CN208716321U - A kind of splicing system for sheet metal production - Google Patents
A kind of splicing system for sheet metal production Download PDFInfo
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- CN208716321U CN208716321U CN201821370028.4U CN201821370028U CN208716321U CN 208716321 U CN208716321 U CN 208716321U CN 201821370028 U CN201821370028 U CN 201821370028U CN 208716321 U CN208716321 U CN 208716321U
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- splicing
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Abstract
The utility model discloses a kind of splicing systems for sheet metal production, it include the material-receiving device and bidirectional feeding device for receiving the sheet metal heap being preset with, wherein, bidirectional feeding device includes to accept section, the first stacking section, the second stacking section, the first conveying section and the second conveying section；The sheet metal heap received by material-receiving device can be transferred to the first stacking section or the second stacking section by the rotating forward or reversion of the driving motor of splicing platform, staff can collect sheet metal heap from the end of the first stacking section or the second stacking section respectively, high degree of automation, whole process are supported without manpower auxiliary；Meanwhile the sheet metal heap on material-receiving device can stack section or the second stacking section submitting from first and improve work efficiency the case where avoiding the accumulation of sheet metal heap excessively and shut down.
Description
Technical field
The utility model relates to plate production technical fields, more particularly, to a kind of splicing system for sheet metal production
System.
Background technique
The production of sheet metal unreeled by metallic coil band, cut after obtain, rewinding is then carried out by material collecting device, then
Sheet metal is accepted by material-receiving device and is stacked；It and is usually by manpower on present sheet metal production line by splicing
The sheet metal heap stacked on device is carried, low efficiency, waste of manpower and time, and the sheet metal heap that can go on a journey is carried not
Occur shutting down the case where waiting in time.
Utility model content
In view of the deficiencies of the prior art, the purpose of this utility model is that a kind of splicing system for sheet metal production
System.
To achieve the above object, scheme provided by the utility model are as follows: a kind of splicing system for sheet metal production,
It include the material-receiving device for receiving the sheet metal heap being preset with；The material-receiving device includes splicing platform, wherein described
Reciprocal go up and down stacks sheet metal to accept to splicing platform along the vertical direction under the driving for the elevation driving unit being preset with；Also wrap
Bidirectional feeding device is included；The bidirectional feeding device includes to accept section, the first stacking section, the second stacking section, the first conveying
Section and the second conveying section, wherein the first stacking section is connected by the first conveying section with the one end for accepting section, and second stacks
Section is connected by the second conveying section with the other end for accepting section；The undertaking section is by two mutual undertaking item groups disposed in parallel
At, wherein there are the splicing cavities for accommodating the material-receiving device between the two undertaking items；The splicing platform accepts section, first
It stacks section, the second stacking section, the first conveying section and the top surface of the second conveying section and is provided with multiple conveying rollers, wherein splicing
Platform, the first stacking section, the second stacking section, the first conveying section and the second conveying section be each configured with corresponding driving motor with
The conveying roller on respective top surface is driven to rotate；Its top surface is dropped to after accepting sheet metal heap in the splicing platform to hold with described
Connect section top surface be flush after, plate heap is delivered to the first conveying section or the second conveying by conveying roller in the splicing platform
Section, to be delivered to the first stacking section or the second stacking section；Described first, which stacks section and second, stacks section respectively by two-phase
Mutually parallel stacking item composition, wherein formed between the two stacking items and remove cavity；In any one of removal cavity
It is provided with the rushing board mechanism to reciprocatingly slide along its length, wherein the rushing board mechanism will be for that will stack the metal plate in section
Material heap elapses away.
Further, the rushing board mechanism includes two groups of sliding seat, the push plate for elapsing sheet metal heap and driving
The lead screw transmission mechanism that the sliding seat reciprocatingly slides along the length direction for removing cavity；The positive bottom of the push plate passes through one
Articulated shaft is articulated on the sliding seat top surface, wherein it is arranged with reduction torsion spring on the articulated shaft, the two of the reduction torsion spring
End respectively with the inconsistent cooperation in push plate front and sliding seat top surface；The push plate bottom surface takes the form of inclined plane, and the sliding seat top surface
Form the conflict inclined-plane with the inconsistent cooperation in push plate bottom surface, wherein when the front of the push plate is pushed on sheet metal
When on heap, the inconsistent cooperation in conflict inclined-plane of the bottom surface of the push plate and the sliding seat.
