CN206476414U - A kind of intelligence enters tank arrangement - Google Patents
A kind of intelligence enters tank arrangement Download PDFInfo
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- CN206476414U CN206476414U CN201621494634.8U CN201621494634U CN206476414U CN 206476414 U CN206476414 U CN 206476414U CN 201621494634 U CN201621494634 U CN 201621494634U CN 206476414 U CN206476414 U CN 206476414U
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- 230000005540 biological transmission Effects 0.000 claims abstract description 71
- 230000001360 synchronised effect Effects 0.000 claims abstract description 17
- 230000033001 locomotion Effects 0.000 description 6
- 239000002184 metal Substances 0.000 description 5
- 238000005516 engineering process Methods 0.000 description 3
- 238000004806 packaging method and process Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 239000000126 substance Substances 0.000 description 1
Abstract
A kind of intelligence enters tank arrangement, including frame, guide groove, the first parallel four-bar linkage, the second parallel four-bar linkage, the 3rd parallel four-bar linkage, the 4th parallel four-bar linkage, drive mechanism, first annular chain pawl mechanism and the second ring chain is pawled mechanism；Guide groove is fixed and is located in frame, and the conveying direction of the length direction of above-mentioned guide groove along tank base is set；First, second, third, fourth parallel four-bar linkage is hinged composition successively by fixed arm, actuating arm, installing arm and swing arm；Fixation is located in frame the fixed arm of first, second, third, fourth parallel four-bar linkage respectively；Drive mechanism is connected with the actuating arm Synchronous Transmission of first, second, third, fourth parallel four-bar linkage；First annular chain is pawled, and vertically fixation is located in the installing arm of the first, the 3rd parallel four-bar linkage for mechanism, and the second ring chain is pawled, and vertically fixation is located in the installing arm of the second, the 4th parallel four-bar linkage for mechanism.
Description
Technical field
The utility model is related to the technical field of pot making equipment, more particularly, and the utility model is related to a kind of intelligence
Enter tank arrangement.
Background technology
At present, many products are all packed using metal can, and metal can packaging has the advantages that good seal performance, because
This, metal can packaging has been widely used for the fields such as food, pharmacy, chemical industry.
It is general to use tank arrangement that tank base is transported to predetermined position during metal can is made.
It is existing enter tank arrangement generally comprise frame, guide groove, first annular chain and pawl mechanism and the second ring chain
Pawl mechanism；Above-mentioned guide groove is fixed and is located in frame, conveying direction setting of the above-mentioned guide groove along tank base, i.e. guide groove
Length direction is located on the conveying direction of tank base；The curved shape of width of above-mentioned guide groove and with the shape phase of tank base
Match somebody with somebody；Fixation is located in frame respectively for mechanism that above-mentioned first annular chain pawls mechanism and the second ring chain is pawled, and above-mentioned first
Ring chain pawls mechanism and the second ring chain is pawled, and mechanism is symmetrical arranged relative to guide groove.
When tank base is located on guide groove, first annular chain pawl mechanism pawl and the second ring chain is pawled mechanism
Pawl and synchronously promote tank base from the rear end face of tank base so that tank base is along guide groove forward slip to predetermined position.
Although it is existing enter tank arrangement can realize the push of tank base, due to it is existing enter tank arrangement it is first annular
Fixation is located in frame respectively for mechanism that chain pawls mechanism and the second ring chain is pawled, so, it is existing enter tank arrangement can only
Tank base for pushing same tank diameter；However, being frequently necessary to push the tank base of various tank diameters in tank industry processed at present, to produce
The metal can of different tank diameters, therefore, it is existing enter tank arrangement can not meet the growth requirement of current tank industry processed.
In order to meet the growth requirement of current tank industry processed, design a kind of can push to the tank base of different tank diameters
Intelligence enter tank arrangement, this has become technical problem urgently to be resolved hurrily at present.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of intelligence and enters tank arrangement, and this intelligence enters tank arrangement energy
Enough tank bases to different tank diameters are pushed, so as to meet the growth requirement of current tank industry processed.
