CN207595996U - A kind of docking mechanism press, be embossed, drawing soft, wringing machine and stacking machine - Google Patents
A kind of docking mechanism press, be embossed, drawing soft, wringing machine and stacking machine Download PDFInfo
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- CN207595996U CN207595996U CN201720661442.XU CN201720661442U CN207595996U CN 207595996 U CN207595996 U CN 207595996U CN 201720661442 U CN201720661442 U CN 201720661442U CN 207595996 U CN207595996 U CN 207595996U
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Abstract
The utility model is related to a kind of docking mechanisms for pressing, being embossed, drawing soft, wringing machine and stacking machine, it is described to press, be embossed, drawing soft, wringing machine that there are a discharging conveyor belts, stacking machine has one to meet material conveyer belt, and the discharge end of discharging conveyor belts be higher than meet material conveyer belt feed end, discharging conveyor belts and meet material conveyer belt between there are gaps；The docking mechanism includes being disposed in parallel in discharging conveyor belts and meets the transition brush roll expected in the gap between conveyer belt, a transition conveying roller, transition brush roll is obliquely installed with transition conveying roller, and it is tilted gradually downward from discharging conveyor belts to material belt direction is met, the discharge end of discharging conveyor belts and transition conveying roller are close in the both ends of the transition brush roll respectively, and the feed end of material conveyer belt is met in the other end fitting of transition conveying roller.The utility model has the advantage of：The docking mechanism of the utility model facilitates leather to carry out transition conveying therebetween, and leather is avoided to need to carry out after-treatment, ensures the smooth delivery of power of leather.
Description
Technical field
The utility model is related to leather processing fields, more particularly to a kind of to press, be embossed, drawing soft, wringing machine and stacking machine
Docking mechanism.
Background technology
Leather be through depilation and the physics such as tanning, chemical process is obtained has been denaturalized not perishable Animal Skin.Leather
It is made of natural protein fibre in three dimensions close weave, there is a kind of special grain layer on surface, has nature
Graining and gloss, comfortable feel.With the continuous development of leather industry, the application field of leather is more and more extensive, including life
Leather, national defence leather, industrial or agricultural leather, cultural and sports facility leather are applied flexibly, leather is needed by bubble skin, and leaching alkali is shedded, liming fleshing,
The classification of skin base measures and takes skin, skin base water squeezing stretching, extension, divides skin shaving, and deburring dyeing gets damp again and falls soft, toggling, buffing,
The processes such as drying whitewash to reach finished product and requirement.
At present, leather is being cleaned, liming, tanning, is being dyed, is being fallen after the processes such as soft are processed, often
It needs the leather after processing carrying out stacking storage, to facilitate transfer or storage, such as soft using ironing machine, embossing machine, drawing
Machine and wringing machine are after leather is processed, it is necessary to stacking is carried out to the leather after processing, and will when carrying out stacking
It needs to use stacking machine.And during ironing machine, embossing machine, staking machine and wringing machine are that stacking machine is docked, lead to
It is all the mode directly docked using between conveyer belt to cross, be thus susceptible to docking there are gaps between the two
The phenomenon that, and the leather processed is caused to be fallen from gap, it needs to carry out stacking again after carrying out after-treatment, very fiber crops
It is tired, and if the conveyer belt patch of the two it is too near, since the conveying speed of the two might not be consistent, be easy for leading in this way
The conveying speed of the two is caused to be influenced the normal conveying of leather by reciprocal influence.
Utility model content
The technical problem to be solved by the present invention is to provide a kind of pairs for pressing, being embossed, drawing soft, wringing machine and stacking machine
Connection mechanism facilitates leather to carry out transition conveying therebetween, and leather is avoided to need to carry out after-treatment, ensures the smooth of leather
Conveying.
