CN207792106U - The film-taking in means of transport system is produced for cystosepiment - Google Patents
The film-taking in means of transport system is produced for cystosepiment Download PDFInfo
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- CN207792106U CN207792106U CN201721729129.1U CN201721729129U CN207792106U CN 207792106 U CN207792106 U CN 207792106U CN 201721729129 U CN201721729129 U CN 201721729129U CN 207792106 U CN207792106 U CN 207792106U
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- fixed
- spring
- mounting blocks
- conveyor belt
- transfer conveyor
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Abstract
The utility model provides a kind of film-taking in means for cystosepiment production transport system, including：Exit conveyor is stood on by the first stand on ground；Guidance set comprising：Funnel, guide cylinder, support ring, fixed block, movable block, inclined plate and the first spring are accepted, a fixed block is fixed in the first stand, one and the guiding fixed movable block of drum outer wall are provided with below fixed block；Transfer conveyor belt is stood on by the second stand on ground, and several fixed seats are fixed on the transmission surface of transfer conveyor belt；Several contact pin components, each contact pin component are placed in a fixed seat, and each contact pin component includes：Picking-up container, the first mounting blocks, clamping mechanism, the first cylinder and the first rotation rod, picking-up container are detachably connected by clamping mechanism and fixed seat.The cystosepiment produces the film-taking in means of transport system, solve the problems, such as in the prior art thus stacking need driving mechanism and driving equipment caused to waste and energy waste.
Description
Technical field
The utility model is related to the cystosepiment plant-scale equipments, and in particular to a kind of dress that takes up of cystosepiment production transport system
It sets.
Background technology
Chinese patent disclose it is a kind of application No. is 201621376706.9 cystosepiment produce transport system piler
Structure, including two groups of symmetrically arranged stack mechanical arms, stack mechanical arm include rack, elevating mechanism, dipper crowding gear, dipper crowding gear
It is slidably arranged in rack, elevating mechanism is arranged in rack and can drive dipper crowding gear lifting moving, the interval of dipper crowding gear
Corresponding with cystosepiment, dipper crowding gear clamps cystosepiment when releasing, and cystosepiment can be driven to rise to centainly by elevating mechanism
Highly so that next cystosepiment can be delivered to below by conveying mechanism.Although the cystosepiment produces the stacking of transport system
Mechanism realize automatic piling, but there are the shortcomings that be：
1) it but need to realize stacking with two power-equipments of pushing mechanism and elevating mechanism, cause the waste of power source,
It works at the same time and wastes a large amount of energy in engineering；
2) it due to being only to realize stacking, often needs entire pile being delivered to the position for needing to place after the completion of stacking,
It needs manpower to move, considerably increases labour burden.
Utility model content
The utility model provides a kind of film-taking in means of cystosepiment production transport system, solve in the prior art thus heap
The problem of pile needs driving mechanism and leads to driving equipment waste and energy waste.
To achieve the above object, the utility model uses the following technical solution：
A kind of film-taking in means for cystosepiment production transport system, including：
Exit conveyor is stood on by the first stand on ground；
Guidance set comprising：Accept funnel, guide cylinder, support ring, fixed block, movable block, inclined plate and the first bullet
Spring is accepted funnel and is arranged by exit conveyor one end, accepts funnel big end and is located at top, the small end for accepting funnel is communicated with position
In the guide cylinder on vertical direction, it is fixed with a fixed block in the first stand, one and guide cylinder are provided with below fixed block
The fixed movable block of outer wall, movable block are fixed to one first spring one end, and the first spring one end is fixed to fixed block, the first spring
Telescopic direction in the vertical direction, movable block is fixed to an inclined plate first end, and inclined plate second end position is higher than inclined plate the
One end position, the angle between inclined plate and horizontal plane are acute angle；
Transfer conveyor belt is stood on by the second stand on ground, is fixed on the transmission surface of transfer conveyor belt several
Fixed seat；
Several contact pin components, each contact pin component are placed in a fixed seat, and each contact pin component includes：Splicing
Case, the first mounting blocks, clamping mechanism, the first cylinder and the first rotation rod, picking-up container are removable with fixed seat by clamping mechanism
Connection is unloaded, picking-up container can be delivered to immediately below a guide cylinder by transfer conveyor belt, and one first mounting blocks are fixed on splicing box outer wall,
The first cylinder and supporting rod are fixed on first mounting blocks, the telescopic direction and supporting rod of the first cylinder are respectively positioned on vertical side
Upwards, the first cylinder is equipped with can rotate first in horizontal direction in picking-up container, the piston rod of the first cylinder
Rod is rotated, the first rotation rod can be tangent with inclined plate, and inclined plate second end is located at inclined plate first end close to transfer conveyor belt input terminal
Side；And
Monitor component comprising control cabinet and infrared sensor, infrared sensor are installed on fixed block, are used for
Detect the position of picking-up container.
