CN209108189U - Automatic discharge apparatus in rotary rubber plug sterilizing cabinet - Google Patents

Abstract

The utility model discloses the automatic discharge apparatus in rotary rubber plug sterilizing cabinet, comprising: shell, mounting rack and the sterilizing cylinder with filter opening are provided with spiral shape deflector chute on the inner wall of sterilizing cylinder, in the upper setting material mouth and shaft of sterilizing cylinder；Support wheel and support base are provided on mounting rack, sterilizing cylinder is shelved on two support wheels, the shaft on cylinder that sterilizes and support base are cooperatively connected, hermatic door is hingedly provided on the shell for being located at material mouth the same side, it is provided with discharge chamber on the inner wall of hermatic door, discharge nozzle is provided in discharge chamber；It is provided with driving assembly in the housing.Driving assembly driving sterilizing cylinder reverse rotation can make rubber plug gradually move to material mouth out of sterilization cylinder body along spiral shape deflector chute, sterilizing cabinet is discharged using discharge chamber and discharge nozzle, discharging efficiency is not only increased, and can effectively avoid causing secondary pollution to rubber plug.During discharging, sterilization cylinder physical efficiency gets rid of the water on rubber plug de-.

Description

Automatic discharge apparatus in rotary rubber plug sterilizing cabinet

Technical field

The utility model relates to a kind of rubber plug cleaning sterilizing cabinets, more particularly to the self-emptying in rotary rubber plug sterilizing cabinet Device.

Background technique

It needs to carry out cleaning to rubber plug after producing or recycling rubber plug, could ensure safety in this way.Make mostly at present Rubber plug is cleaned with vacuum defoamation rubber plug cleaning machine, when carrying out cleaning using vacuum defoamation rubber plug cleaning machine, is needed A large amount of clear water to be added in cleaning machine, then rubber plug is put into cleaning machine, rubber plug is after entering in clear water, due to rubber plug The hydrophobicity on surface and the tension force effect of water, adhering to the little particle on rubber plug can be adsorbed with water and form minute bubbles one by one, Then the air in cleaning machine is extracted out, forms it into vacuum environment, the gas that then will be adhered on rubber plug using vacuum principle Bubble carries out deaeration, is distributed in water after making to adhere to particle and impurity the disengaging surface on rubber plug, such rubber plug cleaning machine is with regard to complete At the cleaning to rubber plug, rubber plug is discharged from water by staff after the completion of cleaning.But using vacuum It when deaeration rubber plug cleaning machine, needs that vacuator additionally is arranged, in vacuum defoamation, the impurity being attached on bubble is easy secondary viscous It is attached on rubber plug, thus will affect cleaning quality；In addition, the discharge method for completing to be discharged manually after cleaning by worker is not only imitated Rate is low and is easy to cause secondary pollution to rubber plug.In order to improve rubber plug cleaning quality and discharging efficiency and discharging when Quality, our company invented a kind of rotary rubber plug washing and sterilizing cabinet for capableing of self-emptying.

Utility model content

It is not easy to cause secondary pollution to rubber plug the purpose of the utility model is to provide a kind of energy self-emptying and when discharging Rotary rubber plug sterilizing cabinet in automatic discharge apparatus.

