CN207322595U

CN207322595U - Vibration machine

Info

Publication number: CN207322595U
Application number: CN201720738570.XU
Authority: CN
Inventors: 马成英; 陈维; 苗爱清; 庞式
Original assignee: Tea Research Institute Guangdong Academy of Agricultural Sciences
Current assignee: Tea Research Institute Guangdong Academy of Agricultural Sciences
Priority date: 2017-06-22
Filing date: 2017-06-22
Publication date: 2018-05-08
Anticipated expiration: 2027-06-22

Abstract

It the utility model is related to a kind of vibration machine.The vibration machine includes rack, shakes cage, revolving door, latch assembly and drive control mechanism；Cage is shaken rotatably to be located in rack, shaking cage tool has feed inlet and outlet and accommodating cavity, revolving door is located at the outside for shaking cage, revolving door is equipped with limit hole, shaking cage can rotate so that revolving door seals or open feed inlet and outlet relative to revolving door, latch assembly includes elastic ball catch and electromagnetic switch, and drive control mechanism includes device of rotation driving and controller, device of rotation driving and shakes cage and is connected and shake cage rotation for driving.When carrying out tea green-shaking using the vibration machine, under the control action of controller, electromagnetic switch and elastic ball catch, which are engaged, in exposure feed inlet and outlet and can be realized when sealing feed inlet and outlet respectively and shake the locking of cage and revolving door, and then realize automatic switch revolving door, realize the technical process for automatically controlling loading and unloading and leaf rotation, improve production efficiency.

Description

Vibration machine

Technical field

Tealeaves making apparatus field is the utility model is related to, more particularly to a kind of vibration machine.

Background technology

Make conventional green grass or young crops are that quality of Oolong tea forms the most key process, and vibration machine is the important work of oolong tea processing mechanization Tool.

Vibration machine mainly has vibration type and shakes two class of cage modle at present.Vibration type vibration machine can be divided into single sieve and oscillating trough two Kind, single vibration type vibration machine that sieves needs human assistance upper and lower lobes, and leaf rotation efficiency is low, is not easy to continuous production；Shake groove profile Although vibration machine is processed easy to serialization, leaf rotation effect is poor, and in the case where ensureing leaf rotation intensity, vibrations time length, Vibrating noise is big.Shaking cage modle has two kinds of roller continuous type and single cage type, and cylinder type vibration machine is easy to continuous production, but leaf rotation time It is uncontrollable；The tea leaf quality of single cage type leaf rotation machining is best, and oolong tea processing at present uses this kind of equipment.

But current single cage type vibration machine, not yet solve in the process of the tealeaves such as oolong tea automatic opening and closing door and The problem of loading and unloading, be technical bottleneck of the single cage type vibration machine in serialization, the tea processing production application automated.

Utility model content

Based on this, it is necessary to which providing a kind of can control automatic opening and closing door and the vibration machine of loading and unloading.

A kind of vibration machine, including rack, shake cage, revolving door, latch assembly and drive control mechanism；

The cage that shakes rotatably is located in the rack, and the cage tool of shaking has feed inlet and outlet and is connected with the feed inlet and outlet Logical accommodating cavity；

The revolving door is located at the outside for shaking cage, and the revolving door is equipped with limit hole, and the cage that shakes can be opposite Rotated in the revolving door so that the revolving door seals or open the feed inlet and outlet；

The latch assembly includes elastic ball catch and electromagnetic switch, the elasticity ball catch include elastic lock body portion and Bead portion, the elasticity lock body portion and the bead part, which are arranged on, described shake on cage and on the revolving door and is engaged for will Described to shake cage and revolving door locking, the electromagnetic switch has the locking post for being used for being inserted into the limit hole；

The drive control mechanism includes device of rotation driving and controller, and the device of rotation driving shakes cage company with described Connect and rotated for shaking cage described in driving, the controller is electrical with the device of rotation driving and the electromagnetic switch respectively Connection；

The controller can control the locking post of the electromagnetic switch to be inserted into the limit hole, and can By control the device of rotation driving drive described in shake cage and rotate in different directions to shake cage and the revolving door by described Locking releases locking；Cage is shaken when described and the Revolving door lock is next, and the controller can control the locking post from institute State in limit hole and detach, and can by control the device of rotation driving drive described in shake cage together with the revolving door and turn It is dynamic.