Preferably, clamping mechanism includes：Second mounting blocks, nose cone, pressure ram, guide ring, third mounting blocks, rolling
Wheel, bayonet lock, second spring and third spring, the second mounting blocks are fixed on splicing box outer wall and offer one in the second mounting blocks
Through-hole, the center line of through-hole is parallel with the transmission direction of transfer conveyor belt, and the circular cone of a conical structure is provided in through-hole
Head mutually cuts with an idler wheel with nose cone, and idler wheel can be rotatably mounted on a bayonet lock, and bayonet lock passes through the second mounting blocks, second
Bayonet lock can move in the vertical direction under the guiding of mounting blocks, and the card hole being inserted into for bayonet lock, nose cone are offered in fixed seat
Small end is connected to a pressure ram one end, and extruding shank diameter is equal with nose cone small end end face diameter, and pressure ram, which passes through, to be had one and lead to
The fixed guide ring of hole inner wall, pressure ram can be on the direction parallel with transfer conveyor belt transmission direction under the guiding of guide ring
Movement, pressure ram extend after being connect with nose cone to transfer conveyor belt output end, and the end that pressure ram is located at outside through-hole is fixed with
One third mounting blocks, pressure ram pass through there is a second spring, second spring one end to be fixed with guide ring, the second spring other end and
Third mounting blocks are fixed；Bayonet lock pass through there is a third spring, third spring one end to be fixed with bayonet lock, the third spring other end with lead to
Hole inner wall is fixed；When pressure ram is not by outer force effect, force nose cone big end and idler wheel tangent under the elastic force of second spring
And bayonet lock is caught in card hole；When pressure ram is by thrust to guide ring, idler wheel cross the small end of nose cone and with extruding
Bar is tangent, under the action of third spring in expense retraction to the second mounting blocks.
Preferably, further include：Barrier assembly, barrier assembly include：Baffle, mounting pin, the 4th mounting blocks and the 4th
Spring, mounting pin are fixed on the output end in the second stand and positioned at transfer conveyor belt, the transmission of mounting pin and transfer conveyor belt
Direction is parallel, and mounting pin is fixed with the 4th mounting blocks on the end far from transfer conveyor belt, mounting pin pass through have the 4th spring and
Baffle, baffle are located at the 4th spring close to the side of transfer conveyor belt, and the 4th spring one end is fixed with baffle, and the 4th spring is another
End is fixed with the 4th mounting blocks.
Compared with the prior art, the utility model has the advantages that：Reduce conventional palletizer structure and needs power
Source realizes that cystosepiment stacks, and reduces energy consumption, is good for the environment.
Part is illustrated to embody by the further advantage, target and feature of the utility model by following, and part will also pass through
Research and practice to the utility model and be understood by the person skilled in the art.
Description of the drawings
Fig. 1 is the structural schematic diagram for the film-taking in means that transport system is produced for cystosepiment.
