CN209346699U - A kind of brewing device steeping drink machine - Google Patents

Abstract

The utility model relates to a kind of brewing devices for steeping drink machine, using front apron, turnover translation moving seat, translating base is punctured to be vertically arranged between left baffle and right baffle from front to back, translation mechanism is punctured to rotate using flange and push push arm and puncture translating base Forward, it is higher to control precision, stability in flange rotation process is more preferable, push arm is able to carry out stable impetus, so that lancet and means are at the puncture channel that a steady forward moving condition passes through turnover translation moving seat and container housing sleeve, then the rate maintained like punctures packing container, it prevents from generating packing container excessive puncture, it avoids generating excessive puncture orifice, it prevents from generating packing container excessive puncture, ensure solid material in packing container brews effect, prevent the liquid in packing container from overflowing from puncture place.

Description

A kind of brewing device steeping drink machine

Technical field

The utility model relates to beverage pouring and boiling technical field more particularly to a kind of brewing devices for steeping drink machine.

Background technique

In order to facilitate carrying and brew, more and more consumers more likes using quantitative packing container that pack can For brewing solid material of liquid beverage, such as tealeaves, coffee, fruit juice particle even Chinese medicinal granule etc..These packagings are held Device generally includes vessel and closure diaphragm, and vessel generallys use the various shapes structure such as bowl-shape, cup-shaped, tubular, holds Device ontology is equipped with opening, and the opening of vessel is typically provided with the outer of annular, and the cavity of vessel is certain for storing The solid material of amount, closure diaphragm sealing is in the opening of vessel so that the cavity of vessel forms a confined air Between, can solid material in effective protection cavity, prevent extraneous aqueous vapor, impurity etc. from entering in cavity and causing solid material It is rotten.

Currently, also occur some bubble drink machines on the market, for by the packing container of a certain amount of solid material of above-mentioned storage It is brewed.It is equipped with an Instant Drinks device inside this bubble drink machine, packing container is put into bubble drink machine, Instant Drinks device is being packed A water inlet and a water outlet are punctured out on container, and hot water is then injected into the cavity of vessel by water inlet, So that solid material dissolution is become the liquid beverage that can be drunk, then is flowed out by water outlet.But since packing container mostly uses It is made than relatively thin plastics, the dynamics punctured is difficult to control during puncturing packing container, be easy to generate packing container Excessive puncture keeps puncture orifice excessive, and in water filling, hot water is easy to overflow from puncture orifice, and influence brews effect.

Summary of the invention

The problem to be solved by the utility model is to provide a kind of brewing device for steeping drink machine, this bubble drink machine brews dress Setting stable can carry out puncture bale broken to packing container, the puncture for preventing from generating packing container excessive, it is ensured that packing container Middle solid material brews effect, prevents the liquid in packing container from overflowing from puncture place.The technical solution adopted is as follows:

A kind of brewing device steeping drink machine, it is characterised in that: including front apron, right baffle-plate, right shell body, bale broken component, liquid Body outflow component, the turnover mechanism that container housing sleeve can be driven to overturn, turnover translation moving seat, lancet and means, is worn container housing sleeve Thorn translating base can drive the puncture translation mechanism and water supply mechanism for puncturing translating base progress anterior-posterior translation；Front apron, overturning Translating base, puncture translating base are vertically arranged between left baffle and right baffle from front to back, and left baffle and right baffle is equipped with anti- The only detent component that turnover translation moving seat moves back；Liquid outflow component is mounted on the leading flank of front apron, before bale broken component is mounted on The trailing flank of baffle, liquid flow out component and are equipped with liquid outlet, and bale broken component is equipped with the liquid outlet phase with liquid outflow component The deflector hole of connection；Turnover mechanism is arranged on the leading flank of turnover translation moving seat, and container housing sleeve is mounted on the dynamic of turnover mechanism On power output end, the trailing flank of turnover translation moving seat is equipped with auxiliary pushing block, is equipped on container housing sleeve bottom and turnover translation moving seat The puncture channel for passing through and being in close contact for lancet and means, lancet and means be arranged in puncture translating base leading flank on and with wear The position in transfixation road is corresponding, and the trailing flank for puncturing translating base is connected with the power output end for puncturing translation mechanism；Puncture portion The surface of part is equipped at least one apopore, and the inside of lancet and means is equipped with for being connected to apopore and water supply mechanism water outlet Waterflood path；Translation mechanism is punctured to include at least one flange, at least one push arm and driving flange while carrying out front and back The flange driving device of rotation, flange are mounted on the power output end of flange driving device, and one end of push arm is connected to accordingly Flange surface deviates on the position of flange center, and the other end of push arm as the power output end for puncturing translation mechanism and punctures flat Move the trailing flank connection of seat.