Compared with the prior art, the utility model has the beneficial effect that the sheet metal heap received by material-receiving device can pass through
The rotating forward or reversion of the driving motor of splicing platform be transferred to the first stacking section or second stack section, staff can respectively from
Sheet metal heap is collected in the end of first stacking section or the second stacking section, and high degree of automation, it is auxiliary that whole process is not necessarily to manpower
Help support；Meanwhile the sheet metal heap on material-receiving device can stack section from first or the second stacking section is sent out, and avoids metal
The case where accumulation of plate heap is excessively shut down, improves work efficiency.
Detailed description of the invention
Fig. 1 is the top view of the utility model.
Fig. 2 is the side view of the utility model.
Fig. 3 is the structural schematic diagram that the utility model stacks section.
Fig. 4 is the structural schematic diagram of the utility model rushing board mechanism.
Fig. 5 is the partial enlarged view at the utility model A.
Wherein, 1- material-receiving device, 2- bidirectional feeding device, 21- accept section, and 22- first stacks section, and 23- second stacks section,
The first conveying section 24-, the second conveying section 25-, 26- splicing cavity, 27- remove cavity, 3- rushing board mechanism, 31- sliding seat, 311-
Contradict inclined-plane, 32- push plate, 33- lead screw transmission mechanism, 34- reduction torsion spring.
Specific embodiment
The utility model is described in further detail combined with specific embodiments below:
Referring to shown in attached drawing 1 to attached drawing 5, the utility model is a kind of splicing system for sheet metal production, including
There is the material-receiving device 1 for receiving the sheet metal heap being preset with；Material-receiving device 1 includes splicing platform, wherein splicing platform is pre-
Reciprocal go up and down stacks sheet metal to accept along the vertical direction under the driving for the elevation driving unit being equipped with；In actual use,
Material-gathering device can be provided with above the splicing platform of material-receiving device 1, material-gathering device is for collecting to block sheet metal one by one and passing through
After correction positioning on decentralization to material-receiving device 1, the splicing platform of the material-receiving device 1 is located at the positive decentralization of material-gathering device discharge port with logical
Crossing lifting, (splicing platform starts to receive sheet metal when rising to highest order, often receives one block of metal to receive sheet metal
Decline corresponding height after plate in order to the stacking of sheet metal, until just straight after having received presetting sheet metal quantity
Connect and drop to other stations), material-receiving device 1, material-gathering device common technological means and are set in sheet metal production field
It is standby, it can refer to the Chinese patent that notification number is CN205708740U.
It in the present embodiment, further include having bidirectional feeding device 2；Bidirectional feeding device 2 includes to accept section 21, the first heap
It puts section 22, second and stacks section 23, the first conveying section 24 and the second conveying section 25, wherein the first stacking section 22 is defeated by first
Section 24 is sent to be connected with the one end for accepting section 21, and second stacks other one of section 23 by the second conveying section 25 with undertaking section 21
End is connected；It accepts section 21 to be made of two mutual undertaking items disposed in parallel, wherein there are accommodate splicing dress between two undertaking items
Set 1 splicing cavity 26；Splicing platform accepts section 21, first and stacks section 22, second and stacks section 23, the first conveying section 24 and the
The top surface of two conveying sections 25 is provided with multiple conveying rollers, wherein splicing platform, first stack section 22, second and stack section 23, first
Conveying section 24 and the second conveying section 25 are each configured with corresponding driving motor to drive the conveying roller on respective top surface to turn
It is dynamic that (driving motor drives conveying roller to rotate by driving wheel and transmission belt component, specially the output end cap of driving motor
Equipped with driving wheel, and respectively conveys the driving wheel that roll end is also arranged on the end of driving wheel and each conveying roller same side and pass through
One transmission belt is connected, and the driving wheel of driving motor output drives the driving wheel of one of conveying roller by a transmission belt
Rotation realizes that the power of driving motor is transferred to conveying roller to drive each conveying roller to rotate, by driving wheel and transmission belt component
It is common technological means)；Under (accepting presetting sheet metal quantity) after having accepted sheet metal heap in splicing platform