Specific implementation mode
In order to make, technological means of the utility model, creation characteristic, reached purpose and effect are more clear and are easy to
Understand, the utility model is further elaborated with reference to the accompanying drawings and detailed description：
As shown in Figure 1, the utility model proposes a kind of film-taking in means producing transport system for cystosepiment, including：
Exit conveyor 21 is stood on by the first stand on ground；
Guidance set 22 comprising：Accept funnel 221, guide cylinder 222, support ring 223, fixed block 224, movable block
225, inclined plate 226 and the first spring 227 are accepted funnel 221 and are arranged by 21 one end of exit conveyor, it is big to accept funnel 221
End is located at top, and the small end for accepting funnel 221 is communicated with the guide cylinder 222 on vertical direction, and support ring 223 is for the
Support guide cylinder 222 and undertaking funnel 221, mitigate the pressure of the first spring 227 when one rotation rod 245 does not squeeze inclined plate 226,
The service life for extending the first spring 227 is fixed with a fixed block 224 in the first stand, is arranged below fixed block 224
There are one and the fixed movable block 225 of 222 outer wall of guide cylinder, movable block 225 to be fixed to one first spring, 227 one end, the first spring
227 one end are fixed to fixed block 224, and in the vertical direction, movable block 225 is fixed to one tiltedly to the telescopic direction of the first spring 227
226 first end of plate, 226 second end position of inclined plate are higher than 226 first end position of inclined plate, inclined plate 226 and horizontal plane it
Between angle be acute angle；
Transfer conveyor belt 23 is stood on by the second stand on ground, is fixed on the transmission surface of transfer conveyor belt 23
Several fixed seats 231,23 surface position of transfer conveyor belt are less than 21 surface position of exit conveyor；
Several contact pin components 24, each contact pin component 24 are placed in a fixed seat 231, and each contact pin component 24 wraps
It includes：Picking-up container 241, the first mounting blocks 242, clamping mechanism 243, the first cylinder 244 and first rotate rod 245, picking-up container 241
It is detachably connected by clamping mechanism 243 and fixed seat 231, picking-up container 241 can be delivered to a guide cylinder by transfer conveyor belt 23
Immediately below 222, one first mounting blocks 242 are fixed on 241 outer wall of picking-up container, the first cylinder 244 is fixed on the first mounting blocks 242
And supporting rod, the telescopic direction and supporting rod of the first cylinder 244 are respectively positioned on vertical direction, the first cylinder 244 leans on proximity
Hopper 241, is equipped with the first rotation rod 245 that can be rotated in horizontal direction on the piston rod of the first cylinder 244, and first
Rotating rod 245 can be tangent with inclined plate 226, and 226 second end of inclined plate is located at 226 first end of inclined plate close to 23 input terminal of transfer conveyor belt
Side；And
Monitor component comprising control cabinet and infrared sensor, infrared sensor are installed on fixed block 224,
Position for detecting picking-up container 241.
In order to which design structure is simple and clamping mechanism 243 easy to use, clamping mechanism 243 includes：Second mounting blocks
200, nose cone 201, pressure ram 202, guide ring 203, third mounting blocks 204, idler wheel 205, bayonet lock 206, second spring 207
And third spring 208, the second mounting blocks 200 are fixed on 241 outer wall of picking-up container in the second mounting blocks 200 that offer one logical
The center line in hole, through-hole is parallel with the transmission direction of transfer conveyor belt 23, and the circular cone of a conical structure is provided in through-hole
First 201, an idler wheel 205 is cut with 201 phase of nose cone, idler wheel 205 can be rotatably mounted on a bayonet lock 206, and bayonet lock 206 is worn
The second mounting blocks 200 are crossed, bayonet lock 206 can move in the vertical direction under the guiding of the second mounting blocks 200, in fixed seat 231
On offer the card hole being inserted into for bayonet lock 206,201 small end of nose cone is connected to 202 one end of a pressure ram, 202 diameter of pressure ram
It is equal with 201 small end end face diameter of nose cone, it is hindered when idler wheel 205 being avoided to be moved between pressure ram 202 and nose cone 201
Hinder, pressure ram 202, which passes through, one and the fixed guide ring 203 of through-hole wall, 202 energy of pressure ram under the guiding of guide ring 203
It is moved upwards in the side parallel with 23 transmission direction of transfer conveyor belt, pressure ram 202 passes after being connect with nose cone 201 to transfer
23 output end of band is sent to extend, pressure ram 202 is located at the end outside through-hole and is fixed with a third mounting blocks 204, and pressure ram 202 passes through
There are a second spring 207,207 one end of second spring to be fixed with guide ring 203,207 other end of second spring and third mounting blocks
204 fix；Bayonet lock 206, which passes through, a third spring 208, and 208 one end of third spring is fixed with bayonet lock 206, and third spring 208 is another
One end is fixed with through-hole wall；When pressure ram 202 is not by outer force effect, nose cone is forced under the elastic force of second spring 207
201 big ends are tangent with idler wheel 205 and bayonet lock 206 is caught in card hole；When pressure ram 202 is by the thrust to guide ring 203
When, idler wheel 205 crosses the small end of nose cone 201 and, third spring 208 under the action of expense retraction tangent with pressure ram 202
To the second mounting blocks 200.
