CN208371479U - Auxiliary feeding apparatus, food preparation cup assembly and food processor - Google Patents

Abstract

The utility model provides a kind of auxiliary feeding apparatus, food preparation cup assembly and food processor, food processor includes cup body component, forwardtransfer signal worm is provided in cup body component, auxiliary feeding apparatus includes: material stock platform, it is mounted in cup body component, feeding-passage is provided on one side of rim of a cup of cup body component, material stock platform positioned at forwardtransfer signal worm；Material toggling part, is rotatably mounted on a side of the material stock platform far from forwardtransfer signal worm, and the angle that material toggling part can rotate is more than or equal to 30 °；Material stock platform is for store the food materials being put into cup body component from the rim of a cup of cup body component, and material toggling part is for cutting and/or squeezing food materials on material stock platform and for the food materials stored on material stock platform to be pushed in feeding-passage.After food materials are stored on material stock platform by the program, the processing such as cutting extruding can be carried out to food materials by material toggling part, hereafter can be gradually pushed to it in feeding-passage by material toggling part, to realize automatic feed, so as to simplify user's operation.

Description

Auxiliary feeding apparatus, food preparation cup assembly and food processor

Technical field

The utility model relates to household appliance technical fields, more specifically, are related to a kind of auxiliary feeding apparatus, food preparation cup Component and food processor.

Background technique

Normal juice machine or at a slow speed juice extractor product at present, when being squeezed the juice, be all by the way of gradually feeding intake, and After feeding intake each time, the food materials such as fruits and vegetables block are pushed into squeezing cup by stick pusher, so that the food materials such as fruits and vegetables block are able to enter It is squeezed in squeezing system.But this kind of structure can not achieve and disposably feed intake, and also need user's stick pusher pusher, Thus operation, which is compared, overelaborates, and user experience is very poor.In addition, need for stick pusher to be inserted into squeezing system when using stick pusher, Also product is caused to there is very big security risk.

Therefore, how designing one kind can disposably feed intake, not need by stick pusher pusher and smooth can feed Food processor become current urgent problem to be solved.

Utility model content

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

For this purpose, a purpose of the utility model is, a kind of auxiliary feeding apparatus is provided.

Another purpose of the utility model is, provides a kind of food preparation cup group including above-mentioned auxiliary feeding apparatus Part.

The further object of the utility model is, provides a kind of food preparation including above-mentioned food preparation cup assembly Machine.

To achieve the above object, the utility model first aspect embodiment provides a kind of auxiliary feeding apparatus, for eating Object processor, the food processor include cup body component, and forwardtransfer signal worm, the auxiliary charging are provided in the cup body component Device includes: material stock platform, can releasably buckle and be mounted in the cup body component, is located at the forwardtransfer signal worm close to the cup One side of rim of a cup of body component is provided with feeding-passage on the material stock platform；Material toggling part is rotatably mounted on the material stock platform A side far from the forwardtransfer signal worm, the angle that the material toggling part can rotate are more than or equal to 30 °；Wherein, the material stock platform is used Be put into the food materials in the cup body component from the rim of a cup of the cup body component in storage, the material toggling part for cutting and/or The food materials on the material stock platform are squeezed, and for the food materials stored on the material stock platform to be pushed in the feeding-passage.

The auxiliary feeding apparatus that embodiment according to the present utility model provides, including be mounted in cup body component, it is located at work The material toggling part making the material stock platform above screw rod and being rotatably mounted on above material toggling part, and be additionally provided on material stock platform into Expect channel, therefore, in actual use, the material stock that directly can be put into food materials by the rim of a cup of cup body component in cup body component On platform, to realize the storage of food materials, and material toggling part is rotatably mounted in cup body component, the top of material stock platform, and material stock Feeding-passage is additionally provided on platform, so that the rotation by material toggling part just can push the food materials being stored on material stock platform to be turned It is dynamic, and food materials just can pass through the mutual friction and Extrusion or food materials and cup body component 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 between side wall and realize food materials preliminary cutting and/ Or extrusion process, and tentatively cut and/or extrusion process after lesser food materials just can be under the action of material toggling part, from charging Channel drops into the lower section of material stock platform, and more larger food materials can be then stuck at feeding-passage, at this point, material toggling part can't It stops operating, i.e., material toggling part will continue to rotate, so that material toggling part just can form one to food materials between the side wall of feeding-passage A pincer attack power, and then the food materials being stuck at feeding-passage can be applied with an extruding or cutting force, and then just can be by food materials Smaller fragment is squeezed or cut into, passes through the continuous rotation of material toggling part in this way, just can successively food materials be squeezed or be cut into After a certain size fragment, it is made to pass sequentially through the lower half that feeding-passage enters cup body component, i.e. cup body component is provided with In the region of forwardtransfer signal worm, and the food materials for entering the lower half of cup body component then can be in the side wall of forwardtransfer signal worm and cup body component On double action under be squeezed crushing or cutting it is broken, hereafter can realize food by way of strainer or double cup body component twin-screws The juice slag of material separates.This kind of auxiliary feeding apparatus, in actually juicing, all food materials disposably can be passed through cup body by user The rim of a cup of component is put into cup body component, and is stored in it on material stock platform, and hereafter food materials can be under the action of material toggling part Realization is gradually fed automatically, is gradually fed intake to not need user in actually juicing, it is thus possible to and realization disposably feeds intake, And then in the actual process, first food materials all can be put into cup body component, is then produced again by controls such as reservations components Product do not work temporarily first, but can just start to work after fixed time period, and the reservation processing in advance of food materials can be realized in this way, To which the waiting time of user can be reduced, user experience is promoted, i.e. this kind of structure provides for product realization reservation juicing can Energy property, so as to which reservations component is arranged on food processor, to realize reservation function.Meanwhile this kind setting can be primary Property feed intake after, automatic feed can be realized under the action of material toggling part, thus do not need to realize using stick pusher etc. manually So that the operating quantity of user can be reduced so that the juicing function of product is more convenient simple, thus user can be improved in pusher Experience, and can save the structures such as stick pusher, to avoid stick pusher is used and existing a series of problems, such as the placement of stick pusher Problem and the security hidden trouble for using stick pusher.In addition, this kind is arranged due to that can be dropped into food materials by feeding-passage When being provided with the region of forwardtransfer signal worm below cup body component, cutting or extrusion process are carried out to food materials in advance by material toggling part, because And make the particle for entering the food materials of the lower section of cup body component all smaller, it is thus possible to the difficulty of forwardtransfer signal worm is reduced, to subtract The abrasion of few forwardtransfer signal worm, improves the processing effect of food materials, to improve crushing juice rate.In addition, this kind setting can also be effective Prevent forwardtransfer signal worm to be stuck, prevent slag notch blocking and so on.

Wherein it is preferred to be provided at least one guide face on feeding-passage, guide face is parallel to the axis of forwardtransfer signal worm The direction cup body component introversion of line or guide face from a side of the rim of a cup close to cup body component to the rim of a cup far from cup body component Tiltedly setting, this kind is arranged the charging that can guide food materials by guide face, makes the charging of food materials more smooth from Russia, and guide On the one hand face can be arranged with the axis of forwardtransfer signal worm in parallel, i.e. guide face is vertically arranged from top to bottom, another aspect guide face Can from close to cup body component rim of a cup a side to far from cup body component rim of a cup a tilted setting of direction cup body component, i.e., Guide face slopes inwardly setting from top to bottom, i.e., is obliquely installed from top to bottom to the side close to screw rod, in this way from feeding-passage The food materials of entrance can be imported at forwardtransfer signal worm by guide face.Wherein, guide face both can be one of feeding-passage it is complete Side wall surface, can also be a part of the side wall surface of feeding-passage, for example, the outer of feeding-passage is preferably arranged in guide face In side wall surface, and preferably, guide face is the entire outer side surface of feeding-passage, and certainly, guide face can also be feeding-passage Outer side surface top half or lower half portion or centre a part.Certainly, it is logical to may also be arranged on charging for guide face In the interior sidewall surface in road, at this point, guide face is preferably the entire interior sidewall surface of feeding-passage, certainly, guide face can also be into Expect the top half of the interior sidewall surface in channel or a part of lower half portion or centre.

Wherein, the feeding-passage is parallel with the axis of the cup body component, enables feeding-passage in cup body component It is inside vertically arranged, such food materials not will receive the obstruction of the side wall of feeding-passage then when falling, it is thus possible to make charging more Smooth, certainly, also tiltable certain angle is arranged feeding-passage.

Wherein, the angle that material toggling part can rotate is more than or equal to 30 °, so that material toggling part has a relatively reasonable angle of rotation Degree, so as to sufficiently be crushed and be pushed at feeding-passage by the food materials on material stock platform, to improve the suitable of product charging Smooth property, and then material toggling part rotational angle can be prevented too small, and cause to feed unsmooth situation generation.

Wherein, forwardtransfer signal worm includes screw body, and at least two spiral bars are provided in screw body, this kind setting can pass through spiral shell Rotation muscle forms the channel of guidance food materials in screw body, to realize the conveying to food materials, while food can be fixed by spiral bar Material, so that screw body can cooperate with the side wall of the cup bodies such as squeezing cup to carry out extruding machining to food materials.And preferably, phase Deflector chute is formed between adjacent two spiral bars, width of the deflector chute on the axial direction of forwardtransfer signal worm is more than or equal to 2mm, this kind The deflector chute that guidance food materials flowing can be formed in screw body by spiral bar is set, to realize the conveying to food materials.And guide Unsuitable too small, the preferably greater than or equal to 2mm of the width of the width of slot, i.e. deflector chute on the axial direction of forwardtransfer signal worm, because, this Sample makes deflector chute be capable of forming certain width, so that food materials being capable of smooth outflow.

It is mounted in the cup body component wherein it is preferred to which material stock platform can be buckled releasably, so that auxiliary charging Device can be disassembled optionally out of cup body component, thus i.e. convenient for auxiliary feeding apparatus cleaning, and convenient for assist into Expect the maintenance of device.

In addition, also having following supplementary technology special according to the utility model auxiliary feeding apparatus provided by the above embodiment Sign:

In any of the above-described technical solution, it is preferable that the feeding-passage is the feed inlet being arranged on the material stock platform, Or the feeding-passage is surrounded by the charging notch and the side wall of the cup body component being arranged on the material stock platform.

In those technical solutions, a feed inlet can be set on material stock platform, so as to carry out by the feed inlet Certainly a charging notch can also be arranged, on the edge of material stock platform to pass through the cup body of the charging notch and cup body component in charging Side wall surround a feeding-passage.Specifically, the type of feeding-passage can choose at random according to the actual situation.

Wherein, it is surrounded in feeding-passage by the side wall of the charging notch and the cup body of cup body component that are arranged on material stock platform When, guide face is that may be provided in the side wall surface of charging notch, may also be arranged on the side wall of the cup body for surrounding feeding-passage On face, and preferably, the side wall surface of the cup body for surrounding feeding-passage is set.

In any of the above-described technical solution, it is preferable that the material toggling part can be drivingly connected with the forwardtransfer signal worm, be used for It is rotated under the action of the forwardtransfer signal worm.

In those technical solutions, material toggling part can be drivingly connected to forwardtransfer signal worm, so as to by forwardtransfer signal worm come real The driving of existing material toggling part when such forwardtransfer signal worm rotates, can drive material toggling part to rotate, to can pass through the realization pair of material toggling part The processing such as extruding and/or cutting and push of food materials.Just do not have to the mechanism of additional setting driving material toggling part in this way, it is thus possible to The structure for simplifying product, reduces the cost of product.Certainly, material toggling part can not also be connect with forwardtransfer signal worm, at this point, can additionally be arranged One actuator realizes the driving of material toggling part.

In any of the above-described technical solution, it is preferable that be provided with mounting hole, the auxiliary feeding apparatus on the material stock platform Further include: transmission shaft, one end of the transmission shaft and the material toggling part are drivingly connected, and the other end of the transmission shaft is inserted into and wears The mounting hole is crossed, is drivingly connected with the forwardtransfer signal worm.