In one of the embodiments, the cage that shakes includes cylindricality cage wall and two end caps, and two end caps are set respectively Put at the both ends of the cylindricality cage wall and seal the cylindricality cage wall；The feed inlet and outlet is opened on the cylindricality cage wall.

In one of the embodiments, the elastic collision bead is locked to rare two groups, wherein, first group of elasticity ball catch includes First elastic lock body portion and the first bead portion, second group of elasticity ball catch include the second elastic lock body portion and the second bead portion；

Described first elastic lock body portion is located on the cylindricality cage wall and positioned at a side that is in contact with the revolving door At edge placement, the described second elastic lock body portion is located on the cylindricality cage wall and positioned at the medium position of the cylindricality cage wall Locate, at the edge placement for the two sides that the first bead portion and the second bead part are located at the revolving door；

It is described to shake cage and the revolving door is engaged when the described first elastic lock body portion and the first bead portion lock The feed inlet and outlet is sealed for leaf rotation；

It is described to shake cage and the revolving door is engaged when the described second elastic lock body portion and the second bead portion lock The exposure feed inlet and outlet is for feeding and blanking.

In one of the embodiments, the cage that shakes is equipped with circular orbit；

The drive control mechanism further includes driving wheel and auxiliary wheel, and the driving wheel can be by the device of rotation driving Driving rotates, and the driving wheel and the auxiliary wheel are actively installed in the rack；

The circular orbit and the driving wheel and the auxiliary wheel is rotatably assorted so that the cage that shakes can be by described turn Dynamic driving device driving rotates.

In one of the embodiments, the drive control mechanism further includes the first drive link and the second drive link；

First drive link is connected with the device of rotation driving, first drive link and second drive link point It is not movably arranged in the rack；

The driving wheel has multiple, and multiple driving wheel strings are located on first drive link and form drive wheel group, institute Stating auxiliary wheel has multiple, and multiple auxiliary wheel strings are located on second drive link formation auxiliary wheel group；

The circular orbit has a plurality of, and a plurality of circular orbit is rotated with the drive wheel group and the auxiliary wheel respectively Coordinate so that the cage that shakes can drive rotation by the device of rotation driving.

In one of the embodiments, the rack is equipped with multiple support plates, first drive link and described second Drive link is threaded through in multiple support plates respectively.

In one of the embodiments, multiple stop columns, multiple stop column positions are interval with the circular orbit In the outside of the revolving door for by the revolving door active card it is described shake cage and it is described stop column between.

In one of the embodiments, the electromagnetic switch is located in the rack.

In one of the embodiments, the bottom of the rack is equipped with universal wheel and brake gear.

Above-mentioned vibration machine includes rack, shakes cage, revolving door, latch assembly and drive control mechanism, and wherein rack is used to carry For support structure basis, shaking cage tool has feed inlet and outlet and the accommodating cavity for holding the raw materials such as tealeaves, and revolving door is used for shaking cage It is engaged and seals or open feed inlet and outlet；Elastic ball catch and electromagnetic switch be engaged for make to shake cage and revolving door locking or Release locking；Drive control mechanism includes controller and device of rotation driving, and controller control device of rotation driving and electromagnetism are opened Close device.When carrying out tea green-shaking using above-mentioned vibration machine, under the control action of controller, electromagnetic switch and elastic collision can be made Pearl lock is engaged achievable automatic switch revolving door, realizes the technical process for automatically controlling loading and unloading and leaf rotation, improves production effect Rate.When above-mentioned vibration machine and feeding transmission mechanism and rewinding transmission mechanism when other process equipments link, it can be achieved that to tealeaves Achievable serialization and automation are processed Deng raw material, can further significantly improve production efficiency on the whole.

