. 1 and Figure 15, aspiration pump 62 is vacuum pump.

In those embodiments, aspiration pump 62 is preferably vacuum pump, because vacuum pump is relatively common, thus is easy to purchase, Furthermore the ability that vacuum pump vacuumizes is stronger, it is thus possible to extract the large quantity of air of the inside of food processor out, to ensure Vacuum effectiveness when handling food materials, in cup body 2.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, in the course of work of food processor, the separation of juice slag Food juice afterwards is collected in cup body 1, and the food juice in cup body 1 can be discharged from the rim of a cup of cup body 1.

In those embodiments, the structures such as juice opening can not be specially set on cup body 1, in this way, in juicing, food juice Just it can directly be collected by cup body 1, and when needing to take food juice, directly food juice can be poured out by the rim of a cup of cup body 1. Certainly, can also be arranged one on cup body 1 can seal the juice opening that can also open, and can will eat after juicing in this way Object juice is discharged from juice opening.The structure that can simplify cup body 1 is arranged in this kind, and the sealing performance of product can be improved, meanwhile, this kind The oxidation that food juice is not discharged in juicing thus can also alleviate food materials is set.

In above-mentioned another embodiment, it is preferable that be provided with juice opening on cup body 1, sealing cover goes out equipped with one at juice opening Juice lid, juice flowing cover are used to open or close juice opening, and the food juice in cup body 1 can be discharged from juice opening.

In those embodiments, a juice opening can be set on cup body 1, and be arranged at juice opening sealing element and Juice flowing cover, wherein sealing element and juice flowing cover in the product course of work for realizing the sealing to juice opening.And in food preparation After the completion, when user wants to take food juice, juice opening can be opened by juice flowing cover, so as to take food by juice opening Juice, and after taking required food juice in user, and juice opening can be closed by juice flowing cover, remaining food juice is continued Sealing is collected in cup body 1, to can be relieved remaining food juice oxidation.Certainly, food juice can also directly pass through cup body 1 Rim of a cup is poured out.

In above-mentioned another embodiment, it is preferable that be provided with juice opening on cup body 1, the food juice in cup body 1 can be from out The discharge of juice mouth.

In those embodiments, juice opening only can also be set on cup body 1, without juice flowing cover, or setting one is arranged In this way, directly food juice can be discharged by juice opening in juice-extracting process, and juice flowing cover is arranged, energy in not closed juice flowing cover It is enough product when not in use, close juice opening, prevent at juice opening into ash.

In any of the above-described embodiment, it is preferable that as shown in Figure 1 and Figure 4, food processor further include: auxiliary charging dress 8 are set, as shown in Fig. 8 to Figure 14, auxiliary feeding apparatus 8 includes material stock seat 82 and material toggling part 84, and material stock seat 82 is mounted on cup body 2 Interior, a side of the bottom positioned at forwardtransfer signal worm 3 far from cup body 2 is provided with material stock chamber 822 in material stock seat 82, and material stock chamber 822 is separate Forwardtransfer signal worm 3 it is open at one end, at least one feed opening 820 is provided on material stock seat 82, feed opening 820 is led with material stock chamber 822 Logical, one end of material toggling part 84 is rotatably mounted in material stock chamber 822；Wherein, material stock seat 82 is used to store the cup from cup body 2 Mouth launches the food materials arrived in cup body 2, and material toggling part 84 is used to cutting and/or squeezing the food materials in material stock chamber 822, and for that will deposit The food materials stored in material chamber 822 are pushed in feed opening 820.

