CN209031824U

CN209031824U - Juice squeezer barrel

Info

Publication number: CN209031824U
Application number: CN201820284088.8U
Authority: CN
Inventors: 金煐麒; 李次雨
Original assignee: Hurom Group Corp
Current assignee: Hurom Group Corp
Priority date: 2017-10-31
Filing date: 2018-02-28
Publication date: 2019-06-28
Anticipated expiration: 2028-02-28
Also published as: KR200492833Y1; CN210185276U; TWM570100U; CN211186792U; KR20190001102U

Abstract

The utility model relates to a kind of juice squeezer barrels.The juice squeezer barrel of the utility model embodiment can include: the first module, be formed as include top and bottom cylinder, be formed at least one slit to downside on the position for separating set distance to the lower part with the upper end；And second module, it coats first module and is simultaneously removably combined with the first module, and be formed as cylinder, second module is formed with radially protruding on inner peripheral surface and can be inserted in the rib cage of the slit；The set distance is shorter than the length of the slit, and when second module coats and is incorporated into the first module, the rib cage is inserted in the slit and is formed with the seam of regulation shape between the rib cage and the slit.

Description

Juice squeezer barrel

Technical field

The utility model relates to a kind of juice squeezer barrels, are related to a kind of juice squeezer barrel by two module compositions in more detail.

Background technique

Recently, with to health care increase, the frequency of use of juice extractor is higher and higher, the juice extractor have for It is personal directly from the juicing object production juice such as vegetables, cereal and fruit and by its edible function.

The general operation mode of this juice extractor is as disclosed in Korean Patent No. 793852 for example using passing through stone mill The principle for grinding beans to squeeze the juice squeezes the mode of juicing object on the steel plate.

For this purpose, juice extractor includes driving portion, for providing rotary force；Bucket cover has for receiving rotary force from driving portion Drive shaft；Screw rod, with driving axis connection, for by be formed in its part screw spiral to juicing object carry out squeezing and It crushes；And juice squeezer barrel, for being separated to the juice made by screw rod.The driving portion that rotary force is provided to juice extractor includes horse It reaches and retarder.Motor and driving axis connection, for transmitting rotary force to screw rod.For this purpose, drive shaft through bucket cover lower part and with Screw rod connection.

In general, juice squeezer barrel has the areolation (mesh structure) being made of mesh.With mesh-shape The juice squeezer barrel of structure is easy blocking, therefore the problem low with juicing effect because of juicing object.In addition, mesh forms closeer, Therefore have and be difficult cleaning and fill in the juicing object on mesh the problem of.In addition, although it is contemplated that a variety of filtration device structures, but Simple filtering function etc. is executed, the juice extractor in the way of the squeezing of screw rod is difficult to apply to.

Utility model content

The utility model is proposed to solve the problems, such as described above, its purpose is to provide a kind of juice squeezer barrel, The juice squeezer barrel is made of two modules, can be applied to the juice extractor of squeezing mode, while being cleaned simplicity and can be improved juicing effect.

The juice squeezer barrel of the various embodiments of the utility model can include: the first module is formed as cylinder, and is formed at least One slit；And second module, it is formed with and is inserted into the rib cage of the slit；In second module and first mould When agllutination closes, the rib cage is inserted in the slit, to be capable of forming defined seam between the rib cage and the slit.

The internal diameter of each section of a module in first module and the second module is formed as being greater than described first The outer diameter of the corresponding part of another module in module and the second module, so as to one in first module and the second module Another module that module can be coated and is incorporated into first module and the second module.

Rib cage can be formed on the inner peripheral surface of a module in first module and the second module.

The juice squeezer barrel of the various embodiments of the utility model can include: the first module is formed as cylinder, and is formed at least One slit；And second module, it is formed with and is inserted into the rib cage of the slit；In second module and first mould When agllutination closes, the rib cage is inserted in the slit, so that defined seam is capable of forming between the rib cage and the slit, Second module can coat and be incorporated into first module.

Rib cage can be formed on the inner peripheral surface of first module.

It can further comprise cylinder, the cylinder is integrally formed at the top of first module, and it is empty to be formed with squeezing Between, the rib cage is further formed on the inner peripheral surface of the cylinder, and the slit is formed in the lower part of first module.

Reinforcing ring can be formed in first module, the slit is formed separately on the basis of reinforcing ring, described The first rib cage is formed between slit.

The slit can be formed continuously from the upside of the first module to downside.

The rib cage can formation adjacent with the slit.

The rib cage may include the first rib cage, first rib cage along the wall of the not formed slit lower part inner peripheral surface that This is separatedly formed.

First rib cage can formation adjacent with the slit.

The rib cage may include second rib, and the second rib is along the inner peripheral surface length side of the wall of the not formed slit To elongated formation.

Ladder can be formed on the second rib.

First rib cage can formation adjacent with the slit.

The wall of the not formed slit may include the relatively narrow wall of width and the relatively wide wall of width, described second Institute on inner peripheral surface corresponding with the relatively wide wall of the width in module in the not formed slit for being inserted in the first module State rib cage.

The wall of the not formed slit may include the relatively narrow wall of width and the relatively wide wall of width, described first The second rib is formed on the inner peripheral surface of the relatively wide wall of the width in module.

It can be formed between the outer peripheral surface of first module and the inner peripheral surface of second module and separate space.

The space that separates can be wider on the upside of the ratio of downside.

First module is formed as shape more smaller to its diameter of downside.

It can be formed with ladder on the wall of first module, the separate space the wider to downside so that described.

The seam being formed between the slit of first module and the rib cage of second module can be from radial direction Inside gradually broadens to outside.

The rib cage may include the first rib cage, first rib cage along the wall of the not formed slit lower part inner peripheral surface that This is separatedly formed, first rib cage formation adjacent with the slit.

The wall can have shape more wider to the radially inner side of first module its width.