To achieve the above object, the technical scheme adopted by the utility model is it is automatic in rotary rubber plug sterilizing cabinet Discharging device, comprising: shell and sterilizing cylinder are provided with mounting rack in the housing, are provided with filter on the side wall of sterilizing cylinder Hole is provided with the spiral shape deflector chute for being able to guide material disengaging sterilizing cylinder, in sterilizing cylinder on the inner wall of sterilizing cylinder One end is provided with the material mouth for feeding and discharging, and the other end of sterilizing cylinder is provided with shaft；It is set in one end of mounting rack It is equipped with support base, is respectively arranged with a support wheel in the two sides of the bottom of the mounting rack other end；Sterilizing cylinder is shelved on two branch Support wheel on, sterilize barrel body rotation when two support wheels can be driven to rotate together, sterilize cylinder on shaft and support base cooperation connect It connects and can be rotated in support base, be hingedly provided with hermatic door on the shell for being located at material mouth the same side, be arranged in hermatic door There is the latch mechanism to lock sealing door, be provided with discharge chamber on the inner wall of hermatic door, when hermatic door and shell are closed When, the material mouth to sterilize on cylinder is just extend into the discharge chamber on hermatic door, and the bottom of discharge chamber is provided with one Discharge nozzle, discharge nozzle are passed down through protruding after hermatic door, and butterfly valve is provided on the discharge nozzle for stretch out in hermatic door；In shell It is provided with driving assembly between body and sterilizing cylinder, the driving component includes: servo motor, transmission gear and gear ring, is watched Take motor fixed setting in the housing, transmission gear is fixedly connected on the output shaft of servo motor, and gear ring fixation is set in It sterilizes on cylinder, transmission gear and gear ring are intermeshed, and servo motor drives transmission gear rotation, and transmission gear passes through gear Transmission effect makes gear ring that sterilizing cylinder be driven to rotate on support wheel and support base around center axis, when sterilizing cylinder When rotating in the forward direction, the intracorporal material of sterilization cylinder can gradually be moved into sterilization cylinder body along spiral shape deflector chute from material mouth, when going out Bacterium cylinder body reversely rotate when, the intracorporal material of sterilization cylinder can along spiral shape deflector chute out of sterilization cylinder body gradually to material mouth direction It is mobile.

Further, the automatic discharge apparatus in rotary rubber plug sterilizing cabinet above-mentioned, wherein support wheel and mounting rack it Between specific connection structure are as follows: a T-slot track is fixedly installed respectively in the two sides of mounting rack, in each T-slot track In be movably set with a support wheel carrier, each support wheel carrier can move in corresponding T-slot track, two support Wheel is respectively hinged on two support wheel carriers, horizontal respectively on each T-slot track to have one block of slab, is opened on each slab If the support wheel carrier pair in two tapped through holes and corresponding T-slot track there are two tapped through hole, on each slab Together, a screw rod is threaded in each tapped through hole, the top of screw rod acts against branch after passing through the slab respectively connected It supports on wheel carrier, a locking nut is respectively arranged on each screw rod.

Further, the automatic discharge apparatus in rotary rubber plug sterilizing cabinet above-mentioned, wherein on two support wheels Annular groove is offered, the annulus wheel for protruding from sterilizing cylinder is provided on the outside of sterilizing cylinder, annulus wheel extend into two supports In annular groove on wheel.

Further, the automatic discharge apparatus in rotary rubber plug sterilizing cabinet above-mentioned, wherein in hermatic door and hermatic door The specific structure of latch mechanism include: door body frame, sealing plate and door face board, sealing plate and door face board are separately fixed at door body frame Inside and outside, insulating layer is formed between door face board and sealing plate, thermal insulation material is provided in insulating layer, and discharge chamber is set It sets in insulating layer, the feed inlet of discharge chamber is arranged on sealing plate；Several lock tongues are respectively arranged in the surrounding of door body frame Hole is movably set with lock tongue in dead bolt hole, and being additionally provided in insulating layer can drive lock tongue to stretch out dead bolt hole or retraction dead bolt hole Driving device；The driving device includes upper connecting rod driving device and lower link driving device, upper and lower driving rod drive point It is listed in the two sides of discharge chamber；Upper connecting rod driving device includes: upper cylinder, and upper cylinder passes through upper connecting rod mechanism and door body frame right side It is connected with the lock tongue of upside, and can drives extended or retracted in corresponding dead bolt hole with the lock tongue of upside on the right side of door body frame； Lower link driving device includes: lower cylinder, and lower cylinder is connected by lower link mechanism with the lock tongue of on the left of door body frame and downside, And it can drive extended or retracted in corresponding dead bolt hole with the lock tongue of downside on the left of door body frame.

