CN205132331U - Frock board endless transmission device - Google Patents
Frock board endless transmission device Download PDFInfo
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- CN205132331U CN205132331U CN201520918526.8U CN201520918526U CN205132331U CN 205132331 U CN205132331 U CN 205132331U CN 201520918526 U CN201520918526 U CN 201520918526U CN 205132331 U CN205132331 U CN 205132331U
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- line
- working plate
- return
- travel line
- gig
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Abstract
The utility model discloses a frock board endless transmission device, including cyclic delivery line and hollow plate lifting machine, two -layer about the cyclic delivery line divide into, the upper strata is the transfer chain, and the lower floor is the return wire, the hollow plate lifting machine has two, locates the side at cyclic delivery line both ends respectively, the both ends of transfer chain and return wire are equipped with frock board rollin -rollout mechanism, frock board rollin -rollout mechanism on transfer chain and the return wire links up with the hollow plate lifting machine mutually, frock board rollin -rollout mechanism on the transfer chain is located frock board rollin -rollout mechanism on the return wire directly over, be equipped with elevating system on the hollow plate lifting machine, the last frock board rollin -rollout mechanism that is equipped with of elevating system. The utility model discloses a frock board endless transmission device uses the full automatization to send the mode of getting, can set up the material and get different stations such as putting the manipulator on the transfer chain, realizes full flow and does not have the manual work, and incessant production has improved production efficiency, and reduce cost has avoided the bodily injury who probably exists in the production.
Description
Technical field
The utility model relates to a kind of delivery system, particularly relates to the transport sector of a kind of working plate circulation.
Background technology
Charge working plate on existing production line balance is by the initiating terminal manually putting it into travel line, and then arrange various different station on the conveyor line, material, after various operation, shifts out working plate, finally collects empty working plate at the end of travel line.Then working plate is by the initiating terminal manually transferring to travel line, and repetitive cycling like this is produced.Current techniques adopts artificial circulation transportation tooling plate mode to produce the mechanical arm that its shortcoming is the various stations arranged on the conveyor line, electrically welding possibility of waiting equipment existence to damage human body or produce harmful gas etc.; This kind of production simultaneously causes labour intensive, and cost of labor increases, and under production efficiency, and increases enterprise's production and handling cost, has influence on the competitiveness of product in market.
Summary of the invention
Problem to be solved in the utility model is, for above-mentioned shortcoming of the prior art, provides one can transmit working plate by automatic cycle, reduces the transport sector of manually-operated a kind of working plate circulation.
For solving the problem, the scheme that the utility model adopts is as follows:
A transport sector for working plate circulation, is characterized in that, circulation travel line and hollow plate gig; Described circulation travel line is divided into two-layer up and down, and upper strata is travel line, and lower floor is the line of return; Described hollow plate gig has two, is located at the side at described circulation travel line two ends respectively; The two ends of described travel line and the line of return are provided with working plate and proceed to and produce mechanism; Described travel line and the working plate on the line of return proceed to and produce mechanism and be connected mutually with described hollow plate gig; Working plate on described travel line proceeds to and produces mechanism's working plate be positioned on the line of return and proceed to and produce directly over mechanism; Described hollow plate gig is provided with lifting mechanism; Described lifting mechanism is provided with working plate and proceeds to and produce mechanism; Working plate on described travel line and the line of return proceeds to and produces mechanism for being produced to described hollow plate gig from described travel line and the line of return by working plate, or receives the working plate proceeded to from described hollow plate gig; Described hollow plate gig is used for the height dropping to the described line of return by described lifting mechanism after receiving the working plate that produces from described travel line to be proceeded to by working plate by working plate to produce mechanism and proceed to the described line of return again, and produces mechanism proceed to described travel line for being proceeded to by working plate by working plate by the height rising to described travel line by described lifting mechanism after receiving the working plate that produces from the described line of return again.