In those technical solutions, one rotatably material togglings part such as plectrum, driving lever can be set in the top of material stock platform, And one mounting hole is set at the middle part of material stock platform, then it can be realized between material toggling part and forwardtransfer signal worm by a transmission shaft It is drivingly connected, specifically, the upper end of transmission shaft can be connect with material toggling part, and the lower end of transmission shaft is passed through into mounting hole and is connected To forwardtransfer signal worm, the drive connection between material toggling part and forwardtransfer signal worm can be quickly and easily realized in this way.

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

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

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

In those technical solutions, one or more driving protrusions can be set on the lower end surface of transmission shaft, so as to logical The lateral engagement for the protrusion and the upper end of forwardtransfer signal worm of overdriving, 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.

Wherein it is preferred to it is described driving protrusion quantity be it is multiple, can increase between transmission shaft and forwardtransfer signal worm in this way Drive connection reliability.It is further preferred that the quantity of driving protrusion is two.

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, the auxiliary feeding apparatus further includes wearing piece, institute Wearing piece is stated to be arranged between the positioning groove and the positioning protrusion.

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 material stock platform includes: material stock plate, the edge peace of the material stock plate It is filled to the side wall of the cup body component；Wherein, the feeding-passage is arranged on the material stock plate.

In those technical solutions, material stock platform can be arranged to include a material stock plate structure, in this way can be by material stock plate Edge the installation for realizing material stock plate is installed to the side wall of cup body, meanwhile, a feed inlet can be set on material stock plate to make It is used for feeding-passage, or the one charging notch of setting on the edge of material stock plate, so that the side wall of itself and cup body surrounds a charging Channel.In addition, also a mounting hole can be arranged at the middle part of mounting plate, and a transmission shaft is set in mounting hole, just can in this way The drive connection between material toggling part and forwardtransfer signal worm is enough realized by the transmission shaft.Wherein, specifically, material stock platform can be only packet The structure of a material stock plate is included, at this point, material stock platform is material stock plate, certainly, material stock platform may also include other than including material stock plate Some other components, such as stiffening plate, open tubular column etc..

In any of the above-described technical solution, it is preferable that the material stock platform further include: the open tubular column of both ends open, setting exist In the one side of the forwardtransfer signal worm, the open tubular column is connected the material stock plate with the feeding-passage, the forwardtransfer signal worm One end extend into the open tubular column, and can cooperate with the side wall of the open tubular column, to crush food materials；Wherein, the sky The one end of stem far from the material stock plate is connect with the side wall of the cup body component or the open tubular column is far from the material stock plate One end is hanging.

In those technical solutions, when material stock platform is arranged to material stock plate, can be arranged one in the lower section of material stock plate can be with The open tubular column of feeding-passage conducting is arranged the upper end for being mounted on forwardtransfer signal worm and by the open tubular column, and such food materials are from feeding-passage After entering the lower section of material stock plate, place can be pressed further by under the action of the upper end of the side wall of open tubular column and forwardtransfer signal worm Manage or be cut processing.And by setting open tubular column, it can reduce effective internal diameter in cup body component, forwardtransfer signal worm can be made Upper end side wall engaged therewith between the channel that is formed it is smaller, it is thus possible to the extruding dynamics to food materials is increased, to improve out Juice rate.Wherein, the one end of open tubular column far from material stock plate can be connect with the side wall of cup body component, and such open tubular column can also be to depositing Flitch is further supported, and so as to improve the intensity of material stock plate, and in another technical solution, open tubular column is far from material stock One end of plate can also be vacantly arranged, i.e., do not connect with the side wall of cup body component.

In any of the above-described technical solution, it is preferable that the material stock platform further include: stiffening plate, positioned at the open tubular column Outside is connected between the edge and the open tubular column of the material stock plate；Wherein, the quantity of the stiffening plate is multiple, multiple The stiffening plate along the open tubular column be provided at circumferentially spaced or the stiffening plate along the open tubular column circumferential setting cyclization Shape.

In those technical solutions, it can be spaced between the edge and open tubular column of material stock plate and multiple stiffening plates are set, or Between the edge and open tubular column of material stock plate setting one annular stiffening plate, just can be enhanced in this way by stiffening plate material stock plate and The intensity of open tubular column, to improve the service life of material stock plate and open tubular column.

In any of the above-described technical solution, it is preferable that along the week of the cup body component on the inner sidewall of the cup body component Multiple first buckles, the material stock platform are arranged at intervals with to direction further include: mounting base is arranged in the stiffening plate, institute It states mounting base and is provided with positioning bar in the one side of the forwardtransfer signal worm, along the circumferential direction of the open tubular column on the positioning bar Direction is arranged at intervals with multiple second buckles；The material stock platform is mounted on the multiple first card by mounting base support It buckles, second buckle can be buckled in described first and buckle in the one side of the bottom of the cup body component.

In those technical solutions, mounting base can be set in stiffening plate, and be arranged on the inner sidewall of cup body component First buckle, so as to realize that cup body component installs the support of material stock platform by the cooperation of the first buckle and mounting base.Together When, positioning bar can be set on the lower surface of mounting base, and the second buckle of setting on positioning bar, thus during installation, it can By the gap of two neighboring first buckle of the second buckle alignment, so that the second buckle can slide into the lower section of the first buckle, this Afterwards, rotatable material stock platform, so that second is buckled in the lower surface of the first buckle, at this point, the first buckle can be buckled in In the groove that mounting base, positioning bar and the second buckle are formed, to realize that the buckle between material stock platform and cup body component is installed.When So, material stock platform and cup body component can also be installed together by other snaps.

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 mounting base is located at the stiffening plate far from the material stock plate One end end face on, and one end of side wall of the mounting base far from the cup body component to close to the open tubular column side It is connect to extension, and with the open tubular column far from one end of the material stock plate.

In those technical solutions, preferably stiffening plate and open tubular column are all installed to mounting base, in this way, just can make It obtains material stock plate, open tubular column, stiffening plate and mounting base and forms an entirety, so as to mutually support, it is respective strong to improve Degree.

Wherein it is preferred to which material stock plate, open tubular column, stiffening plate and mounting base are an integral structure, because being an integral structure Mechanical property it is good, and preferably, material stock plate, open tubular column, stiffening plate and mounting base integrated injection molding.

In any of the above-described technical solution, it is preferable that be arranged between the side wall and the forwardtransfer signal worm of the cup body component There is strainer；Positioning plate is arranged in the material stock platform on one end of the forwardtransfer signal worm, and the positioning plate can be with the strainer End face close to one end of the rim of a cup of the cup body component leans, to limit to the strainer.

It, can be in cup body when food processor is the food processor of one cup body and single screw rod in those technical solutions One strainer is set between component and forwardtransfer signal worm, so as to realize the juice slag of food materials after food materials are pulverized using strainer Separation.At this point, a positioning plate can be arranged on the lower end of material stock platform, so as to pass through supporting between positioning plate and strainer It leans on, to realize the positioning to strainer.Specifically, strainer can be pushed down by the lower end surface of mounting base, to realize to strainer Axially position installation, so as to improve the installation reliability of strainer.

Wherein it is preferred to which the strainer is annular filter screen.It in this way can be complete between forwardtransfer signal worm and the side wall of cup body component Kept apart entirely by strainer, to the juice slag of food may make to separate.

In any of the above-described technical solution, it is preferable that the material toggling part includes: fixing seat, is rotatably mounted on institute It states in one side of the material stock platform far from the forwardtransfer signal worm；At least one material toggling structure, one end of the material toggling structure with it is described solid Reservation connection；Wherein, the material toggling structure is rod for stiring materials, material toggling piece or material toggling rod.

In those technical solutions, fixing seat for realizing material toggling part installation, specifically, material toggling part be rotatablely installed to When forwardtransfer signal worm, a through-hole can be set in fixing seat, so that the upper end of transmission shaft can should be realized and material toggling part by through-hole Rotation connection.And material toggling structure is preferably the structures such as rod for stiring materials, material toggling piece or material toggling rod, is mainly used for cutting and/or squeeze Food materials are pressed, and after cutting and/or squeezing food materials, are pushed it into feeding-passage, to realize the automatic feed of food materials.

In any of the above-described technical solution, it is preferable that the material toggling structure is arc-shaped or the material toggling structure is elongated.

In those technical solutions, the shape of material toggling structure can it is elongated can also be arc-shaped, and material toggling structure is in length Bar shaped can make material toggling structure relatively simple, thus good processing, and arc-shaped material toggling structure and the food materials of capable of making of material toggling structure Contact area is bigger, it is thus possible to its treatment effect to food materials is increased, to improve crushing juice rate.

In any of the above-described technical solution, it is preferable that the fixing seat is arranged limited in the one side of the material stock platform It one in position protrusion and limiting groove, is provided on the material stock platform another in the retention bead and the limiting groove A, the retention bead can be entrapped in the limiting groove, and fixing seat buckle is mounted on the material stock platform.

In those technical solutions, it can be realized between material stock platform and fixing seat by the cooperation of retention bead and limiting groove Limit, can be realized the snaps into position reinforced between material stock platform and fixing seat in this way and install, improve material stock platform and fixing seat it Between bonding strength.

The embodiment of the utility model second aspect provides a kind of food preparation cup assembly, the food preparation cup assembly packet It includes: cup body component；Forwardtransfer signal worm is rotatably mounted in the cup body component；Any one of first aspect embodiment provides Auxiliary feeding apparatus, the auxiliary feeding apparatus is mounted in the cup body component, the forwardtransfer signal worm is close to the cup body One side of the rim of a cup of component.

There is the food preparation cup assembly that embodiment according to the present utility model provides first aspect any embodiment to provide Auxiliary feeding apparatus, therefore, the embodiments of the present invention provide food preparation cup assembly have any reality of first aspect Whole beneficial effects of the auxiliary feeding apparatus of example offer are provided, it is numerous to list herein.

Wherein, 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 component to forwardtransfer signal worm The other end increases, i.e. the cross-sectional area of forwardtransfer signal worm increases from top to bottom, is preferably gradually increased, and can make cup body component in this way Gap between forwardtransfer signal worm is gradually reduced from the bottom of opening to the food preparation cup of cup body component, it is thus possible to successively plus Greatly to the extruding dynamics of food materials, so as to the more squeeze the more broken by food materials, thus crushing juice rate can be improved.

In any of the above-described technical solution, it is preferable that the cup body component includes: squeezing cup, the forwardtransfer signal worm rotation Ground is mounted in the squeezing cup；Feed cup, lid is on the squeezing cup；Wherein, the auxiliary feeding apparatus is mounted on institute It states in feed cup.

In those technical solutions, cup body component includes a squeezing cup and a feed cup, wherein can be by squeezing cup come real The crushing of existing food materials and the juice slag separation of food materials, while food materials can be added into squeezing cup by feed cup.And in cup body When component includes feed cup, preferably auxiliary feeding apparatus is mounted in feed cup, so that the charging and processing of food materials Two cup bodies can be divided to carry out, so as to reduce the height of each cup body, so that the relatively good processing of product and cleaning.

In above-mentioned another technical solution, it is preferable that the cup body component includes: squeezing cup, the forwardtransfer signal worm rotation Ground is mounted in the squeezing cup；Cup lid, lid is on the rim of a cup of the squeezing cup；Wherein, the auxiliary feeding apparatus installation In the squeezing cup.

In those technical solutions, a big squeezing cup can also be directly set, a cup is then arranged on the squeezing cup Lid, in this way, the charging and processing of food materials can be realized by a big squeezing cup, on the one hand this kind setting does not need additional The structure of one similar feed cup is set on squeezing cup, and then the parts count of product can be simplified, furthermore this kind of structure, only There is a squeezing cup, therefore, only this is open for the opening of squeezing cup, thus when sealing foodstuff handles cup assembly, only need The opening of squeezing cup is sealed, and in the prior art, the opening of the junction and squeezing cup of squeezing cup and feed cup Be required to seal, therefore at least need to seal at two, thus this kind of structure compared with the prior art for can also reduce product Sealing difficulty.Meanwhile in the prior art, what the opening of the junction and squeezing cup of squeezing cup and feed cup had a leakage can Energy property, and use of the application due to eliminating feed cup, it centainly can be stringent close at the sidewall locations of entire squeezing cup Envelope, so that just opposite enhance the sealing performance of product, so that product can more effectively delay when realizing vacuum juicing Solution oxidation.And by setting cup lid, so as to open or close squeezing cup by cup lid, to can prevent material toggling part from locating Manage food materials when, food materials from the upper end of squeezing cup sputter come, and then can prevent food materials sputter come caused by waste, can also prevent Only food materials, which sputter, comes and makes the desktop or table top that prevent product dirty.