Further, the automatic discharge apparatus in rotary rubber plug sterilizing cabinet above-mentioned, wherein upper connecting rod mechanism it is specific Structure are as follows: there are four shafts for setting in the insulating layer being located on the right side of discharge chamber, wherein the piston of first rotating shaft and upper cylinder Bar is hinged, and the first upper connecting rod straight up and the first lower link straight down are respectively articulated in first rotating shaft, the One upper connecting rod and the first lower link are located on the diagonal position of first rotating shaft, the upper end and door body frame upper end of the first upper connecting rod Lock tongue be connected, the first upper connecting rod also with is upwards hinged higher than the second shaft of discharge chamber, at the both ends of the second shaft point Be not hinged with the first horizontal lock tongue connecting rod of a level, two first lock tongue connecting rods being hinged with the second shaft respectively with door Lock tongue at left and right sides of body frame top is connected, the first lower link respectively with the third, the 4th shaft phase that are located at below first rotating shaft Hingedly, the second horizontal lock tongue connecting rod of a level is respectively articulated in third, the 4th shaft, with third, the 4th shaft phase Two hinged the second lock tongue connecting rods are connected with the lock tongue on the right side of door body frame respectively.

Further, the automatic discharge apparatus in rotary rubber plug sterilizing cabinet above-mentioned, wherein lower link mechanism it is specific Structure are as follows: there are four shafts for setting in the insulating layer being located on the left of discharge chamber, wherein the piston of the 5th shaft and lower cylinder Bar is hinged, and the second upper connecting rod straight up and the second lower link straight down are respectively articulated in the 5th shaft, the Two upper connecting rods and the second lower link are located on the diagonal position of the 5th shaft, the lower end and door body frame lower end of the second lower link Lock tongue be connected, the second lower link also with is downwards hinged lower than the 6th shaft of discharge chamber, is hinged in the 6th shaft The horizontal third lock tongue connecting rod of two levels, two third lock tongue connecting rods being hinged with the 6th shaft respectively with door body frame bottom The lock tongue of the left and right sides is connected, the second upper connecting rod respectively be located above the 5th shaft the 7th, eight revolution axis be hinged, the Seven, the 4th horizontal lock tongue connecting rod of a level, two to be hinged with the 7th, eight revolution axis are respectively articulated on eight revolution axis 4th lock tongue connecting rod is connected with the lock tongue on the left of door body frame respectively.

Further, the automatic discharge apparatus in rotary rubber plug sterilizing cabinet above-mentioned, wherein support base and mounting rack it Between specific connection structure are as follows: be fixedly installed a trapezoid support on mounting rack, opened on the cross bar on trapezoid support top If there are two through-holes；In the bottom of support base, there are two threaded hole, support base is set on the cross bar of trapezoid support for setting, is supported Two threaded holes on seat align with two through-holes on cross bar respectively, and two be each passed through on cross bar with two bolts are logical Two threaded holes on Kong Houyu support base tighten fixation, so that support base be made to be fixed on trapezoid support.

Further, the automatic discharge apparatus in rotary rubber plug sterilizing cabinet above-mentioned, wherein support base and sterilizing cylinder Between specific connection structure are as follows: connecting hole has been set in support base, fixed setting is there are two bearing in connecting hole, sterilizing Shaft on cylinder is threaded through in two bearings and protruding in support base, is provided with two in the shaft for stretching out support base A threaded hole, is connected separately with the stop screw outwardly protruded in shaft in two threaded holes, and stop screw can be prevented Rotation stop axis is detached from from bearing.

Further, the automatic discharge apparatus in rotary rubber plug sterilizing cabinet above-mentioned, wherein in the case where being located at sterilization cylinder body Dirt discharge groove is provided in the shell of side.

The utility model has the advantages that driving assembly driving sterilizing cylinder, which is rotated in the forward direction or reversely rotated, can make glue Plug gradually moves in sterilization cylinder body from material mouth along spiral shape deflector chute or gradually moves outwardly to material mouth out of sterilization cylinder body Sterilization cylinder body is discharged afterwards, cleans the rubber plug of completion during moving to material mouth from sterilizing cylinder along spiral shape deflector chute, Water on rubber plug can be thrown away outward under the influence of centrifugal force, and when rubber plug reaches material mouth and discharges, rubber plug is got rid of It is dry, so there is no need to which work is additionally dried, to greatly improve work efficiency；And be provided on hermatic door with The discharge chamber and discharge nozzle that material mouth communicates can emit rubber plug in the case where not opening hermatic door, further increase Discharge efficiency, and contact of the rubber plug with air is also reduced, so that rubber plug be prevented to be secondary polluted during discharging.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the automatic discharge apparatus in rotary rubber plug sterilizing cabinet described in the utility model.