For said vesse housing sleeve for placing packing container, packing container generally includes vessel and closure diaphragm, holds Device ontology generallys use the various shapes structure such as bowl-shape, cup-shaped, tubular, and vessel is equipped with opening, the opening of vessel It is typically provided with the outer of annular, the cavity of vessel is sealed for storing a certain amount of solid material, closure diaphragm in container So that the cavity of vessel forms a confined space in the opening of ontology；The shape of container housing sleeve and packing container phase Match, when container housing sleeve zero load is opening up, when packing container is placed in container housing sleeve, under the driving of turnover mechanism The rotation of container housing sleeve makes opening towards front apron；After completing the bale broken work of packing container, turnover mechanism driving container is put It sets set to reset, restore to opening up state.

The effect of above-mentioned bale broken component is scratched during moving forward to for the opening in packing container and be adjacent to front apron The closure diaphragm of packing container opening, and the liquid export in packing container is entered into liquid and flows out component；Above-mentioned puncture portion The effect of part be sequentially pass through on turnover translation moving seat and puncture packing container bottom after the puncture channel of container housing sleeve bottom, and To packing container internal water flooding, lancet and means are usually tubular structure, and lumen is equipped with beveling as injection channel, the front end of lumen Face is more conducive to puncture packing container bottom, and the rear end of lumen is connected to the water outlet of the water supply mechanism.

Above-mentioned water supply mechanism for providing quantitative hot water, generally include water storage component (such as water tank, water storage tank etc.), Heating device, metering pump and water-supply-pipe, heating device for being heated to the cold water in water storage component, then by metering pump and Water-supply-pipe carries out delivery to above-mentioned waterflood path.

After turnover mechanism driving container housing sleeve rotation makes the opening of packing container towards front apron, flange driving device Driving flange rotates forward, pushes push arm and punctures translating base to Forward, make lancet and means sequentially pass through on turnover translation moving seat and The puncture channel of container housing sleeve bottom simultaneously gradually punctures the packing container being placed in container housing sleeve, and puncture translating base is waited to touch When contacting the auxiliary pushing block of turnover translation moving seat trailing flank, lancet and means fully penetrate packing container；Then translating base is punctured to continue It moves forward, the bale broken component on the trailing flank of front apron is made to scratch the closure diaphragm of packing container, until packing container is open Annular outer and front apron trailing flank be in close contact；Then water supply mechanism is by the waterflood path inside lancet and means to packet Packaging container is filled the water, and brew forming liquid beverage to the solid material in packing container, and last liquid beverage passes through broken The deflector hole of packet component is through liquid outflow component outflow.

After the liquid beverage in packing container flows completely out, flange driving device driving flange rotates backward, and makes to push away Arm will puncture translating base post-tensioning；Since lancet and means and puncture channel are in close contact, while puncture translating base moves backward Dragging turnover translation moving seat moves backward, until turnover translation moving seat blocks stopping by the detent component in left baffle and moves back, and wears Thorn component is detached from from puncture channel during puncturing translating base and continuing to move back, and the final translating base that punctures resets.