In any of the above-described technical solution, it is preferable that be provided with slag notch and juice opening on the squeezing cup.

In those technical solutions, a slag notch can be set on squeezing cup, to realize the discharge of food residues, meanwhile, One juice opening can be set on squeezing cup, to realize the discharge of food juice.Certainly, in other embodiments, can also be not provided with Juice opening, and the discharge of food juice is directly realized by the rim of a cup of squeezing cup.

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

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

In any of the above-described technical solution, it is preferable that the cup body component further include: slag device is sealingly connected to institute Slag notch is stated, forms the sealing of a conducting for collecting food residues, between the squeezing cup, the cup lid and the slag device Chamber；Wherein, the squeezing cup can be used in storing food juice.

In those technical solutions, one slag device of installation can be sealed at slag notch, in this way in entire food preparation In the process, slag can be realized using slag device, and can seal slag notch by slag device, thus in entire food It does not need to open wide slag notch in treatment process, slag notch can be made to seal always in product tapping process.And the prior art In, due to being all that slag part is additionally arranged outside product, during the juicing of entire product, slag notch is always open, Thus hollow outside product can be entered in squeezing cup always by slag notch, and then food juice is caused to aoxidize.And the application, By be arranged with slag notch sealing installation slag device, thus product work when, slag device can to slag notch into Row sealing, and can be realized the collection of food residues, i.e., the application can keep slag notch close always in the course of work of product Envelope, so that extraneous air is cannot be introduced into the course of work of product in food preparation cup assembly, and then can be in vacuum The squeezing processing of food materials is realized under state, and realizes the collection to food juice under vacuum conditions, thus can be significantly slowed The oxidation of food juice, it is ensured that the mouthfeel of the food after squeezing.

In any of the above-described technical solution, it is preferable that it is provided with first seal between the cup lid and the squeezing cup, The first seal is for being tightly connected the cup lid and the squeezing cup.

In those technical solutions, a first seal can be set between cup lid and squeezing cup, to realize cup lid and squeezing Sealing between juice cup, that is, enable squeezing cup self-sealing.

In any of the above-described technical solution, it is preferable that sealing cover is equipped with a juice flowing cover, the juice flowing cover at the juice opening It is used to open or is closed the juice opening, is additionally provided with second seal between the juice opening and the juice flowing cover, described Two sealing elements are for being tightly connected the juice flowing cover and juice opening.

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

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

In any of the above-described technical solution, it is preferable that be provided with valve at the juice opening, the valve is for controlling institute State the opening or closing of juice opening.

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

In any of the above-described technical solution, it is preferable that the slag device includes: residue receiving cup, the rim of a cup of the residue receiving cup End can be releasably mounted at the slag notch, and the slag notch is connected with the rim of a cup of the residue receiving cup；Third sealing element, if It sets in the junction of the squeezing cup and the residue receiving cup, for being tightly connected the squeezing cup and the residue receiving cup.

In those technical solutions, preferably by slag device be arranged to include residue receiving cup and third sealing element structure, It can be tightly connected and be connected with slag notch by the rim of a cup of residue receiving cup in this way, to carry out slag processing.And residue receiving cup and juicing Cup can be connected releasably, convenient for disassembling residue receiving cup from squeezing cup, carry out down the processing such as slag or cleaning.Certainly, One slag inlet can be set on the side wall of residue receiving cup, and one slag lid of sealing installation on the rim of a cup of residue receiving cup.But pass through Connection is directly connected in the rim of a cup of residue receiving cup with slag notch, can not have to setting slag lid, and does not have to the slag input in additionally setting slag input Mouthful, it is thus possible to keep the structure of slag device simpler.

Wherein it is preferred to slag notch is opening down, residue receiving cup is installed vertical and opening uply to slag notch, in this way Food residues are enable more to smoothly flow therein in residue receiving cup using the gravity of food residues, certainly, slag notch and residue receiving cup can also It is tilted a certain angle setting.

Certainly, slag notch can also be horizontally disposed with, at this point, a slag inlet can be arranged on the side wall of residue receiving cup, and connect One slag lid of sealing installation on the rim of a cup of slag cup, so as to slag inlet is connected with slag notch, it certainly, can also be by residue receiving cup Upper-end bent setting, so that its rim of a cup can be connected with horizontally disposed slag notch.

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

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

In those technical solutions, can in squeezing cup, cup lid and slag device it is any one or more it is upper setting with The relief hole be connected in food preparation cup assembly, and realize by pressure relief plug the opening or sealing of relief hole.This kind setting, Pressure relief plug can be closed before product starting, to seal relief hole, just can be made so complete in interior squeezing cup, cup lid and slag device It is hermetically sealed, it be vacuumized to just can be carried out by vacuum elements, and then can be substantially in vacuum or in the state of close to vacuum It realizes the processing to food materials, thus can prevent food materials from aoxidizing.And in food materials after treatment, pressure release can be opened by pressure relief plug Hole, so that interiors of products and extraneous conducting, and then can gradually uninstall the negative pressure in squeezing cup, cup lid and slag device, Pressure release just can be quickly and easily realized in this way.Certainly, in other embodiments, pressure release can also be carried out otherwise, than Air is inwardly such as conveyed by vacuum elements, to realize pressure release.

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

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

In any of the above-described technical solution, it is preferable that food preparation cup assembly further include: strainer is arranged in the juicing In cup, between the squeezing cup and the forwardtransfer signal worm；The material stock platform is arranged on one end of the forwardtransfer signal worm Positioning plate, the positioning plate can lean with the strainer close to the end face of one end of the rim of a cup of the squeezing cup, to institute Strainer is stated to be limited.

In those technical solutions, when food processor is the food processor of single squeezing cup and single screw rod, it can squeeze One strainer is set between juice cup and forwardtransfer signal worm, so as to realize the juice slag of food materials after food materials are pulverized using strainer Separation.At this point, a positioning plate can be arranged on the lower end of material stock platform, so as to pass through supporting between positioning plate and strainer It leans on, to realize the positioning to strainer.Specifically, strainer can be pushed down by the lower end surface of mounting base, to realize to strainer Axially position installation, so as to improve the installation reliability of strainer.

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；The base assembly 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.

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

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

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

Wherein it is preferred to 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 it is preferred to be in 90 ° of angle between the axis of extruding screw and the axis of pulverizing screw.

The embodiment of the utility model third aspect provides a kind of food processor, which includes: pedestal Component is provided with driving device in the base assembly；The food preparation cup assembly provided with any one of first aspect embodiment, The food preparation cup assembly can be mounted on the base assembly, the driving device and the food preparation cup assembly Forwardtransfer signal worm connection, for driving the forwardtransfer signal worm to rotate.

The food processor that embodiment according to the present utility model provides, the food provided with first aspect any embodiment Object handles cup assembly, and therefore, there is the food processor that the embodiments of the present invention provide first aspect any embodiment to mention Whole beneficial effects of the food preparation cup assembly of confession, it is numerous to list herein.

In any of the above-described technical solution, it is preferable that food processor further include: vacuum elements, it can be with the food Connection in cup assembly is handled, for extracting the air in the food preparation cup assembly out.

It, can be before squeezing food materials, by vacuum elements to whole by setting vacuum elements in those technical solutions A food preparation cup assembly is evacuated, so as to which the air extraction in food preparation cup assembly is specifically being squeezed in this way When food materials, the squeezing of food materials just can be carried out in the environment of substantial vacuum, to can be relieved the food oxidation after processing, prevented The only nutrition loss of food, it is ensured that the color and mouthfeel of food juice.

In any of the above-described technical solution, it is preferable that the base assembly includes: driving device, with the food preparation The forwardtransfer signal worm of cup assembly connects, for driving the forwardtransfer signal worm to rotate；Control device, with the driving device and the pumping Pneumatic module connection, the work for being evacuated or controlling the driving device for controlling the vacuum elements, and/or it is described for controlling 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 component, first processed food materials are easily remained Air 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 include: reservations component is arranged in the pedestal On component and/or the food preparation cup assembly, it is connect with the control device, for making the control device in the pre- of setting If controlling the driving device after the time or vacuum elements being started to work.

In those technical solutions, a reservations component can be set on base assembly and/or food preparation cup assembly, from And the reservation function of product can be realized by reservations component, and then the waiting time of user can be reduced, specifically, for example, reservation Component may include acquisition device, and for acquiring the reservation parameter of user, time set is used to carry out timing according to reservation parameter, And after the completion of timing, control device is started to work.

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

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 correspond to connecing for the food preparation cup assembly on the base assembly Slag device is provided with supporting table, and the supporting table is used to support the slag device.

In those technical solutions, when food preparation cup assembly includes slag device, can on pedestal slag device A supporting table is arranged in lower section, so as to realize the support to slag device using the supporting table, just can prevent slag in this way Device is fallen because not carrying the weight of food residues.

Certainly, in other technical solutions, the lower end of slag device is also and then directly concordant with the bottom of pedestal, so just Directly slag device can be placed on the table top or desktop of pedestal for placed.

In any of the above-described technical solution, it is preferable that correspond to the food preparation cup group on the side of the base assembly The slag device of part is provided with evacuation notch, and the slag device is embedded in the evacuation notch.

, can be by the side of base assembly in those technical solutions, for example the shell of pedestal is recessed inwardly, to form one Pedestal just can be embedded in be installed in evacuation notch in this way, just can make slag device and pedestal shape in this way by a evacuation notch Integrally, slag device is thus prevented to be arranged in outside cup body component and pedestal loftyly.Meanwhile this kind setting can also be reasonable Using the space of pedestal, to realize the receiving of slag device, it is thus possible to enough improve the space utilization rate of product, product is reduced Overall volume.

It is further preferred that also one support plate can be set in the lower end of evacuation notch, to be supported on the bottom of slag device, Just it can prevent the bottom of slag device from vacantly installing in this way.

In any of the above-described technical solution, it is preferable that the aspiration pump is arranged in the base assembly and/or the food On processing cup assembly or the relatively described base assembly of the aspiration pump and/or the food preparation cup assembly are independently arranged.

In those technical solutions, aspiration pump may be provided at any position, It manages on cup assembly, certainly, aspiration pump can also be independently arranged with respect to base assembly and food preparation cup assembly, i.e., aspiration pump can also be outer Set on base assembly and food preparation cup assembly.

Wherein it is preferred to which the aspiration pump is arranged in the base assembly.Aspiration pump can be hidden and be mounted in this way In base assembly, so as to keep the internal structure of product more rationally compact.

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

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

In any of the above-described technical solution, it is preferable that the 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 Vacuum effectiveness when handling food materials, in cup body component.

Wherein it is preferred to which base assembly further includes that pedestal, shell, mounting bracket, the shell are mounted on the pedestal On, the mounting bracket is arranged in the shell for installing control device, such as circuit board.

Wherein it is preferred to which driving device is preferably motor, motor is mounted on the base, and is provided between motor and pedestal Dynamoelectric machine grommet.