In order to solve the above-mentioned technical problem, the technical solution adopted in the utility model is as follows：
A kind of intelligence enters tank arrangement, it is characterised in that：Including frame, guide groove, the first parallel four-bar linkage, second flat
Row quadric chain, the 3rd parallel four-bar linkage, the 4th parallel four-bar linkage, drive mechanism, first annular chain are pawled
Mechanism and the second ring chain are pawled mechanism；
Above-mentioned guide groove is fixed and is located in frame, and the conveying direction of the length direction of above-mentioned guide groove along tank base is set,
The curved shape of width of above-mentioned guide groove and match with the shape of tank base；
Above-mentioned first, second, third, fourth parallel four-bar linkage is by fixed arm, actuating arm, installing arm and swing arm
Be hinged composition successively；
Fixation is located in frame the fixed arm of above-mentioned first, second, third, fourth parallel four-bar linkage respectively；It is above-mentioned
Firstth, the 3rd parallel four-bar linkage be located at guide groove side, above-mentioned second, the 4th parallel four-bar linkage be located at guide groove
Opposite side；Above-mentioned first, second parallel four-bar linkage is symmetrical arranged relative to the front end of guide groove, and the above-mentioned second, the 4th
Parallel four-bar linkage is symmetrical arranged relative to the rear end of guide groove；
Above-mentioned drive mechanism is located in frame, above-mentioned drive mechanism and first, second, third, fourth parallel―ordinal shift machine
The actuating arm Synchronous Transmission connection of structure；
Above-mentioned first annular chain is pawled the mechanism vertically fixed installing arm for being located at the first, the 3rd parallel four-bar linkage
On, above-mentioned second ring chain is pawled, and vertically fixation is located in the installing arm of the second, the 4th parallel four-bar linkage for mechanism, on
State that first annular chain pawls mechanism and the second ring chain mechanism of pawling is symmetrical arranged relative to guide groove.
When drive mechanism drives the actuating arm synchronous axial system of first, second, third, fourth parallel four-bar linkage, the
First, the first annular chain in the 3rd parallel four-bar linkage installing arm is pawled mechanism and the second, the 4th parallel four-bar linkage
The second ring chain in installing arm is pawled mechanism, synchronously motion straight up and close to guide groove, or synchronously vertical
To with motion and away from guide groove so that first annular chain is pawled mechanism pawl and the second ring chain is pawled mechanism
Pawling can be got on the rear end face of tank base of different tank diameters with the position at 45 degree of angles, therefore, and this intelligence enters tank arrangement can be right
The tank base of different tank diameters is pushed, so as to meet the growth requirement of current tank industry processed.
It is used as a kind of optimal technical scheme of the drive mechanism in the utility model：
The drive mechanism includes the first transmission polished rod, second passes to polished rod, transmission arm, common drive motor, common turns
Dynamic screw rod and common driving arm；
The two ends of above-mentioned first transmission polished rod are respectively and fixedly installed to the actuating arm of the first, the 3rd parallel four-bar linkage
On；
The two ends of above-mentioned second transmission polished rod are respectively and fixedly installed to the actuating arm of the second, the 4th parallel four-bar linkage
On；
The two ends of above-mentioned transmission arm are connected with the first transmission polished rod and the second transmission polish rod transmission respectively；
Above-mentioned common drive motor is vertically fixedly mounted in frame；
Above-mentioned common rotation screw rod is rotationally vertically installed in frame, above-mentioned common rotation screw rod and common drive electricity
Machine is connected, and above-mentioned common rotation screw rod is connected by common driving arm and the first transmission polished rod or the second transmission polish rod transmission
Connect.
When common drive motor is rotated, common drive motor driving common rotation screw rod is rotated, and common rotation screw rod leads to
Cross common driving arm driving first and be driven polished rod or the second transmission polished rod rotation；
When common rotation screw rod is driven polished rod by common driving arm driving first to be rotated, the first transmission polished rod passes through connection
Swing arm drives second to be driven polished rod synchronous axial system；
When common rotation screw rod is driven polished rod by common driving arm driving second to be rotated, the second transmission polished rod passes through connection
Swing arm drives first to be driven polished rod synchronous axial system；
When the first transmission polished rod and the second transmission polished rod synchronous axial system, the first transmission polished rod synchronously driving the first, the 3rd
The actuating arm of parallel four-bar linkage, so that the first annular chain in the first, the 3rd parallel four-bar linkage installing arm is pushed away
Pawl mechanism kinematic；Synchronously, the second transmission polished rod synchronously drives the actuating arm of the second, the 4th parallel four-bar linkage, so that
Secondth, the second ring chain in the 4th parallel four-bar linkage installing arm is pawled mechanism kinematic.