In order to solve the above technical problems, the technical solution of the utility model is：It is a kind of press, be embossed, draw soft, wringing machine with
The docking mechanism of stacking machine, innovative point are：The docking mechanism is used to press, be embossed, draw between soft, wringing machine and stacking machine
Docking, described to press, be embossed, soft, wringing machine is drawn to have a discharging conveyor belts, stacking machine, which has, one meets material conveyer belt, and go out
Material conveyer belt discharge end be higher than meet material conveyer belt feed end, discharging conveyor belts and meet material conveyer belt between there are gaps；
The docking mechanism includes being disposed in parallel in discharging conveyor belts and meets the transition brush roll expected in the gap between conveyer belt, one
Transition conveying roller, transition brush roll are obliquely installed with transition conveying roller, and gradual from discharging conveyor belts to material belt direction is met
It tilts down, the discharge end of discharging conveyor belts and transition conveying roller, transition conveying are close in the both ends of the transition brush roll respectively
The feed end of material conveyer belt is met in the other end fitting of roller.
Further, the stacking machine includes a host rack and the supply unit on host rack, described
It is in that meeting for inverted v-shaped distribution expects conveyer belt, feeding conveying belt, and meets material conveyer belt, feeding conveying belt that supply unit, which includes a pair of,
It is installed on transfer gantry；The transfer gantry it is hinged between the side and host rack for meeting material conveyer belt feed end and
Into being also equipped with a driving supply unit in host rack and up and down reciprocatingly moved along the hinge joint of transfer gantry and host rack
Dynamic elevating mechanism；A stacking mechanism is additionally provided with below the discharge end of the feeding conveying belt, which includes one
Transfer trolley and a moving guide rail moved back and forth for transfer trolley along feeding conveying belt conveying direction.
Further, the elevating mechanism determines chain wheel set and a pair of of installation including a pair of mounted on host rack both ends
Movable sprocket group at transfer gantry both ends, the upper and lower ends determined chain wheel set and body frame mid-stent position is mounted on including a pair
Determine sprocket wheel, movable sprocket group includes a pair of transfer gantry that is mounted on close to the dynamic chain for meeting upper and lower ends at material conveyer belt discharging end
Wheel, determines by chain to couple between sprocket wheel and movable sprocket.
Further, the connection determined between sprocket wheel, movable sprocket and chain is specially：Movable sprocket is limited to lean on determining sprocket wheel
The nearly side for meeting material conveyer belt feed end is feed side, and opposite side is exit side, and one end of chain is fixed on the upper of host rack
The side of the exit side for determining sprocket wheel mounted on upper end is held and is located at, the other end is first from top to bottom from transfer gantry
The exit side of the movable sprocket at end moves into, and is laid out from feed side, then determines sprocket wheel from mounted on host rack upper end from bottom to top
Exit side move into, feed side is laid out, then again from top to bottom from the feed side for determining sprocket wheel mounted on host rack lower end around
Into exit side is laid out, and is finally moved into from bottom to top from the feed side of the movable sprocket mounted on transfer gantry lower end, exit side is laid out
Afterwards, the other end of chain is fixed on body frame pedestal lower end and positioned at the side of the close exit side for determining sprocket wheel, described to determine sprocket wheel, move
Any one in sprocket wheel is rotated by electric rotating machine driving.
Further, the connection between the transfer trolley and moving guide rail is specially：Before the lower end of transfer trolley
Rear side is mounted on the idler wheel rolled on moving guide rail, while is mounted on the inside of fitting moving guide rail on the inside of idler wheel
Limiting plate so that the cross section shape in T shape of idler wheel, the transfer trolley driven from driving mechanism carry out on moving guide rail toward
It is multiple mobile.
Further, the driving mechanism includes a rotary shaft, and the both ends of the rotary shaft are connected respectively on front side of transfer trolley
Or in rear side arbitrary side two idler wheels, the rotary shaft rotated by driving motor driving and driven two of connection to roll
Wheel is rolled on moving guide rail.