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

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

Detailed description of the invention

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

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

Fig. 2 is the structural schematic diagram for the auxiliary feeding apparatus that embodiment according to the present utility model provides；

Fig. 3 is the decomposition texture schematic diagram for the auxiliary feeding apparatus that embodiment according to the present utility model provides；

Fig. 4 is another structural schematic diagram for the auxiliary feeding apparatus that embodiment according to the present utility model provides；

Fig. 5 is the another structural schematic diagram for the auxiliary feeding apparatus that embodiment according to the present utility model provides；

Fig. 6 is the another structural schematic diagram for the auxiliary feeding apparatus that embodiment according to the present utility model provides；

Fig. 7 is the 5th structural schematic diagram of the auxiliary feeding apparatus that embodiment according to the present utility model provides；

Fig. 8 is the 6th structural schematic diagram of the auxiliary feeding apparatus that embodiment according to the present utility model provides；

Fig. 9 is the structural schematic diagram of the material stock platform for the auxiliary feeding apparatus that embodiment according to the present utility model provides；

Figure 10 is another structural representation of the material stock platform for the auxiliary feeding apparatus that embodiment according to the present utility model provides Figure；

Figure 11 is the structural representation of another material toggling part for the auxiliary feeding apparatus that embodiment according to the present utility model provides Figure；

Figure 12 is the structural representation of the another material toggling part for the auxiliary feeding apparatus that embodiment according to the present utility model provides Figure；

Figure 13 is another structural schematic diagram for the food preparation cup assembly that embodiment according to the present utility model provides；

Figure 14 is the decomposition texture of the part-structure for the food preparation cup assembly that embodiment according to the present utility model provides Schematic diagram；

Figure 15 is the structural representation of the slag device for the food preparation cup assembly that embodiment according to the present utility model provides Figure；

Figure 16 is the decomposition of another part structure for the food preparation cup assembly that embodiment according to the present utility model provides Structural schematic diagram；

Figure 17 is the structural schematic diagram for the food processor that embodiment according to the present utility model provides；

Figure 18 is another structural schematic diagram for the food processor that embodiment according to the present utility model provides；

Figure 19 is the structural schematic diagram of the base assembly for the food processor that embodiment according to the present utility model provides；

Figure 20 is another structural representation of the base assembly for the food processor that embodiment according to the present utility model provides Figure；

Figure 21 is another structural representation of the base assembly for the food processor that embodiment according to the present utility model provides Figure；

Figure 22 is the decomposition texture signal of the base assembly for the food processor that embodiment according to the present utility model provides Figure.

Wherein, corresponding relationship of the Fig. 1 into Figure 22 between appended drawing reference and component names are as follows:

100 food preparation cup assemblies, 1 squeezing cup, 102 mounting bases, 104 sealing rings, 12 slag notches, 13 damping silica gel, 14 Juice opening, 16 juice flowing covers, 18 second seals, 19 first buckles, 2 forwardtransfer signal worms, 22 positioning protrusion, 3 auxiliary feeding apparatus, 30 Feeding-passage, 302 guide faces, 32 material stock platforms, 322 material stock plates, 3222 mounting holes, 3224 retention beads, 324 open tubular columns, 326 add Strong plate, 328 mounting bases, 3282 positioning bars, 3,284 second buckles, 34 material toggling parts, 342 through-holes, 344 fixing seats, 346 material toggling knots Structure, 348 limiting grooves, 36 transmission shafts, 362 driving protrusions, 364 positioning grooves, 38 cappings, 39 wearing pieces, 4 cup lids, 5 slags dress It sets, 52 residue receiving cups, 54 third sealing elements, 6 first seals, 72 relief holes, 74 pressure relief plugs, 8 strainers, 200 base assemblies, 202 Driving device, 204 control devices, 206 shells, 208 pedestals, 210 supporting tables, 212 evacuation notches, 214 dynamoelectric machine grommets, 216 peaces Fill bracket, 300 vacuum elements, 310 aspiration pumps, 320 bleed-off passages.

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.

Auxiliary feeding apparatus 3, the food that embodiment according to the present utility model provides are described referring to Fig. 1 to Figure 22 Handle cup assembly and food processor.

As shown in Fig. 1 to Figure 22, the utility model first aspect embodiment provides a kind of auxiliary feeding apparatus 3, is used for Food processor as shown in Figure 17 and Figure 18, as shown in FIG. 17 to 22, food processor include base assembly 200 and food Cup assembly is handled, food preparation cup assembly includes cup body component, as shown in Figure 1, forwardtransfer signal worm 2 is provided in cup body component, it is auxiliary Helping feeding device 3 includes: material stock platform 32 and material toggling part 34, and material stock platform 32 is mounted in cup body component, and it is close to be located at forwardtransfer signal worm 2 One side of rim of a cup of cup body component is provided with feeding-passage 30 on material stock platform 32；Material toggling part 34 is rotatably mounted on material stock platform 32 sides far from forwardtransfer signal worm 2, the angle that material toggling part 34 can rotate are more than or equal to 30 °；Wherein, material stock platform 32 is for storing The food materials in cup body component are put into from the rim of a cup of cup body component, material toggling part 34 is for cutting and/or squeezing on material stock platform 32 Food materials, and for the food materials stored on material stock platform 32 to be pushed in feeding-passage 30.

The auxiliary feeding apparatus 3 that embodiment according to the present utility model provides, for food as shown in Figure 17 and Figure 18 Processor, auxiliary feeding apparatus 3 include the material stock platform 32 being mounted in cup body component, above forwardtransfer signal worm 2 and can It is rotatably mounted at the material toggling part 34 of 34 top of material toggling part, and is additionally provided with feeding-passage 30 on material stock platform 32, therefore, in reality In use, directly food materials can be put on the material stock platform 32 in cup body component by the rim of a cup of cup body component, to realize food materials Storage, and material toggling part 34 is rotatably mounted in cup body component, the top of material stock platform 32, and is also set up on material stock platform 32 There is feeding-passage 30, so that the rotation by material toggling part 34 just can push the food materials being stored on material stock platform 32 to be rotated, And food materials just can pass through the side of mutual friction and Extrusion or food materials and cup body component 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 34 between wall and realize food materials preliminary cutting and/ Or extrusion process, and tentatively cut and/or extrusion process after lesser food materials just can under the action of material toggling part 34, from into Material channel 30 drops into the lower section of material stock platform 32, and more larger food materials can be then stuck at feeding-passage 30, at this point, material toggling Part 34 can't stop operating, i.e., material toggling part 34 will continue to rotate, so that material toggling part 34 just can be with the side wall of feeding-passage 30 Between a pincer attack power is formed to food materials, and then the food materials that are stuck at feeding-passage 30 can be applied with one and squeeze or cut Power, and then just can squeeze food materials or cut into smaller fragment just can be according in this way by the continuous rotation of material toggling part 34 It is secondary that food materials are squeezed or after cutting into a certain size fragment, so that it is passed sequentially through feeding-passage 30 and enter under cup body component Half portion, i.e., cup body component is provided in the region of forwardtransfer signal worm 2, and the food materials for entering the lower half of cup body component then can be in work Make to be squeezed crushing under screw rod 2 and the double action on the side wall of cup body component or cutting is broken, hereafter can pass through strainer 8 or double cups The mode of body component twin-screw realizes the juice slag separation of food materials.This kind of auxiliary feeding apparatus 3, in actually juicing, user can one All food materials are put into cup body component by secondary property by the rim of a cup of cup body component, and are stored in it on material stock platform 32, Hereafter food materials can be realized under the action of material toggling part 34 and gradually be fed automatically, thus actually juicing when do not need user by Step feeds intake, it is thus possible to which realization disposably feeds intake, and then in the actual process, food materials first can all be put into cup body component It is interior, product is then controlled by reservations component etc. again and is not worked temporarily first, but can just start to work after fixed time period, this The reservation processing in advance of food materials can be realized in sample, so that the waiting time of user can be reduced, promotes user experience, i.e. this kind is tied Structure realizes that reservation juicing provides possibility for product, 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 34 after disposably feeding intake, thus It does not need to realize manual pusher using stick pusher etc., so that the operating quantity of user can be reduced, so that the juicing function of product Can be more convenient simple, thus user experience can be improved, and the structures such as stick pusher can be saved, it is deposited to avoid stick pusher is used A series of problems, such as stick pusher placement problem and using stick pusher security hidden trouble.In addition, this kind setting by In can food materials by feeding-passage 30 drop into below cup body component the region for being provided with forwardtransfer signal worm 2 when, pass through material toggling Part 34 carries out cutting or extrusion process to food materials in advance so that enter the particles of the food materials of the lower section of cup body component all compared with It is small, it is thus possible to the difficulty of forwardtransfer signal worm 2 is reduced, to reduce the abrasion of forwardtransfer signal worm 2, improves the processing effect of food materials, To improve crushing juice rate.In addition, this kind setting can also effectively prevent forwardtransfer signal worm 2 to be stuck, the feelings such as the blocking of slag notch 12 are prevented The generation of condition.

Wherein it is preferred to as shown in Figures 1 to 4, at least one guide face 302, guide face are provided on feeding-passage 30 302 are parallel to the axis of forwardtransfer signal worm 2 or guide face 302 from a side of the rim of a cup close to cup body component to separate cup body component Rim of a cup a tilted setting of direction cup body component, this kind is arranged can guide the chargings of food materials by guide face 302, from Russia So that the charging of food materials is more smooth, and on the one hand guide face 302 can be arranged with the axis of forwardtransfer signal worm 2 in parallel, i.e. guide face 302 are vertically arranged from top to bottom, and another aspect guide face 302 can also be from a side of the rim of a cup close to cup body component to separate cup body The one tilted setting of direction cup body component of the rim of a cup of component, i.e. guide face 302 slope inwardly setting from top to bottom, i.e., from up to A lower side to close to screw rod is obliquely installed, and can be imported into this way from the food materials that feeding-passage 30 enters by guide face 302 At forwardtransfer signal worm 2.Wherein, guide face 302 both can be a complete side wall surface of feeding-passage 30, can also be feeding-passage A part of 30 side wall surface, for example, guide face 302 is preferably arranged on the outer side surface of feeding-passage 30, and preferably, Guide face 302 is the entire outer side surface of feeding-passage 30, and certainly, guide face 302 can also be the lateral wall of feeding-passage 30 The top half in face or a part of lower half portion or centre.Certainly, guide face 302 may also be arranged on feeding-passage 30 Interior sidewall surface on, at this point, guide face 302 be preferably feeding-passage 30 entire interior sidewall surface, certainly, guide face 302 can also The only top half of the interior sidewall surface of feeding-passage 30 or a part of lower half portion or centre.

Wherein, the angle that material toggling part 34 can rotate is more than or equal to 30 °, so that material toggling part 34 has a relatively reasonable turn Dynamic angle, so as to sufficiently be crushed and be pushed in feeding-passage 30 by the food materials on material stock platform 32, to improve charging Smoothness, and then 34 rotational angle of material toggling part can be prevented too small, and cause to feed unsmooth situation and occur.

Wherein, forwardtransfer signal worm 2 includes screw body, and at least two spiral bars are provided in screw body, this kind setting can pass through Spiral bar forms the channel of guidance food materials in screw body, to realize the conveying to food materials, while can be fixed by spiral bar Food materials, so that screw body can cooperate with the side wall of the cup bodies such as squeezing cup to carry out extruding machining to food materials.And preferably, Deflector chute is formed between two neighboring spiral bar, width of the deflector chute on the axial direction of forwardtransfer signal worm 2 is more than or equal to 2mm, This kind setting can form the deflector chute of guidance food materials flowing by spiral bar in screw body, to realize the conveying to food materials.And Unsuitable too small, the preferably greater than or equal to 2mm of the width of the width of deflector chute, i.e. deflector chute on the axial direction of forwardtransfer signal worm 2, because For, so that deflector chute is capable of forming certain width, so that food materials being capable of smooth outflow.

Wherein, feeding-passage 30 is parallel with the axis of cup body component, and feeding-passage 30 is erected in cup body component Straight setting, such food materials not will receive the obstruction of the side wall of feeding-passage 30 then when falling, it is thus possible to keep charging more suitable Freely, certainly, also tiltable certain angle is arranged feeding-passage 30.

Wherein it is preferred to as shown in Figure 1, material stock platform 32 can be buckled releasably is mounted in cup body component, so that Auxiliary feeding apparatus 3 can be disassembled optionally out of cup body component, thus i.e. convenient for the cleaning of auxiliary feeding apparatus 3, again Convenient for the maintenance of auxiliary feeding apparatus 3.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, feeding-passage 30 be arranged on material stock platform 32 into Material mouth or feeding-passage 30 are surrounded by the side wall of the charging notch and cup body component that are arranged on material stock platform 32.

In those embodiments, a feed inlet can be set on material stock platform 32, so as to carry out by the feed inlet Certainly a charging notch can also be arranged, on the edge of material stock platform 32 to pass through the cup of the charging notch and cup body component in charging The side wall of body 6 surrounds a feeding-passage 30.Specifically, the type of feeding-passage 30 can choose at random according to the actual situation.