In those embodiments, auxiliary feeding apparatus 8 includes being mounted in cup body 2, the material stock above forwardtransfer signal worm 3 Seat 82 and the material toggling part 84 being rotatably mounted in material stock seat 82, and feed opening 820 is additionally provided on material stock seat 82, because Food materials can directly be launched into the material stock seat 82 in cup body 2 by the rim of a cup of cup body 2, be deposited with utilizing in actual use by this Expect that seat 82 realizes the storage of food materials, and material toggling part 84 is rotatably mounted in material stock seat 82, and is also set up on material stock seat 82 There is the feed opening 820 be connected with material stock chamber 822, is stored on material stock seat 82 to just can be pushed by the rotation of material toggling part 84 Food materials rotated, and food materials just can pass through the mutual friction and Extrusion or food materials between food materials and food materials during rotation The mutual friction and Extrusion between mutual friction and Extrusion or food materials and material toggling part 84 between the side wall of cup body 2 and realize food materials Preliminary cutting and/or extrusion process, and tentatively cut and/or extrusion process after lesser food materials just can be in material toggling part 84 Under effect, the lower section of material stock seat 82 is dropped into from feed opening 820, and more larger food materials can be then stuck at feed opening 820, At this point, material toggling part 84 can't stop operating, i.e., material toggling part 84 will continue to rotate, so that material toggling part 84 just can be with feed opening A pincer attack power is formed to food materials between 820 side wall, and then the food materials being stuck at feed opening 820 can be applied with an extruding Or cutting force, and then just can food materials be squeezed or be cut into smaller fragment, pass through the continuous rotation of material toggling part 84 in this way, just After successively capable of squeezing by food materials or cut into a certain size fragment, so that it is passed sequentially through feed opening 820 and enter cup body 2 Lower half, i.e. cup body 2 are provided in the region of forwardtransfer signal worm 3, and the food materials for entering the lower half of cup body 2 then can be in work spiral shell It is squeezed crushing under bar 3 and the double action on the side wall of cup body 2 or cutting is broken, hereafter can pass through 2 pairs of spiral shells of strainer 9 or double cup bodies The mode of bar realizes the juice slag separation of food materials.This kind of auxiliary feeding apparatus 8, in actually juicing, user can be disposably by institute Some food materials are put into cup body 2 by the rim of a cup of cup body 2, and are stored in it on material stock seat 82, and hereafter food materials can dialled It realizes under the action of materials and parts 84 and gradually feeds automatically, gradually feed intake to not need user in actually juicing, it is thus possible to Realization disposably feeds intake, and then in the actual process, first can all put into cup body 2 food materials, then pass through reservation again The control product such as component does not work temporarily first, but can just start to work after fixed time period, and food materials can be realized in this way Reservation processing in advance promotes user experience so that the waiting time of user can be reduced, i.e. this kind of structure is that product realizes reservation Juicing provides possibility, so as to which reservations component is arranged on food processor, to realize reservation function.Meanwhile this kind is set Automatic feed can be realized under the action of material toggling part 84 after disposably feeding intake by setting, thus not needed using pusher Stick etc. realizes manual pusher, so that the operating quantity of user can be reduced, so that the juicing function of product is more convenient simple, because And user experience can be improved, and and the structures such as stick pusher can be saved, to avoid stick pusher is used and existing a series of problems, than Placement problem such as stick pusher and the security hidden trouble using stick pusher.In addition, this kind is arranged due to that can pass through in food materials When feed opening 820 drops into the region for being provided with forwardtransfer signal worm 3 below cup body 2, food materials are cut in advance by material toggling part 84 It cuts or extrusion process, so that the particle for entering the food materials of the lower section of cup body 2 is all smaller, it is thus possible to reduce forwardtransfer signal worm 3 difficulty improves the processing effect of food materials, to reduce the abrasion of forwardtransfer signal worm 3 to improve crushing juice rate.In addition, this kind is set Setting can also effectively prevent forwardtransfer signal worm 3 to be stuck, prevent slag notch blocking and so on.In addition, by material stock seat Material stock chamber 822 is set in 82, so that auxiliary feeding apparatus 8 itself just has the function of accommodating food materials, therefore is eaten launching When material, removable auxiliary feeding apparatus 8 to the position of food materials, and food materials have to be not necessarily moved at product and be thrown Material, so that the operation for launching food materials is more convenient.In addition, this kind is arranged when cutting and/or squeezing food materials, it can be straight It connects and realizes blocking and extruding to food materials using the side wall of material stock chamber 822, because without the side wall by cup body 2, in this way, right Answer the sidewall sections of the cup body 2 of material stock seat 82 just will not directly contact with food materials, thus can reduce cup body 2 herein side wall plus Work requirement to reduce product cost, and ensures herein clean of cup body 2, to reduce the cleaning difficulty of cup body 2.Specifically, than Such as when cup body 2 includes squeezing cup and feed cup, auxiliary feeding apparatus 8 is mounted in feed cup, then can reduce feed cup The quality requirement of side wall, and reduce the cleaning difficulty of feed cup.Material stock chamber 822 is also set in material stock seat 82, compared to Material stock seat 82 is arranged to for the scheme of material stock plate, additionally it is possible to prevent food materials from snapping between material stock plate and the side wall of cup body 2, To prevent food materials from wasting.