The section of the wall can be semicircle, oval or trapezoidal.

It is formed between the slit of first module and the rib cage of second module and is sewn on the squeezing The lower side of juice bucket is more narrower than upper side.

The slit can more to upside, its width be narrower.

It can be formed with stepped part on the rib cage of second module, on the basis of the stepped part, upper side The width of rib cage is less than the width of the rib cage of lower side.

The slit can more to upside, its width be narrower.

The flange of annular can be formed on the lower end of first module.

The flange of annular can be formed on the lower end of second module, to support first module.

Second module can further comprise the row's juice mouth for being formed in second module lower part, slag-drip opening and be formed in The bunghole of the lower end of second module, the juice squeezer barrel can further comprise the first screw rod liner, the first screw rod liner For closing the outer peripheral surface of the bunghole.

It can be formed with mounting portion in the inner lower of second module, the juice squeezer barrel can further comprise the second screw rod Liner, second screw rod pad the inside for closing the mounting portion of second module.

The juice squeezer barrel of the various embodiments of the utility model includes: the first module, be formed as include top and bottom circle Cylinder, is formed at least one slit to downside on the position for separating set distance to the lower part with the upper end；And second module, It coats first module and is removably combined with the first module, and be formed as cylinder, second module is on inner peripheral surface It is formed with radially protruding and the rib cage of the slit can be inserted in；The set distance is shorter than the length of the slit, when described When second module coats and is incorporated into the first module, the rib cage be inserted in the slit and the rib cage and the slit it Between can form the seam of regulation shape.Since juice squeezer barrel includes dismountable two modules, two moulds are separated in cleaning Block, therefore can be easy to be cleaned, and fundamentally solve the problems, such as that mesh is blocked in previous net bucket, therefore nothing Need to the brush essential to previous vertical-type juice extractor, and without the need for driving brush various parts.

In the state that second module and first module combine, the regulation shape can be constant.

The slit can be connected to each other by the reinforcing ring of annular, so that the width of slit be kept constant.

Each slit may include top and bottom, the reinforcing ring of the annular be located at the slit top and bottom it Between or the slit lower end.

First module may include at least one wall being alternatively formed in a circumferential direction at least one slit, in institute It states and is formed at least one first rib cage and at least one second rib on the inner peripheral surface of the first module, the length of first rib cage Degree is the length of the slit hereinafter, the length of the second rib is greater than the length of the slit.

One for being formed on the inner peripheral surface of a wall in first rib cage and the second rib.

The wall may include the relatively wide wall of width and the relatively narrow wall of width, and the first rib bon e formation is in width The inner peripheral surface of relatively narrow wall, the second rib are formed in the inner peripheral surface of the relatively wide wall of width.

It can be not formed on the inner peripheral surface of the wall surface pair relatively wide with the width of first module of the second module The rib cage.

In order to fix the first module and the second module, the relatively wide wall of the width of first module outer peripheral surface and The fixation device that can be bonded to each other can be formed on the inner peripheral surface of the wall surface pair relatively wide with width in second module.

First rib cage adjacent can be formed with the slit.

The second rib can be formed with the ladder of undergauge.

The size of the seam can be different in the longitudinal direction.

The size of the seam can be also different radially.

The size of the seam can gradually broaden from radially inner side to outside.

The size for being sewn on lower part is more narrower than the size on top.

The width of the slit can more to the lower part side it is wider.

It can be formed with stepped part on the rib cage of second module, on the basis of the stepped part, upper side The width of rib cage is smaller than the width of the rib cage of lower side.

It can be formed between the outer peripheral surface of first module and the inner peripheral surface of second module and separate space, it is described It is wider on the upside of the ratio of downside to separate space.

Second module can further comprise the row's juice mouth and slag-drip opening for being formed in the lower part of second module.

Screw rod can be contained in the inside of first module, the screw rod can rotate, under second module End is formed with bunghole, and inserted with the component that can transmit power to the screw rod in the bunghole, the juice squeezer barrel can be into one Step includes that the first screw rod pads, and first screw rod pads the outer peripheral surface for closing the bunghole.

The juice squeezer barrel of the various embodiments of the utility model can include: the first module is formed as including top and bottom Cylinder is formed at least one slit to downside；And second module, it is removably combined with first module, and be formed as Cylinder is formed with rib cage in second module, and the rib cage is inserted into the slit and between the slit Form seam；The slit is connected to each other by the reinforcing ring of annular, so that the width of slit be kept constant.Due to passing through annular Reinforcing ring the width of slit is kept constant, therefore can prevent from changing due to the pressure because generating in squeezing/juice-extracting process The width of slit stitches the phenomenon that leaking to the first module-external by described so as to cause residue, and can prevent the first module Deformation.

The internal diameter of each section of the second module is formed as bigger than the outer diameter of the corresponding part of the first module, so as to make Second module coats and is incorporated into first module.

The rib cage can protrude on the inner peripheral surface of second module to radially inner side, to be inserted in the slit.

Each slit may include top and bottom, and the reinforcing ring of the annular can be located at the top and bottom of the slit Between or the slit lower end.

The juice squeezer barrel of the various embodiments of the utility model can include: the first module is formed as including top and bottom Cylinder, be along the circumferential direction alternatively formed on the position for separating set distance to the lower part with the upper end at least one slit and At least one wall；And second module, it is removably combined with first module, and be formed as cylinder, in second module It is formed with rib cage, the rib cage is inserted into the slit and the formation seam between the slit；Second module can First module is coated and be incorporated into, can be protruded on the inner peripheral surface of the wall and be formed at least one rib cage.It is formed in institute Stating the rib cage on the inner peripheral surface of the first module can guide juicing object to lower section, revolve in the screw rod for being located at the first inside modules When turning, the rib cage can generate sufficient squeeze force or crush force, and can prevent the deformation of the first module.Therefore, this is practical The juice squeezer barrel of novel various embodiments can not only play the filtration of separation residue and juice, moreover it is possible to execute compression cylinder Effect.