Brief description of the drawings

Fig. 1 is a viewing angle constructions schematic diagram of the vibration machine of an embodiment；

Fig. 2 is another viewing angle constructions schematic diagram of the vibration machine in Fig. 1；

Fig. 3 is the main structure diagram of the vibration machine in Fig. 1；

Fig. 4 is the overlooking the structure diagram of the vibration machine in Fig. 1；

Fig. 5 is the right side structural representation of the vibration machine in Fig. 1；

Fig. 6 is the left view structural representation of the vibration machine in Fig. 1；

Fig. 7 is the change in process schematic diagram that feeding is controlled using the vibration machine in Fig. 1；

Fig. 8 is the change in process schematic diagram that blanking is controlled using the vibration machine in Fig. 1.

Embodiment

For the ease of understanding the utility model, the utility model is more fully retouched below with reference to relevant drawings State.The preferred embodiment of the utility model is given in attached drawing.But the utility model can come in fact in many different forms It is existing, however it is not limited to embodiment described herein.On the contrary, the purpose for providing these embodiments is the public affairs made to the utility model Open the understanding more thorough and comprehensive of content.

It should be noted that when element is referred to as " being fixed on " another element, it can be directly on another element Or there may also be element placed in the middle.When an element is considered as " connection " another element, it can be directly connected to To another element or it may be simultaneously present centering elements.

Unless otherwise defined, all of technologies and scientific terms used here by the article is led with belonging to the technology of the utility model The normally understood implication of technical staff in domain is identical.It is simply in the term used in the description of the utility model herein The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term as used herein " and/or " include The arbitrary and all combination of one or more relevant Listed Items.

Incorporated by reference to Fig. 1 to Fig. 6, the vibration machine 10 of an embodiment, including rack 100, shake cage 200, revolving door 300, drive Dynamic control mechanism 400 and latch assembly 500.

In the present embodiment, rack 100 is in rectangular frame structure, and the both ends and middle part of rack 100 are equipped with top Arc-shaped support plate 110 is held, the bottom of rack 100 is equipped with universal wheel 120 and brake gear in order to the movement of single unit system Placed with positioning.The top of support plate 110 is arc-shaped, is mainly used for avoidance and shakes cage 200.Support plate 110 has three groups, wherein two groups It is located at the both ends of rack 100, another group of middle part for being located at rack 100 respectively.In other embodiments, support plate 110 is set Putting group number can be corresponding with shaking the number of the circular orbit 230 on cage 200.

It is appreciated that in other embodiments, the frame structure of rack 100 can also unlimited and cuboid, support The shape of plate 110 can not also limit, as long as being easily installed the first drive link 430 and the second drive link 450, and make the first biography 430 and second drive link 450 of lever can be freely rotated.The bottom of rack 100 can not also set universal wheel 120 at the same time, Leg can be set in the bottom of rack 100, as long as easy to collect product in the lower section of rack 100.

In the present embodiment, shaking cage 200 includes 210, two end caps 220 of cylindricality cage wall and circular orbit 230.

Two end caps 220, which are separately positioned on the both ends of cylindricality cage wall 210 and seal cylindricality cage wall 210 and formed, to be used to hold thing The accommodating cavity of material.Feed inlet and outlet is opened on cylindricality cage wall 210, and two feed inlet and outlets are an equal amount of string configuration, with For feeding or discharging.It is appreciated that in other embodiments, feed inlet and outlet can also only set one, can also set It is multiple, as long as disclosure satisfy that the requirement of disengaging doses.Meanwhile the openings of sizes of feed inlet and outlet can also carry out as needed Adjustment.

In the present embodiment, circular orbit 230, which is located at, shakes on cage 200, makes for being engaged with drive control mechanism 400 Rotation can be driven by drive control mechanism 400 by shaking cage 200.Circular orbit 230 has three, and two of which circular orbit 230 is set The both ends of cage 200 are being shaken, another circular orbit 230 is located at the middle part of cylindricality cage wall 210.Shake cage 200 and pass through circular orbit 230 It is fastened in drive wheel group and auxiliary wheel group.