It is used as another optimal technical scheme of the drive mechanism in the utility model：
The drive mechanism includes the first drive mechanism and the second drive mechanism；
Above-mentioned first drive mechanism includes the first transmission polished rod, the first motor, the first rotation screw rod and the first transmission
Arm；The two ends of above-mentioned first transmission polished rod are respectively and fixedly installed on the actuating arm of the first, the 3rd parallel four-bar linkage；It is above-mentioned
First motor is vertically fixedly mounted in frame；Above-mentioned first rotation screw rod is rotationally vertically installed in frame,
Above-mentioned first rotates screw rod and the drive connection of the first motor, and above-mentioned first, which rotates screw rod, passes through the first transmission arm and the first biography
Dynamic polished rod；
Above-mentioned second drive mechanism includes the second transmission polished rod, the second motor, the second rotation screw rod and the second transmission
Arm；The two ends of above-mentioned second transmission polished rod are respectively and fixedly installed on the actuating arm of the second, the 4th parallel four-bar linkage；It is above-mentioned
Second motor is vertically fixedly mounted in frame；Above-mentioned second rotation screw rod is rotationally vertically installed in frame,
Above-mentioned second rotates screw rod and the drive connection of the second motor, and above-mentioned second, which rotates screw rod, passes through the second transmission arm and the second biography
Dynamic polished rod.
When the first motor is rotated, the first motor driving first rotates screw rod and rotated, and first, which rotates screw rod, leads to
Cross the first transmission arm driving first and be driven polished rod；Synchronously, the second motor driving second rotates screw rod and rotated, and second rotates
Screw rod is driven polished rod by the second transmission arm driving first；
When the first transmission polished rod and the second transmission polished rod synchronous axial system, the first transmission polished rod synchronously driving the first, the 3rd
The actuating arm of parallel four-bar linkage, so that the first annular chain in the first, the 3rd parallel four-bar linkage installing arm is pushed away
Pawl mechanism kinematic；Synchronously, the second transmission polished rod synchronously drives the actuating arm of the second, the 4th parallel four-bar linkage, so that
Secondth, the second ring chain in the 4th parallel four-bar linkage installing arm is pawled mechanism kinematic.
The optimal technical scheme for mechanism of being pawled as the first annular chain in the utility model：
The first annular chain pawls mechanism including the first framework, first annular chain, the first drive sprocket, Ruo Gan
One drive sprocket and some first is pawled；
Above-mentioned first framework is fixedly mounted in the installing arm of the first, the 3rd parallel four-bar linkage；
Above-mentioned first annular chain is rotatably mounted at first by the way that the first drive sprocket and the first drive sprocket are recyclable
On framework；
Above-mentioned first, which pawls, is equally spacedly located on first annular chain.
The optimal technical scheme for mechanism of being pawled as the second ring chain in the utility model：
Second ring chain pawls mechanism including the second framework, the second ring chain, the second drive sprocket, Ruo Gan
Two drive sprockets and some second are pawled；
Above-mentioned second framework is fixedly mounted in the installing arm of the second, the 4th parallel four-bar linkage；
Above-mentioned second ring chain is rotatably mounted at second by the way that the second drive sprocket and the second drive sprocket are recyclable
On framework；
Above-mentioned second, which pawls, is equally spacedly located on the second ring chain.
When the first drive sprocket and the second drive sprocket synchronous axial system, the first drive sprocket drives first annular chain to exist
Cycle rotation on first drive sprocket and the first drive sprocket, synchronously, the second drive sprocket drive the second ring chain the
Cycle rotation on two drive sprockets and the second drive sprocket, so, first on first annular chain pawls and the second endless chain
Second on bar pawls just synchronously promotes tank base from the rear end face of tank base, so that tank base is along guide groove forward slip in advance
Fixed position.