Wherein, in feeding-passage 30 by the side wall of the charging notch and the cup body 6 of cup body component that are arranged on material stock platform 32 When surrounding, guide face 302 is that may be provided in the side wall surface of charging notch, may also be arranged on the cup for surrounding feeding-passage 30 In the side wall surface of body 6, and preferably, the side wall surface of the cup body 6 for surrounding feeding-passage 30 is set.

In any of the above-described embodiment, it is preferable that as shown in Fig. 1, Figure 17 and Figure 18, material toggling part 34 can be with forwardtransfer signal worm 2 are drivingly connected, for rotating under the action of forwardtransfer signal worm 2.

In those embodiments, material toggling part 34 can be drivingly connected to forwardtransfer signal worm 2, so as to by forwardtransfer signal worm 2 come It realizes the driving of material toggling part 34, when such forwardtransfer signal worm 2 rotates, material toggling part 34 can be driven to rotate, so that material toggling can be passed through Part 34, which is realized, handles extruding and/or cutting and push of food materials etc..Additional setting driving material toggling part 34 is not just had in this way Mechanism, it is thus possible to which the structure for simplifying product reduces the cost of product.Certainly, material toggling part 34 can not also connect with forwardtransfer signal worm 2 It connects, at this point, an actuator can be arranged additionally to realize the driving of material toggling part 34.

In any of the above-described embodiment, it is preferable that as shown in Fig. 2 to Fig. 8, mounting hole 3222 is provided on material stock platform 32, Auxiliary feeding apparatus 3 further include: transmission shaft 36, one end of transmission shaft 36 and material toggling part 34 are drivingly connected, transmission shaft 36 it is another End is inserted through mounting hole 3222, is drivingly connected with forwardtransfer signal worm 2.

In those embodiments, one rotatably material togglings part such as plectrum, driving lever can be set in the top of material stock platform 32 34, and the middle part of material stock platform 32 be arranged a mounting hole 3222, then can by a transmission shaft 36 realize material toggling part 34 with The upper end of transmission shaft 36 can specifically be connect by the drive connection between forwardtransfer signal worm 2 with material toggling part 34, and by transmission shaft 36 Lower end pass through and mounting hole 3222 and be connected to forwardtransfer signal worm 2, can quickly and easily realize material toggling part 34 and work spiral shell in this way Drive connection between bar 2.

In any of the above-described embodiment, it is preferable that as shown in Fig. 2 to Fig. 8, through-hole 342 is provided on material toggling part 34, is driven Axis 36 is sequentially inserted into far from one end of forwardtransfer signal worm 2 and passes through mounting hole 3222, through-hole 342；Wherein, auxiliary feeding apparatus 3 is gone back Including capping 38, capping 38 is mounted on transmission shaft 36 and stretches out on one end of through-hole 342.

In those embodiments, material toggling part 34 can be arranged by through-hole 342 and be mounted on the stretching mounting hole of transmission shaft 36 On 3222 one end, and material toggling part 34 is passed through, the installation that can be improved between material toggling part 34 and transmission shaft 36 in this way is reliable Property.And by setting capping 38, the upper end of transmission shaft 36 can be limited in the upside of material toggling part 34, thus prevent transmission shaft 36 It is slid from through-hole 342, and then the connection reliability between material toggling part 34 and transmission shaft 36 can be further increased.

In any of the above-described embodiment, it is preferable that as shown in figure 5, being provided at least one driving protrusion on transmission shaft 36 362, driving protrusion 362 can cooperate with forwardtransfer signal worm 2, with being rotated by forwardtransfer signal worm 2.

In those embodiments, one or more driving protrusions 362 can be set on the lower end surface of transmission shaft 36, so as to By the lateral engagement of driving protrusion 362 and the upper end of forwardtransfer signal worm 2, to realize drive of the transmission shaft 36 between forwardtransfer signal worm 2 Dynamic connection, certainly, transmission shaft 36 can also realize its drive connection between forwardtransfer signal worm 2 by other structures.

Wherein it is preferred to as shown in figure 5, driving protrusion 362 quantity be it is multiple, can increase in this way transmission shaft 36 with The reliability of drive connection between forwardtransfer signal worm 2.It is further preferred that the quantity of driving protrusion 362 is two.

In any of the above-described embodiment, it is preferable that material toggling part 34 and transmission shaft 36 be split type structure or material toggling part 34 with Transmission shaft 36 is an integral structure.

In those embodiments, material toggling part 34 and transmission shaft 36 can be split type structure, for example be two parts, in this way Convenient for individually each of material toggling part 34 and transmission shaft 36 part are independently serviced and are replaced.Certainly, in other implementations In example, material toggling part 34 can also be an integral structure with transmission shaft 36, can improve the company of material toggling part 34 Yu transmission shaft 36 in this way Intensity is connect, so that material toggling part 34 is hardly damaged with transmission shaft 36, and can be realized seamless between material toggling part 34 and transmission shaft 36 Connection, so as to prevent from being formed gap between material toggling part 34 and transmission shaft 36, and then convenient for cleaning.

In any of the above-described embodiment, it is preferable that as shown in Figures 3 to 5, positioning groove 364 is provided on transmission shaft 36 With one in positioning protrusion 22, another in positioning groove 364 and positioning protrusion 22 is provided on forwardtransfer signal worm 2, positioning Protrusion 22 is inserted into positioning groove 364, to position to forwardtransfer signal worm 2；Wherein, auxiliary feeding apparatus 3 further includes Wearing piece 39, wearing piece 39 are arranged between positioning groove 364 and positioning protrusion 22.

In those embodiments, a positioning protrusion 22 or positioning groove 364 can be set on the upper surface of forwardtransfer signal worm 2 Or location hole, and positioning protrusion 22 or positioning groove 364 or location hole are correspondingly arranged on the lower end of transmission shaft 36, so just The positioning to forwardtransfer signal worm 2 can be realized by the cooperation of positioning protrusion 22 and location hole or positioning protrusion 22 and locating shaft, into And the stability after forwardtransfer signal worm 2 is installed can be improved, reduce the shaking of forwardtransfer signal worm 2.And by being arranged in positioning groove 364 Wearing piece 39 can reduce the abrasion between positioning protrusion 22 and positioning groove 364.

In any of the above-described embodiment, it is preferable that as shown in Fig. 2 to Fig. 8, material stock platform 32 includes: material stock plate 322, material stock It installs to the side wall of cup body component at the edge of plate 322；Wherein, feeding-passage 30 is arranged on material stock plate 322.

In those embodiments, material stock platform 32 can be arranged to include a material stock plate 322 structure, in this way can be by material stock The installation for realizing material stock plate 322 is installed to the side wall of cup body at the edge of plate 322, meanwhile, one can be arranged on material stock plate 322 Feed inlet as feeding-passage 30 to use, or the one charging notch of setting on the edge of material stock plate 322, so that itself and cup body Side wall surrounds a feeding-passage 30.In addition, also a mounting hole 3222 can be arranged at the middle part of mounting plate, and in mounting hole 3222 One transmission shaft 36 of interior setting just can realize that the driving between material toggling part 34 and forwardtransfer signal worm 2 connects by the transmission shaft 36 in this way It connects.Wherein, specifically, material stock platform 32 can be the structure for only including a material stock plate 322, at this point, material stock platform 32 is material stock plate 322, certainly, material stock platform 32 may also include some other components, such as stiffening plate 326, sky other than including material stock plate 322 Stem 324 etc..

In any of the above-described embodiment, it is preferable that as shown in Fig. 2 to Fig. 8, material stock platform 32 further include: the sky of both ends open Material stock plate 322 is arranged in the one side of forwardtransfer signal worm 2 in stem 324, and open tubular column 324 and feeding-passage 30 are connected, and work spiral shell One end of bar 2 is extend into open tubular column 324, and can be cooperated with the side wall of open tubular column 324, to crush food materials；Wherein, open tubular column 324 one end far from material stock plate 322 is connect with the side wall of cup body component or the one end of open tubular column 324 far from material stock plate 322 is outstanding It is empty.

In those embodiments, when material stock platform 32 is arranged to material stock plate 322, one can be arranged in the lower section of material stock plate 322 A open tubular column 324 that can be connected with feeding-passage 30, and by the open tubular column 324, it is arranged the upper end for being mounted on forwardtransfer signal worm 2, this Sample food materials, can be in the side wall and forwardtransfer signal worm 2 of open tubular column 324 behind the lower section that feeding-passage 30 enters material stock plate 322 It is pressed further by processing under the action of upper end or is cut processing.And by setting open tubular column 324, it can reduce cup body component Interior effective internal diameter can make the channel formed between the side wall engaged therewith of the upper end of forwardtransfer signal worm 2 smaller, it is thus possible to The extruding dynamics to food materials is increased, to improve crushing juice rate.Wherein, the one end of open tubular column 324 far from material stock plate 322 can be with cup body The side wall of component connects, and such open tubular column 324 can also further support material stock plate 322, so as to improve material stock The intensity of plate 322, and in another embodiment, the one end of open tubular column 324 far from material stock plate 322 can also be vacantly arranged, i.e., not with The side wall of cup body component connects.

In any of the above-described embodiment, it is preferable that as shown in Fig. 2 to Fig. 8, material stock platform 32 further include: stiffening plate 326, position In the outside of open tubular column 324, it is connected between the edge of material stock plate 322 and open tubular column 324；Wherein, the quantity of stiffening plate 326 is It is multiple, multiple stiffening plates 326 along open tubular column 324 be provided at circumferentially spaced or stiffening plate 326 along open tubular column 324 circumferential direction setting It circularizes.

In those embodiments, the multiple stiffening plates of setting can be spaced between the edge and open tubular column 324 of material stock plate 322 326, or the annular stiffening plate 326 of setting one between the edge and open tubular column 324 of material stock plate 322, it so just can be by adding Strong plate 326 enhances the intensity of material stock plate 322 and open tubular column 324, to improve the service life of material stock plate 322 and open tubular column 324.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, along the week of cup body component on the inner sidewall of cup body component Multiple first buckles 19, as shown in Fig. 2 to Fig. 8, material stock platform 32 are arranged at intervals with to direction further include: mounting base 328, setting In stiffening plate 326, mounting base 328 is provided with positioning bar 3282, edge on positioning bar 3282 in the one side of forwardtransfer signal worm 2 The circumferential direction of open tubular column 324 is arranged at intervals with multiple second buckles 3284；Material stock platform 32 passes through the support installation of mounting base 328 On multiple first buckles 19, the second buckle 3284 can be buckled in the first buckle 19 close to the one side of the bottom of cup body component On.

In those embodiments, mounting base 328 can be set in stiffening plate 326, and on the inner sidewall of cup body component The first buckle 19 of setting, so as to realize cup body component to material stock platform 32 by the cooperation of the first buckle 19 and mounting base 328 Support installation.Meanwhile positioning bar 3282 can be set on the lower surface of mounting base 328, and be arranged on positioning bar 3282 Second buckle 3284, so that during installation, 3284 alignment two neighboring first of the second buckle can be buckled to 19 gap, so that the Two buckles 3284 can slide into the lower section of the first buckle 19, hereafter, rotatable material stock platform 32, so that 3284 buckle of the second buckle In the lower surface of the first buckle 19, at this point, the first buckle 19 can be buckled in mounting base 328, positioning bar 3282 and second In the groove that buckle 3284 is formed, to realize that the buckle between material stock platform 32 and cup body component is installed.Certainly, material stock platform 32 and cup Body component can also be installed together by other snaps.

Wherein it is preferred to which mounting base 328 is in a ring, in a ring, multiple second buckles 3284 are along positioning for positioning bar 3282 The circumferential direction of muscle 3282 is spaced apart from each other setting.Certainly, mounting base 328 and positioning bar 3282 can not also be arranged in a ring.

In any of the above-described embodiment, it is preferable that as shown in Fig. 2 to Fig. 8, it is separate that mounting base 328 is located at stiffening plate 326 On the end face of one end of material stock plate 322, and one end of side wall of the mounting base 328 far from cup body component is to close to open tubular column 324 Direction extend, and connect with open tubular column 324 far from one end of material stock plate 322.