In the present embodiment, it is preferable that circular orbit 230 is in groove structure, and 230 activity of circular orbit can be in driving wheel 440 and auxiliary wheel 460 on.The side of circular orbit 230 is equipped with multiple stop columns 231, and multiple stop column 231 intervals are laid in On circular orbit 230 for by 300 active card of revolving door cylindricality cage wall 210 and stop column 231 between.It is appreciated that In other embodiment, circular orbit 230 can be only annular protrusion structure, as long as can be with driving wheel 440 and auxiliary Wheel 460 is rotatably assorted.Multiple stop columns 231 on circular orbit 230, which can also substitute, sets camber raised line, as long as energy Enough movings range for limiting revolving door 300 to a certain extent simultaneously prevent revolving door 300 from coming off.In other embodiment In, stop column 231 without setting, as long as realizing revolving door 300 by the tight fit of latch assembly 500 and shaking cage 200 not It can be locked with during state.

In the present embodiment, the material for shaking cage 200 can be food-grade stainless steel, and lightweight is durable.It can manage Solution, in other embodiments, the number of circular orbit 230 can be more than one, two or three, can be according to shaking cage 200 The requirement such as weight, support strength and the stability of rotation be adjusted setting.

In the present embodiment, revolving door 300 is arc-shaped, and revolving door 300 is located at the outside of cylindricality cage wall 210 for envelope Discharge port is lived in, revolving door 300 is equipped with limit hole 320.Revolving door 300 has two, is respectively used to seal two feed inlet and outlets. When the number of feed inlet and outlet changes, the number and set-up mode of revolving door 300 can also carry out accommodation.Preferably, Handle 310 is additionally provided with revolving door 300, to facilitate manual movable rotating door 300.In addition, the material of revolving door 300 is preferably to eat Grade stainless steel, lightweight are durable.

In the present embodiment, drive control mechanism 400 includes controller 410, device of rotation driving 420, first is driven Bar 430, driving wheel 440, the second drive link 450 and driven wheel 460.

Controller 410 includes housing and control panel, and housing is located in rack 100.Control panel include touch control display, Indicator light and button.Button opens the door and presses including start button, stop button, feeding door open button, feeding door close button, blanking Button, blanking door close button and emergency stop button, can realize intelligentized control method on the whole.Controller 410 drives with rotating respectively Dynamic device 420 and electromagnetic switch 510 are electrically connected, it can be achieved that to shaking the rotational angle of cage 200 and the accurate control of rotation direction System.

Device of rotation driving 420, which can drive, shakes cage 200 along the first clockwise and the operating of the second clockwise.When first When clockwise is clockwise direction, the second clockwise is counterclockwise；When the first clockwise is counter clockwise direction, Second clockwise is clockwise.In the present embodiment, device of rotation driving 420 is preferably stepper motor, with convenient Accurate control rotating speed and braking.It is appreciated that in other embodiments, device of rotation driving 420 can also be other drivings Mode.

In the present embodiment, activity is threaded through support plate 110 respectively for the first drive link 430 and the second drive link 450 Top.For example, the first drive link 430 and the second drive link 450 can be worn over the carrier plate 110 by bearing, to prevent from propping up The abrasion of perforation on fagging 110.Driving wheel 440 has three, and three strings of driving wheel 440 are located at 430 formation on the first drive link Drive wheel group.Auxiliary wheel 460 has three, and three strings of auxiliary wheel 460 are located at formation auxiliary wheel group on the second drive link 460.Driving Wheel 440 with 460 corresponding setting of auxiliary wheel, and the circular orbit 230 with shaking on cage 200 be engaged set can to shake cage 200 Rotation is driven by device of rotation driving 420, the rotational stability for shaking cage 200 can be improved.