The beneficial effect of the utility model against existing technologies is：
Entering tank arrangement due to this intelligence includes frame, guide groove, the first parallel four-bar linkage, the second parallel―ordinal shift machine
Structure, the 3rd parallel four-bar linkage, the 4th parallel four-bar linkage, drive mechanism, first annular chain are pawled mechanism and second
Ring chain is pawled mechanism；Above-mentioned guide groove is fixed and is located in frame, the conveying of the length direction of above-mentioned guide groove along tank base
Direction is set, and the curved shape of width of above-mentioned guide groove and is matched with the shape of tank base；Above-mentioned first, second, third,
4th parallel four-bar linkage is hinged composition successively by fixed arm, actuating arm, installing arm and swing arm；Above-mentioned first,
Second, third, fixation is located in frame respectively for the fixed arm of the 4th parallel four-bar linkage；Above-mentioned first, the 3rd parallel four connects
Linkage be located at guide groove side, above-mentioned second, the 4th parallel four-bar linkage be located at guide groove opposite side；Above-mentioned
First, the second parallel four-bar linkage is symmetrical arranged relative to the front end of guide groove, and above-mentioned second, the 4th parallel four-bar linkage phase
It is symmetrical arranged for the rear end of guide groove；Above-mentioned drive mechanism is located in frame, above-mentioned drive mechanism with first, second, third,
The actuating arm Synchronous Transmission connection of 4th parallel four-bar linkage；Above-mentioned first annular chain is pawled, and vertically fixation is located at for mechanism
Firstth, in the installing arm of the 3rd parallel four-bar linkage, above-mentioned second ring chain pawl mechanism it is vertically fixed be located at second,
In the installing arm of 4th parallel four-bar linkage, mechanism phase that above-mentioned first annular chain pawls mechanism and the second ring chain is pawled
It is symmetrical arranged for guide groove；
So, when drive mechanism drives the actuating arm synchronous axial system of first, second, third, fourth parallel four-bar linkage
When, the first annular chain in the first, the 3rd parallel four-bar linkage installing arm is pawled mechanism and the second, the 4th parallel―ordinal shift
The second ring chain on mechanism mounting arm is pawled mechanism, synchronously motion straight up and close to guide groove, or synchronously
It is vertical to motion and away from guide groove so that first annular chain is pawled mechanism pawl and the second ring chain is pawled machine
Pawling for structure can be got on the rear end face of tank base of different tank diameters with the position at 45 degree of angles, and therefore, this intelligence enters tank arrangement energy
Enough tank bases to different tank diameters are pushed, so as to meet the growth requirement of current tank industry processed.
Meanwhile, this intelligence enters tank arrangement also with rational in infrastructure, novel in design, digitized degree is high, push is accurate, response
Speed is fast, operate steadily, it is simple to operate, the advantages of install and be easy to maintenance, easy to spread.
The utility model is described in further detail with reference to the accompanying drawings and detailed description.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model preferred embodiment；
Fig. 2 is Fig. 1 A direction views.
Embodiment
As depicted in figs. 1 and 2, the intelligence in this preferred embodiment, which enters tank arrangement, includes frame 10, guide groove 101, first
Parallel four-bar linkage 1, the second parallel four-bar linkage 2, the 3rd parallel four-bar linkage 3, the 4th parallel four-bar linkage 4,
Drive mechanism 5, first annular the chain ring chain of mechanism 6 and second of pawling are pawled mechanism 7.
Above-mentioned guide groove 101 is fixed and is located in frame 10, the conveying of the length direction of above-mentioned guide groove 101 along tank base 01
Direction（Direction as shown in double-head arrow in Fig. 1）Set, the curved shape of width of above-mentioned guide groove 101 and with tank base 01
Shape matches.
Above-mentioned first parallel four-bar linkage 1, the second parallel four-bar linkage 2, the 3rd parallel four-bar linkage the 3, the 4th
The structure of parallel four-bar linkage 4 is essentially identical, below only be introduced by taking the structure of the 4th parallel four-bar linkage 4 as an example,
The structure of first parallel four-bar linkage 1, the second parallel four-bar linkage 2 and the 3rd parallel four-bar linkage 3 may be referred to
The structure of four parallel four-bar linkages 4；
Above-mentioned 4th parallel four-bar linkage 4 is mutual successively by fixed arm 41, actuating arm 42, installing arm 43 and swing arm 44
It is hinged composition.