In any of the above-described embodiment, it is preferable that cup body 2 includes: squeezing cup, can be mounted on base assembly 1；Charging Cup, one end of feed cup is mounted on squeezing cup on one end of the rim of a cup of squeezing cup；Wherein, auxiliary feeding apparatus 8 is mounted on In feed cup, a side of the bottom positioned at forwardtransfer signal worm 3 far from cup body 2, feed cup and squeezing cup are split type structure, or charging Cup is an integral structure with squeezing cup.

In those embodiments, cup body 2 can be arranged to include a squeezing cup and a feed cup two parts, wherein squeeze Juice cup and feed cup, which can be an integral structure, to be split type structure, and be split type structure in squeezing cup and feed cup When, the crushing of food materials and the juice slag separation of food materials can be realized by squeezing cup, and added by feed cup into squeezing cup Add food materials, so that the charging and processing of food materials can be divided to two cup bodies 2 to carry out, so as to reduce each cup body 2 Highly, so that the relatively good processing of product and cleaning.And when squeezing cup and feed cup are split type structure, will preferably assist into Material device 8 is mounted in feed cup, so that auxiliary feeding apparatus 8 can complete feed operation together with feed cup.Certainly, it squeezes the juice Cup and feed cup can also be an integral structure, at this point, as shown in Figures 1 to 5, cup body 2 can be arranged to an entirety, namely It is equivalent to and is directly provided with a big cup body 2.In this way, the charging and processing of food materials can be realized simultaneously by one big cup body 2, it should Kind setting, does not on the one hand need for cup body 2 to be divided into two independent parts, and then can simplify the parts count of product, furthermore This kind of structure, only one big cup body 2, therefore, this opening of the opening of only big cup body 2, thus in vacuum juicing, only Need to seal the opening of cup body 2, and when squeezing the juice cup body 2 with feed cup is split type structure, squeezing cup and feed cup Junction and the opening of feed cup be required to seal, therefore at least need to seal at two, so that a big cup body directly be arranged 2, i.e., the sealing difficulty of product can also be reduced by squeezing cup and feed cup being arranged to integral structure.Meanwhile in juicing cup body 2 With feed cup be split type structure when, the opening of the junction and feed cup of squeezing cup and feed cup has the possibility of leakage Property, and by the way that squeezing cup and feed cup have been arranged to big cup body 2, it therefore, centainly can be tight at the sidewall locations of entire cup body 2 Lattice sealing, so that just opposite enhance the sealing performance of product, so that product is when realizing vacuum juicing, it can be more effective Alleviate oxidation in ground.

In any of the above-described embodiment, it is preferable that as shown in Fig. 8 to Figure 14, mounting hole is additionally provided on material stock seat 82, it is auxiliary Helping feeding device 8 further include: one end of transmission shaft 86, transmission shaft 86 is located in material stock chamber 822, is drivingly connected with material toggling part 84, The other end of transmission shaft 86 is stretched out out of mounting hole, and is drivingly connected with forwardtransfer signal worm 3.

, can be in the intracavitary one rotatably material togglings such as plectrum, driving lever part 84 of setting of material stock in those embodiments, and lead to It crosses transmission shaft 86 and drives it and be connected to forwardtransfer signal worm 3, when such forwardtransfer signal worm 3 rotates, transmission shaft 86 can be passed through drive and dial Materials and parts 84 rotate, and are handled with realizing cutting and/or extruding of food materials etc..And cutting and/or food materials after extruding can be into one Step enters the lower end of cup body 2 under the action of material toggling part 84 from feed opening 820.Certainly, material toggling part 84 can also pass through other sides Formula, which is drivingly connected to forwardtransfer signal worm 3 or material toggling part 84, can also be not attached to forwardtransfer signal worm 3, and additionally in setting one in cup body 2 The structure of a its rotation of driving.

In any of the above-described embodiment, it is preferable that as shown in Figure 10 to Figure 12 and Figure 14, in the exterior bottom wall of material stock seat 82 It is provided with holding tank 826, one end of forwardtransfer signal worm 3 is extend into holding tank 826, and installation is provided in the inner bottom wall of material stock seat 82 Boss 824, mounting hole run through installation base 824 and holding tank 826, and one end of transmission shaft 86 is located in holding tank 826, and with Forwardtransfer signal worm 3 is drivingly connected, and the other end of transmission shaft 86 is extend into material stock chamber 822 by mounting hole, and is driven with material toggling part 84 Dynamic connection.