It is appreciated that in other embodiments, driving wheel 440 and auxiliary wheel 460 in drive wheel group and auxiliary wheel group Number can carry out accommodation, as long as can be engaged with circular orbit 230 setting and ensure shake cage 200 rotation it is steady It is qualitative.

In the present embodiment, cage 200 is shaken to be fastened in drive wheel group and auxiliary wheel group in fact by 230 activity of circular orbit Rotation is now driven by device of rotation driving 420.In other embodiments, circular orbit 230 can also pass through with driving wheel 440 Pulley drive cooperation realization shakes cage 200 and drives rotation by device of rotation driving 420.It is appreciated that in other embodiments, Drive control mechanism 400 can not also use driving wheel 440 and auxiliary wheel 460, can be directly by the output of device of rotation driving 420 Axis is connected with shaking cage 200 and band shakes cage 200 and rotates, and can realize to shaking the rotational angle of cage 200 and the essence of rotation direction Really control.

In the present embodiment, latch assembly 500 includes electromagnetic switch 510 and elastic ball catch 520.

Electromagnetic switch 510 is arranged in rack 100 by support column 511.The locking post of electromagnetic switch 510 is used to insert Enter into the limit hole 320 on revolving door 300, to realize to the spacing of revolving door 300, and then enable to shake cage 200 and rotating Independently rotated under the driving of driving device 420.

Elastic ball catch 520 includes elastic lock body portion 521 and bead portion 522, and elastic lock body portion 521 and bead portion 522 divide Be located at shake on cage 200 and revolving door 300 on and be engaged and shake cage 200 and revolving door 300 for locking.

In the present embodiment, arcuate structure is made in the shape in elastic lock body portion 521 and bead portion 522, for dividing It is not fitted on the revolving door 300 of cylindricality cage wall 210 and arc.

In the present embodiment, elastic ball catch 520 has two sets, often covers sealing and opening for a corresponding feed inlet and outlet. Often covering elastic ball catch 520 has two groups, wherein, first group of elasticity ball catch includes the first elastic lock body portion and the first bead portion, Second group of elasticity ball catch includes the second elastic lock body portion and the second bead portion.First elastic lock body portion is located at cylindricality cage wall 210 Go up and be located at and be in contact with revolving door 300 at the edge placement of a side, the second elastic lock body portion is located on cylindricality cage wall 210 simultaneously At the medium position of cylindricality cage wall 210, the first bead portion and the second bead part are located at the side of the two sides of revolving door 300 Along position.When the first elastic lock body portion and the first bead portion locks, shake cage 200 and revolving door 300 is engaged and seals disengaging Material mouth is for leaf rotation；When the second elastic lock body portion and the second bead portion locks, shake cage 200 and revolving door 300 is engaged cruelly Reveal feed inlet and outlet for feeding and blanking.

It is appreciated that in other embodiments, elastic lock body portion 521 can include arc fixed column and two snap locks Body end, two snap lock body ends are locked with being arranged on the first bead portion on cage 200 of shaking and the second bead portion respectively.Arc The radian of fixed column and the radian of revolving door 300 are adapted, so that elastic lock body portion 521 is fixed on revolving door 300.

Additionally, it is appreciated that the setting phase of elastic lock body portion 521 and bead portion 522 on cage 200 is shaken with revolving door 300 It is corresponding.In the present embodiment, elastic lock body portion 521, which is arranged on, shakes on cage 200, and bead portion 522 is arranged on revolving door 300 And positioned at the lower section of handle 310.In other embodiments, when elastic lock body portion 521 is arranged on revolving door 300, bead portion 522 are arranged on and shake on cage 200.

In the present embodiment, controller 410 can control the locking post of electromagnetic switch 510 to be inserted into limit hole, And it can be rotated in different directions by controlling the driving of device of rotation driving 420 to shake cage 210 cage 200 and revolving door will be shaken 300 lockings release locking；After cage 200 is shaken with the locking of revolving door 300, controller 410 can control locking post from limit hole In detach, and can be rotated by controlling the driving of device of rotation driving 420 to shake cage 200 together with revolving door 300, so realize from Dynamic switch rotary door 300, realizes the technical process for automatically controlling loading and unloading and leaf rotation, improves production efficiency.