It can be protruded on the inner peripheral surface of a wall and be formed with a rib cage.

The rib cage being formed on the inner peripheral surface of the wall may include the first rib cage and second rib, the length of first rib cage Degree is the length of the slit hereinafter, the length of the second rib is greater than the length of the slit.

The wall may include the relatively wide wall of width and the relatively narrow wall of width, and the first rib bon e formation is in width On the inner peripheral surface of relatively narrow wall, the second rib is formed on the inner peripheral surface of the relatively wide wall of width.

First rib cage can formation adjacent with the slit.

The juice squeezer barrel of the utility model various embodiments can include: the first module is formed by hollow cylinder, so as to The inside of first module can accommodate screw rod, and it is narrow to be alternately formed at least one on the circumferencial direction of first module Seam and at least one wall；And second module, be formed as cylinder, removably to be combined with first module；Described second Module can coat and be incorporated into first module, can protrude to radially inner side on the inner peripheral surface of the wall and be formed at least one A rib cage.The rib cage on inner peripheral surface by being formed in first module, the juice squeezer barrel of the various embodiments of the utility model The filtration of separation residue and juice can not only be played, moreover it is possible to execute the effect of compression cylinder.

It can be protruded to radially inner side on the inner peripheral surface of a wall and be formed at least one rib cage.

First rib cage can formation adjacent with the slit.

The inner peripheral surface of second module may include rib cage, and the rib cage is protruded to radially inner side, and the rib cage can be inserted Enter at least one described slit and forms seam between the slit, it is relatively wide with width in the second module The not formed rib cage on the inner peripheral surface of wall surface pair.

In order to fix the first module and the second module, in the outer peripheral surface and second of the relatively wide wall of the width of the first module The fixation device that can be bonded to each other can be formed on the inner peripheral surface of the wall surface pair relatively wide with width in module.

It can be formed with engagement groove on the outer peripheral surface of the relatively wide wall of the width of first module, in the second module The wall surface pair relatively wide with width inner peripheral surface on can be formed with can and the engagement groove in conjunction with combination protrusion.

By the combination of the combination protrusion and the engagement groove, be able to maintain the slit and the second module rib cage it Between seam.

The seam can gradually broaden from radially inner side to outside.

The juice squeezer barrel of the various embodiments of the utility model can include: the first module is formed by hollow cylinder, so as to Screw rod can be accommodated in the inside of first module, at least one slit is alternately formed on the circumferencial direction of the first module With at least one wall；And second module, be formed as cylinder, removably to be combined with first module；Second mould Block can coat and be incorporated into first module, be formed at least on the inner peripheral surface of first module to radially inner side protrusion One rib cage, at least part of at least one rib cage are formed as adjacent with the slit.In first module In the case that at least part in rib cage is formed as adjacent with the slit, rotated in the screw rod for being located at the first inside modules When, residue skips slit by the rib cage.Prevent the residue from entering the rib cage and the first mould for being formed in the second module as a result, In seam between the slit of block, and improve juicing effect.

At least two rib cages can be formed on the inner peripheral surface of first module, the rib cage includes the first rib cage and the Two rib cages, the length of first rib cage are the length of the slit hereinafter, the length of the second rib is greater than the slit Length.

First rib cage can formation adjacent with the slit.

The protrusion height of the second rib can gradually be lower from top to lower part.

The ladder of undergauge can be formed on second rib.

The juice squeezer barrel of the various embodiments of the utility model can include: the first module is formed by hollow cylinder, so as to Screw rod can be accommodated in the inside of first module, is alternately formed at least one on the circumferencial direction of first module Slit and at least one wall；And second module, be formed as cylinder, removably to be combined with first module；Described Two modules can coat and be incorporated into first module, be formed at least one to radially inner side protrusion on the inner peripheral surface of the wall A rib cage can be formed with the ladder of undergauge at least part of at least one rib cage.It is formed in the interior of the first module The diameter of rib cage on circumferential surface is become smaller by ladder, therefore according to the juicing effect and design condition of a variety of materials, can be different The rib cage is arranged in the protrusion height of upper and lower part in ground.

The wall may include the relatively wide wall of width and the relatively narrow wall of width, be formed with the rib cage shape of the ladder At on the relatively wide wall of width.

The juice squeezer barrel of the various embodiments of the utility model can include: the first module is formed by hollow cylinder, so as to Screw rod can be accommodated in the inside of first module, is alternately formed at least one on the circumferencial direction of first module Slit and at least one wall；And second module, be formed as cylinder, removably to be combined with first module；Described Two modules can coat and be incorporated into first module, be formed at least one to radially inner side protrusion on the inner peripheral surface of the wall A rib cage, the wall includes the relatively wide wall of width and the relatively narrow wall of width, in order to fix the first module and the second mould Block, the shape on the inner peripheral surface of the wall surface pair relatively wide with the width in the relatively wide wall of the width and the second module At there is the fixation device that can be bonded to each other.By engagement groove and raised combination is combined, can determine the second module and first The relative position of module, and it is able to maintain the size of seam.

The fixed device may include engagement groove and combine protrusion, and the engagement groove is formed in the width phase in the first module To on the outer peripheral surface of wider wall, the combination is projected and formed in the wall surface pair relatively wide with width in the second module On circumferential surface, the combination protrusion can be in conjunction with the engagement groove.

As scheme is replaced, the fixed device may include in conjunction with protrusion and engagement groove, and the combination is projected and formed in the On the outer peripheral surface of the relatively wide wall of width in one module, the engagement groove be formed in the second module with width relatively On the inner peripheral surface of wide wall surface pair, the combination protrusion can be in conjunction with the engagement groove.