On the basis of above-mentioned design, the transport sector that the utility model preferred version has a kind of working plate to circulate, for transporting working plate, comprise circulation travel line and hollow plate gig, it is characterized in that, described circulation travel line is divided into two-layer up and down, upper strata is travel line, and lower floor is the line of return; Described travel line comprises two belt conveyors, two working plates produce mechanism and the first servomotor; Described two belt conveyors are parallel to each other, and form " well " font connect between two belt conveyors by adapter plate; Described belt conveyor comprises conveying, guiding guardrail, load-transfer device and gear; Described guiding guardrail is fixed on outside conveying, and higher than conveying; Described load-transfer device can move along conveying direction; Described gear is positioned at conveying one end and is connected with load-transfer device; Gear on described two conveyings is connected with the first servomotor by drive link; Described two working plates produce the two ends that mechanism lays respectively at travel line, between two belt conveyors; Described working plate produces mechanism and comprises fixed mount, jacking apparatus and produce module; Described fixed mount is fixedly connected with two conveyings; Described jacking apparatus one end is arranged on fixed mount, and the other end is arranged on and produces in module; Described lifting body can make to produce module and to move up and higher than guiding guardrail; Described produce module comprise the second servomotor and two produce belt; Described second servomotor produces belt be connected with two; The working plate of described travel line end produces mechanism and can make to be positioned at the working plate working plate produced above mechanism produce to hollow plate gig by producing belt; Described hollow plate gig is positioned at the end of circulation travel line service direction; Described hollow plate gig comprises frame, the 3rd servomotor, transmission shaft, lifting gear, cog belt, line slideway and lifting bracket; Described 3rd servomotor is fixing with in frame, and is connected with lifting gear by transmission shaft; Described line slideway is fixed on frame madial wall; Described lifting gear is connected with lifting bracket by cog belt; Described lifting bracket can linearly move up and down by guide rail; Described lifting bracket comprises the 4th servomotor, two articles of belt elevators; Described 4th servomotor is connected with two articles of belt elevators; Described belt elevator can make the working plate be positioned on lifting bracket be moved to the line of return, or receives the working plate from travel line; The described line of return is identical with the structure of travel line; The working plate of the initiating terminal of described line of return service direction produces mechanism can receive working plate from hollow plate gig.The initiating terminal of described circulation travel line service direction is also provided with the second hollow plate gig; The structure of described second hollow plate gig is identical with the structure of hollow plate gig; Described second hollow plate gig receives the working plate from the line of return, and lifting transfers to travel line.Described travel line end is provided with a proximity switch; Described working plate circulating system also comprises power-supply controller of electric; Described power-supply controller of electric is connected with the first servomotor, the second servomotor, the 3rd servomotor, the 4th servomotor and proximity switch, and controls the first servomotor, the second servomotor, the 3rd servomotor and the 4th servomotor and start or stop.The travel line of described circulation travel line is fixedly connected with by four pieces of connecting panels with the line of return.Described jacking apparatus is cylinder; Described cylinder comprises contiguous block, cylinder body and piston rod; Described contiguous block is fixedly connected with fixed mount; Described cylinder body with produce module and be fixedly connected with and be connected with contiguous block by piston rod.
Further, according to the transport sector that working plate described in the utility model circulates, described travel line and the line of return are belt conveyor; Described belt conveyor comprises two and is parallel to each other and synchronous tooth-shaped conveying belt and cog belt driver train; Described tooth-shaped conveying belt drives running by cog belt driver train; Working plate on described travel line and the line of return proceeds to and produces mechanism and be located between two tooth-shaped conveying belts, and is arranged on travel line and the line of return by jacking apparatus; It is mutually vertical with the transmission direction of the line of return with travel line that described travel line and the working plate on the line of return proceed to the transmission direction produced in mechanism.
Further, according to the transport sector that working plate described in the utility model circulates, described tooth-shaped conveying belt is arranged on cog belt track; Described cog belt track installation is in circulation travel line frame; Described cog belt driver train comprises motor, driving gear, ring gear and synchronizing shaft; The two ends of described tooth-shaped conveying belt are erected on driving gear and ring gear respectively; Described driving gear is erected on synchronizing shaft; Described synchronizing shaft connects described motor.
Further, according to the transport sector that working plate described in the utility model circulates, described jacking apparatus comprises bracing frame and cylinder; Support frame as described above is arranged in circulation travel line frame; Described cylinder is arranged on support frame as described above, and proceeds to working plate and produce mechanism and be connected, and this working plate is proceeded to produce mechanism to be elevated under the driving of cylinder.