The utility model has the advantage of：In the utility model, by discharging conveyor belts and meet material conveyer belt between
Transition brush roll and transition conveying roller are added, in docking, even if there are gap between two conveyer belts, also due to transition hairbrush
The presence of roller and transition conveying roller, avoids leather and is slid from gap, avoids after-treatment processing, allows for discharging in this way
Conveyer belt and meet between material conveyer belt can there are gap, also avoid because the two conveyer belt patch it is too near due to lead to conveying speed
Influencing each other between degree, it is ensured that is entirely conveyed is smoothed out；In addition, it is machined from ironing machine, embossing machine, staking machine and water squeezing
Leather afterwards can also utilize the impurity of transition brush roll removal leather bottom end attachment, ensure when being conveyed in transition brush roll
The cleaning on the surface of leather, the smooth stacking of convenient treated leather.
By being improved to traditional stacking machine structure, material conveyer belt will be met and connected with feeding conveying belt by transfer gantry
The oscilaltion of row entirety is tapped into, leather can be fed directly to transfer trolley again from material conveyer belt defeated dynamic put is met in feeding conveying belt
, so as to reduce the stand-by period that leather carries out conversion conveying, improve work efficiency.
The liter of transfer gantry is realized in setting for elevating mechanism using the cooperation determined between sprocket wheel, movable sprocket and chain
Drop, simplifies traditional lifting structure, and installation and maintenance are all very convenient, in addition, by the way that chain is coordinated to determine sprocket wheel, movable sprocket
On it is unique be wound into mode, so as to facilitate driving transfer gantry carry out oscilaltion, and ensure transfer gantry stablize live
It is dynamic.
And for the connection between transfer trolley and moving guide rail, pass through the shifting of the more convenient transfer trolley of rolling of idler wheel
It is dynamic, and by increasing limiting plate in the inside of idler wheel, so as to be defined position of the idler wheel on moving guide rail, avoid moving
It carries trolley to fall from moving guide rail during reciprocating movement, ensures the work well of transfer trolley.
Description of the drawings
The utility model is described in further detail with reference to the accompanying drawings and detailed description.
Fig. 1 be the ironing of the utility model, embossing, draw soft, wringing machine and stacking machine docking mechanism schematic diagram.
Fig. 2 is the schematic diagram of the stacking machine of the utility model.
Fig. 3 is the front view of the stacking machine of the utility model.
Fig. 4 is the side view of the stacking machine of the utility model.
Fig. 5 is the A portions enlarged diagram of Fig. 2.
Specific embodiment
The following examples can make professional and technical personnel that the utility model be more fully understood, but therefore will not
The utility model is limited among the embodiment described range.
A kind of ironing as shown in Figure 1, embossing, the docking mechanism for drawing soft, wringing machine and stacking machine, the docking mechanism are used for
It presses, be embossed, drawing docking between soft, wringing machine and stacking machine, press, be embossed, drawing soft, wringing machine that there are a discharging conveyor belts
21, stacking machine has one to meet material conveyer belt 2, and the discharge end of discharging conveyor belts 21 is higher than the feed end for meeting material conveyer belt 2, is going out
Expect conveyer belt 21 and meet to expect that there are gaps between conveyer belt 2.
Docking mechanism includes the transition hair in the gap for being disposed in parallel in discharging conveyor belts 21 and meeting between material conveyer belt 2
Brush roll 23, a transition conveying roller 24, transition brush roll 23 are obliquely installed with transition conveying roller 24, and from discharging conveyor belts 21 to meeting
2 direction of material conveyer belt tilts gradually downward, and the discharge end and mistake of discharging conveyor belts 21 are close in the both ends of transition brush roll 23 respectively
Conveying roller 24 is crossed, the feed end of material conveyer belt 2 is met in the other end fitting of transition conveying roller 24, and transition brush roll 23 is conveyed with transition
Roller 24 is also rotated by driving motor driving.By discharging conveyor belts 21 and meet material conveyer belt 2 between add transition hair
Brush roll 23 and transition conveying roller 24, in docking, even if there are gap between two conveyer belts, also due to transition brush roll 23 with
The presence of transition conveying roller 24 avoids leather and is slid from gap, avoids after-treatment processing, allows for discharging so defeated
Send band 21 and meet between material conveyer belt 2 can there are gap, also avoid because the two conveyer belt patch it is too near due to cause to convey
Influencing each other between speed, it is ensured that is entirely conveyed is smoothed out；In addition, add from ironing machine, embossing machine, staking machine and wringing machine
Leather 22 after work can also utilize transition brush roll 23 to remove the attachment of 22 bottom end of leather when being conveyed in transition brush roll 23
Impurity, ensures the cleaning on the surface of leather 22, the smooth stacking of convenient treated leather.