Please further combined with Fig. 7 and Fig. 8, tea green-shaking, the leaf rotation method are carried out using the vibration machine 10 of present embodiment Include the following steps：

S1, control locking post insertion limit hole 320 is interior to prevent its movement with spacing firmly revolving door 300, and control driving rotates Device 420 rotates and band shakes cage 200 and rotated along the first clockwise so that the first side for shaking cage 200 and revolving door 300 releases Lock and feed inlet and outlet is exposed upward, and make to shake cage 200 turn to it is tight with the second side chain of revolving door 300.

S2, upper tea raw material.

S3, after feeding, control driving tumbler 420 rotates and band shakes cage 200 and rotated along the second clockwise To shaking the first side chain of cage 200 and revolving door 300 tightly and sealing feed inlet and outlet, control locking post is detached from limit hole 320, controlled System driving tumbler 420 rotates and band shakes cage 200 and revolving door 300 rotates together, carries out leaf rotation.

S4, after leaf rotation, repeat step S1, then control that driving tumbler 420 rotates and band shakes cage 200 and rotation Door 300 turns to feed inlet and outlet downward along the first clockwise together, carries out blanking.

S5, after blanking, then controls driving tumbler 420 to rotate and band shakes cage 200 and revolving door 300 edge together Second clockwise turns to feed inlet and outlet upward, is prevented in control locking post insertion limit hole 320 with spacing firmly revolving door 300 Its move, control driving tumbler 420 rotate and band shake cage 200 turned to along the second clockwise shake cage 200 and rotation First side chain of door 300 is tight and seals feed inlet and outlet.

The vibration machine 10 of present embodiment carries out in the method and step of tea green-shaking, it is necessary to when feeding and blanking, can control Shake cage 200 and be rotated in the clockwise direction exposing and making to shake cage 200 and rotation for 120 ° of particular ranges that feed inlet and outlet can be achieved Second side chain of door 300 is tight, controllable to shake cage 200 and rotate 120 ° in the counterclockwise direction and return after feeding or blanking Position simultaneously makes to shake cage 200 and the first side chain of revolving door 300 is tight, progress leaf rotation., can be with it is appreciated that in other embodiments The size of exposure is needed to shake the rotational angle of cage 200 to adjustment according to the size of feed inlet and outlet or feed inlet and outlet.

The tea green-shakings such as oolong tea are carried out using the vibration machine 10 of present embodiment, can be in the control action of controller 410 Under, electromagnetic switch 510 and elastic ball catch 520 is engaged achievable automatic switch revolving door 300, realization automatically controls Blanking and the technical process of leaf rotation, improve production efficiency.Vibration machine 10 and feeding transmission mechanism and rewinding when present embodiment Transmission mechanism when other process equipments link, it can be achieved that be processed achievable serialization and automation to raw materials such as tealeaves, Production efficiency can be further significantly improved on the whole.

Each technical characteristic of embodiment described above can be combined arbitrarily, to make description succinct, not to above-mentioned reality Apply all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited In contradiction, the scope that this specification is recorded all is considered to be.

Embodiment described above only expresses the several embodiments of the utility model, its description is more specific and detailed, But therefore it can not be interpreted as the limitation to utility model patent scope.It should be pointed out that the common skill for this area For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to The scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.