In those embodiments, installation base 824 is set on the inner bottom wall face of material stock seat 82, on the one hand can utilize should Installation base 824 material toggling part 84 is installed it is higher, in addition, this kind setting can also increase material stock seat 82 inner wall area, To which material toggling part 84 can cooperate with greater area of inner wall, to realize cutting and/or extrusion process to food materials, and then can add Big auxiliary feeding apparatus 8 at work, to the extruding dynamics of food materials, and then can be improved the treatment effect of food materials.Meanwhile being arranged After installation base 824, the corresponding installation base 824 of holding tank 826 can be arranged, so that the bottom wall of material stock seat 82 can not be increased Thickness, and can ensure that the bottom wall of material stock seat 82 goes intensity.And holding tank is set on the outer bottom wall surface of material stock seat 82 826, material stock seat 82 can be made to be located on one end of forwardtransfer signal worm 3, so that forwardtransfer signal worm 3 can also be with holding tank 826 Side wall cooperation with realize to food materials it is further cut and/or extrusion process, it is thus possible to further increase the processing of food materials Effect.

In any of the above-described embodiment, it is preferable that as shown in Figure 10, feed opening 820 is from installation base 824 far from material stock chamber The edge of the end face of 822 one end extends to the bottom of material stock seat 82.

In those embodiments, the edge of the end face of the one end of feed opening 820 from installation base 824 far from material stock chamber 822 Extend to the bottom of material stock seat 82 so that feed opening 820 open up it is larger, it is thus possible to improve the smoothness of charging.

Wherein it is preferred to which as shown in figure 13, the quantity of feed opening 820 is one, and the quantity of certain feed opening 820 can also To be multiple, when feed opening 820 is multiple, multiple feed openings 820 are symmetrical arranged.

In any of the above-described embodiment, it is preferable that as shown in Figure 10 to Figure 12 and Figure 14, the side wall surface of installation base 824 One end of bottom wall from installation base 824 far from material stock seat 82 to installation base 824 close to one end of the bottom wall of material stock seat 82 to Outer incline setting；And/or the shape of one end that the shape of holding tank 826 stretches in holding tank 826 with forwardtransfer signal worm 3 is mutually fitted Match.

In those embodiments, the bottom wall of the lateral wall of installation base 824 from the opening of material stock chamber 822 to material stock chamber 822 Be inclined outwardly setting, in this way will food materials cutting and/or squeeze after, food materials just can along installation base 824 lateral wall to Lower flowing, so that food materials can also accelerate downwards under gravity, so that food materials can be more swimmingly It is realized and is fed by feed opening 820.In addition, this kind setting is but also the upper end of holding tank 826 and forwardtransfer signal worm 3 can be preferably Cooperation, while but also the structure of auxiliary feeding apparatus 8 is more reasonable.

In any of the above-described embodiment, it is preferable that as shown in Figure 10 to Figure 12 and Figure 14, the bottom wall of material stock seat 82 is to material stock 822 sunken inside of chamber, to form holding tank 826 and installation base 824.

It, can be by the bottom wall of material stock seat 82 to 82 sunken inside of material stock seat, with the shape on its inner bottom wall face in those embodiments At installation base, and holding tank 826 is formed on outer wall surface, this kind of structure can be quickly and easily at the bottom of material stock seat 82 Installation base 824 and holding tank 826 are processed on wall, thus can reduce difficulty of processing, and can reduce processing cost.

In any of the above-described embodiment, it is preferable that as shown in Figs. 8 to 11, material toggling part 84 includes: fixing seat 842, is located at On installation base 824, and install to transmission shaft 86；One end of material toggling structure 844, material toggling structure 844 is connect with fixing seat 842, The other end of material toggling structure 844 extends to the bottom wall of material stock chamber 822.

In those embodiments, material toggling part 84 includes pedestal 18 and material toggling structure 844, wherein pedestal 18 is used for and transmission Axis 86 connects, and realizes the installation of material toggling structure 844, and material toggling structure 844 be specifically used for cutting and/rear squeeze food materials and dial Dynamic food materials.And when being provided with installation base 824 in material stock chamber 822, material toggling part 84 can be mounted on to the top of installation base 824 Portion, just one end of material toggling part 84 can be installed in this way it is higher, while can be by the other end of material toggling part 84 to material stock chamber 822 Bottom is sagging, and such material toggling part 84 just can be cut and/or be squeezed to the food materials of different height in material stock chamber 822 etc. Reason, so as to improve the treatment effect of food materials, to improve crushing juice rate.Conversely, if the bottom wall of material stock chamber 822 is not provided with installation Boss 824, then material toggling part 84 is merely able on the bottom wall for being mounted on material stock chamber, what such material toggling part 84 can be handled food materials Height will receive material toggling structure 844 height limitation, thus material toggling structure 844 be arranged it is shorter when, it is right that its will be reduced The treatment effect of food materials, if but entire material toggling structure 844 is arranged it is higher, in order to ensure the intensity of material toggling structure 844, also only Fixing seat 842 can be arranged higher simultaneously, the structure that will lead to material toggling part 84 in this way is more complicated, and also reduces transmission shaft 86 With the bonding strength between it.