Schematic diagram as Figure 2-Figure 5 is it is found that stacking machine includes a host rack 1 and on host rack 1
Supply unit, supply unit includes a pair of meeting material conveyer belt 2, feeding conveying belt 3 in inverted v-shaped distribution, and meet material conveying
Band 2, feeding conveying belt 3 are installed on transfer gantry 4, meet material conveyer belt 2, feeding conveying belt 3 respectively by independent driving electricity
Machine driving carries out transportation work.
It is hingedly formed between the material side of conveyer belt feed end and host rack 1 in close meet of transfer gantry 4, in host branch
The elevator that a driving supply unit is moved back and forth up and down along the hinge joint of transfer gantry and host rack is also equipped in frame 1
Structure.
Elevating mechanism includes a pair and determines chain wheel set and a pair mounted on transfer gantry 4 mounted on 1 both ends of host rack
The movable sprocket group at both ends, determine chain wheel set include a pair of upper and lower ends for being mounted on 1 medium position of body frame stent it is upper determine sprocket wheel 5,
Determine sprocket wheel 6 down, movable sprocket group includes a pair of transfer gantry 4 that is mounted on close to meeting the upper of upper and lower ends at material 2 discharge end of conveyer belt
Movable sprocket 7, lower movable sprocket 8, and upper determine sprocket wheel 5, lower determine between sprocket wheel 6, upper movable sprocket 7, lower movable sprocket 8 through chain 9
It connects.The lifting of transfer gantry, letter are realized in setting for elevating mechanism using the cooperation determined between sprocket wheel, movable sprocket and chain
Traditional lifting structure is changed, and installation and maintenance are all very convenient.
The connection determined between sprocket wheel, movable sprocket and chain 9 is specially：It limits movable sprocket and determine that sprocket wheel is close to meet material conveyer belt
The side of 2 feed end is feed side, and opposite side is exit side, and one end of chain 9 is fixed on upper end and the position of host rack 1
In mounted on the side of the upper exit side for determining sprocket wheel 5 of upper end, the other end is first from top to bottom from mounted on 4 upper end of transfer gantry
The exit side of upper movable sprocket 7 move into, and laid out from the feed side of upper movable sprocket 7, then from bottom to top from mounted on host rack 1
The upper exit side for determining sprocket wheel 5 of upper end moves into, and the upper feed side for determining sprocket wheel 5 is laid out, then again from top to bottom from mounted on host
The lower feed side for determining sprocket wheel 6 of 1 lower end of stent moves into, and is laid out from the lower exit side for determining sprocket wheel 6, finally from bottom to top from mounted on
The feed side of the lower movable sprocket 8 of 4 lower end of transfer gantry moves into, then after the exit side of lower movable sprocket 8 is laid out, chain 9 it is another
End be fixed on 1 lower end of body frame stent and positioned at close to the lower exit side for determining sprocket wheel 6 side, it is upper determine sprocket wheel 5, it is lower determine sprocket wheel 6, on
Any one in movable sprocket 7, lower movable sprocket 8 is rotated by electric rotating machine driving.By the way that chain is coordinated to determine sprocket wheel, dynamic chain
Unique on wheel is wound into mode, so as to which driving transfer gantry be facilitated to carry out oscilaltion, and ensure the stabilization of transfer gantry
Activity.
A stacking mechanism is additionally provided with below the discharge end of feeding conveying belt 3, it is small which includes a transfer
The moving guide rail 11 that vehicle 10 and one is moved back and forth for transfer trolley 10 along feeding conveying belt conveying direction.