In order to which picking-up container 241 quickly to be rested on to the output end of transfer conveyor belt 23, avoid because there is inertia to connect
Hopper 241 also has the trend that moves forward and leads to that the stress of bayonet lock 206 is excessive to be lost, while enabling to bayonet lock 206
It is detached from fixed seat 231 and conveniently moves picking-up container 241, which further includes：Blocking
Component 25, barrier assembly 25 include：Baffle 251, mounting pin 252, the 4th mounting blocks 253 and the 4th spring 254, mounting pin
252 are fixed on the output end in the second stand and positioned at transfer conveyor belt 23, the transmission of mounting pin 252 and transfer conveyor belt 23
Direction is parallel, and mounting pin 252 is fixed with the 4th mounting blocks 253 on the end far from transfer conveyor belt 23, mounting pin 252, which passes through, to be had
4th spring 254 and baffle 251, baffle 251 are located at the 4th spring 254 close to the side of transfer conveyor belt 23, the 4th spring
254 one end are fixed with baffle 251, and 254 other end of the 4th spring and the 4th mounting blocks 253 are fixed.
The operation principle of the present embodiment：When work, first, before use, contact pin component 24 is placed on a fixed seat 231
On, and bayonet lock 206 is inserted into card hole from vertical direction when placement, the effect of bayonet lock 206 is to avoid picking-up container 241 in level
It shifts due to inertia or inclined plate 226 rotate the resistance of rod to the first rotation rod 245 and second on direction, due in the second bullet
Under the elastic force of spring 207, keep the big end of nose cone 201 and idler wheel 205 tangent so that third spring 208 is compressed, bayonet lock 206
Keep the state being inserted into bayonet lock 206, use and the placement of contact pin component 24 convenience；Then, transfer conveyor belt 23 works, will
Mounted contact pin component 24 is transmitted to 222 direction of guide cylinder, when contact pin component 24 is close to inclined plate 226, due to inclined plate
226 height is higher than picking-up container 241, therefore will not stop the movement of picking-up container 241, after picking-up container 241 crosses inclined plate 226,
First cylinder 244 extends, and the two the first rotation rod 245 of the first cylinder 244 in elongation state connection starts to squeeze inclined plate
226 so that inclined plate 226 drives guide cylinder 222 and accepts funnel 221 and moves up, and avoids guide cylinder 222 and hinders picking-up container 241
It is mobile, after picking-up container 241 is with being aligned, the first cylinder 244 retraction so that the first rotation rod 245 declines, and inclined plate 226 moves down,
Under the action of first spring 227 so that guide cylinder 222 is inserted into picking-up container 241, from guide cylinder when cystosepiment being avoided to discharge
Gap is jumped out between 222 and picking-up container 241, and the second rotation rod and inclined plate 226 are tangent at this time；After again, exit conveyor 21 is used for
Cystosepiment one by one is ejected, when a cystosepiment is discharged, funnel 221 is accepted and accepts the cystosepiment to fall, although
Cystosepiment has the tendency that moving forward so that the whereabouts trend of cystosepiment is a parabola, as long as accepting connecing for funnel 221
Material mouth is sufficiently large, can accept the cystosepiment to fall；After again, falls into the cystosepiment accepted in funnel 221 and accepting funnel 221
It is fallen under the guiding of inner wall in guide cylinder 222；After again, 222 cystosepiment of guide cylinder is directed to 222 inner wall of cylinder and is directed to picking-up container
It in 241, is stacked in layer in picking-up container 241, reduces conventional palletizer structure and power source is needed to realize that cystosepiment stacks, reduce
Energy consumption, is good for the environment, due to the rubbing action of 222 inner wall of guide cylinder, can reduce the falling speed of cystosepiment, keep away
Exempt to damage due to shock when other cystosepiment falls；After again, after picking-up container 241 fills, the first cylinder 244 increases the first rotation rod