In any of the above-described embodiment, it is preferable that as shown in Figs. 8 to 11, material toggling structure 844 is material toggling piece, rod for stiring materials Or material toggling rod.

In those embodiments, material toggling structure 844 can slabbing, can also be in rodlike or rod-shaped, specifically, material toggling structure 844 shape can be selected according to the actual situation.

In any of the above-described embodiment, it is preferable that as shown in figure 11, at least one driving protrusion is provided on transmission shaft 86 864, driving protrusion 864 can cooperate with forwardtransfer signal worm 3, with being rotated by forwardtransfer signal worm 3.

In those embodiments, one or more driving protrusions 864 can be set on the lower end surface of transmission shaft 86, so as to By the lateral engagement of driving protrusion 864 and the upper end of forwardtransfer signal worm 3, to realize the drive between transmission shaft 86 and forwardtransfer signal worm 3 Dynamic connection, certainly, transmission shaft 86 can also realize its drive connection between forwardtransfer signal worm 33 by other structures.

In any of the above-described embodiment, it is preferable that material toggling part 84 and transmission shaft 86 be split type structure or material toggling part 84 with Transmission shaft 86 is an integral structure.

In those embodiments, material toggling part 84 and transmission shaft 86 can be split type structure, for example be two parts, in this way Convenient for individually each of material toggling part 84 and transmission shaft 86 part are independently serviced and are replaced.Certainly, in other implementations In example, material toggling part 84 can also be an integral structure with transmission shaft 86, can improve the company of material toggling part 84 Yu transmission shaft 86 in this way Intensity is connect, so that material toggling part 84 is hardly damaged with transmission shaft 86, and can be realized seamless between material toggling part 84 and transmission shaft 86 Connection, so as to prevent from being formed gap between material toggling part 84 and transmission shaft 86, and then convenient for cleaning.

In any of the above-described embodiment, it is preferable that as shown in Figure 10 to Figure 12, be provided with positioning groove on transmission shaft 86 862 and positioning protrusion 32 in one, another in positioning groove 862 and positioning protrusion 32 is provided on forwardtransfer signal worm 3, it is fixed Position protrusion 32 is inserted into positioning groove 862, to position to forwardtransfer signal worm 3；Wherein, setting in positioning groove 862 There is wearing piece 88.

In those embodiments, a positioning protrusion 32 or positioning groove 862 can be set on the upper surface of forwardtransfer signal worm 3 Or location hole, and positioning protrusion 32 or positioning groove 862 or location hole are correspondingly arranged on the lower end of transmission shaft 86, so just The positioning to forwardtransfer signal worm 3 can be realized by the cooperation of positioning protrusion 32 and location hole or positioning protrusion 32 and locating shaft, into And the stability after forwardtransfer signal worm 3 is installed can be improved, reduce the shaking of forwardtransfer signal worm 3.And by being arranged in positioning groove 862 Wearing piece 88 can reduce the abrasion between positioning protrusion 32 and positioning groove 862.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, the first buckle 22 of setting on the inner sidewall of cup body 2, such as Shown in Fig. 8 to Figure 10, the second buckle 829 is provided on the lateral wall of material stock seat 82, material stock seat 82 can pass through the first buckle 22 It is mounted in cup body 2 with the cooperation buckle of the second buckle 829.

In those embodiments, the second buckle 829 can be set on the lateral wall of material stock seat 82, and in the inside of cup body 2 The first buckle 22 of setting on wall, so as to which by the cooperation of the first buckle 22 and the second buckle 829, auxiliary feeding apparatus 8 is blocked Button is mounted in cup body 2.This kind setting enables auxiliary feeding apparatus 8 optionally to disassemble out of cup body 2, even if thus In the cleaning of auxiliary feeding apparatus 8, and it is convenient for the maintenance of auxiliary feeding apparatus 8.

Wherein it is preferred to the circumferential direction on the inner sidewall of cup body 2 along cup body 2 is arranged at intervals with multiple first buckles 22, Mounting base is provided on material stock seat 82, mounting base is provided with positioning bar, edge on positioning bar in the one side of forwardtransfer signal worm 3 The circumferential direction of mounting base is arranged at intervals with multiple second buckles 829；Material stock seat 82 is mounted on multiple by mounting base support On first buckle 22, the second buckle 829 can slide into the first buckle 22 close to cup body 2 between two neighboring first buckle 22 One side of bottom, and the first buckle 22 is buckled in the one side of the bottom of cup body 2.