Fig. 2 is the partial structure diagram in the direction A in Fig. 1.

Fig. 3 is that the structure of hermatic door in automatic discharge apparatus in rotary rubber plug sterilizing cabinet described in the utility model is shown It is intended to.

Fig. 4 is support wheel and mounting rack in automatic discharge apparatus in rotary rubber plug sterilizing cabinet described in the utility model Between connection structure structural schematic diagram.

Specific embodiment

With reference to the accompanying drawing and preferred embodiment is described further technical solution described in the utility model.

As shown in Figure 1, Figure 2, Figure 3, Figure 4, the self-emptying dress in rotary rubber plug sterilizing cabinet described in the utility model It sets, comprising: shell 1 and sterilizing cylinder 2 are provided with mounting rack 9 within the case 1, are provided with filter on the side wall of sterilizing cylinder 2 Hole is provided with the spiral shape deflector chute 21 for being able to guide material disengaging sterilizing cylinder 2, in sterilization cylinder on the inner wall of sterilizing cylinder 2 The front end of body 2 is provided with the material mouth 22 for feeding and discharging, and is provided with shaft 23 on the cylinder bottom of sterilizing 2 rear end of cylinder；? One end on mounting rack 9 is fixedly installed a trapezoid support 3, is opened up on the cross bar 31 of trapezoid support 3 there are two through-hole；? A support base 11 is arranged on the cross bar 31 of trapezoid support 3, there are two threaded hole, support bases for setting in the bottom of support base 11 Two threaded holes on 11 align with two through-holes on cross bar 31 respectively, are then each passed through cross bar 31 with two bolts 32 On two through-holes after with two threaded holes on support base 11 tighten fixation, so that support base 11 be made to be fixed on trapezoid support 3 On, connecting hole is set in support base 11, there are two bearings 12 for fixed setting in connecting hole, in 9 other end of mounting rack Two sides of the bottom are respectively arranged with the support wheel 13 for being adjustable position, and sterilizing cylinder 2 is shelved on two support wheels 13, sterilizes Shaft 23 on cylinder 2 is threaded through in two bearings 12 and protruding in support base 11, in the shaft 23 for stretching out support base 11 There are two threaded holes for upper setting, and the stop screw 24 outwardly protruded in shaft is connected separately in two threaded holes, limit Position screw 24 can prevent shaft 23 to be detached from from bearing 12, be provided with blowdown in the shell 1 being located at below sterilization cylinder body 2 Slot.It is hinged with hermatic door 14 on the shell 1 for being located at 22 the same side of material mouth, is provided in hermatic door 14 to lock sealing door 14 latch mechanism is provided with discharge chamber 141 on the inner wall of hermatic door 14, when hermatic door 14 and the closure of shell 1, sterilizing Material mouth 22 on cylinder 2 is just extend into the discharge chamber 141 on hermatic door 14, is provided in the bottom of discharge chamber 141 A piece discharge nozzle 142, discharge nozzle 142 be passed down through it is protruding after hermatic door 14, in the discharge nozzle 142 for stretching out in hermatic door 14 On be provided with butterfly valve 143.Driving assembly is provided between shell 1 and sterilizing cylinder 2, the driving component includes: servo electricity Machine 4, transmission gear 41 and gear ring 42, servo motor 4 are fixedly installed within the case 1, and transmission gear 41 is fixedly connected on servo On the output shaft of motor 4, the fixation of gear ring 42 is set on sterilization cylinder body 2, and transmission gear 41 and gear ring 42 are intermeshed, and is watched Taking motor 4 drives transmission gear 41 to rotate, and transmission gear 41 makes gear ring 42 that sterilizing cylinder 2 be driven to exist by gear drive effect It is rotated on support wheel 13 and support base 11 around center axis, when servo motor 4 drives sterilizing cylinder 2 to rotate in the forward direction, Rubber plug in sterilizing cylinder 2 can gradually be moved into sterilizing cylinder 2 along spiral shape deflector chute 21 from material mouth 22, work as servo motor 4 driving sterilizing cylinders 2 reversely rotate when, sterilize cylinder 2 in rubber plug can along spiral shape deflector chute 21 from sterilizing cylinder 2 in by It is gradually mobile to 22 direction of material mouth.After the completion of rubber plug cleans in the cylinder 2 that sterilizes, a receipts are placed in the lower section of discharge nozzle 142 Expect device, the butterfly valve 143 opened on discharge nozzle 142 keeps unimpeded discharge nozzle 143, then starts the driving sterilizing of servo motor 4 The reversed high speed rotation of cylinder 2, the water on rubber plug are thrown away outward under the influence of centrifugal force, and the water thrown out passes through sterilizing cylinder 2 On filter opening flow direction sterilizing cylinder 2 lower section dirt discharge groove in, when the cylinder 2 that sterilizes reversely rotates, rubber plug is along spiral shape guide Slot 21 is mobile to 22 direction of material mouth out of sterilizing cylinder 2, when rubber plug reaches material mouth 22, the water on rubber plug got rid of it is de-, Dewatered rubber plug will continue to enter in the discharge chamber 141 on hermatic door 14 by material mouth 22, using with discharge chamber 141 discharge nozzles 142 being connected enter in material collecting device.Since entirely the process of discharging can carry out automatically, without opening sealing Door 14 is also not required to worker and discharges by hand, is secondary polluted to can effectively prevent rubber plug in discharging.