245 so that guide cylinder 222 extracts picking-up container 241, and subsequent transfer conveyer belt 23 starts operation, picking-up container 241 and guide cylinder 222
It is detached from, since the first cylinder 244 still has distance between 241 outer wall of picking-up container, and apart from long enough, it is sufficient to so that picking-up container
241 are detached from guide cylinder 222, after disengaging, the first cylinder 244 retraction, so that the first rotation rod 245 is lower than guide cylinder 222；Most
Afterwards, when reaching baffle 251 in picking-up container 241, pressure ram 202 starts to be extruded, and nose cone 201 is to transfer conveyor belt 23
Input end motion, final idler wheel 205 and pressure ram 202 are tangent, and idler wheel 205 to nose cone 201 have one end apart from when shift biography
Band 23 is sent to be stopped, when idler wheel 205 and pressure ram 202 are tangent, bayonet lock 206 is retracted under the action of third spring 208
To the second mounting blocks 200, picking-up container 241 also has inertia after transfer conveyor belt 23 stops, and picking-up container 241 can continue relatively solid
Reservation 231 is moved to baffle 251 so that card hole and 206 misalignment of bayonet lock, it is just convenient directly by 24 turns of entire contact pin component
It removes.
Finally illustrate, above example is merely intended for describing the technical solutions of the present application, but not for limiting the present application, although ginseng
The utility model is described in detail according to preferred embodiment, it will be understood by those of ordinary skill in the art that, it can be to this
The technical solution of utility model is modified or replaced equivalently, without departing from the objective and model of technical solutions of the utility model
It encloses, should all cover in the right of the utility model.
Claims (3)
1. a kind of film-taking in means for cystosepiment production transport system, which is characterized in that including：
Exit conveyor is stood on by the first stand on ground；
Guidance set comprising：Funnel, guide cylinder, support ring, fixed block, movable block, inclined plate and the first spring are accepted, is held
It connects funnel to be arranged by exit conveyor one end, accepts funnel big end and be located at top, the small end for accepting funnel is communicated with positioned at perpendicular
The upward guide cylinder of histogram, is fixed with a fixed block in the first stand, and one and guiding drum outer wall are provided with below fixed block
Fixed movable block, movable block are fixed to one first spring one end, and the first spring one end is fixed to fixed block, and the first spring is stretched
In the vertical direction, movable block is fixed to an inclined plate first end in contracting direction, and inclined plate second end position is higher than inclined plate first end
Position, the angle between inclined plate and horizontal plane are acute angle；
Transfer conveyor belt is stood on by the second stand on ground, and several fixations are fixed on the transmission surface of transfer conveyor belt
Seat；
Several contact pin components, each contact pin component are placed in a fixed seat, and each contact pin component includes：Picking-up container,
One mounting blocks, clamping mechanism, the first cylinder and the first rotation rod, picking-up container are detachably connected by clamping mechanism with fixed seat
It connecing, picking-up container can be delivered to immediately below a guide cylinder by transfer conveyor belt, fix one first mounting blocks on splicing box outer wall, and first
The first cylinder and supporting rod are fixed on mounting blocks, the telescopic direction and supporting rod of the first cylinder are respectively positioned on vertical direction
On, the first cylinder is equipped with can rotate first turn in horizontal direction in picking-up container, the piston rod of the first cylinder
Dynamic rod, the first rotation rod can be tangent with inclined plate, and inclined plate second end is located at inclined plate first end close to the one of transfer conveyor belt input terminal
Side；And
Monitor component comprising control cabinet and infrared sensor, infrared sensor are installed on fixed block, for detecting
The position of picking-up container.