Second module can further comprise rib cage, and the rib cage is inside to diameter on the inner peripheral surface of second module Side protrudes and can be inserted in the slit, when the rib cage of second module is inserted in the slit of first module, in institute It states and is capable of forming seam between rib cage and the slit.

The seam can gradually broaden from radially inner side to outside.

The size for being sewn on lower part can be more narrower than the size on top.

The width of the slit can more to the lower part side it is wider.

The slit width of first module can be constant, the width for the rib cage of the second module being inserted in the slit It can be become narrow gradually to upper side.

The juice squeezer barrel of the various embodiments of the utility model can include: the first module is formed as including top and bottom Cylinder is formed at least one slit to downside；And second module, it is removably combined with first module, and be formed as Cylinder is formed with rib cage in second module, and the rib cage is inserted in the slit and can between the slit Form seam；Second module can coat and be incorporated into first module, and the size of the seam can be different in the longitudinal direction. In the state of combining the first module and the second module, the seam for keeping size is generated, so as to prevent residue from passing through the seam To the first module External leakage the phenomenon that, and the deformation of the first module can be prevented.On the other hand, change institute in the longitudinal direction The size of seam is stated, to independently can be realized higher juicing effect with material.Further, it copes with because material compression is led The phenomenon that compressing force of cause becomes larger to the lower part.

The size of the seam radially can also be different.

The seam can gradually broaden from radially inner side to outside.

The width of the slit can more to the lower part side it is wider.

The juice squeezer barrel of the various embodiments of the utility model can include: the first module is formed as including top and bottom Cylinder is formed at least one slit to downside；And second module, it is removably combined with first module, and be formed as Cylinder is formed with rib cage in second module, and the rib cage is inserted in the slit and the energy between the slit It is enough to form seam；Second module can coat and be incorporated into first module, in the outer peripheral surface of first module and described It can be formed between the inner peripheral surface of second module and separate space.Between the outer peripheral surface of the first module and the inner peripheral surface of the second module It may be provided with the space for juice flowing, therefore juice can flow downward in the case where accessible.

The space that separates can be wider on the upside of the ratio of downside.

First module is formed as shape more smaller to its diameter of downside.

It can be alternatively formed wall with the slit in a circumferential direction in the first module, on the wall of first module It can be formed with ladder, the separate space the wider to downside so that described.

The juice squeezer barrel of the various embodiments of the utility model can include: the first module is formed as including top and bottom Cylinder is formed at least one slit to downside；And second module, it is removably combined with first module, and be formed as Cylinder is formed with rib cage in second module, and the rib cage is inserted in the slit and the energy between the slit It is enough to form seam；Second module can coat and be incorporated into first module, and the seam can be formed continuously in the longitudinal direction, The size of the top of the seam is greater than the lowermost size of the seam.Therefore, pressure caused by coping with because of material compression The phenomenon that contracting power becomes larger to the lower part, and bootable juice is overflowed by the seam of upper side.

The size of the seam can be different radially.

The seam can gradually broaden from radially inner side to outside.

The width of the slit can more to the lower part side it is wider.

The width of the slit of first module can be constant, the width for the rib cage of the second module being inserted in the slit Degree can become narrow gradually to upper side.

The juice squeezer barrel of the utility model various embodiments can include: the first module is formed by hollow cylinder, so as to The inside of first module can accommodate screw rod, and first module is formed at least one slit to downside；And second mould Block is removably combined with first module, and is formed as cylinder, and rib cage, the rib are formed in second module Bone is inserted in the slit and is capable of forming seam between the slit；Second module can be coated and is incorporated into described First module, second module can further comprise the row's juice mouth and slag-drip opening for being formed in the lower part of second module.It is logical It crosses using second module as bucket cover and uses, the number of components of juice squeezer barrel can be reduced, and be easy to be assembled.

It can be formed with bunghole in the lower end of second module, can be inserted into the bunghole can transmit to the screw rod The component of power.

The juice squeezer barrel can further comprise the first screw rod liner, and the first screw rod liner is for closing the bunghole Outer peripheral surface.

It can be formed with mounting portion in the inner lower of second module, the juice squeezer barrel further comprises the second screw rod lining Pad, second screw rod pad the inside for closing the mounting portion of second module.

The juice squeezer barrel of the various embodiments of the utility model can include: the first module is formed as cylinder, in first mould At least one rib cage is formed on the outer peripheral surface of block；And second module, it is formed with the seam that can be inserted into the rib cage；Second mould Block can coat and be incorporated into first module, when the rib cage is inserted in the slit, in the rib cage and the slit Between be capable of forming defined seam.

The internal diameter of each section of second module is formed as the outer diameter of the corresponding part greater than first module, with Toilet states the second module and can coat and be incorporated into first module.

It can be protruded on the inner peripheral surface of first module and be formed at least one rib cage.

The rib cage being formed on the inner peripheral surface of first module may include the first rib cage and second rib, the first rib The length of bone is the length of the slit hereinafter, the length of the second rib is greater than the length of the slit.

Embodiment according to the present utility model, can juice squeezer barrel easy to clean, and can be improved juicing effect.

In addition, embodiment according to the present utility model, can be swimmingly conveyed material by screw rod in expressing process, and Squeezing rate can be improved by the fine crushing and squeezing of material, and swimmingly put into material.

In addition, embodiment according to the present utility model, can prevent residue plug the asking on juice squeezer barrel in juice-extracting process Topic, so as to prevent residue hinder squeezing after juice flowing the problem of.

In addition, embodiment according to the present utility model, is formed juice squeezer barrel by firm material, therefore can prevent from squeezing the juice The deformation of juice squeezer barrel in the process.Therefore, it can prevent slit from increasing, it is constant the interval holding between the slit of juice can will to be discharged.

As for the effect that other can be obtained or be predicted by the embodiments of the present invention, in the implementation to the utility model It is directly or implicitly disclosed in the detailed description of example.That is, disclosing the reality by the utility model in aftermentioned specific embodiment Apply the multi-effect of example prediction.