It punctures translation mechanism to rotate using flange and push push arm and puncture translating base Forward, control precision is higher, flange Stability in rotation process is more preferable, and push arm is able to carry out stable impetus, puts down so that lancet and means are at one Steady forward moving condition passes through the puncture channel of turnover translation moving seat and container housing sleeve, and the rate then maintained like punctures packet Packaging container prevents from generating packing container excessive puncture, avoids generating excessive puncture orifice, prevents from generating packing container The puncture of degree, it is ensured that solid material brews effect in packing container, prevents the liquid in packing container from overflowing from puncture place.

The mobile stability of translating base is punctured in order to improve, above-mentioned push arm can be used two, while corresponding flange uses Two, two push arms are connected to the corresponding two sides of puncture channel for puncturing translating base.

As a preferred embodiment of the present invention, the flange driving device includes decelerating motor, worm gear, worm screw and transmission The output shaft of axis, worm screw and decelerating motor is sequentially connected, the spiral tooth engagement of worm gear and worm screw, and transmission shaft and worm-drive connect It connects, the flange transmission is socketed on transmission shaft.Cooperate turbine and worm come driving flange rotation by decelerating motor, controls precision Higher, flange rotation is more steady.

As the further preferred embodiment of the utility model, the first guide groove, institute are equipped in the right baffle-plate and right shell body It states and is equipped with the first sliding block to match with the first guide groove in left side and the right edge punctured on translating base, the first sliding block is in It can slide in corresponding first guide groove and along the first guide groove.The first sliding block is respectively set on the two sides for puncturing translating base, makes to wear Piercing first guide groove of the translation mechanism in left baffle and right baffle pushes puncture translating base to be more smoothly moved forward and backward.

As the further preferred embodiment of the utility model, the push arm includes first connecting rod and second connecting rod, and first The front end of connecting rod and the trailing flank for puncturing translating base are hinged, and the rear end of first connecting rod and the front end of second connecting rod are hinged, the The rear end of two connecting rods is fixedly connected with the corresponding flange；The lower side of second connecting rod is equipped with one section of radius and is greater than the biography The arc side of moving axis radius.When flange rotates forward, the angle between second connecting rod and first connecting rod increases, and first connecting rod is pushed forward Puncture translating base；When flange rotates backward, the angle between second connecting rod and first connecting rod reduces, and first connecting rod post-tensioning punctures Translating base.And the lower side of second connecting rod is the arc side that Radius is greater than transmission shaft radius, second when preventing flange from rotating backward Connecting rod is scraped with transmission shaft, while increasing the rotational angle of flange, increases the displacement for puncturing translating base.

As the further preferred embodiment of the utility model, it is equipped with the second guide groove in the right baffle-plate and right shell body, The rear end of second guide groove is in front of the rear end of first guide groove；The turnover mechanism includes overturning decelerating motor, overturns and put down Move axis, two overturning connection straps and overturning detection device；The both ends of turnover translation moving axis pass through in left baffle and right baffle accordingly The second guide groove and can be slid back and forth along the second guide groove, the output shaft of wherein one end of turnover translation moving axis and overturning decelerating motor connects It connects, overturning detection device is arranged on turnover translation moving axis, overturns the signal output end of detection device and the letter of overturning decelerating motor The electrical connection of number input terminal；The container housing sleeve is fixedly mounted in the middle part of turnover translation moving axis, and two overturning connection straps are respectively at One end of the left and right sides of the container housing sleeve, two overturning connection straps rotatably connects with turnover translation moving axis accordingly respectively It connects, the other end of two overturning connection straps is fixedly mounted on the leading flank of the turnover translation moving seat.Puncture translating base be pushed forward or Post-tensioning turnover translation moving seat is moved forward and backward container housing sleeve in the second guide groove of drive lower edge of turnover translation moving axis.Turnover translation moving seat It moves backward under the dragging for puncturing translating base, is blocked when turnover translation moving axis reaches the rear end of the second guide groove, overturning is flat at this time The rear end for moving axis and the second guide groove constitutes the aforementioned detent component for preventing turnover translation moving seat from moving back, and punctures translating base continuation and wearing It pierces under the driving of translation mechanism and moves back.