2. the film-taking in means according to claim 1 for cystosepiment production transport system, which is characterized in that clamping mechanism
Including：Second mounting blocks, nose cone, pressure ram, guide ring, third mounting blocks, idler wheel, bayonet lock, second spring and third bullet
Spring, the second mounting blocks, which are fixed on splicing box outer wall, offers a through-hole in the second mounting blocks, and center line and the transfer of through-hole pass
It send the transmission direction of band parallel, the nose cone of a conical structure is provided in through-hole, an idler wheel is mutually cut with nose cone, roll
Wheel can be rotatably mounted on a bayonet lock, and bayonet lock passes through the second mounting blocks, and bayonet lock can be vertical under the guiding of the second mounting blocks
Side moves upwards, and the card hole being inserted into for bayonet lock is offered in fixed seat, and nose cone small end is connected to a pressure ram one end, squeezes
Shank diameter is equal with nose cone small end end face diameter, and pressure ram, which passes through, one and the fixed guide ring of through-hole wall, in guide ring
Guiding under pressure ram can be moved upwards in the side parallel with transfer conveyor belt transmission direction, pressure ram is connect backward with nose cone
Transfer conveyor belt output end extends, and pressure ram is located at the end outside through-hole and is fixed with a third mounting blocks, and pressure ram, which passes through, one
Second spring, second spring one end are fixed with guide ring, and the second spring other end is fixed with third mounting blocks；Bayonet lock, which passes through, one
Third spring, third spring one end are fixed with bayonet lock, and the third spring other end is fixed with through-hole wall；When pressure ram is not by external force
When effect, nose cone big end is forced under the elastic force of second spring and idler wheel is tangent and bayonet lock is caught in card hole；Work as pressure ram
When by thrust to guide ring, idler wheel crosses the small end of nose cone and tangent with pressure ram, is opened under the action of third spring
It sells in retraction to the second mounting blocks.
3. the film-taking in means according to claim 2 for cystosepiment production transport system, which is characterized in that further include：
Barrier assembly, barrier assembly include：Baffle, mounting pin, the 4th mounting blocks and the 4th spring, mounting pin are fixed on the second stand
Output end upper and positioned at transfer conveyor belt, mounting pin is parallel with the transmission direction of transfer conveyor belt, and mounting pin is passed far from transfer
It send and is fixed with the 4th mounting blocks on the end of band, mounting pin, which passes through, the 4th spring and baffle, and it is close that baffle is located at the 4th spring
The side of transfer conveyor belt, the 4th spring one end are fixed with baffle, and the 4th spring other end is fixed with the 4th mounting blocks.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721729129.1U CN207792106U (en) | 2017-12-12 | 2017-12-12 | The film-taking in means of transport system is produced for cystosepiment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721729129.1U CN207792106U (en) | 2017-12-12 | 2017-12-12 | The film-taking in means of transport system is produced for cystosepiment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207792106U true CN207792106U (en) | 2018-08-31 |
Family
ID=63283921
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721729129.1U Expired - Fee Related CN207792106U (en) | 2017-12-12 | 2017-12-12 | The film-taking in means of transport system is produced for cystosepiment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207792106U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116119377A (en) * | 2023-04-19 | 2023-05-16 | 山西天宝集团有限公司 | Automatic stacking device and method for wind power flange transportation |
-
2017
- 2017-12-12 CN CN201721729129.1U patent/CN207792106U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116119377A (en) * | 2023-04-19 | 2023-05-16 | 山西天宝集团有限公司 | Automatic stacking device and method for wind power flange transportation |
| CN116119377B (en) * | 2023-04-19 | 2023-06-20 | 山西天宝集团有限公司 | Automatic stacking device and method for wind power flange transportation |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180831 Termination date: 20201212 |