In those embodiments, mounting base can be set on material stock seat 82, and be arranged first on the inner sidewall of cup body 2 Buckle 22, so as to realize that cup body 2 installs the support of material stock seat 82 by the cooperation of the first buckle 22 and mounting base.Together When, positioning bar can be set on the lower surface of mounting base, and the second buckle 829 of setting on positioning bar, thus during installation, It can be by the gap of two neighboring first buckle 22 of 829 alignment of the second buckle, so that the second buckle 829 can slide into the first buckle 22 lower section, hereafter, rotatable material stock seat, so that the second buckle 829 is buckled in the lower surface of the first buckle 22, at this point, first Buckle 22 can be buckled in the groove that mounting base, positioning bar and the second buckle 829 are formed, thus can simply, conveniently And securely realize that the buckle between material stock seat 82 and cup body 2 is installed.Certainly, it can also be passed through between material stock seat 82 and cup body 2 Its snap is installed together.

Wherein it is preferred to which mounting base is in a ring, in a ring, multiple second buckle 829 circumferential directions along positioning bar to positioning bar It is spaced apart from each other setting.Certainly, mounting base and positioning bar can not also be arranged in a ring.

In any of the above-described embodiment, it is preferable that as shown in Fig. 1, Fig. 4 and Fig. 7, food processor further include: strainer 9, It is arranged between cup body 2 and forwardtransfer signal worm 3；Wherein, be provided with location structure 828 on material stock seat 82, location structure 828 be used for Strainer close to the rim of a cup of cup body 2 one end fits, to be positioned to strainer 9.

It, can be when food processor is the food processor of one cup body 2 and single forwardtransfer signal worm 3 in those embodiments One strainer 9 is set between cup body 2 and forwardtransfer signal worm 3, so as to realize food materials after food materials are pulverized using strainer 9 The separation of juice slag.And a location structure 828 is arranged in the upper end that strainer 9 is corresponded on the lower end of material stock seat 82, can utilize positioning The upper end of structure 828 and strainer 9 cooperates, and to realize to the axially and/or radially location and installation of strainer 9, just can be improved in this way The installation reliability of strainer 9.

Wherein, specifically, the bottom wall of material stock seat is recessed inwardly, to form holding tank, strainer close to cup body rim of a cup one End is extend into holding tank, is provided with hierarchic structure on the inner sidewall of holding tank, strainer close to one end of the rim of a cup of cup body against To class structure, specifically, the cascaded surface of hierarchic structure is fitted on the upper surface of strainer, is carried out with the axial direction to strainer for installation Limit, the following vertical ladder section of hierarchic structure is mounted on the outside of strainer upper end, with the radial direction from strainer to strainer Carry out radial limit.

In any of the above-described embodiment, it is preferable that as shown in Figure 1 and Figure 7, slag device 4 is slag box, certain slag dress Setting 4 can also be slag bag.

In those embodiments, the structure and shape of slag device 4 can be chosen at random, and specifically, but that is, one connects Slag cup, is also possible to a slag box, also can also be a slag bag certainly.

In any of the above-described embodiment, it is preferable that as shown in Figure 1 and Figure 7, in a ring, slag device 4 is in ring to slag notch Shape is provided with the annular slag inlet be connected with slag notch on slag device 4.

In those embodiments, slag inlet, slag notch and slag device 4 in a ring, can increase the opening face of slag notch Product, so as to enable food residues to be more smoothly discharged.

In any of the above-described embodiment, it is preferable that be provided with pressure of slagging tap in cup body 2, at slag notch and adjust component, slag tap Pressure adjusts component and is used to adjust the pressure of slagging tap at slag notch.

In those embodiments, a pressure of slagging tap can be set at slag notch and adjust component, so as to pass through pressure of slagging tap Power 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 exist 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 adjusts 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. 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 real process In, user can adjust component by operating pressure of slagging tap, to make product have multiple pressure of slagging tap, thus handling different foods When material, pressure of slagging tap can be arbitrarily adjusted according to the type of food materials, the needs of user, on the one hand can preferably meet user A variety of demands, on the other hand pressure of slagging tap can be rationally adjusted according to the type of food materials, to can prevent certain softer Food materials, such as grape, what is be extruded is excessively broken, and cause nutrition loss, mouthfeel bad and so on, and can prevent certain thick The food materials such as fiber food materials, such as sugarcane, ginger, carrot squeeze situation generation that is insufficient, and causing crushing juice rate low, and then i.e. 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 can be adjusted by a damping silica gel Save pressure of slagging tap.And the specific structure that pressure of slagging tap adjusts component can be to be used on current existing Normal juice machine, juice extractor etc. Adjust the structure for pressure of slagging tap.