Above-mentioned overturning detection device is used to detect the angle that overturning decelerating motor overturns container housing sleeve, and extracting container is placed (it is considered as 0 °) on the basis of set opening upwards, packing container is placed in container housing sleeve at this time；When overturning decelerating motor drives Stopping when dynamic turnover translation moving axis turns to the opening of container housing sleeve towards front apron, angle at this time are considered as 90 °；Complete bale broken After work, overturning decelerating motor driving turnover translation moving axis continues to rotate that Open Side Down to container housing sleeve, angle view at this time It is 180 °, packing container is fallen from container housing sleeve automatically.A pair of of infrared tube plate can be used in overturning detection device, wherein sending out It penetrates plate and is mounted on turnover translation moving axis and rotated with turnover translation moving axis, receiver board can be fixedly mounted in right baffle-plate or right shell body, when Expelling plate sends signal when turning to special angle, receiver board receive send after the signal of expelling plate corresponding control signal to Overturn decelerating motor.

It is further excellent again as the utility model in order to optimize the connection between turnover translation moving axis and container housing sleeve Scheme is selected, the turnover translation moving axis is divided into left half axle and right axle shaft, one end of left half axle and right axle shaft by the container housing sleeve It is respectively fixedly connected on the left side and right side of container housing sleeve, the other end of left half axle and right axle shaft is each passed through accordingly The second guide groove.

As the utility model, further preferred embodiment, the turnover mechanism further include that secondary guide and auxiliary are slided again Block, secondary guide are arranged on the right baffle-plate where the overturning decelerating motor or the lateral surface of right shell body, and secondary guide Length direction it is consistent with the moving direction of the turnover translation moving seat, auxiliary slider, which is arranged, can lead in secondary guide and along auxiliary Bar is mobile, and the overturning decelerating motor is fixedly mounted on auxiliary slider.It is turned over by setting secondary guide and auxiliary slider, mitigation The pressure of rotation mechanism turnover translation moving axis when being moved forward and backward improves stability of the packing container in translation.

As a preferred embodiment of the present invention, the bale broken component is tubular structure, and the tube wall front end of tubular structure is made It is fixedly connected on the trailing flank of front apron for deflector hole, the tube wall rear end of tubular structure forms a circular blade.

As the further preferred embodiment of the utility model, liquid outflow components interior has to be connected to liquid outlet Fluid passage, the entrance of fluid passage are connected with the deflector hole of the bale broken component, and the outlet of fluid passage goes out as described in Liquid mouth；The inlet of fluid passage is equipped with the controlled valve for controlling fluid passage on-off.Liquid flows out component can also be excellent Choosing uses tubular structure, and lumen is as fluid passage.On the one hand setting controlled valve can grasp liquid beverage in packing container The opportunity of outflow, it is ensured that the on the other hand quality of liquid beverage can prevent the liquid in packing container when not needing to take Beverage leakage.In addition, the also settable filter screen in inlet of liquid outflow component, carries out filter residue for the liquid of outflow.

The utility model compared with prior art, has the advantages that

The bag breaking device of the utility model bubble drink machine is erected from front to back using front apron, turnover translation moving seat, puncture translating base Straight setting is between left baffle and right baffle, before puncture translation mechanism makes push arm push puncture translating base using flange rotation It moves, control precision is higher, and the stability in flange rotation process is more preferable, and push arm is able to carry out stable impetus, so that wearing Thorn component is at the puncture channel that a steady forward moving condition passes through turnover translation moving seat and container housing sleeve, then The rate maintained like punctures packing container, prevents from generating packing container excessive puncture, avoids generating excessive puncture orifice, It prevents from generating packing container excessive puncture, it is ensured that solid material brews effect in packing container, prevents in packing container Liquid from puncture place overflow.