In those embodiments, preferably stiffening plate 326 and open tubular column 324 are all installed to mounting base 328, in this way, Just material stock plate 322, open tubular column 324, stiffening plate 326 and mounting base 328 is enabled to form an entirety, so as to mutually Support, to improve respective intensity.

Wherein it is preferred to as shown in Fig. 2 to Fig. 8, material stock plate 322, open tubular column 324, stiffening plate 326 and mounting base 328 It is an integral structure, because the mechanical property being an integral structure is good, and preferably, material stock plate 322, open tubular column 324, stiffening plate 326 and 328 integrated injection molding of mounting base.

In any of the above-described embodiment, it is preferable that as shown in Fig. 1, Figure 14, Figure 17 and Figure 18, the side wall of cup body component with Strainer 8 is provided between forwardtransfer signal worm 2；Material stock platform 32 is arranged positioning plate on one end of forwardtransfer signal worm 2, and positioning plate can be with Strainer 8 leans close to the end face of one end of the rim of a cup of cup body component, to limit to strainer 8.

It, can be in cup body group when food processor is the food processor of one cup body and single screw rod in those embodiments One strainer 8 is set between part and forwardtransfer signal worm 2, so as to realize the juice slag of food materials after food materials are pulverized using strainer 8 Separation.At this point, a positioning plate can be arranged on the lower end of material stock platform 32, so as to by between positioning plate and strainer 8 Against to realize the positioning to strainer 8.Specifically, strainer 8 can be pushed down, by the lower end surface of mounting base 328 with realization pair The axially position of strainer 8 is installed, so as to improve the installation reliability of strainer 8.

Wherein it is preferred to which as shown in figure 14, strainer 8 is annular filter screen.The side wall of forwardtransfer signal worm 2 and cup body component in this way Between can be kept apart completely by strainer 8, thus i.e. may make the juice slag of food to separate.

In any of the above-described embodiment, it is preferable that as shown in Fig. 2, Fig. 3, Figure 11 and Figure 12, material toggling part 34 includes: fixation Seat 344, is rotatably mounted in one side of the material stock platform 32 far from forwardtransfer signal worm 2；At least one material toggling structure 346, material toggling One end of structure 346 is connect with fixing seat 344；Wherein, material toggling structure 346 is rod for stiring materials, material toggling piece or material toggling rod.

In those embodiments, fixing seat 344 is specifically rotated in material toggling part 34 for realizing the installation of material toggling part 34 When installation to forwardtransfer signal worm 2, a through-hole 342 can be set in fixing seat 344, led to so that the upper end of transmission shaft 36 can should pass through Realize the rotation connection with material toggling part 34 in hole 342.And material toggling structure 346 is preferably the structures such as rod for stiring materials, material toggling piece or material toggling rod, It is mainly used for cutting and/or squeezing food materials, and after cutting and/or squeezing food materials, pushes it into feeding-passage 30, with reality The automatic feed of existing food materials.

In any of the above-described embodiment, it is preferable that as is illustrated by figs. 11 and 12, material toggling structure 346 it is arc-shaped or as Fig. 2 extremely Shown in Fig. 8, material toggling structure 346 is elongated.

In those embodiments, the shape of material toggling structure 346 can it is elongated can also be arc-shaped, and material toggling structure 346 It is elongated that material toggling structure 346 can be made relatively simple, thus good processing, and material toggling structure 346 is arc-shaped can make material toggling knot Structure 346 and the contact area of food materials are bigger, it is thus possible to its treatment effect to food materials are increased, to improve crushing juice rate.

In any of the above-described embodiment, it is preferable that as shown in Fig. 2 to Fig. 8, one side of the fixing seat 344 close to material stock platform 32 On be provided with one in retention bead 3224 and limiting groove 348, retention bead 3224 and limit are provided on material stock platform 32 Another in groove 348, retention bead 3224 can be entrapped in limiting groove 348, and the buckle of fixing seat 344 is mounted on On material stock platform 32.

In those embodiments, material stock platform 32 can be realized by the cooperation of retention bead 3224 and limiting groove 348 and consolidated Limit between reservation 344 can be realized the snaps into position reinforced between material stock platform 32 and fixing seat 344 in this way and install, improves Bonding strength between material stock platform 32 and fixing seat 344.

As shown in Fig. 1, Figure 13 to Figure 16, the embodiment of the utility model second aspect provides a kind of food preparation cup group Part, the food preparation cup assembly is for food processor shown in Figure 17 and Figure 18 comprising: cup body component, 2 and of forwardtransfer signal worm Auxiliary feeding apparatus 3, forwardtransfer signal worm 2 are rotatably mounted in cup body component；Auxiliary feeding apparatus 3 is mounted on cup body component A side of the interior, forwardtransfer signal worm 2 close to the rim of a cup of cup body component.

There is the food preparation cup assembly that embodiment according to the present utility model provides first aspect any embodiment to provide Auxiliary feeding apparatus 3, therefore, the embodiments of the present invention provide food preparation cup assembly have any reality of first aspect Whole beneficial effects of the auxiliary feeding apparatus 3 of example offer are provided, it is numerous to list herein.

Wherein, as shown in figure 14, the cross-sectional area of forwardtransfer signal worm 2 from forwardtransfer signal worm 2 close to cup body component rim of a cup one Hold the other end to forwardtransfer signal worm 2 to increase, i.e. the cross-sectional area of forwardtransfer signal worm 2 increases from top to bottom, is preferably gradually increased, this Sample can make the gap between cup body component and forwardtransfer signal worm 2 from the opening of cup body component to the bottom of food preparation cup 100 by It is decrescence small, it is thus possible to successively to increase the extruding dynamics to food materials, so as to the more squeeze the more broken by food materials, thus can be improved Crushing juice rate.

The (not shown) in any of the above-described embodiment, it is preferable that cup body component includes: squeezing cup, and 2 turns of forwardtransfer signal worm It is mounted in squeezing cup dynamicly；Feed cup, lid is on squeezing cup；Wherein, auxiliary feeding apparatus 3 is mounted in feed cup.

In those embodiments, cup body component includes a squeezing cup and a feed cup, wherein can be realized by squeezing cup The crushing of food materials and the juice slag separation of food materials, while food materials can be added into squeezing cup by feed cup.And in cup body group When part includes feed cup, preferably auxiliary feeding apparatus 3 is mounted in feed cup, so that the charging of food materials and processing energy Enough it is divided to two cup bodies to carry out, so as to reduce the height of each cup body, so that the relatively good processing of product and cleaning.

In above-mentioned another embodiment, it is preferable that as shown in Fig. 1, Figure 13 to Figure 16, cup body component includes: squeezing cup 1, Forwardtransfer signal worm 2 is rotatably mounted in squeezing cup 1；Cup lid 4, lid is on the rim of a cup of squeezing cup 1；Wherein, auxiliary feeding apparatus 3 It is mounted in squeezing cup 1.

In those embodiments, a big squeezing cup 1 can also be directly set, a cup is then arranged on the squeezing cup 1 Lid 4, in this way, the charging and processing of food materials can be realized by a big squeezing cup 1, on the one hand this kind setting does not need volume The structure of one similar feed cup is set on external squeezing cup 1, and then the parts count of product can be simplified, furthermore this kind is tied Structure, only one squeezing cup 1, therefore, only this is open for the opening of squeezing cup 1, thus handles cup assembly in sealing foodstuff When, it is only necessary to the opening of squeezing cup 1 is sealed, and in the prior art, the junction and juicing of squeezing cup 1 and feed cup The opening of cup 1 is required to seal, therefore at least needs to seal at two, thus this kind of structure compared with the prior art for can also drop The sealing difficulty of low product.Meanwhile in the prior art, squeezing cup 1 and the junction of feed cup and the opening of squeezing cup 1 are equal There is a possibility that leakage, and use of the application due to eliminating feed cup, one at the sidewall locations of entire squeezing cup 1 Surely it can strictly seal, so that just opposite enhance the sealing performance of product, so that product is when realizing vacuum juicing, energy Enough it is more effectively alleviated oxidation.And by setting cup lid 4, so as to open or close squeezing cup 1 by cup lid 4, thus just Material toggling part 34 can be prevented when handling food materials, food materials sputter to come from the upper end of squeezing cup 1, and then can prevent food materials from sputtering It is wasted caused by coming, is sputtered prevented also from food materials and come and make the desktop or table top that prevent product dirty.

In any of the above-described embodiment, it is preferable that as shown in Fig. 1, Figure 13 and Figure 14, be provided with slag notch on squeezing cup 1 12 and juice opening 14.

In those embodiments, a slag notch 12 can be set on squeezing cup 1, to realize the discharge of food residues, meanwhile, One juice opening 14 can be set on squeezing cup 1, to realize the discharge of food juice.Certainly, in other embodiments, can not also set Juice opening 14 is set, and directly realizes the discharge of food juice by the rim of a cup of squeezing cup 1.

In any of the above-described embodiment, it is preferable that as shown in figure 14, food preparation cup 100 further include: pressure of slagging tap is adjusted Component is arranged at slag notch 12, for adjusting the pressure of slagging tap at slag notch 12.

In those embodiments, a pressure of slagging tap can be set at slag notch 12 and adjust component, so as to by slagging tap Pressure adjusts component to adjust the pressure of slagging tap at slag notch 12, the pressure so as to which rationally control is slagged tap, so that food Slag can be pressed further by before being discharged, so that the separation of juice slag is more thorough.Wherein, specifically, pressure of slagging tap is adjusted Component can only one range pressure, that is, pressure of slagging tap be fixed value, after product group installs, user can not change pressure of slagging tap Power.Certainly, pressure of slagging tap, which adjusts component, can also have multiple range pressures, that is, pressure of slagging tap includes multiple gear values, in reality In the process, user can adjust component by operating pressure of slagging tap, to make product have multiple pressure of slagging tap, thus different in processing Food materials when, can arbitrarily adjust pressure of slagging tap according to the type of food materials, the needs of user, thus on the one hand can preferably meet On the other hand a variety of demands of user can rationally adjust pressure of slagging tap according to the type of food materials, thus can prevent it is certain compared with Soft food materials, such as grape, what is be extruded is excessively broken, and cause nutrition loss, mouthfeel bad and so on, and certain can be prevented The food materials such as a little crude fibre food materials, such as sugarcane, ginger, carrot squeeze situation generation that is insufficient, and causing crushing juice rate low, into And it can ensure that the nutrition and mouthfeel of food materials, and the crushing juice rate of product can be improved.Wherein it is preferred to can be as shown in figure 14, pass through One damps silica gel 13 to adjust pressure of slagging tap.And pressure of slagging tap adjust component specific structure can for current existing Normal juice machine, The structure for being used to adjust pressure of slagging tap on juice extractor etc..

In any of the above-described embodiment, it is preferable that as shown in Figure 13 and Figure 15, cup body component further include: slag device 5, It is sealingly connected to slag notch 12, forms the close of a conducting for collecting food residues, between squeezing cup 1, cup lid 4 and slag device 5 Seal chamber；Wherein, squeezing cup 1 can be used in storing food juice.

In those embodiments, one slag device 5 of installation can be sealed at slag notch 12, in this way in entire food preparation In the process, slag can be realized using slag device 5, and can seal slag notch 12 by slag device 5, thus entire It does not need to open wide slag notch 12 during food preparation, slag notch 12 can be made always to seal in product tapping process.And In the prior art, due to being all that slag part is additionally arranged outside product, during the juicing of entire product, slag notch 12 is always open, thus hollow outside product can be entered in squeezing cup 1 always by slag notch 12, and then lead to food juice Oxidation.And the application, by the way that the slag device 5 with the sealing installation of slag notch 12 is arranged, thus in product work, slag device 5 can be sealed slag notch 12, and can be realized the collection of food residues, i.e., the application can be in the course of work of product In, seal slag notch 12 always, so that extraneous air cannot be introduced into food preparation cup group in the course of work of product In part, and then the squeezing processing of food materials can be realized under vacuum conditions, and realize the receipts to food juice under vacuum conditions Collection, thus the oxidation of food juice can be significantly slowed, it is ensured that the mouthfeel of the food after squeezing.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, being provided with the first sealing between cup lid 4 and squeezing cup 1 Part 6, first seal 6 is for being tightly connected cup lid 4 and squeezing cup 1.