Specific connection structure in the present embodiment, between support wheel 13 and mounting rack 9 are as follows: solid respectively in 9 two sides of mounting rack Surely it is provided with a T-slot track 5, a support wheel carrier 51, each support wheel are movably set in each T-slot track 5 Frame 51 can move in corresponding T-slot track 5, be hinged with a support wheel 13 on each support wheel carrier 51, It is horizontal on each T-slot track 5 to have one block of slab 52, it is opened up on each slab 52 there are two tapped through hole, each slab 52 On two tapped through holes be aligned with the support wheel carrier 51 in corresponding T-slot track 5, in each tapped through hole respectively It is threaded with a screw rod 53, the top of two screw rods 53 on each slab 52 abuts against after passing through corresponding slab 52 On support wheel carrier 51, a locking nut 54 is respectively arranged on each screw rod 53.In order to make transmission gear 41 and gear Engagement operating flexible, shock-free and low in noise is obtained between ring 42, needs to adjust nibbling between gear ring 42 and transmission gear 41 Gap is closed, rotation is located at the screw rod 53 on the T-slot track 5 of 9 two sides of mounting rack, makes the corresponding support wheel of 53 pushing tow of screw rod Frame 51 gradually moves, to make the sterilizing cylinder 2 supported by two support wheels 13 generate displacement, until the tooth on sterilizing cylinder 2 Back lash between torus 42 and transmission gear 41 reaches reasonable back lash, after the completion of adjustment, screws locking nut 54 to being resisted against on corresponding slab 52 to making screw rod 53 be locked.

In the present embodiment, annular groove 131 is offered on two support wheels 13, is fixedly installed on sterilizing cylinder 2 convex For the annulus wheel 25 of sterilizing cylinder 2, annulus wheel 25 is extend into the annular groove 131 on two support wheels 13, and the cylinder 2 that sterilizes is put It sets on two support wheels 13, this makes it possible to prevent sterilizing cylinder 2 from shaking in high speed rotation on support wheel 13.

In the present embodiment, the specific structure of hermatic door 14 and the latch mechanism in hermatic door 14 includes: door body frame 61, sealing Plate 62 and door face board 63, sealing plate 62 and door face board 63 are separately fixed inside and outside door body frame 61, door face board 63 with it is close Insulating layer 64 is formed between sealing plate 62, thermal insulation material is provided in insulating layer 64, and discharge chamber 141 is arranged in insulating layer 64 In, the feed inlet of discharge chamber 141 is arranged on sealing plate 62；Several dead bolt holes are respectively arranged in the surrounding of door body frame 61, Lock tongue 65 is movably set in dead bolt hole, being additionally provided in insulating layer 64 can drive lock tongue 65 to stretch out dead bolt hole or retraction lock tongue The driving device in hole；The driving device includes upper connecting rod driving device 7 and lower link driving device 8, upper connecting rod driving device 7 The two sides of discharge chamber 141 are respectively in lower link driving device 8；Upper connecting rod driving device 7 includes: upper cylinder 71, upper cylinder 71 are connected by upper connecting rod mechanism with the lock tongue 65 on 61 right side of door body frame and upside, and can drive 61 right side of door body frame and upside Lock tongue 65 it is extended or retracted in corresponding dead bolt hole；Lower link driving device 8 includes: lower cylinder 81, and lower cylinder 81 passes through Lower link mechanism is connected with the lock tongue 65 in 61 left side of door body frame and downside, and can drive the lock tongue in 61 left side and downside of door body frame 65 is extended or retracted in corresponding dead bolt hole.