Detailed description of the invention

Fig. 1 is the schematic top plan view of the preferred embodiments of the present invention working condition one；

Fig. 2 is the schematic top plan view of the preferred embodiments of the present invention working condition two；

Fig. 3 is the schematic top plan view of the preferred embodiments of the present invention working condition three；

Fig. 4 is the schematic top plan view of the preferred embodiments of the present invention working condition four；

Fig. 5 is flange in Fig. 1 to Fig. 4, push arm and the connection schematic diagram for puncturing translating base.

Specific embodiment

It is described further with reference to the accompanying drawing with preferred embodiments of the present invention.

As shown in Figure 1, it is a kind of steep drink machine bag breaking device, including front apron 1, right baffle-plate 2, right shell body 3, bale broken component 4, Container housing sleeve 5, turnover translation moving seat 7, lancet and means 8, punctures translation at the turnover mechanism 6 that container housing sleeve 5 can be driven to overturn Seat 9 can drive puncture translation mechanism 10, water supply mechanism 11 and the liquid outflow portion for puncturing the progress anterior-posterior translation of translating base 9 Part 12, front apron 1, turnover translation moving seat 7, puncture translating base 9 are vertically arranged in from front to back between right baffle-plate 2 and right shell body 3；It is left The first guide groove (not indicating in figure) and the second guide groove (not indicating in figure) are equipped in baffle 2 and right shell body 3, after the second guide groove End is in front of the rear end of the first guide groove；

Liquid outflow component 12 is mounted on the leading flank of front apron 1, and bale broken component 4 is arranged on the trailing flank of front apron 1, The effect of bale broken component 4 is for scratching packing container during the opening of packing container 13 moves forward to and is adjacent to front apron 1 The closure diaphragm of 13 openings；Bale broken component 4 and liquid outflow component 12 are all made of tubular structure, before the tube wall of bale broken component 4 End is fixedly connected on the trailing flank of front apron 1 as deflector hole, and the tube wall rear end of bale broken component 4 forms a circular blade； Liquid flows out the lumen of component 12 as fluid passage be connected to liquid outlet (not indicating in figure), the entrance of fluid passage with break The deflector hole of packet component 4 is connected, and the outlet of fluid passage is as liquid outlet；The inlet of fluid passage is equipped with for controlling liquid The controlled valve 1201 of body channel on-off, liquid flows out the also settable filter screen 1202 in inlet of component, for the liquid of outflow Body carries out filter residue；

Turnover mechanism 6 includes overturning decelerating motor 601,602, two overturning connection straps 603 of turnover translation moving axis, overturning detection Device 604, secondary guide 605 and auxiliary slider 606；Turnover translation moving axis 602 is divided by container housing sleeve 5 for left half axle 6021 and the right side One end of semiaxis 6022, left half axle 6021 and right axle shaft 6022 is respectively fixedly connected in the left side and right side of container housing sleeve 5 On face, the other end of left half axle 6021 and right axle shaft 6022 is each passed through corresponding second guide groove and can be along corresponding second guide groove It slides back and forth；In the present embodiment, secondary guide 605 is arranged on the lateral surface of right shell body 3, and the length of secondary guide 605 Direction is consistent with the moving direction of turnover translation moving seat 7, and auxiliary slider 606 is arranged in secondary guide 605 and can be along secondary guide 605 is mobile, and overturning decelerating motor 601 is fixedly mounted on auxiliary slider 606, and right axle shaft 6022 is in the one of 3 outside of right shell body The output axis connection at end and overturning decelerating motor 601；A pair of of infrared tube plate, including transmitting can be used in overturning detection device 604 Plate 6041 and receiver board 6042, expelling plate 6041 are mounted on left half axle 6021 and are on the one end in 2 outside of right baffle-plate and with left half Axis 6021 rotates, and receiver board 6042 is fixedly mounted on right baffle-plate 2, the signal output end and overturning decelerating motor of receiver board 6042 601 signal input part electrical connection；Two overturning connection straps 603 are respectively at the left and right sides of container housing sleeve 5, two overturnings One end of connection strap 603 is rotatably connected with turnover translation moving axis 602 accordingly respectively, the other end of two overturning connection straps 603 It is fixedly mounted on the leading flank of turnover translation moving seat 7；The trailing flank of turnover translation moving seat 7 is equipped with auxiliary pushing block, 5 bottom of container housing sleeve Portion is equipped with the puncture channel 501 for passing through and being in close contact for lancet and means 8, also is provided in the middle part of turnover translation moving seat 7 for puncturing The puncture channel 702 that component 8 is passed through and is in close contact；