The (not shown) in any of the above-described embodiment, it is preferable that squeezing cup includes crushing cup and extrusion cup, crushing cup It is provided with communication port on one end of rim of a cup far from crushing cup, extrusion cup is connected to crushing cup by communication port；Forwardtransfer signal worm 3 wraps The extruding screw for including the pulverizing screw being mounted in crushing cup and being mounted in extrusion cup；Wherein, slag notch and slag device 4 are set It sets in extrusion cup；Driving device 12 includes the first drive shaft and the second drive shaft, and the first drive shaft and pulverizing screw driving connect It connects, for driving pulverizing screw to crush food materials, the second drive shaft and extruding screw are drivingly connected, for driving extruding screw to squeeze Food materials are so that food materials juice slag separates.

In those embodiments, squeezing cup is double cup bodies 2, and forwardtransfer signal worm 3 is twin-screw, and such food materials enter crushing cup After interior, pulverizing screw cooperates under the driving of the first drive shaft with the side wall of crushing cup to crush food, smashed food materials It is entered 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 embodiment separately carries out the crushing process of food materials and crowded juice tapping process, and in crushing process, Due to not needing to squeeze juice deslagging, the setting components such as strainer 9 and rotating brush are not had in crushing cup, so that crushing cup Interior food materials can be crushed under the collective effect of crushing cup and pulverizing screw, while can will be squeezed in crowded juice tapping process Screw rod is generally horizontally disposed, crowded juice dreg removing system can be arranged to it is horizontal, so as to be highly convenient for separating the juice slag of food, On the one hand this kind setting can ensure the crushing juice rate of food processor, on the other hand can be avoided using strainer 9, rotating brush etc. zero Component, so that the structure of food processor is simple and is easily installed, simultaneously because eliminating strainer 9, it is thus possible to reduce The cleaning difficulty of user, and then it is able to ascend user experience.

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 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 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 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, 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 as shown in figure 15, base assembly 1 further includes pedestal 18, housing unit 16, housing unit 16 is pacified On pedestal 18.

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 (20)

1. a kind of food processor characterized by comprising

Base assembly, the base assembly include driving device；

Cup body can be mounted on the base assembly, be provided with slag notch in the cup body；

Forwardtransfer signal worm is rotatably mounted in the cup body, is drivingly connected with the driving device；

Slag device is located in the cup body, connect with the slag notch, for collecting food residues.

2. food processor according to claim 1, which is characterized in that further include:

Upper cover, lid are used to open or close the rim of a cup of the cup body on the rim of a cup of the cup body.

3. food processor according to claim 2, which is characterized in that the upper cover is hermetically covered mounted in the cup body On rim of a cup, the upper cover and the cup body surround a seal chamber, the food processor further include:

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

4. food processor according to claim 3, which is characterized in that further include:

Relief hole is arranged on the cup body or the upper lid；

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

5. food processor according to claim 3, which is characterized in that the vacuum elements include:

Aspiration pump；

Bleed-off passage, one end of the bleed-off passage and the aspiration pump are tightly connected, the other end of the bleed-off passage and institute State seal chamber connection.

6. food processor according to claim 5, 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.

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

The aspiration pump is arranged in any one in the base assembly, the cup body and the upper cover or the pumping The relatively described base assembly, the cup body and the upper cover is pumped to be 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.

8. food processor according to any one of claim 1 to 7, which is characterized in that

In the course of work of the food processor, the food juice after the separation of juice slag collects the cup body in the cup body Interior food juice can be discharged from the rim of a cup of the cup body and/or the cup body on be provided with juice opening, it is close at the juice opening Capping is equipped with a juice flowing cover, and the juice flowing cover is used to open or closes the juice opening, and the intracorporal food juice of cup can be from The juice opening discharge；Or

Juice opening is provided on the cup body, the intracorporal food juice of cup can be discharged from the juice opening.