Connection between transfer trolley 10 and moving guide rail 11 is specially：Side is pacified before and after the lower end of transfer trolley 10
Equipped with the idler wheel 12 rolled on moving guide rail 11, while 11 inside of fitting moving guide rail is mounted in the inside of idler wheel 12
Limiting plate 13, as shown in Figure 4 so that the cross section shape in T shape of idler wheel 12, transfer trolley 10 are driven by driving mechanism in movement
It is moved back and forth on guide rail 11.For the connection between transfer trolley 10 and moving guide rail 11, by the rolling of idler wheel 12 more
Add the movement for facilitating transfer trolley 10, and by increasing limiting plate 13 in the inside of idler wheel 12, so as to idler wheel 12 in movement
Position on guide rail 11 is defined, and transfer trolley 10 is avoided to be fallen from moving guide rail 11 during reciprocating movement, is protected
Demonstrate,prove the work well of transfer trolley 10.
Driving mechanism includes a rotary shaft 114, and the both ends of the rotary shaft 14 connect 10 front side of transfer trolley or rear side respectively
In arbitrary side two idler wheels 12, rotary shaft 14 drives two idler wheels 12 for being rotated and being driven connection by driving motor 15
It is rolled on moving guide rail 11.
Operation principle：When being conveyed to leather 22, from pressing, be embossed, draw soft, wringing machine discharging conveyor belts 21
The leather 22 of submitting can be fed directly at transition brush roll 23, and pass through after the submitting of the discharge end of discharging conveyor belts 21
The rotation of transition brush roll 23 removes the impurity on 22 surface of leather, and transition conveying can be conveyed to by removing the leather 22 after impurity
Roller 24, leather is conveyed to again from transition conveying roller 24 meets material conveyer belt 2, then be conveyed to feeding conveying belt 3 from material conveyer belt 2 is met,
When leather is sent to feeding conveying belt 3, according to the height of the leather of stacking on transfer trolley 10, it is fixed to be driven using electric rotating machine
Sprocket wheel 5, it is lower determine any one rotation in sprocket wheel 6, upper movable sprocket 7, lower movable sprocket 8 so as to drive 4 oscilaltion of transfer gantry,
While stacking, the extending direction for transfer trolley 10 being driven to move along guide rail 11 using driving motor 15 is back and forth moved
It is dynamic, to facilitate the stacking of leather.
It should be understood by those skilled in the art that the present utility model is not limited to the above embodiments, above-described embodiment and
The principle for only illustrating the utility model described in specification, on the premise of not departing from the spirit and scope of the utility model,
The present invention also has various changes and improvements, these changes and improvements both fall within claimed the scope of the utility model
It is interior.The protection scope of the present invention is defined by the appended claims and their equivalents.
Claims (6)
1. a kind of docking mechanism press, be embossed, drawing soft, wringing machine and stacking machine, it is characterised in that：The docking mechanism is used to press
It puts down, be embossed, drawing docking between soft, wringing machine and stacking machine, it is described to press, be embossed, drawing soft, wringing machine that there is a discharging to convey
Band, stacking machine has one to meet material conveyer belt, and the discharge end of discharging conveyor belts is higher than the feed end for meeting material conveyer belt, defeated discharging
Band is sent to expect that there are gaps between conveyer belt with meeting；
The docking mechanism includes the transition hairbrush in the gap for being disposed in parallel in discharging conveyor belts and meeting between material conveyer belt
Roller, a transition conveying roller, transition brush roll are obliquely installed with transition conveying roller, and from discharging conveyor belts to meeting material belt direction
It tilts gradually downward, the discharge end of discharging conveyor belts and transition conveying roller, transition are close in the both ends of the transition brush roll respectively
The feed end of material conveyer belt is met in the other end fitting of conveying roller.