The specific structure of the upper connecting rod mechanism are as follows: be provided with four in the insulating layer 64 for being located at 141 right side of discharge chamber A shaft, wherein first rotating shaft 72 is connected with the piston rod of upper cylinder 71, be respectively articulated in first rotating shaft 72 vertically to On the first upper connecting rod 73 and the first lower link 74 straight down, the first upper connecting rod 73 and the first lower link 74 are located at On the diagonal position of one shaft 72, the upper end of the first upper connecting rod 73 is even connected with the lock tongue 65 of 61 upper end of door body frame, connects on first Bar 73 is also hinged with the second shaft 75 upwards higher than discharge chamber 141, has been respectively articulated with one at the both ends of the second shaft 75 Horizontal the first horizontal lock tongue connecting rod 731 of root, two first lock tongue connecting rods 731 being hinged with the second shaft 75 respectively with door body Lock tongue 65 at left and right sides of frame top is connected, the first lower link 74 respectively be located at 72 lower section of first rotating shaft third shaft 76, 4th shaft 77 is hinged, and the second horizontal lock tongue of a level is respectively articulated in third shaft 76 and the 4th shaft 77 and is connected Bar 741, two the second lock tongue connecting rods 741 being hinged with third shaft 76 and the 4th shaft 77 and the lock tongue 65 on the right side of door body frame It is connected.

The specific structure of the lower link mechanism are as follows: be provided with four in the insulating layer 64 for being located at 141 left side of discharge chamber A shaft, wherein the 5th shaft 82 and the piston rod of lower cylinder 81 are hinged, be respectively articulated in the 5th shaft 82 vertically to On the second upper connecting rod 83 and the second lower link 84 straight down, the second upper connecting rod 83 and the second lower link 84 are located at On the diagonal position of five shafts 82, the lower end of the second lower link 84 is connected with the lock tongue 65 of 61 lower end of door body frame, the second lower link 65 are also hinged with the 6th shaft 85 downwards lower than discharge chamber 141, have been respectively articulated with one at the both ends of the 6th shaft 85 Horizontal horizontal third lock tongue connecting rod 841, two third lock tongue connecting rods 841 being hinged with the 6th shaft 85 respectively with door body frame Lock tongue 65 at left and right sides of lower part is connected, the second upper connecting rod 83 respectively be located at 82 top of the 5th shaft the 7th shaft 86, the Eight revolution axis 87 is hinged, and the 4th horizontal lock tongue connecting rod of a level is respectively articulated in the 7th shaft 86 and eight revolution axis 87 831, two the 4th lock tongue connecting rods 831 being hinged with the 7th shaft 86 and eight revolution axis 87 respectively with the lock tongue on the left of door body frame 65 are connected.

The utility model has the advantages that: when needing to discharge, drive sterilizing cylinder reverse rotation that can make by driving assembly Rubber plug gradually moves outwardly to material mouth out of sterilization cylinder body along spiral shape deflector chute, is then drained into discharge chamber by material mouth In, sterilizing cabinet finally is discharged from discharge nozzle again, it can be seen that, when discharging, which does not need to open hermatic door, can complete self-emptying, Discharging efficiency is not only substantially increased, but also can effectively be avoided because manually discharging due to the secondary pollution caused by rubber plug.And And during discharging, high-speed rotating sterilization cylinder physical efficiency gets rid of the water on rubber plug de-, this is very beneficial for the drying in rear road again Process.In addition, not only motion stability is reliable for the latch mechanism being made of upper and lower driving rod drive, but also in sterilizing works mistake Better seal effect is able to maintain during journey and discharging.