The fixed arm the 21, the 3rd of the fixed arm 11 of above-mentioned first parallel four-bar linkage 1, the second parallel four-bar linkage 2
Fixation is located in frame 10 respectively for the fixed arm 31 of parallel four-bar linkage 3, the fixed arm 41 of the 4th parallel four-bar linkage 4；
Above-mentioned first parallel four-bar linkage 1, the 3rd parallel four-bar linkage 3 are located at the side of guide groove 101, above-mentioned second parallel four
Linkage 2, the 4th parallel four-bar linkage 4 are located at the opposite side of guide groove 101；Above-mentioned first parallel four-bar linkage 1,
Two parallel four-bar linkages 2 are symmetrical arranged relative to the front end 1011 of guide groove 101, above-mentioned second parallel four-bar linkage 2,
Four parallel four-bar linkages 4 are symmetrical arranged relative to the rear end 1012 of guide groove 101.
Above-mentioned drive mechanism 5 passes to polished rod 52, transmission arm 53, common drive motor including the first transmission polished rod 51, second
54th, common rotation screw rod 55 and common driving arm 56；
The two ends of above-mentioned first transmission polished rod 51 are respectively and fixedly installed to the actuating arm and the of the first parallel four-bar linkage 1
On the actuating arm 32 of three parallel four-bar linkages 3；
The two ends of above-mentioned second transmission polished rod 52 are respectively and fixedly installed to the He of actuating arm 22 of the second parallel four-bar linkage 2
On the actuating arm 42 of 4th parallel four-bar linkage 4；
The two ends of above-mentioned transmission arm 53 are connected with the first transmission transmission polished rod 52 of polished rod 51 and second respectively；
Above-mentioned common drive motor 54 is vertically fixedly mounted in frame 10；
Above-mentioned common rotation screw rod 55 is rotationally vertically installed in frame 10, and above-mentioned common rotation screw rod 55 is with sharing
Motor 54 is connected, and above-mentioned common rotation screw rod 55 is connected by common driving arm 56 with the first transmission polished rod 51.
Above-mentioned first annular chain pawls mechanism 6 including the first framework 61, first annular chain 62, the first drive sprocket
63rd, some first drive sprockets 64 and some first pawl 65；
Above-mentioned first framework 61 is fixedly mounted on the parallel―ordinal shift of installing arm 13 and the 3rd of the first parallel four-bar linkage 1
In the installing arm 33 of mechanism 3；
Above-mentioned first annular chain 62 is rotationally installed by the way that the first drive sprocket 63 and the first drive sprocket 64 are recyclable
On the first framework 61；
Above-mentioned first, which pawls, 65 is equally spacedly located on first annular chain 62.
Above-mentioned second ring chain pawls mechanism 7 including the second framework 71, the second ring chain 72, the second drive sprocket
73rd, some second drive sprockets 74 and some second pawl 75；
Above-mentioned second framework 71 is fixedly mounted on the installing arm 23 of the second parallel four-bar linkage 2, the 4th parallel―ordinal shift
In the installing arm 43 of mechanism 4；Above-mentioned second framework 71 with
Above-mentioned second ring chain 72 is rotationally installed by the way that the second drive sprocket 73 and the second drive sprocket 74 are recyclable
On the second framework 71；
Above-mentioned second, which pawls, 75 is equally spacedly located on the second ring chain 72.
The above-mentioned first annular chain ring chain of mechanism 6 and second mechanism 7 of pawling of pawling symmetrically is set relative to guide groove 101
Put, the above-mentioned framework 71 of first framework 61 and second, the ring chain 72 of first annular chain 62 and second, the and of the first drive sprocket 63
Second drive sprocket 73, the first drive sprocket 64 and the second drive sprocket 74, first pawl 65 and second pawl 75 also distinguish phase
It is symmetrical arranged for guide groove 101.