In those embodiments, a first seal 6 can be set between cup lid 4 and squeezing cup 1, to realize 4 He of cup lid Sealing between squeezing cup 1, that is, enable 1 self-sealing of squeezing cup.

In any of the above-described embodiment, it is preferable that as shown in Fig. 1, Figure 13 and Figure 14, sealing cover is equipped with one at juice opening 14 Juice flowing cover 16, juice flowing cover 16 are used to open or close juice opening 14, and it is close to be additionally provided with second between juice opening 14 and juice flowing cover 16 Sealing 18, second seal 18 is for being tightly connected juice flowing cover 16 and juice opening 14.

In those embodiments, a juice opening 14 can be set on squeezing cup 1, and the setting one the at juice opening 14 Two sealing elements 18 and juice flowing cover 16, wherein second seal 18 and juice flowing cover 16 are used to realize in the product course of work to out The sealing of juice mouth 14.And after the completion of food preparation, when user wants to take food juice, juice opening can be opened by juice flowing cover 16 14, so as to food juice is taken by juice opening 14, and after taking required food juice in user, and juice flowing cover can be passed through 16 close juice opening 14, remaining food juice are continued sealed storage in squeezing cup 1, to can be relieved remaining food Juice oxidation.

Certainly, in other embodiments, it can also be not provided with juice opening 14, and after food preparation, directly pass through squeezing The rim of a cup of juice cup 1 pours out food juice.

The (not shown) in any of the above-described embodiment, it is preferable that valve is provided at juice opening 14, valve is for controlling The opening or closing of juice opening 14 processed.

In those embodiments, a valve can also be set at juice opening 14, so as to realize juice by valve The opening and closing of mouth 14.Specifically, for example a valve similar to tap can be set at juice opening 14, it in this way can picture Operation tap is such, realizes that opening for juice opening 14 is stopped, so that taking for food juice is more efficient and convenient.

In any of the above-described embodiment, it is preferable that as shown in FIG. 13 to 15, slag device 5 includes: residue receiving cup, slag The cup-mouth end of cup can be releasably mounted at slag notch 12, and slag notch 12 is connected with the rim of a cup of residue receiving cup；Third sealing element 54, The junction of squeezing cup 1 Yu residue receiving cup is set, for being tightly connected squeezing cup 1 and residue receiving cup.

In those embodiments, preferably by slag device 5 be arranged to include residue receiving cup and third sealing element 54 structure, It can be tightly connected and be connected with slag notch 12 by the rim of a cup of residue receiving cup in this way, to carry out slag processing.And residue receiving cup and squeezing Juice cup 1 can be connected releasably, convenient for disassembling residue receiving cup from squeezing cup 1, carry out down the processing such as slag or cleaning.When So, a slag inlet can also be set on the side wall of residue receiving cup, and one slag lid of sealing installation on the rim of a cup of residue receiving cup.But It is directly connected and is connected with slag notch 12 by the rim of a cup of residue receiving cup, setting slag lid can not had to, and do not had in additionally setting slag input Slag inlet, it is thus possible to keep the structure of slag device 5 simpler.

Wherein it is preferred to as shown in FIG. 13 to 15, slag notch 12 it is opening down, residue receiving cup is vertical and opening up Ground is installed to slag notch 12, so that food residues is more smoothly flowed therein in residue receiving cup using the gravity of food residues in this way, when So, also tiltable certain angle is arranged for slag notch 12 and residue receiving cup.

Certainly, slag notch 12 can also be horizontally disposed with, at this point, a slag inlet can be set on the side wall of residue receiving cup, and One slag lid of sealing installation on the rim of a cup of residue receiving cup, so as to slag inlet and slag notch 12 are connected, it certainly, can also be by slag The upper-end bent setting of cup, so that its rim of a cup can be connected with horizontally disposed slag notch 12.

Certainly, slag device 5 also can also be other types of structure, such as slag bag or be other cavity body structures.

In any of the above-described embodiment, it is preferable that as shown in Fig. 1, Figure 13 to Figure 15 and Figure 17 and Figure 18, food preparation Cup assembly further include: relief hole 72 is arranged in any one or more in squeezing cup 1, cup lid 4 and slag device 5, can It is connected with seal chamber；Pressure relief plug 74 can be mounted at relief hole 72, to open or seal relief hole 72.

In those embodiments, can in squeezing cup 1, cup lid 4 and slag device 5 it is any one or more it is upper setting with The relief hole 72 be connected in food preparation cup assembly, and realize by pressure relief plug 74 opening or sealing of relief hole 72.This kind Setting can close pressure relief plug 74 before product starting, to seal relief hole 72, just can make in squeezing cup 1 in this way, cup lid 4 It is fully sealed, is vacuumized to just can be carried out by vacuum elements 300, and then can be substantially in vacuum in slag device 5 Or processing of the realization to food materials close in the state of vacuum, thus can prevent food materials from aoxidizing.And in food materials after treatment, it can Relief hole 72 is opened by pressure relief plug 74, so that interiors of products and extraneous conducting, and then can be gradually by squeezing cup 1,4 and of cup lid Negative pressure in slag device 5 uninstalls, and just can quickly and easily realize pressure release in this way.Certainly, in other embodiments, may be used Pressure release is carried out otherwise, for example inwardly conveys air by vacuum elements 300, to realize pressure release.

In any of the above-described embodiment, it is preferable that as shown in Fig. 1, Figure 13 to Figure 15 and Figure 17 and Figure 18, squeezing cup 1 For straight tube shape.

In those embodiments, squeezing cup 1 is preferably straight tube shape, i other words squeezing cup 1 does not bend setting, so that Food materials can smoothly flow from top to bottom.Certain also bent setting of squeezing cup 1.Wherein it is preferred to the inside of squeezing cup 1 Wall and lateral wall are vertically arranged.

In any of the above-described embodiment, it is preferable that as shown in Fig. 1, Figure 14 and Figure 17 and Figure 18, food preparation cup assembly Further include: strainer 8 is arranged in squeezing cup 1, between squeezing cup 1 and forwardtransfer signal worm 2；Material stock platform 32 is close to forwardtransfer signal worm 2 One end on positioning plate is set, positioning plate can lean with strainer 8 close to the end face of one end of the rim of a cup of squeezing cup 1, with right Strainer 8 is limited.

In those embodiments, when food processor is the food processor of single squeezing cup 1 and single screw rod, it can squeeze the juice One strainer 8 is set between cup 1 and forwardtransfer signal worm 2, so as to realize the juice of food materials after food materials are pulverized using strainer 8 Slag separation.At this point, a positioning plate can be arranged on the lower end of material stock platform 32, so as to by between positioning plate and strainer 8 Against to realize positioning to strainer 8.Specifically, strainer 8 can be pushed down, by the lower end surface of mounting base 328 to realize Axially position installation to strainer 8, so as to improve the installation reliability of strainer 8.

The (not shown) in any of the above-described embodiment, it is preferable that squeezing cup 1 includes crushing cup and extrusion cup, is crushed Cup is provided with communication port on one end far from the rim of a cup of crushing cup, and extrusion cup is connected to crushing cup by communication port；Forwardtransfer signal worm 2 Including the pulverizing screw being mounted in crushing cup and the extruding screw being mounted in extrusion cup；Base assembly 200 includes the first drive Moving axis and the second drive shaft, the first drive shaft and pulverizing screw are drivingly connected, and for driving pulverizing screw to crush food materials, second is driven Moving axis and extruding screw are drivingly connected, for driving extruding screw to squeeze food materials so that food materials juice slag separates.

In those embodiments, after food materials enter in crushing cup, pulverizing screw under the driving of the first drive shaft with powder The side wall of broken cup cooperates to crush food, and smashed food materials enter in extrusion cup under the action of pulverizing screw, and squeeze Pressure screw rod squeezes food materials under the driving of the second drive shaft, so that the juice slag of food materials separates.The embodiment crushed food materials Journey and crowded juice tapping process separately carry out, and in crushing process, due to not needing to squeeze juice deslagging, do not have in crushing cup The components such as strainer 8 and rotating brush are set, so that food materials in crushing cup can be in the common of crushing cup and pulverizing screw Effect is lower pulverized, while can be generally horizontally disposed by extruding screw in crowded juice tapping process, can be by crowded juice dreg removing system It is arranged to horizontal, so as to be highly convenient for separating the juice slag of food, on the one hand this kind setting can ensure food processor On the other hand crushing juice rate can be avoided using components such as strainer 8, rotating brushes, so that the structure letter of food preparation cup 100 It list and is easily installed, simultaneously because eliminating strainer 8, it is thus possible to reduce the cleaning difficulty of user, and then be 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 12 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 it is preferred to 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 12, so that the flowing of food materials is more smooth.

Wherein it is preferred to be in 90 ° of angle between the axis of extruding screw and the axis of pulverizing screw.

As shown in FIG. 17 to 22, the embodiment of the utility model third aspect provides a kind of food processor, the food Object processor includes: base assembly 200, and driving device 202 is provided in base assembly 200；Implement with any one of first aspect The food preparation cup assembly that example provides, food preparation cup assembly can be mounted on base assembly 200, driving device 202 and food The forwardtransfer signal worm 2 that object handles cup assembly connects, for driving forwardtransfer signal worm 2 to rotate.

The food processor that embodiment according to the present utility model provides, the food provided with first aspect any embodiment Object handles cup assembly, and therefore, there is the food processor that the embodiments of the present invention provide first aspect any embodiment to mention Whole beneficial effects of the food preparation cup assembly of confession, it is numerous to list herein.

Wherein it is preferred to as shown in FIG. 17 to 22, it, can be such as Figure 14 institute when food processor is one cup body single screw rod Show, a hole, the drive shaft of the driving device 202 in base assembly 200, such as motor shaft are set on the bottom of squeezing cup 1 It can be inserted into squeezing cup 1 by the hole of the bottom of squeezing cup 1, and be drivingly connected with the forwardtransfer signal worm 2 in squeezing cup 1, at this point, One sealing ring 104 can be set at the hole of 1 bottom of squeezing cup, to seal the hole of 1 bottom of squeezing cup.In addition, can also be such as Figure 14 It is shown, a mounting base 102 is set between the bottom and base assembly 200 of squeezing cup 1, to realize the installation of cup body 1.

In any of the above-described embodiment, it is preferable that food processor further include: vacuum elements 300, it can be with food preparation Connection in cup assembly, for extracting the air in food preparation cup assembly out.

In those embodiments, vacuum elements 300 can be passed through before squeezing food materials by the way that vacuum elements 300 are arranged Entire food preparation cup assembly is evacuated, so as to by the air extraction in food preparation cup assembly, in this way specific When squeezing food materials, the squeezing of food materials just can be carried out in the environment of substantial vacuum, to can be relieved the food oxygen after processing Change, prevents the nutrition loss of food, it is ensured that the color and mouthfeel of food juice.

In any of the above-described embodiment, it is preferable that as shown in FIG. 17 to 22, base assembly 200 includes: driving device 202, it is connect with the forwardtransfer signal worm 2 of food preparation cup assembly, for driving forwardtransfer signal worm 2 to rotate；Control device 204, with driving Device 202 and vacuum elements 300 connect, and the work of driving device 202 is evacuated or controlled for controlling vacuum elements 300, and/or It is evacuated for controlling vacuum elements 300, and after vacuum elements 300 exhaust gas, control driving device 202 is started to work.

In those embodiments, forwardtransfer signal worm 2 can be driven by driving device 202, to be crushed, be squeezed to food materials Deng processing, and control device 204 is used to control the work of driving device 202 and vacuum elements 300.Specifically, control device 204 It can be controlled separately driving device 202 or vacuum elements 300 work independently, can also first control vacuum elements 300 and first work For a period of time, it so as to first complete air suction process, then works in starting driving device 202, to carry out food preparation. And after being first evacuated food preparation mode, can be carried out again after the completion of pumping food materials juice slag separation, food materials all in this way Substantially handled under vacuum conditions, 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 component, because This, first processed food materials are easily by remaining air oxidation, thus will lead to part food materials and be oxidized, and then can not significantly delay Solve the oxidation of food juice etc..