Detailed description of the invention

Fig. 1 a and Fig. 1 b are the exploded perspective view of the juice squeezer barrel of the first embodiment of the utility model.

Fig. 2 a to Fig. 2 c is the perspective view of the juice squeezer barrel of the first embodiment of the utility model.

Fig. 3 a and Fig. 3 b are the exploded perspective view of the juice squeezer barrel of the second embodiment of the utility model.

Fig. 4 is the perspective view of the juice squeezer barrel of the second embodiment of the utility model.

Fig. 5 a to Fig. 5 c is the exploded perspective view using the juice extractor of the juice squeezer barrel of the utility model.

Specific embodiment

In the following, being illustrated based on preferred embodiment of the attached drawing to the utility model.Content purport disclosed in this specification The utility model is being described in detail, it is originally practical to be easy to implement in those skilled in the art of the present invention Novel, therefore, the technical idea and scope of the utility model are not meant to be limited only to embodiment disclosed in this specification Or to the explanation that it is carried out.

In addition, each structure indicated in attached drawing indicates for ease of description and arbitrarily, therefore the utility model is simultaneously It is nonessential to be confined to content shown in figure.In addition, in order to clearly and conveniently be illustrated, structural element shown in the figure Size and shape etc. may be exaggerated.Accordingly, it is considered to the utility model structure and effect and the term that especially defines May be different according to user, the intention of operator or convention, it should be in the entirety of this specification to these terms It is defined on the basis of appearance.

In the present specification, except as otherwise noted (EAON), " upside ", " top ", " upper end " or term similar with its refer to throwing Enter the side or close therewith part or end of material, " downside ", " lower part ", " lower end " or term similar with its refer to throwing Enter the side of material opposite side or close therewith part or end.

Fig. 1 a and Fig. 1 b are the exploded perspective view of the juice squeezer barrel of the first embodiment of the utility model, and Fig. 2 a to Fig. 2 c is this The perspective view of the juice squeezer barrel of the first embodiment of utility model.In addition, Fig. 3 a and Fig. 3 b are the second embodiment of the utility model Juice squeezer barrel exploded perspective view, Fig. 4 be the utility model second embodiment juice squeezer barrel perspective view.In addition, Fig. 5 a is extremely Fig. 5 c is the exploded perspective view using the juice extractor of the juice squeezer barrel of the utility model.

Before illustrating the utility model, in order to understand the juice extractor for the juice squeezer barrel 400 for applying the utility model embodiment Structure, simple illustration is carried out to the structure of the juice extractor indicated in Fig. 5 a to Fig. 5 c.Using the utility model embodiment The juice extractor of juice squeezer barrel 400 may include main part 1, hopper 100, screw rod 300 and juice squeezer barrel 400.In the part of the utility model In embodiment, juice extractor can further comprise the bucket cover 200 that can accommodate juice squeezer barrel 400.It is different, in the utility model In section Example, the second module 20 of juice squeezer barrel 400 can double as the effect of bucket cover 200.That is, can in the lower part of the second module 20 The row's of being formed with juice mouth 220 and slag-drip opening 230, and bunghole 260 is formed in the lower end of the second module 20.

In the section Example of the utility model, bucket cover 200 is formed as the open cylindrical shape in top, and inside it Configured with screw rod 300 and juice squeezer barrel 400.Different, in the section Example of the utility model, the second module 20 can be formed For the open cylindrical shape in top, and the first module 10 configured with screw rod 300 and juice squeezer barrel 400 inside it.In this bucket cover 200 or second the lower central of module 20 be formed with bunghole 260.Drive shaft is inserted into bunghole 260 and connects with screw rod 300 It connects, and transmits power to screw rod 300.The inner peripheral surface of bunghole 260 can have shape corresponding with axis shape is driven, so as to for driving Moving axis insertion.

Screw rod 300 is configured to that rotary force can be received from drive shaft and is rotated, for carrying out to juicing object Squeezing crushes.For this purpose, screw shaft 320, the top of the drive shaft and the spiral shell can be formed in the lower part of the screw rod 300 Bar axis 320 combines, so as to transmit power to the screw shaft 320.At least one is formed on the outer peripheral surface of screw rod 300 Screw spiral 310, the screw spiral 310 can be contacted with juice squeezer barrel 400.Object of squeezing the juice passes through screw spiral 310 to the lower part Conveying, and object of squeezing the juice is squeezed by the relatively narrow gap between screw rod 300 and juice squeezer barrel 400.For this purpose, on screw rod 300 Interval between the screw spiral 310 in portion can be greater than the interval between the adjacent screws spiral 310 of 300 lower part of screw rod.

Juice squeezer barrel 400 can be hollow cylinder or truncated cone shape, can be to juicing by the interaction with screw rod 300 Object is squeezed or is crushed.

In the following, the juice squeezer barrel 400 to the utility model embodiment is specifically described.The juicing of the utility model embodiment Bucket may include the first module 10 and the second module 20, and first module 10 and the second module 20 can be tied detachably It closes.

First module 10 is formed as the hollow cylindrical shape opened up and down, at least one slit including elongated formation (slit)12.The slit 12 is formed on the position for separating set distance to the lower part with 10 upper end of the first module to downside.Institute The lower end for stating slit 12 can open, and can also be closed by reinforcing ring 16 Deng.Second module 20 is formed as hollow cylindrical shape, including At least one rib cage (rib) 22, the rib cage (rib) 22 are accordingly inserted in the slit 12 formed in the first module 10.? When two modules 20 and the first module 10 combine, regulation is formed between the slit 12 of the first module 10 and the rib cage 22 of the second module 20 Seam, the juice separated from the residue that generates when squeezing the juice to material is by the seam from the discharge of the interior of juice squeezer barrel. That is, the seam between the slit 12 and rib cage 22 executes the effect of the mesh of previous eyed structure.