The course of work and related work principle below in conjunction with the accompanying drawings to this preferred embodiment is described in further detail,
To enable those skilled in the art to be more fully understood from technology contents of the present utility model：
As depicted in figs. 1 and 2, when common drive motor 54 is rotated, the driving common rotation screw rod of common drive motor 54
55 rotate, and common rotation screw rod 55 is driven polished rod 52 by the driving of common driving arm 56 second and rotated, and the second transmission polished rod 52 leads to
Crossing transmission arm 53 drives first to be driven the synchronous axial system of polished rod 51；
When the first transmission transmission 52 synchronous axial system of polished rod of polished rod 51 and second, the synchronous driving first of the first transmission polished rod 51
The actuating arm 32 of the actuating arm of parallel four-bar linkage 1 and the 3rd parallel four-bar linkage 3, so that the first parallel―ordinal shift machine
First annular chain on the actuating arm 32 of the actuating arm of structure 1 and the 3rd parallel four-bar linkage 3 mechanism 6 of pawling is moved；It is synchronous
Ground, the parallel four-bar linkage 4 of actuating arm 22 and the 4th of the second parallel four-bar linkage 2 of synchronous driving of the second transmission polished rod 52
Actuating arm 42, so that on the actuating arm 42 of the parallel four-bar linkage 4 of actuating arm 22 and the 4th of the second parallel four-bar linkage 2
The second ring chain mechanism 7 of pawling move so that first annular chain is pawled, the ring chain of mechanism 6 and second is pawled mechanism
7 synchronously motions straight up and close to guide groove 101, or it is synchronously vertical to motion and away from guide groove 101, so that
Enable first annular chain pawl mechanism 6 pawl 65 and second ring chain pawl mechanism 7 pawl 75 with 45 degree of angles
Position is got on the rear end face of tank base 01 of different tank diameters, therefore, and this intelligence, which enters tank arrangement, to be entered to the tank base of different tank diameters
Row is pushed, so as to meet the growth requirement of current tank industry processed.
When the first drive sprocket 63 and the second 73 synchronous axial system of drive sprocket, the first drive sprocket 63 drives first annular
The cycle rotation on the first drive sprocket 63 and the first drive sprocket 64 of chain 62, synchronously, the second drive sprocket 73 drive the
The cycle rotation on the second drive sprocket 73 and the second drive sprocket 74 of second ring chain 72, so, on first annular chain 62
First pawl 65 and second second the pawling and 75 just synchronously promote tank base from the rear end face of tank base 01 on ring chain 72, from
And make tank base 01 along the forward slip of guide groove 101 to predetermined position.
The content of above-mentioned embodiment is preferred embodiment of the present utility model, and above preferred embodiment is not used
To limit practical range of the present utility model, therefore, every its scope of the claims according to the utility model is made
Various equivalents, by the utility model, its scope of the claims is covered.
Claims (5)
1. a kind of intelligence enters tank arrangement, it is characterised in that：Including frame, guide groove, the first parallel four-bar linkage, second parallel
Quadric chain, the 3rd parallel four-bar linkage, the 4th parallel four-bar linkage, drive mechanism, first annular chain are pawled machine
Structure and the second ring chain are pawled mechanism；
Above-mentioned guide groove is fixed and is located in frame, and the conveying direction of the length direction of above-mentioned guide groove along tank base is set, above-mentioned
The curved shape of width of guide groove and match with the shape of tank base；
Above-mentioned first, second, third, fourth parallel four-bar linkage by fixed arm, actuating arm, installing arm and swing arm successively
Be hinged composition；
Fixation is located in frame the fixed arm of above-mentioned first, second, third, fourth parallel four-bar linkage respectively；Above-mentioned first,
3rd parallel four-bar linkage be located at guide groove side, above-mentioned second, the 4th parallel four-bar linkage be located at guide groove it is another
Side；Above-mentioned first, second parallel four-bar linkage is symmetrical arranged relative to the front end of guide groove, and the above-mentioned second, the 4th is parallel
Quadric chain is symmetrical arranged relative to the rear end of guide groove；
Above-mentioned drive mechanism is located in frame, above-mentioned drive mechanism and first, second, third, fourth parallel four-bar linkage
Actuating arm Synchronous Transmission is connected；
Above-mentioned first annular chain is pawled, and vertically fixation is located in the installing arm of the first, the 3rd parallel four-bar linkage for mechanism,
Above-mentioned second ring chain is pawled, and vertically fixation is located in the installing arm of the second, the 4th parallel four-bar linkage for mechanism, above-mentioned
First annular chain pawls mechanism and the second ring chain is pawled, and mechanism is symmetrical arranged relative to guide groove.