2. the docking mechanism according to claim 1 press, be embossed, drawing soft, wringing machine and stacking machine, it is characterised in that：
The stacking machine includes a host rack and the supply unit on host rack, and the supply unit is in including a pair
Material conveyer belt, feeding conveying belt are met in inverted v-shaped distribution, and are met and expected that conveyer belt, feeding conveying belt are installed on transfer gantry；
The transfer gantry hingedly forms between the side and host rack for meeting material conveyer belt feed end, also pacifies in host rack
The elevating mechanism moved back and forth up and down equipped with a driving supply unit along the hinge joint of transfer gantry and host rack；It is described to send
Expect to be additionally provided with a stacking mechanism below the discharge end of conveyer belt, which includes a transfer trolley and one for transfer
The moving guide rail that trolley is moved back and forth along feeding conveying belt conveying direction.
3. the docking mechanism according to claim 2 press, be embossed, drawing soft, wringing machine and stacking machine, it is characterised in that：
The elevating mechanism includes a pair and determines chain wheel set and a pair mounted on transfer gantry both ends mounted on host rack both ends
Movable sprocket group, it is described determine that chain wheel set includes a pair of upper and lower ends for being mounted on body frame mid-stent position determine sprocket wheel, movable sprocket
Group includes a pair of transfer gantry that is mounted on close to the movable sprocket for meeting upper and lower ends at material conveyer belt discharging end, determines sprocket wheel and movable sprocket
Between coupled by chain.
4. the docking mechanism according to claim 3 press, be embossed, drawing soft, wringing machine and stacking machine, it is characterised in that：
The connection determined between sprocket wheel, movable sprocket and chain is specially：It limits movable sprocket and determines sprocket wheel and fed close to material conveyer belt is met
The side at end is feed side, and opposite side is exit side, and one end of chain is fixed on the upper end of host rack and positioned at mounted on upper
The side of the exit side for determining sprocket wheel at end, the other end is first from top to bottom from the discharging of the movable sprocket mounted on transfer gantry upper end
Side moves into, and is laid out from feed side, then is moved into from bottom to top from the exit side for determining sprocket wheel mounted on host rack upper end, charging
Side is laid out, and is then moved into from top to bottom from the feed side for determining sprocket wheel mounted on host rack lower end again, exit side is laid out, finally
It is moved into from bottom to top from the feed side of the movable sprocket mounted on transfer gantry lower end, after exit side is laid out, the other end of chain is consolidated
It is scheduled on body frame pedestal lower end and positioned at close to the side for the exit side for determining sprocket wheel, any one determined in sprocket wheel, movable sprocket
It is rotated by electric rotating machine driving.
5. the docking mechanism according to claim 2 press, be embossed, drawing soft, wringing machine and stacking machine, it is characterised in that：
Connection between the transfer trolley and moving guide rail is specially：Side is mounted in movement before and after the lower end of transfer trolley
The idler wheel rolled on guide rail, while it is mounted on the inside of idler wheel the limiting plate on the inside of fitting moving guide rail so that idler wheel
Cross section shape in T shape, the transfer trolley are driven by driving mechanism and are moved back and forth on moving guide rail.
6. the docking mechanism according to claim 5 press, be embossed, drawing soft, wringing machine and stacking machine, it is characterised in that：
The driving mechanism includes a rotary shaft, and the both ends of the rotary shaft connect arbitrary side in transfer trolley front side or rear side respectively
Two idler wheels, the rotary shaft are rotated by driving motor driving and two idler wheels of connection are driven to be carried out on moving guide rail
It rolls.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720661442.XU CN207595996U (en) | 2017-06-08 | 2017-06-08 | A kind of docking mechanism press, be embossed, drawing soft, wringing machine and stacking machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720661442.XU CN207595996U (en) | 2017-06-08 | 2017-06-08 | A kind of docking mechanism press, be embossed, drawing soft, wringing machine and stacking machine |
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| CN207595996U true CN207595996U (en) | 2018-07-10 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108861512A (en) * | 2018-08-01 | 2018-11-23 | 东莞阿李自动化股份有限公司 | Material stack equipment |
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2017
- 2017-06-08 CN CN201720661442.XU patent/CN207595996U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108861512A (en) * | 2018-08-01 | 2018-11-23 | 东莞阿李自动化股份有限公司 | Material stack equipment |
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