As shown in Fig. 1 a to Fig. 4, according to the type of the juice extractor of the application juice squeezer barrel, the juice squeezer barrel can have a variety of Form.For example, the length of the first module 10 and the second module 20 can be similar as shown in Fig. 1 a to Fig. 4.In addition, slit 12 can be with The whole length of first module 10 is correspondingly formed (it is longer than the set distance that slit 12 is formed as its length).

When being observed in the state of in addition, accommodating screw rod 300 in juice squeezer barrel, as long as the spiral shell in the hole of slit 12 and screw rod 300 Rotation intersects, and the shape in the hole is not limited to the hole of quadrangle or the hole of ellipse.In addition, as long as rib cage 22 can be accordingly inserted into Seam is formed in slit 12 and between slit 12, then the shape of rib cage 22 is not limited to any shape.First module is circumferentially square To including the plate part for being formed with the bore portion and not formed slit 12 of slit 12, for ease of description, in the present specification will The plate part 11 of not formed slit 12 is known as " wall ".

In the embodiments of the present invention, can such as be observed in Fig. 1 a into Fig. 4, the first module 10 can also for top and The cylindrical shape of lower open, to accommodate screw rod 300 in the inside of first module 10, and the first module 10 is whole Be formed as being gradually reduced with dropping to its internal diameter of lower part from top.At this point, with the rotation of screw rod 300, what material can be placed Volume between first module 10 and screw rod 300 is gradually reduced from upside to downside, and to material apply compressing force also from Upside drops to downside and is gradually increased.Therefore, with material is moved to that lower part is squeezed from top and particle becomes smaller or is crushed.But It is that screw rod 300 may be structured to various shapes and size, so as to stronger to the compressing force of material application more to the lower part, this is practical The shape of the novel embodiment for being not limited to record herein.

It can such as be observed in Fig. 1 a into Fig. 4, second module 20 of the utility model embodiment is formed as the second module The internal diameter of 20 each section is bigger than the outer diameter of the corresponding part of the first module 10, to coat and be incorporated into the first module 10. But the shape of the second module 20 is not limited to the embodiments of the present invention, can also be that the rib cage 22 can be made to be inserted into Any shape that seam in the slit 12 of the first module 10 and between the rib cage 22 and slit 12 intersects with screw spiral 310 Shape.

At least one rib cage (rib) 13,14 is formed in addition, can separate along the inner peripheral surface of the first module 10.The rib cage 13, it 14 can be formed on the length direction of the first module 10.By the record and aftermentioned record of front, it will be understood that and be formed in Rib cage 13,14 on the inner peripheral surface of first module 10 and the rib with the second module 20 in the slit 12 for being inserted in the first module 10 Bone 22 executes function different from each other.

If without this rib cage 13,14, juicing object can stagnate without move down or squeeze force or crush force compared with It is low, or be possible without and generate squeeze force or crush force.In addition, because being conveyed by the spiral 310 of screw rod 300 to material And the compressing force generated during compression may result in the deformation of the first module 10, therefore in order to reinforce the first module 10, Rib cage 13,14 can be formed in the first module 10.In addition, rib cage 13,14 can be formed on one wall.

In one form, rib cage 13,14 can be formed in the inner circumferential of the wall 11 of the not formed slit 12 in the first module 10 On face, and include: length be less than slit 12 length or the rib cage 13 similar with the length of slit 12 (call " first rib in the following text Bone ")；With on the inner peripheral surface of the wall 11 of not formed slit 12 vertically or nearly vertically to be formed and be formed with the inner peripheral surface It is greater than the rib cage 14 (calling " second rib " in the following text) of the length of slit 12 for length.

Rib cage 13,14 generally play make to devote the material inside juice squeezer barrel 400 be sandwiched in connect with screw rod 300 it is narrow Narrow part and the effect moved down.The rib cage 13,14 can play while moving down material and screw rod 300 together The function of sufficiently smashing material to pieces and squeezed.Therefore, rib cage 13,14 without must on the length direction of juice squeezer barrel 400 shape At, can also realize the form to intersect with the spiral 310 of screw rod 300, and in order to effectively convey and expressing material, be embodied as with Length direction has the oblique form of defined gradient.

At this point, the first rib cage 13 can be formed on the wall 11 of the first module 10 and slit as that can observe in figure 2 c 12 adjacent positions.When the first rib cage 13 is formed as adjacent with slit 12, the central portion of wall 11 is formed in the first rib cage 13 The case where dividing is compared, and reduces residue and is filled in the phenomenon in seam.

In addition, the elongated formation along its length on the inner peripheral surface of wall 11 of second rib 14, therefore can not only execute and draw It leads and the function of expressing material, moreover it is possible to execute the receiving location and adjustment for reinforcing function and adjustment screw 300 in juice squeezer barrel 400 The function in juicing space.Wherein, the function of reinforcing is the mistake for preventing that material is guided and squeezed by the spiral by screw rod 300 The function that the first module 10 deforms caused by the squeeze force generated in journey.

In addition, second rib 14 also be configured to from top to lower part described in second rib 14 protrusion height it is identical, But can such as be observed in Fig. 1 a, Fig. 2 a, Fig. 2 c, Fig. 3 a and Fig. 4, also be configured to from top to lower part described in the second rib The protrusion height of bone 14 is gradually lower, or can be formed with undergauge at least on the length direction middle section of second rib 14 One ladder.

In addition, can such as be observed in Fig. 1 a, Fig. 2 a, Fig. 2 c, Fig. 3 a and Fig. 4, multiple walls 11 may include width relatively Narrow wall 11 and the relatively wide wall 11 of width.In addition, the first rib cage 13 can be formed in the inner circumferential of the relatively narrow wall 11 of width On face, and second rib 14 is formed on the inner peripheral surface of the relatively wide wall 11 of width.