In any of the above-described embodiment, it is preferable that food processor further include: reservations component is arranged in base assembly 200 And/or on food preparation cup assembly, it is connect with control device 204, for controlling control device 204 after the preset time of setting Driving device 202 processed or vacuum elements 300 are started to work.

In those embodiments, a reservations component can be set on base assembly 200 and/or food preparation cup assembly, So as to realize the reservation function of product by reservations component, and then the waiting time of user can be reduced, specifically, for example, in advance About component may include acquisition device, for acquiring the reservation parameter of user, time set, based on carrying out according to reservation parameter When, and after the completion of timing, control device 204 is started to work.

In any of the above-described embodiment, it is preferable that as shown in FIG. 17 to 22, vacuum elements 300 include: aspiration pump 310； One end of bleed-off passage 320, bleed-off passage 320 is connect with aspiration pump 310, the other end and food preparation cup of bleed-off passage 320 Connection in component.

In those embodiments, the extraction of air can be realized using an aspiration pump 310, and bleed-off passage 320 is used for Realize the discharge of gas.And the vacuum capability of aspiration pump 310 is stronger, it is thus possible to improve the exhaust capacity of vacuum elements 300. Certainly, vacuum elements 300 can also be realized pumping by other air extraction structures.

In any of the above-described embodiment, it is preferable that vacuum elements 300 further include: exhaust passage, with going out for aspiration pump 310 Mouth connection, for being vented；Denoising device is arranged on exhaust passage.

In those embodiments, it can be exhausted by one exhaust passage of setting, wherein exhaust passage is preferably one Exhaust pipe.And denoising device can reduce the noise of vacuum elements 300, improve user experience.

In any of the above-described embodiment, it is preferable that as shown in Figure 17 and Figure 19, correspond to food preparation on base assembly 200 The slag device 5 of cup assembly is provided with supporting table 210, and supporting table 210 is used to support slag device 5.

In those embodiments, when food preparation cup assembly includes slag device 5, can on pedestal 208 slag device 5 Lower section one supporting table 210 is set, so as to realize support to slag device 5 using the supporting table 210, just can in this way Prevent slag device 5 from falling because not carrying the weight of food residues.

Certainly, in other embodiments, the lower end of slag device 5 is also and then directly concordant with the bottom of pedestal 208, in this way Just directly slag device 5 can be placed on the table top or desktop of pedestal for placed 208.

In any of the above-described embodiment, it is preferable that as shown in figure 21 and figure, corresponding food on the side of base assembly 200 The slag device 5 of object processing cup assembly is provided with evacuation notch 212, and slag device 5 is embedded in evacuation notch 212.

, can be by the side of base assembly 200 in those embodiments, for example the shell of pedestal 208 is recessed inwardly, with shape At an evacuation notch 212, just pedestal 208 can be embedded in be installed in evacuation notch 212 in this way, just can make slag in this way Device 5 and pedestal 208 form one, and slag device 5 is thus prevented to be arranged in outside cup body component and pedestal 208 loftyly.Together When, this kind setting can also rationally utilize the space of pedestal 208, to realize the receiving of slag device 5, it is thus possible to enough improve The space utilization rate of product reduces the overall volume of product.

It is further preferred that also a support plate can be arranged in the lower end of evacuation notch 212, to be supported on slag device 5 Bottom just can prevent the bottom of slag device 5 from vacantly installing in this way.

In any of the above-described embodiment, it is preferable that aspiration pump 310 is arranged in base assembly 200 and/or food preparation cup group On part or aspiration pump 310 is independently arranged with respect to base assembly 200 and/or food preparation cup assembly.

In those embodiments, aspiration pump 310 may be provided at any position, specifically, for example on base assembly 200 and eat Object is handled on cup assembly, and certainly, aspiration pump 310 can also be independently arranged with respect to base assembly 200 and food preparation cup assembly, that is, be taken out Air pump 310 can also be attached to base assembly 200 and food preparation cup assembly.

Wherein it is preferred to which aspiration pump 310 is arranged in base assembly 200 as shown in Figure 17,19 and Figure 22.In this way can Aspiration pump 310 is hidden and is mounted in base assembly 200, so as to keep the internal structure of product more rationally compact.

In any of the above-described embodiment, it is preferable that as shown in Figure 17,19 and Figure 22, bleed-off passage 320 is exhaust tube.

In those embodiments, bleed-off passage 320 is preferably exhaust tube, such as sebific duct, and certainly, bleed-off passage 320 can also For the other channel designs being arranged on the shell 206 of food processor.

In any of the above-described embodiment, it is preferable that aspiration pump 310 is electrodynamic pump or manual pump or foot pump.

In those embodiments, aspiration pump 310 is preferably electrodynamic pump, can be taken out in this way with aspiration pump 310 is driven by electricity Gas, without being evacuated manually, certainly, aspiration pump 310 can also be manual pump or foot pump.

In any of the above-described embodiment, it is preferable that aspiration pump 310 is vacuum pump.

In those embodiments, aspiration pump 310 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 component.

Wherein it is preferred to as shown in figure 22, base assembly 200 further include pedestal 208, shell 206, mounting bracket 216, Shell 206 is mounted on pedestal 208, and mounting bracket 216 is arranged in shell 206 for installing control device 204, such as circuit Plate.

Wherein it is preferred to which as shown in FIG. 17 to 22, driving device 202 is preferably motor, motor is mounted on pedestal 208 On, as shown in figure 22, dynamoelectric machine grommet 214 is provided between motor and pedestal 208.

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 (19)

1. a kind of auxiliary feeding apparatus is used for food processor, the food processor includes cup body component, the cup body component Inside it is provided with forwardtransfer signal worm, which is characterized in that the auxiliary feeding apparatus includes:

Material stock platform is mounted in the cup body component, positioned at the forwardtransfer signal worm close to one side of rim of a cup of the cup body component, institute It states and is provided with feeding-passage on material stock platform；

Material toggling part, is rotatably mounted on a side of the material stock platform far from the forwardtransfer signal worm, and the material toggling part can turn Dynamic angle is more than or equal to 30 °；

Wherein, the material stock platform is for storing the food materials being put into the cup body component from the rim of a cup of the cup body component, institute Material toggling part is stated for cutting and/or squeezing the food materials on the material stock platform, and the food materials for will store on the material stock platform It is pushed in the feeding-passage.

2. auxiliary feeding apparatus according to claim 1, which is characterized in that

The feeding-passage is the feed inlet being arranged on the material stock platform or the feeding-passage by the material stock platform is arranged in On charging notch and the side wall of the cup body component surround.

3. auxiliary feeding apparatus according to claim 2, which is characterized in that

The material toggling part can be drivingly connected with the forwardtransfer signal worm, for rotating under the action of the forwardtransfer signal worm.

4. auxiliary feeding apparatus according to claim 3, which is characterized in that be provided with mounting hole on the material stock platform, institute State auxiliary feeding apparatus further include:

Transmission shaft, one end of the transmission shaft and the material toggling part are drivingly connected, and the other end of the transmission shaft is inserted through The mounting hole is drivingly connected with the forwardtransfer signal worm.

5. auxiliary feeding apparatus according to claim 4, which is characterized in that

Through-hole is provided on the material toggling part, the transmission shaft is sequentially inserted into far from one end of the forwardtransfer signal worm and passes through described Mounting hole, the through-hole；

Wherein, the auxiliary feeding apparatus further includes capping, and the capping is mounted on the transmission shaft and stretches out on one end of through-hole.

6. auxiliary feeding apparatus according to claim 4, 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.

7. auxiliary feeding apparatus according to claim 4, which is characterized in that

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

Wherein, the auxiliary feeding apparatus further includes wearing piece, and the wearing piece is arranged in the positioning groove and the work Between screw rod.

8. auxiliary feeding apparatus according to any one of claim 1 to 7, which is characterized in that the material stock platform includes:

Material stock plate, the edge of the material stock plate are installed to the side wall of the cup body component；

Wherein, the feeding-passage is arranged on the material stock plate.

9. auxiliary feeding apparatus according to claim 8, which is characterized in that the material stock platform further include:

The material stock plate is arranged in the one side of the forwardtransfer signal worm, the open tubular column and institute in the open tubular column of both ends open Feeding-passage conducting is stated, one end of the forwardtransfer signal worm is extend into the open tubular column, and can be with the side wall of the open tubular column Cooperation, to crush food materials；

Wherein, the one end of the open tubular column far from the material stock plate is connect or the open tubular column with the side wall of the cup body component One end far from the material stock plate is hanging.

10. auxiliary feeding apparatus according to claim 9, which is characterized in that the material stock platform further include:

Stiffening plate is connected between the edge and the open tubular column of the material stock plate positioned at the outside of the open tubular column；

Wherein, the quantity of the stiffening plate be it is multiple, multiple stiffening plates along the open tubular column be provided at circumferentially spaced or institute The circumferential setting that stiffening plate is stated along the open tubular column circularizes.

11. auxiliary feeding apparatus according to claim 10, along the cup body component on the inner sidewall of the cup body component Circumferential direction be arranged at intervals with it is multiple first buckle, which is characterized in that the material stock platform further include:

Mounting base is arranged in the stiffening plate, and 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 open tubular column are arranged at intervals with multiple second buckles；

The material stock platform is mounted on the multiple first buckle by mounting base support, and second buckle can block Described first is buckled in buckle in the one side of the bottom of the cup body component.

12. auxiliary feeding apparatus according to claim 11, which is characterized in that

The mounting base is located on the end face of the one end of the stiffening plate far from the material stock plate, and the mounting base is separate One end of the side wall of the cup body component extends to the direction close to the open tubular column, and with the open tubular column far from the material stock One end of plate connects.

13. auxiliary feeding apparatus according to any one of claim 1 to 7, which is characterized in that

Strainer is provided between the side wall and the forwardtransfer signal worm of the cup body component；

Positioning plate is arranged in the material stock platform on one end of the forwardtransfer signal worm, and the positioning plate can be close with the strainer The end face of one end of the rim of a cup of the cup body component leans, to limit to the strainer.

14. auxiliary feeding apparatus according to any one of claim 1 to 7, which is characterized in that the material toggling part includes:

Fixing seat is rotatably mounted in the one side of the material stock platform far from the forwardtransfer signal worm；

One end of at least one material toggling structure, the material toggling structure is connect with the fixing seat；

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

15. auxiliary feeding apparatus according to claim 14, which is characterized in that

The material toggling structure is arc-shaped or the material toggling structure is elongated；And/or

The fixing seat is provided with one in retention bead and limiting groove in the one side of the material stock platform, the material stock Another in the retention bead and the limiting groove is provided on platform, the retention bead can be entrapped in the limit In groove, fixing seat buckle is mounted on the material stock platform.

16. a kind of food preparation cup assembly characterized by comprising

Cup body component；

Forwardtransfer signal worm is rotatably mounted in the cup body component；

Auxiliary feeding apparatus as described in any one of claims 1 to 15, the auxiliary feeding apparatus are mounted on the cup body In component, a side of rim of a cup of the forwardtransfer signal worm close to the cup body component.

17. food preparation cup assembly according to claim 16, which is characterized in that the cup body component includes:

Squeezing cup, the forwardtransfer signal worm are rotatably mounted in the squeezing cup；

Feed cup, lid is on the squeezing cup；

Wherein, the auxiliary feeding apparatus is mounted in the feed cup.

18. food preparation cup assembly according to claim 16, which is characterized in that the cup body component includes:

Squeezing cup, the forwardtransfer signal worm are rotatably mounted in the squeezing cup；

Cup lid, lid is on the rim of a cup of the squeezing cup；

Wherein, the auxiliary feeding apparatus is mounted in the squeezing cup.

19. a kind of food processor characterized by comprising

Base assembly is provided with driving device in the base assembly；With

Food preparation cup assembly as described in any one of claim 16 to 18, the food preparation cup assembly can be mounted on On the base assembly, the driving device is connect with the forwardtransfer signal worm of the food preparation cup assembly, for driving the work Make screw rod rotation.