Be down to its top surface and accept section 21 top surface be flush after, at this point, the two sides of the sheet metal heap in splicing platform bear respectively in
It accepts in section 21；The driving motor that splicing platform is configured is driven forward the conveying roller in splicing platform and rotates forward thus by sheet metal heap
It is delivered to the first conveying section 24, sheet metal heap is delivered in the first stacking section 22 by the conveying roller on the first conveying section 24,
Sheet metal heap is delivered to the end of the first stacking section 22 by the conveying roller in the first stacking section 22；The driving that splicing platform is configured
Conveying roller reversion in motor reversal driving splicing platform is to be delivered to the second conveying section 25 for sheet metal heap, by the second conveying
Sheet metal heap is delivered in the second stacking section 23 by the conveying roller in section 25, and second stacks conveying roller in section 23 for metal plate
Material heap is delivered to the end of the second stacking section 23；In this way, the sheet metal heap received by material-receiving device 1 can pass through splicing
The rotating forward or reversion of the driving motor of platform are transferred to the first stacking section 22 or second stacks section 23, staff can respectively from
Sheet metal heap, high degree of automation are collected in the end of first stacking section 22 or the second stacking section 23, and whole process is not necessarily to people
Power auxiliary is supported；Meanwhile the sheet metal heap on material-receiving device 1 can stack section 22 from first or the second stacking section 23 is sent out,
Avoid the accumulation of sheet metal heap it is excessive and the case where shut down, improve work efficiency.
In the present embodiment, the stacking item group that the first stacking section 22 and the second stacking section 23 are parallel to each other by two respectively
At, wherein two, which stack formation between item, removes cavity 27；It is provided in any one removal cavity 27 past along its length
The rushing board mechanism 3 slided again, wherein rushing board mechanism 3 is used to elapse away in the sheet metal heap stacked in section；Specifically, it pushes away
Trigger structure 3 includes that sliding seat 31, the push plate 32 for elapsing sheet metal heap and two groups of sliding seats 31 of driving are logical along removing
The driving motor for the lead screw transmission mechanism 33(lead screw transmission mechanism 33 that the length direction of chamber 27 reciprocatingly slides is solid by motor respectively
Reservation is fixed on two opposite flanks for stacking item for stacking section in such a way that screw is fixed, the screw rod one of lead screw transmission mechanism 33
End is connected to the output end of respective driving motor and extends along the length direction for putting item is pushed away, and the two sides of sliding seat 31 pass through respectively
Screw is fixed on the nut seat of two groups of lead screw transmission mechanism 33, and lead screw transmission mechanism 33 is common drive technology means)；It pushes away
The positive bottom of plate 32 is articulated on 31 top surface of sliding seat by an articulated shaft, wherein reduction torsion spring 34 is arranged on articulated shaft,
The both ends of reduction torsion spring 34 respectively with the front of push plate 32 and the inconsistent cooperation in 31 top surface of sliding seat；32 bottom surface of push plate takes the form of inclined plane,
And 31 top surface of sliding seat forms the conflict inclined-plane 311 with the inconsistent cooperation in 32 bottom surface of push plate, wherein when the front of push plate 32 pushes away
When being pressed on sheet metal heap, the bottom surface of push plate 32 and the inconsistent cooperation in conflict inclined-plane 311 of sliding seat 31；First stacks section 22
Drive conveying roller rotation to which sheet metal heap will be respectively received by the driving of respective driving motor with the second stacking section 23
It is sent to the first stacking section 22 and second respectively and stacks the end of section 23, when practical operation, staff, which opens fork truck, to be sailed to first
It stacks section 22 and second and stacks the end of section 23, pushed to sheet metal heap on fork truck by push plate 32, high degree of automation, greatly
It improves work efficiency greatly；When the Slideslip into removal cavity 27 of push plate 32, the back side is entered the sheet metal heap for stacking section
When press, the push plate 32 below sheet metal heap toward folding on sliding seat 31 to pass through, and by rear, push plate 32 is due to resetting
The effect of torsional spring 34 is reset to the state perpendicular with sliding seat 31, and push plate at this time 32 to the outer Slideslip of cavity 27 is removed, is led to again
32 front press sheet metal heap of push plate is crossed to elapse away sheet metal heap.