Further, the wall 11 relatively wide with the width of the first module 10 when the first module 10 and the second module 20 are combined The inner peripheral surface of the second module 20 that connects of outer peripheral surface on can provide device for fixing the first module 10 and the second module 20, Without forming rib cage 22.For example, engagement groove can be formed on the outer peripheral surface of the relatively wide wall 11 of the width of the first module 10 19, can be formed on the inner peripheral surface that the wall 11 relatively wide with width in the second module 20 faces can be with 19 knot of engagement groove The combination protrusion 29 of conjunction.As scheme is replaced, can be formed on the outer peripheral surface of the relatively wide wall 11 of the width of the first module 10 Have in conjunction with protrusion, can be formed on the inner peripheral surface that the wall 11 relatively wide with width in the second module 20 faces can be with knot Close the engagement groove that protrusion combines.By the engagement groove 19 and the combination of protrusion 29 is combined, the second module 20 can be determined to the The relative position of one module 10, and keep the size of seam.In addition, the device for fixing the first module 10 and the second module 20 It is not limited to the engagement groove recorded above and combines protrusion.

In addition, the periphery of the inner peripheral surface of the not formed rib cage 22 in the second module 20 and corresponding first module 10 It can be formed between face and separate space, can also adjoined one another.

In one form, the inner peripheral surface of the not formed rib cage 22 in the second module 20 and corresponding first module It is formed with when separating space, is capable of forming between the first module 10 and the second module 20 for juice flowing between 10 outer peripheral surface Space, therefore juice can flow downward in the case where accessible.

In another form, the inner peripheral surface of the not formed rib cage 22 in the second module 20 and corresponding first mould The the space that separates between the outer peripheral surface of block 10 can be the bigger to the lower part, so that movement can more collect the juice after squeezing more to the lower part In.

In another form, for the inner peripheral surface of the not formed rib cage 22 in the second module 20 and corresponding It is formed between the outer peripheral surface of one module 10 and separates space, the first module 10 also is configured to its outer diameter from top to lower part gradually Reduce, at least one rank of its outer diameter reduction can also be provided on the length direction central location of the outer peripheral surface of the first module 10 Ladder.

In addition, can such as observe in Fig. 1 a, Fig. 2 a, Fig. 2 c, Fig. 3 a and Fig. 4, it is formed in the slit 12 of the first module 10 Between wall 11 can generally have more to radial center its width (in a circumferential direction, one between slit and adjacent slots Distance) wider shape.At this point, being formed in the slit 12 of the first module 10 of juice squeezer barrel 400 and the rib cage of the second module 20 Seam between 22 is configured to gradually broaden from radially inner side to outside, therefore can prevent in juice-extracting process because residue causes The problem of seam blocking or obstruction juice flowing.

In one form, in order to make wall 11, more to radial center, its width is wider, is formed in the wall 11 of the first module 10 Section can be made of semicircle, ellipse or scalariform.

In addition, conveyed material to downside by the rotation of screw rod 300 inside the first module 10 of juice squeezer barrel 400, and Due to the interval between screw rod 300 and the inner peripheral surface of the first module 10 more to downside it is narrower, gradually reduce material so that Grain more reduces, and compressing force caused by the compression because of material becomes larger to the lower part.Therefore, squeezing of the juice by filtering discharge The lower part latasuture of juice bucket is formed as more narrower than top latasuture.In addition, the residue generated in juice-extracting process may according to material Juice can be hindered from the discharge of lower part latasuture.Therefore, the top latasuture of juice squeezer barrel is formed as more relatively wide than lower part latasuture, so as to Juice is overflowed by top latasuture.That is, be formed in the first module 10 of juice squeezer barrel slit 12 and the second module 20 rib cage 22 it Between seam may be structured to lower part and continuously or non-continuously narrow than top.

For this purpose, in one form, can such as be observed in Fig. 1 a, Fig. 1 b, Fig. 2 a, Fig. 2 c, Fig. 3 a and Fig. 4, it can be by It is wider that the slit 12 of one module 10 is formed as its width of side more to the lower part, the slit 12 of the first module 10 can also be formed as more to Its width of upper side is narrower.In another form, the slit 12 of the first module 10 can be formed as to its constant width, and will The rib cage 22 of second module 20 is formed as more that its width is narrower to upper side.

In another form, it can such as be observed in Fig. 1 a, Fig. 1 b, Fig. 2 a, Fig. 2 c, Fig. 3 a and Fig. 4, in the first module 10 or second the length direction central portion of module 20 point may be provided with ladder 121,221, and with the ladder 121,221 for benchmark shape It is more wider than lower side that upper side is formed as at the seam between the slit 12 of the first module 10 and the rib cage 22 of the second module 20, For this purpose, the rib cage 22 of the second module 20 can also be formed as more to its width is narrower to upside on the basis of the ladder 221.

In addition, juice squeezer barrel 400 can be made of high-intensitive material, the high intensity material was not only harmless, but also having can It sufficiently bears in the pressure generated in juice-extracting process and keeps the intensity being spaced between slit 12.In addition, juice squeezer barrel 400 can also be by One light sheet (plate) of high-intensitive material makes.

In one form, polyetherimide (Polyetherimide) can be used in the first module 10 and the second module 20 One is made.First module 10 and the second module 20 can be made by being molded.

In addition, the compressing force that material is born gradually increases, it is thus possible to can produce due to more to the lower part of juice squeezer barrel 400 The deformation or breakage of raw first module 10, or generate the seam being formed between the first module 10 and the second module 20 and increase or become Shape.Therefore, it can such as be observed in Fig. 1 a to Fig. 3 b, annular reinforcing ring 16 can be formed with, so as to fix the first module 10 Slit 12.The reinforcing ring 16 can be formed between the lower end or top and bottom of the first module 10, so that slit 12 is kept, It can also be formed in lower end opening portion with the flange forms of annular.Slit 12 will not increase in juice-extracting process as a result, or it is wide Degree will not change.