On the leading flank for puncturing translating base 9 and corresponding with the position of puncture channel 702, puncture is arranged in lancet and means 8 The effect of component 8 is to sequentially pass through the puncture channel 501 of 5 bottom of puncture channel 702 and container housing sleeve on turnover translation moving seat 7 After puncture 13 bottom of packing container, the front end of lancet and means 8 is equipped with scarf, and lancet and means 8 is made to be easier to puncture packing container 13；Lancet and means 8 also use tubular structure, and lumen as apopore and is equipped with oblique as injection channel 801, the front end of lumen Section is more conducive to puncture packing container bottom, and the rear end of lumen is connected to the water outlet of water supply mechanism；Water supply mechanism is for providing Quantitative hot water generally includes water storage component (such as water tank, water storage tank etc.), heating device, metering pump and water-supply-pipe 11, adds Thermal carries out above-mentioned waterflood path for heating to the cold water in water storage component, then by metering pump and water-supply-pipe 11 Delivery, water storage component, heating device, metering pump are all made of existing equipment, do not indicate again in figure；

The trailing flank for puncturing translating base 9 is connected with the power output end for puncturing translation mechanism 10, punctures on translating base 9 The first sliding block 901 to match with the first guide groove is equipped on left side and right edge, the first sliding block 901 is in corresponding first It can slide in guide groove and along the first guide groove；

Puncturing translation mechanism 10 includes decelerating motor 1001, worm gear 1002,1004, two worm screw 1003, transmission shaft flanges 1005 and two push arms 1006；The output shaft of worm screw 1003 and decelerating motor 1001 is sequentially connected, worm gear 1002 and worm screw 1003 Spiral tooth engagement, transmission shaft 1004 and worm gear 1002 be sequentially connected, and the transmission of flange 1005 is socketed on transmission shaft 1004, this reality Apply in example in order to further strengthen flange 1005 rotation when stability, by the both ends of transmission shaft 1004 respectively with right baffle-plate 2 It is rotatably connected with right shell body 3；

As shown in figure 5, one end of push arm 1006 is connected to the position that 1005 disk of respective flange deviates 1005 center of flange On, the other end of push arm 1006 is connect as the power output end for puncturing translation mechanism 10 with the trailing flank for puncturing translating base 9； Push arm 1006 includes first connecting rod 10061 and second connecting rod 10062, the front end of first connecting rod 10061 and after puncturing translating base 9 It is hinged at, the rear end of first connecting rod 10061 and the front end of second connecting rod 10062 are hinged, rear end and the phase of second connecting rod 10062 Corresponding flange 1005 is fixedly connected；The lower side of second connecting rod 10062 is equipped with one section of radius and is greater than 1004 radius of transmission shaft Arc side 10063.

For said vesse housing sleeve 5 for placing packing container 13, packing container 13 generally includes vessel and sealed membrane Piece, vessel generally use the various shapes structure such as bowl-shape, cup-shaped, tubular, and vessel is equipped with opening, and vessel is opened The outer of annular is typically provided at mouthful, the cavity of vessel exists for storing a certain amount of solid material, closure diaphragm sealing So that the cavity of vessel forms a confined space in the opening of vessel；The shape and packaging of container housing sleeve 5 are held Device 13 matches, and container housing sleeve 5 is opening up when unloaded.