Claims (9)

1. the automatic discharge apparatus in rotary rubber plug sterilizing cabinet, comprising: shell and sterilizing cylinder, it is characterised in that: in shell In be provided with mounting rack, be provided with filter opening on the side wall of sterilizing cylinder, be provided on the inner wall of sterilizing cylinder and be able to guide object The spiral shape deflector chute of material disengaging sterilizing cylinder is provided with the material mouth for feeding and discharging in one end of sterilizing cylinder, is going out The other end of bacterium cylinder body is provided with shaft；One end of mounting rack is provided with support base, in the two sides of the bottom of the mounting rack other end It is respectively arranged with a support wheel；Sterilizing cylinder be shelved on two support wheels, sterilize barrel body rotation when can drive two supports Wheel rotates together, and the shaft to sterilize on cylinder is cooperatively connected and can rotate in support base with support base, and being located at, material mouth is same It is hingedly provided with hermatic door on the shell of side, the latch mechanism to lock sealing door is provided in hermatic door, in hermatic door Inner wall on be provided with discharge chamber, when hermatic door and shell are closed, the material mouth to sterilize on cylinder just extend into hermatic door On discharge chamber in, the bottom of discharge chamber is provided with a discharge nozzle, discharge nozzle is passed down through after hermatic door to overhanging Out, butterfly valve is provided on the discharge nozzle for stretch out in hermatic door；It is provided with driving assembly between shell and sterilizing cylinder, it is described Driving assembly includes: servo motor, transmission gear and gear ring, and servo motor is fixedly installed in the housing, and transmission gear is fixed It being connected on the output shaft of servo motor, gear ring fixation is set on sterilization cylinder body, and transmission gear and gear ring are intermeshed, Servo motor drives transmission gear rotation, and transmission gear makes gear ring drive sterilizing cylinder in support wheel by gear drive effect It is rotated on support base around center axis, when the cylinder that sterilizes rotates in the forward direction, the intracorporal material of sterilization cylinder can be along spiral shell Rotation shape deflector chute is gradually moved into sterilization cylinder body from material mouth, when the cylinder that sterilizes reversely rotates, the intracorporal material energy of sterilization cylinder It is gradually moved to material mouth direction out of sterilization cylinder body along spiral shape deflector chute.

2. the automatic discharge apparatus in rotary rubber plug sterilizing cabinet according to claim 1, it is characterised in that: support wheel with Specific connection structure between mounting rack are as follows: a T-slot track is fixedly installed respectively in the two sides of mounting rack, in each T A support wheel carrier is movably set in type groove track, each support wheel carrier can move in corresponding T-slot track, Two support wheels are respectively hinged on two support wheel carriers, horizontal respectively on each T-slot track to have one block of slab, each It is opened up on slab there are two tapped through hole, the branch in two tapped through holes and corresponding T-slot track on each slab Wheel carrier alignment is supportted, a screw rod is threaded in each tapped through hole, after the top of screw rod passes through the slab respectively connected It acts against on support wheel carrier, a locking nut is respectively arranged on each screw rod.

3. the automatic discharge apparatus in rotary rubber plug sterilizing cabinet according to claim 1 or 2, it is characterised in that: two Annular groove is offered on a support wheel, the annulus wheel for protruding from sterilizing cylinder is provided on the outside of sterilizing cylinder, annulus wheel is stretched Enter into the annular groove on two support wheels.

4. the automatic discharge apparatus in rotary rubber plug sterilizing cabinet according to claim 1, it is characterised in that: hermatic door and The specific structure of latch mechanism in hermatic door includes: door body frame, sealing plate and door face board, and sealing plate and door face board are fixed respectively Inside and outside door body frame, insulating layer is formed between door face board and sealing plate, thermal insulation material is provided in insulating layer, out Expect that chamber is arranged in insulating layer, the feed inlet of discharge chamber is arranged on sealing plate；It is respectively arranged in the surrounding of door body frame Several dead bolt holes are movably set with lock tongue in dead bolt hole, and being additionally provided in insulating layer can drive lock tongue to stretch out dead bolt hole or contracting Into the driving device of dead bolt hole；The driving device includes upper connecting rod driving device and lower link driving device, and upper and lower connecting rod drives Dynamic device is respectively in the two sides of discharge chamber；Upper connecting rod driving device includes: upper cylinder, and upper cylinder passes through upper connecting rod mechanism and door It is connected on the right side of body frame with the lock tongue of upside, and the lock tongue on the right side of door body frame with upside can be driven to stretch out in corresponding dead bolt hole Or retraction；Lower link driving device includes: lower cylinder, the lock tongue that lower cylinder passes through on the left of lower link mechanism and door body frame and downside It is connected, and can drives extended or retracted in corresponding dead bolt hole with the lock tongue of downside on the left of door body frame.