2. intelligence according to claim 1 enters tank arrangement, it is characterised in that：The drive mechanism includes the first transmission light
Bar, second pass to polished rod, transmission arm, common drive motor, common rotation screw rod and common driving arm；
The two ends of above-mentioned first transmission polished rod are respectively and fixedly installed on the actuating arm of the first, the 3rd parallel four-bar linkage；
The two ends of above-mentioned second transmission polished rod are respectively and fixedly installed on the actuating arm of the second, the 4th parallel four-bar linkage；
The two ends of above-mentioned transmission arm are connected with the first transmission polished rod and the second transmission polish rod transmission respectively；
Above-mentioned common drive motor is vertically fixedly mounted in frame；
Above-mentioned common rotation screw rod is rotationally vertically installed in frame, and above-mentioned common rotation screw rod is passed with shared motor
Dynamic connection, above-mentioned common rotation screw rod is connected by common driving arm with the first transmission polished rod or the second transmission polish rod transmission.
3. intelligence according to claim 1 enters tank arrangement, it is characterised in that：The drive mechanism includes the first drive mechanism
With the second drive mechanism；
Above-mentioned first drive mechanism includes the first transmission polished rod, the first motor, the first rotation screw rod and the first transmission arm；On
The two ends for stating the first transmission polished rod are respectively and fixedly installed on the actuating arm of the first, the 3rd parallel four-bar linkage；Above-mentioned first
Motor is vertically fixedly mounted in frame；Above-mentioned first rotation screw rod is rotationally vertically installed in frame, above-mentioned
First rotates screw rod and the drive connection of the first motor, and above-mentioned first, which rotates screw rod, passes through the first transmission arm and the first transmission light
Bar；
Above-mentioned second drive mechanism includes the second transmission polished rod, the second motor, the second rotation screw rod and the second transmission arm；On
The two ends for stating the second transmission polished rod are respectively and fixedly installed on the actuating arm of the second, the 4th parallel four-bar linkage；Above-mentioned second
Motor is vertically fixedly mounted in frame；Above-mentioned second rotation screw rod is rotationally vertically installed in frame, above-mentioned
Second rotates screw rod and the drive connection of the second motor, and above-mentioned second, which rotates screw rod, passes through the second transmission arm and the second transmission light
Bar.
4. intelligence according to claim 1 enters tank arrangement, it is characterised in that：First annular chain mechanism of pawling includes
First framework, first annular chain, the first drive sprocket, some first drive sprockets and some first are pawled；
Above-mentioned first framework is fixedly mounted in the installing arm of the first, the 3rd parallel four-bar linkage；
Above-mentioned first annular chain is rotatably mounted at the first framework by the way that the first drive sprocket and the first drive sprocket are recyclable
On；
Above-mentioned first, which pawls, is equally spacedly located on first annular chain.
5. intelligence according to claim 1 enters tank arrangement, it is characterised in that：Second ring chain mechanism of pawling includes
Second framework, the second ring chain, the second drive sprocket, some second drive sprockets and some second are pawled；
Above-mentioned second framework is fixedly mounted in the installing arm of the second, the 4th parallel four-bar linkage；
Above-mentioned second ring chain is rotatably mounted at the second framework by the way that the second drive sprocket and the second drive sprocket are recyclable
On；
Above-mentioned second, which pawls, is equally spacedly located on the second ring chain.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621494634.8U CN206476414U (en) | 2016-12-31 | 2016-12-31 | A kind of intelligence enters tank arrangement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621494634.8U CN206476414U (en) | 2016-12-31 | 2016-12-31 | A kind of intelligence enters tank arrangement |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206476414U true CN206476414U (en) | 2017-09-08 |
Family
ID=59749704
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621494634.8U Withdrawn - After Issue CN206476414U (en) | 2016-12-31 | 2016-12-31 | A kind of intelligence enters tank arrangement |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206476414U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107054997A (en) * | 2016-12-31 | 2017-08-18 | 汕头市新青罐机有限公司 | Intelligence enters tank arrangement |
-
2016
- 2016-12-31 CN CN201621494634.8U patent/CN206476414U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107054997A (en) * | 2016-12-31 | 2017-08-18 | 汕头市新青罐机有限公司 | Intelligence enters tank arrangement |
| CN107054997B (en) * | 2016-12-31 | 2024-01-19 | 汕头市新青罐机有限公司 | Intelligent can feeding device |
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