As shown in Fig. 2, overturning decelerating motor 601 drives container after packing container 13 is placed in container housing sleeve 5 Housing sleeve 5 rotates 90 °, makes the closure diaphragm of packing container 13 towards bale broken component 4；Then as shown in figure 3, decelerating motor 1001 Driving 1002 worm screw 1003 of worm gear rotates transmission shaft 1004, and flange 1005 is driven to rotate forward, pushes push arm 1006 and punctures Translating base 9 moves forward, make lancet and means 8 sequentially pass through on turnover translation moving seat 7 and the puncture channel 702 of 5 bottom of container housing sleeve, 501 and the packing container 13 being placed in container housing sleeve 5 is gradually punctured, waits and puncture after translating base 9 touches turnover translation moving seat 7 When the auxiliary pushing block of side, lancet and means 8 fully penetrate packing container 13；Continue forward as shown in figure 4, puncturing translating base 9 again It is mobile, so that the bale broken component 4 on the trailing flank of front apron 1 is scratched the closure diaphragm of packing container 13, until packing container 13 is opened The annular outer of mouth and the trailing flank of front apron 1 are in close contact.Then water supply mechanism 11 is logical by the water filling inside lancet and means 8 Road 801 fills the water packing container 13, brew forming liquid beverage to the solid material in packing container, last liquid Drink flows out component 12 through liquid by the deflector hole of bale broken component 4 and flows out.

When needing to be reset, flange 1005, which rotates backward, makes 1006 post-tensioning of push arm puncture translating base 9, due to lancet and means 8 It is in close contact with puncture channel, puncture translating base 9 also drags turnover translation moving seat 7 while moving backward and moves backward；And second The rear end of guide groove is located at before the first guide groove rear end, and turnover translation moving seat 7 is stopped moving back by the detent effect of the second guide groove, wears Thorn component 8 is detached from from puncture channel during puncturing translating base 9 and continuing to move back, and the final translating base 9 that punctures resets.

In addition, it should be noted that, the specific embodiments described in this specification, each section title etc. can not Together, all equivalent or simple changes done according to structure, feature and principle described in the concept of the patent of the utility model are included in this In the protection scope of utility model patent.Those skilled in the art of the present invention can be to described specific reality Example is applied to do various modifications or additions or be substituted in a similar manner, structure without departing from the utility model or Beyond the scope defined by this claim, it all should belong to the protection range of the utility model.

Claims (9)

1. a kind of brewing device for steeping drink machine, it is characterised in that: including front apron, right baffle-plate, right shell body, bale broken component, liquid Outflow component, container housing sleeve, the turnover mechanism that container housing sleeve can be driven to overturn, turnover translation moving seat, lancet and means, puncture Translating base can drive the puncture translation mechanism and water supply mechanism for puncturing translating base progress anterior-posterior translation；Front apron, overturning are flat Shifting seat, puncture translating base are vertically arranged between left baffle and right baffle from front to back, and left baffle and right baffle is equipped with and prevents The detent component that turnover translation moving seat moves back；Liquid outflow component is mounted on the leading flank of front apron, and bale broken component is mounted on front The trailing flank of plate, liquid flow out component and are equipped with liquid outlet, and bale broken component is equipped with to be connected with the liquid outlet of liquid outflow component Logical deflector hole；Turnover mechanism is arranged on the leading flank of turnover translation moving seat, and container housing sleeve is mounted on the power of turnover mechanism On output end, the trailing flank of turnover translation moving seat is equipped with auxiliary pushing block, is all provided on container housing sleeve bottom and turnover translation moving seat useful In the puncture channel that lancet and means pass through and are in close contact, lancet and means be arranged in puncture translating base leading flank on and with puncture The position in channel is corresponding, and the trailing flank for puncturing translating base is connected with the power output end for puncturing translation mechanism；Lancet and means Surface be equipped at least one apopore, the inside of lancet and means is equipped with for being connected to apopore and water supply mechanism water outlet Waterflood path；Translation mechanism is punctured to include at least one flange, at least one push arm and driving flange while carrying out front and back turn Dynamic flange driving device, flange are mounted on the power output end of flange driving device, and one end of push arm is connected to corresponding method Blue disk deviates on the position of flange center, and the other end of push arm as the power output end for puncturing translation mechanism and punctures translation The trailing flank connection of seat.