In addition, may incorporate the first screw rod liner 330 on the outer peripheral surface of screw shaft 320 as that can observe in fig. 5 c. When screw shaft 320 is inserted in bunghole 260, the outer peripheral surface of the 330 closing bunghole 260 of the first screw rod liner.Thereby, it is possible to anti- Only juice enters the inside of bunghole 260 in juice-extracting process.

Further, it can be formed with seal groove 340 on the lower, outer perimeter face of screw rod 300, can be tied on the seal groove 340 Conjunction has the second screw rod to pad (not shown).The mounting portion in the inner lower formation of the second module 20 is installed in seal groove 340 When upper, the second screw rod liner closes the inside of the mounting portion.Thereby, it is possible to prevent the residue in juice-extracting process from entering row Juice mouth 220.

As described above, embodiment according to the present utility model, constitutes the juice squeezer barrel 400 being made of two modules, therefore Cleaning is simple, and can improve juicing effect.

In addition, foregoing illustrate be formed with slit in the first module 10 and be formed with rib cage in the second module 20 22 example.But even if it will be understood that the rib cage for being formed in the first module 10 and being protruded to radial outside from the above description And the slit being inserted into for the rib cage is formed in the second module 20, it can also execute identical function.

Although the embodiments of the present invention are described in detail above, the interest field of the utility model is simultaneously It is not limited to this, on the basis of the utility model basic conception that those skilled in the art define in the appended claims The various modifications and improved form carried out also belong to the protection scope of the utility model.

Claims

1. a kind of juice squeezer barrel, which is characterized in that the juice squeezer barrel includes:

First module, be formed as include top and bottom cylinder, in the position for separating set distance to the lower part with the upper end On to downside be formed at least one slit；And

Second module coats first module and is removably combined with the first module, and is formed as cylinder, second mould Block is formed with radially protruding on inner peripheral surface and can be inserted in the rib cage of the slit；

The set distance is shorter than the length of the slit,

When second module coats and is incorporated into the first module, the rib cage be inserted in the slit and in the rib cage and The seam of regulation shape is formed between the slit.

2. juice squeezer barrel according to claim 1, which is characterized in that

In the state that second module and first module combine, the regulation constant shape.

3. juice squeezer barrel according to claim 1, which is characterized in that

The slit is connected to each other by the reinforcing ring of annular, so that the width of slit be kept constant.

4. juice squeezer barrel according to claim 3, which is characterized in that

Each slit includes top and bottom,

The reinforcing ring of the annular is located between the top and bottom of the slit or the lower end of the slit.

5. juice squeezer barrel according to claim 1, which is characterized in that

First module includes at least one wall being alternatively formed in a circumferential direction at least one slit,

It is formed at least one first rib cage and at least one second rib on the inner peripheral surface of first module, described first The length of rib cage is the length of the slit hereinafter, the length of the second rib is greater than the length of the slit.

6. juice squeezer barrel according to claim 5, which is characterized in that

One be formed on the inner peripheral surface of a wall in first rib cage and the second rib.

7. juice squeezer barrel according to claim 5, which is characterized in that

The wall includes the relatively wide wall of width and the relatively narrow wall of width,

For the first rib bon e formation in the inner peripheral surface of the relatively narrow wall of width, it is relatively wide that the second rib is formed in width Wall inner peripheral surface.

8. juice squeezer barrel according to claim 7, which is characterized in that

The not formed rib cage on the inner peripheral surface of the second module of relatively wide wall surface pair with the width of first module.

9. juice squeezer barrel according to claim 7, which is characterized in that

In order to fix the first module and the second module, in the outer peripheral surface and second of the relatively wide wall of the width of first module The fixation device that can be bonded to each other is formed on the inner peripheral surface of the wall surface pair relatively wide with width in module.

10. juice squeezer barrel according to claim 5, which is characterized in that

First rib cage formation adjacent with the slit.

11. juice squeezer barrel according to claim 5, which is characterized in that

The second rib is formed with the ladder of undergauge.

12. juice squeezer barrel according to claim 1, which is characterized in that

The size of the seam is different in the longitudinal direction.

13. juice squeezer barrel according to claim 12, which is characterized in that

The size of the seam is also different radially.

14. juice squeezer barrel according to claim 13, which is characterized in that

The size of the seam gradually broadens from radially inner side to outside.

15. juice squeezer barrel according to claim 12, which is characterized in that

The size for being sewn on lower part is more narrower than the size on top.

16. juice squeezer barrel according to claim 12, which is characterized in that

Side is wider more to the lower part for the width of the slit.

17. juice squeezer barrel according to claim 12, which is characterized in that

It is formed with stepped part on the rib cage of second module, on the basis of the stepped part, the rib cage of upper side Width is smaller than the width of the rib cage of lower side.

18. juice squeezer barrel according to claim 1, which is characterized in that

It is formed between the outer peripheral surface of first module and the inner peripheral surface of second module and separates space,

It is described that separate space wider on the upside of the ratio of downside.

19. juice squeezer barrel according to claim 1, which is characterized in that

Second module further comprises the row's juice mouth and slag-drip opening for being formed in the lower part of second module.

20. juice squeezer barrel according to claim 19, which is characterized in that

Screw rod can be accommodated in the inside of first module, the screw rod can rotate,

It is formed with bunghole in the lower end of second module,

In the bunghole inserted with can to the screw rod transmit power component,

The juice squeezer barrel further comprises the first screw rod liner, and first screw rod pads the periphery for closing the bunghole Face.

21. juice squeezer barrel according to claim 20, which is characterized in that

It is formed with mounting portion in the inner lower of second module,

The juice squeezer barrel further comprises the second screw rod liner, and second screw rod pads the peace for closing second module The inside in dress portion.