9. food processor according to any one of claim 1 to 7, which is characterized in that further include:

Auxiliary feeding apparatus, the auxiliary feeding apparatus include material stock seat and material toggling part, and the material stock seat is mounted on the cup body Interior, a side of the bottom positioned at the forwardtransfer signal worm far from the cup body is provided with material stock chamber, the material stock in the material stock seat Chamber is open at one end far from the forwardtransfer signal worm, at least one feed opening, the feed opening and institute are provided on the material stock seat The conducting of material stock chamber is stated, it is intracavitary that one end of the material toggling part is rotatably mounted on the material stock；

Wherein, the material stock seat is launched for storing from the rim of a cup of the cup body to the intracorporal food materials of the cup, the material toggling part For cutting and/or squeeze the intracavitary food materials of the material stock, and for the food materials of the intracavitary storage of the material stock to be pushed to institute It states in feed opening.

10. food processor according to claim 9, which is characterized in that the cup body includes:

Squeezing cup can be mounted on the base assembly；

Feed cup, one end of the feed cup are mounted on the squeezing cup on one end of the rim of a cup of the squeezing cup；

Wherein, the auxiliary feeding apparatus is mounted in the feed cup, the bottom positioned at the forwardtransfer signal worm far from the cup body One side in portion, the feed cup and the squeezing cup are split type structure or the feed cup and the squeezing cup is integral type Structure.

11. food processor according to claim 9, which is characterized in that be additionally provided with mounting hole on the material stock seat, institute State auxiliary feeding apparatus further include:

Transmission shaft, it is intracavitary that one end of the transmission shaft is located at the material stock, is drivingly connected with the material toggling part, the transmission shaft The other end is stretched out out of described mounting hole, and is drivingly connected with the forwardtransfer signal worm.

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

Holding tank is provided in the exterior bottom wall of the material stock seat, one end of the forwardtransfer signal worm is extend into the holding tank, institute It states and is provided with installation base in the inner bottom wall of material stock seat, the mounting hole runs through the installation base and the holding tank, institute The one end for stating transmission shaft is located in the holding tank, and is drivingly connected with the forwardtransfer signal worm, and the other end of the transmission shaft is logical Crossing the mounting hole, to extend into the material stock intracavitary, and is drivingly connected with the material toggling part.

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

The edge of the end face of the one end of the feed opening from the installation base far from the material stock chamber extends to the material stock seat Bottom；And/or

One end of bottom wall of the side wall surface of the installation base from the installation base far from the material stock seat is convex to the installation Platform is inclined outwardly setting close to one end of the bottom wall of the material stock seat；And/or

The shape of the holding tank is adapted with the shape of one end that the forwardtransfer signal worm stretches in the holding tank；And/or

The bottom wall of the material stock seat is to the intracavitary recess of the material stock, to form the holding tank and the installation base.

14. food processor according to claim 12, which is characterized in that the material toggling part includes:

Fixing seat is located on the installation base, and installs to the transmission shaft；

One end of material toggling structure, the material toggling structure is connect with the fixing seat, and the other end of the material toggling structure is deposited to described Expect that the bottom wall of chamber extends.

15. food processor according to claim 14, which is characterized in that

The material toggling structure is material toggling piece, rod for stiring materials or material toggling rod.

16. food processor according to claim 11, 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

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.

17. food processor according to claim 9, which is characterized in that

Setting first buckles on the inner sidewall of the cup body, is provided with the second buckle on the lateral wall of the material stock seat, described to deposit Material seat can be mounted in the cup body by the cooperation buckle of first buckle and second buckle.

18. food processor according to claim 9, which is characterized in that the food processor further include:

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

Wherein, location structure is provided on the material stock seat, the location structure is used for the strainer close to the cup body The one end fits of rim of a cup, to be positioned to the strainer.

19. food processor according to any one of claim 1 to 7, which is characterized in that

The slag device is slag box or slag bag；And/or

In a ring, the slag device in a ring, is provided on the slag device and is connected with the slag notch slag notch Annular slag inlet；And/or

It is provided with pressure of slagging tap in the cup body, at the slag notch and adjusts component, the pressure of slagging tap adjusts component for adjusting Save the pressure of slagging tap at the slag notch.

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

The squeezing cup includes crushing cup and extrusion cup, is provided on one end of rim of a cup of the crushing cup far from the crushing cup Communication port, the extrusion cup are 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 and the slag device are arranged in the extrusion cup；

The driving device includes the first drive shaft and the second drive shaft, and first drive shaft and pulverizing screw driving connect It connects, for driving the pulverizing screw to crush food materials, second drive shaft and the extruding screw are drivingly connected, for driving The extruding screw squeezes food materials so that food materials juice slag separates.