2. brewing device described in accordance with the claim 1, it is characterised in that: the flange driving device includes decelerating motor, snail The output shaft of wheel, worm screw and transmission shaft, worm screw and decelerating motor is sequentially connected, the spiral tooth engagement of worm gear and worm screw, transmission shaft It is connect with worm-drive, the flange transmission is socketed on transmission shaft.

3. brewing device according to claim 2, it is characterised in that: be equipped with first on the right baffle-plate and right shell body and lead Slot, the left side punctured on translating base and is equipped with the first sliding block to match with the first guide groove in right edge, and first is sliding Block is in corresponding first guide groove and can slide along the first guide groove.

4. brewing device described in accordance with the claim 3, it is characterised in that: the push arm includes first connecting rod and second connecting rod, The front end of first connecting rod and the trailing flank for puncturing translating base are hinged, and the rear end of first connecting rod and the front end of second connecting rod are cut with scissors It connects, the rear end of second connecting rod is fixedly connected with the corresponding flange；The lower side of second connecting rod is equipped with one section of radius and is greater than The arc side of the transmission shaft radius.

5. brewing device described in accordance with the claim 3, it is characterised in that: be equipped with second on the right baffle-plate and right shell body and lead Slot, the rear end of the second guide groove are in front of the rear end of first guide groove；The turnover mechanism includes overturning decelerating motor, overturning Translation shaft, two overturning connection straps and overturning detection device；The both ends of turnover translation moving axis pass through left baffle and right baffle accordingly On the second guide groove and can be slid back and forth along the second guide groove, the output shaft of wherein one end of turnover translation moving axis and overturning decelerating motor Connection, overturning detection device are arranged on turnover translation moving axis, overturn the signal output end of detection device and overturn decelerating motor Signal input part electrical connection；The container housing sleeve is fixedly mounted in the middle part of turnover translation moving axis, and two overturning connection straps are located respectively Rotatably connect with turnover translation moving axis accordingly respectively in one end of the left and right sides of the container housing sleeve, two overturning connection straps It connects, the other end of two overturning connection straps is fixedly mounted on the leading flank of the turnover translation moving seat.

6. brewing device according to claim 5, it is characterised in that: the turnover translation moving axis is by the container housing sleeve point For left half axle and right axle shaft, one end of left half axle and right axle shaft is respectively fixedly connected in the left side and right side of container housing sleeve On, the other end of left half axle and right axle shaft is each passed through corresponding second guide groove.

7. brewing device according to claim 5, it is characterised in that: the turnover mechanism further includes secondary guide and auxiliary Sliding block, secondary guide be arranged in it is described overturning decelerating motor where right baffle-plate or right shell body lateral surface on, and assist lead The length direction of bar is consistent with the moving direction of the turnover translation moving seat, and auxiliary slider is arranged in secondary guide and can be along auxiliary Guide rod is mobile, and the overturning decelerating motor is fixedly mounted on auxiliary slider.

8. brewing device described in accordance with the claim 1, it is characterised in that: the bale broken component is tubular structure, tubular structure Tube wall front end be fixedly connected on the trailing flank of front apron as deflector hole, the tube wall rear end of tubular structure forms an annular Blade.

9. brewing device according to claim 8, it is characterised in that: the liquid outflow components interior has and liquid outlet The fluid passage of connection, the entrance of fluid passage are connected with the deflector hole of the bale broken component, the outlet conduct of fluid passage The liquid outlet；The inlet of fluid passage is equipped with the controlled valve for controlling fluid passage on-off.