Claims

1. a kind of vibration machine, it is characterised in that including rack, shake cage, revolving door, latch assembly and drive control mechanism；

The cage that shakes rotatably is located in the rack, and the cage tool of shaking has a feed inlet and outlet and is connected with the feed inlet and outlet Accommodating cavity；

The revolving door is located at the outside for shaking cage, and the revolving door is equipped with limit hole, and the cage that shakes can be relative to institute Revolving door is stated to rotate so that the revolving door seals or open the feed inlet and outlet；

The latch assembly includes elastic ball catch and electromagnetic switch, and the elasticity ball catch includes elastic lock body portion and bead Portion, the elasticity lock body portion and the bead part be arranged on it is described shake on cage and on the revolving door and be engaged for will described in Cage and revolving door locking are shaken, the electromagnetic switch has the locking post for being used for being inserted into the limit hole；

The drive control mechanism includes device of rotation driving and controller, the device of rotation driving with it is described shake cage be connected with For driving the cage that shakes to rotate, the controller electrically connects with the device of rotation driving and the electromagnetic switch respectively Connect；

The controller can control the locking post of the electromagnetic switch to be inserted into the limit hole, and can pass through Control the device of rotation driving drive described in shake cage and rotate in different directions so that the cage that shakes to be locked with the revolving door Or release locking；Cage is shaken when described and the Revolving door lock is next, and the controller can control the locking post from the limit Position detaches in hole, and can by control the device of rotation driving drive described in shake cage together with the revolving door and rotate.

2. vibration machine according to claim 1, it is characterised in that the cage that shakes includes cylindricality cage wall and two end caps, and two A end cap is separately positioned on the both ends of the cylindricality cage wall and seals the cylindricality cage wall；The feed inlet and outlet is opened in institute State on cylindricality cage wall.

3. vibration machine according to claim 2, it is characterised in that the elasticity collision bead is locked to rare two groups, wherein, first The elastic ball catch of group includes the first elastic lock body portion and the first bead portion, and second group of elasticity ball catch includes the second elastic lock body portion With the second bead portion；

Described first elastic lock body portion is located on the cylindricality cage wall and positioned at the edge of a side that is in contact with the revolving door At position, the described second elastic lock body portion is located on the cylindricality cage wall and at the medium position of the cylindricality cage wall, institute At the edge placement for stating the two sides that the first bead portion and the second bead part are located at the revolving door；

It is described to shake cage and the revolving door is engaged and seals when the described first elastic lock body portion and the first bead portion lock The feed inlet and outlet is for leaf rotation；

It is described to shake cage and the revolving door is engaged exposure when the described second elastic lock body portion and the second bead portion lock The feed inlet and outlet is for feeding and blanking.

4. vibration machine according to any one of claim 1 to 3, it is characterised in that the cage that shakes is equipped with circular orbit；

The drive control mechanism further includes driving wheel and auxiliary wheel, and the driving wheel can be driven by the device of rotation driving Rotate, the driving wheel and the auxiliary wheel are actively installed in the rack；

The circular orbit is rotatably assorted with the driving wheel and the auxiliary wheel so that the cage that shakes can be driven by described rotate Dynamic device driving rotates.

5. vibration machine according to claim 4, it is characterised in that the drive control mechanism further include the first drive link and Second drive link；

First drive link is connected with the device of rotation driving, and first drive link and second drive link are lived respectively It is dynamic to be installed in the rack；

The driving wheel has multiple, and multiple driving wheel strings are located on first drive link and form drive wheel group, described auxiliary Wheel is helped to have multiple, multiple auxiliary wheel strings are located at formation auxiliary wheel group on second drive link；

The circular orbit has a plurality of, and a plurality of circular orbit is rotatably assorted with the drive wheel group and the auxiliary wheel respectively So that the cage that shakes can drive rotation by the device of rotation driving.

6. vibration machine according to claim 5, it is characterised in that the rack is equipped with multiple support plates, and described first Drive link and second drive link are threaded through in multiple support plates respectively.

7. vibration machine according to claim 4, it is characterised in that multiple stop columns are interval with the circular orbit, It is multiple described to stop that columns are located at the outside of the revolving door for the revolving door active card is shaken cage and the resistance described Between bumping post.

8. vibration machine according to any one of claims 1 to 3, it is characterised in that the electromagnetic switch is located at the machine On frame.

9. vibration machine according to any one of claims 1 to 3, it is characterised in that the bottom of the rack is equipped with universal wheel And brake gear.