5. the automatic discharge apparatus in rotary rubber plug sterilizing cabinet according to claim 4, it is characterised in that: upper connecting rod machine The specific structure of structure are as follows: there are four shafts for setting in the insulating layer being located on the right side of discharge chamber, wherein first rotating shaft and upper gas The piston rod of cylinder is hinged, and is respectively articulated under the first upper connecting rod straight up and first straight down in first rotating shaft Connecting rod, the first upper connecting rod and the first lower link are located on the diagonal position of first rotating shaft, the upper end of the first upper connecting rod and door The lock tongue of body frame upper end is connected, and the first upper connecting rod is also hinged with the second shaft upwards higher than discharge chamber, in the second shaft Both ends be respectively articulated with the first horizontal lock tongue connecting rod of a level, two first lock tongue connecting rods being hinged with the second shaft Be connected respectively with the lock tongue at left and right sides of door body frame top, the first lower link respectively with the third being located at below first rotating shaft, the Four shafts are hinged, and the second horizontal lock tongue connecting rod of a level is respectively articulated in third, the 4th shaft, with third, Two the second lock tongue connecting rods that four shafts are hinged are connected with the lock tongue on the right side of door body frame respectively.

6. the automatic discharge apparatus in rotary rubber plug sterilizing cabinet according to claim 4, it is characterised in that: lower link machine The specific structure of structure are as follows: there are four shafts for setting in the insulating layer being located on the left of discharge chamber, wherein the 5th shaft and lower gas The piston rod of cylinder is hinged, and is respectively articulated under the second upper connecting rod straight up and second straight down in the 5th shaft Connecting rod, the second upper connecting rod and the second lower link are located on the diagonal position of the 5th shaft, the lower end of the second lower link and door The lock tongue of body frame lower end is connected, and the second lower link is also hinged with the 6th shaft downwards lower than discharge chamber, in the 6th shaft On be hinged with the horizontal third lock tongue connecting rod of two levels, two third lock tongue connecting rods being hinged with the 6th shaft respectively with door Lock tongue at left and right sides of body frame bottom is connected, the second upper connecting rod respectively be located above the 5th shaft the 7th, eight revolution axis phase Hingedly, the 4th horizontal lock tongue connecting rod of a level is respectively articulated on the 7th, eight revolution axis, with the 7th, eight revolution axis phase Two hinged the 4th lock tongue connecting rods are connected with the lock tongue on the left of door body frame respectively.

7. the automatic discharge apparatus in rotary rubber plug sterilizing cabinet according to claim 1 or 2, it is characterised in that: support Specific connection structure between seat and mounting rack an are as follows: trapezoid support is fixedly installed on mounting rack, on trapezoid support Through-hole there are two being opened up on the cross bar in portion；In the bottom of support base, there are two threaded hole, support base is set in trapezoid support for setting Cross bar on, two threaded holes on support base align with two through-holes on cross bar respectively, are each passed through with two bolts Fixation is tightened with two threaded holes on support base after two through-holes on cross bar, so that support base be made to be fixed on trapezoid support On.

8. the automatic discharge apparatus in rotary rubber plug sterilizing cabinet according to claim 1 or 2, it is characterised in that: support Specific connection structure between seat and sterilizing cylinder are as follows: set connecting hole in support base, be fixedly installed in connecting hole Two bearings, the shaft on cylinder that sterilizes are threaded through in two bearings and protruding in support base, are stretching out turning for support base There are two threaded holes for setting on axis, and the stop screw outwardly protruded in shaft is connected separately in two threaded holes, limit Position screw can prevent shaft to be detached from from bearing.

9. the automatic discharge apparatus in rotary rubber plug sterilizing cabinet according to claim 1 or 2, it is characterised in that: in place In sterilizing cylinder below shell in be provided with dirt discharge groove.