In the present embodiment, each driving motor carries out control operation by the electric-control system being preset with, and is common skill
Art means can refer to the Chinese patent that notification number is CN206374101U.
In addition, it should be noted that, the specific embodiments described in this specification, each section title etc. can not
Together, all equivalent or simple changes done according to structure, feature and principle described in the concept of the patent of the utility model are included in this
In the protection scope of utility model patent.Those skilled in the art of the present invention can be to described specific reality
Example is applied to do various modifications or additions or be substituted in a similar manner, structure without departing from the utility model or
Beyond the scope defined by this claim, it all should belong to the protection range of the utility model.
Claims (2)
1. a kind of splicing system for sheet metal production includes to fill for receiving the splicing for the sheet metal heap being preset with
Set (1)；The material-receiving device (1) includes splicing platform, wherein driving of the splicing platform in the elevation driving unit being preset with
Under along the vertical direction reciprocal lifting to accept stack sheet metal；It is characterized by also including have bidirectional feeding device (2)；Institute
Stating bidirectional feeding device (2) includes to accept section (21), the first stacking section (22), the second stacking section (23), the first conveying section
(24) and the second conveying section (25), wherein first stack section (22) by the first conveying section (24) and accept section (21) one
End is connected, and the second stacking section (23) is connected by the second conveying section (25) with the other end for accepting section (21)；It is described
It accepts section (21) to be made of two mutual undertaking items disposed in parallel, wherein there are accommodate the splicing between the two undertaking items
The splicing cavity (26) of device (1)；The splicing platform accepts section (21), first stacks section (22), second stacks section (23), the
The top surface of one conveying section (24) and the second conveying section (25) is provided with multiple conveying rollers, wherein splicing platform, first stack section
(22), the second stacking section (23), the first conveying section (24) and the second conveying section (25) is each configured with corresponding driving electricity
Machine is to drive the conveying roller on respective top surface to rotate；Its top surface and institute are dropped to after accepting sheet metal heap in the splicing platform
State accept section (21) top surface be flush after, conveying roller in the splicing platform by plate heap be delivered to the first conveying section (24) or
The second conveying section of person (25), to be delivered to the first stacking section (22) or the second stacking section (23)；Described first stacks section
(22) it stacks section (23) stacking item for being parallel to each other respectively by two with second and forms, wherein formed between the two stacking items
It removes cavity (27)；The rushing board mechanism to reciprocatingly slide along its length is provided in any one of removal cavity (27)
(3), wherein the rushing board mechanism (3) is used to elapse away in the sheet metal heap stacked in section.
2. a kind of splicing system for sheet metal production according to claim 1, it is characterised in that: the ledal-pushing machine
Structure (3) include sliding seat (31), the push plate (32) for elapsing sheet metal heap and driving two groups described in sliding seat (31)
The lead screw transmission mechanism (33) to reciprocatingly slide along the length direction for removing cavity (27)；The positive bottom of the push plate (32) passes through
One articulated shaft is articulated on the sliding seat (31) top surface, wherein it is arranged on the articulated shaft reduction torsion spring (34), it is described multiple
Position torsional spring (34) both ends respectively with push plate (32) front and the inconsistent cooperation in sliding seat (31) top surface；Push plate (32) bottom surface
It takes the form of inclined plane, and the sliding seat (31) top surface forms the conflict inclined-plane with the inconsistent cooperation in the push plate (32) bottom surface
(311), wherein when the front of the push plate (32) is pushed on sheet metal heap, the bottom surface of the push plate (32) with it is described
Conflict inclined-plane (311) inconsistent cooperation of sliding seat (31).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821370028.4U CN208716321U (en) | 2018-08-24 | 2018-08-24 | A kind of splicing system for sheet metal production |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821370028.4U CN208716321U (en) | 2018-08-24 | 2018-08-24 | A kind of splicing system for sheet metal production |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208716321U true CN208716321U (en) | 2019-04-09 |
Family
ID=65979279
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821370028.4U Active CN208716321U (en) | 2018-08-24 | 2018-08-24 | A kind of splicing system for sheet metal production |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208716321U (en) |
-
2018
- 2018-08-24 CN CN201821370028.4U patent/CN208716321U/en active Active
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