Further, according to the transport sector that working plate described in the utility model circulates, described working plate proceeds to and produces mechanism and comprise synchronous frame, the second motor and belt; Described second motor is arranged on described synchronous frame; Described belt has two, is located at the both sides of described synchronous frame respectively; Described two belts can run-in synchronism under the effect of described synchronous frame and the second motor.
Further, according to the transport sector that working plate described in the utility model circulates, the lifting mechanism of described hollow plate gig comprises the 3rd motor, transmission shaft, lifting gear, profile of tooth take off and landing strip, line slideway and lifting bracket; Described 3rd motor, transmission shaft, lifting gear, profile of tooth take off and landing strip, line slideway and lifting bracket are arranged in gig frame; Described 3rd motor is connected with lifting gear by described transmission shaft; Described line slideway is fixed on described gig frame madial wall; Described lifting gear is connected with described lifting bracket by described profile of tooth take off and landing strip; Described lifting bracket is stuck on described line slideway, can move up and down along described line slideway; Described lifting bracket is provided with working plate and proceeds to and produce mechanism.
Technique effect of the present utility model is as follows: the transport sector of working plate circulation of the present utility model, be made up of circulation travel line and hollow plate gig, circulation travel line is divided into travel line and the line of return, travel line is responsible for containing material through each procedure, the line of return is responsible for the working plate of sky to return to travel line initiating terminal, and hollow plate gig is responsible for the working plate of the sky on travel line to be transferred to the line of return.
The working plate being loaded with material is delivered to corresponding station by travel line by the transport sector of this working plate circulation, then producing mechanism through working plate produces to hollow plate gig by empty working plate, working plate is transferred to the line of return by hollow plate gig, be back to travel line initiating terminal through the line of return, complete the circle transmission of working plate.A hollow plate gig can also be set up at the initiating terminal of circulation travel line, make the working plate returned through the line of return to be transferred to travel line.The transport sector of working plate circulation of the present utility model uses full-automation to send the mode of getting, can the different stations such as material pick-and-place manipulator be set on the conveyor line, realize whole process prosthetic, uninterrupted production, improve production efficiency, decrease manual operation, avoid the injury to the person that may exist in production, reduce productive costs.
Accompanying drawing explanation
Fig. 1 is the transport sector overall schematic of working plate circulation.
Fig. 2 is circulation travel line one end structural representation.
Fig. 3 is that working plate produces mechanism structure schematic diagram.
Fig. 4 is hollow plate gig perspective view.
Fig. 5 is belt conveyor structural representation.
Fig. 6 is jacking apparatus structural representation.
Fig. 7 is hollow plate Structure of hoist schematic diagram.
Detailed description of the invention
Be described in further details below in conjunction with the transport sector of drawings and Examples to a kind of working plate circulation of the present utility model.According to the following describes and claims, advantage of the present utility model and feature will be clearer.It should be noted that, accompanying drawing all adopts the form that simplifies very much and all uses non-ratio accurately, only in order to object that is convenient, aid illustration the utility model embodiment lucidly.
Embodiment 1: a kind of transport sector of working plate circulation, circulation travel line 1 and hollow plate gig 2; Described circulation travel line is divided into two-layer up and down, and upper strata is travel line 3, and lower floor is the line of return 4; Described hollow plate gig 2 has two, is located at the side at described circulation travel line 1 two ends respectively; The two ends of described travel line 3 and the line of return 4 are provided with working plate and proceed to and produce mechanism 5; Described travel line 3 and the working plate on the line of return 4 proceed to and produce mechanism 5 and be connected mutually with described hollow plate gig 2; Working plate on described travel line 3 proceeds to and produces mechanism 5 working plate be positioned on the line of return 4 and proceed to and produce directly over mechanism 5; Described hollow plate gig 2 is provided with lifting mechanism 6; Described lifting mechanism 6 is provided with working plate and proceeds to and produce mechanism 5; Working plate on described travel line 3 and the line of return 4 proceeds to and produces mechanism 5 for being produced to described hollow plate gig 2 from described travel line 3 and the line of return 4 by working plate, or receives the working plate proceeded to from described hollow plate gig 2; Described hollow plate gig 2 is produced mechanism 5 proceed to the described line of return 4 for being proceeded to by working plate by working plate by the height dropping to the described line of return 4 by described lifting mechanism 6 after receiving the working plate that produces from described travel line 3 again, and produces mechanism 5 proceed to described travel line 3 for being proceeded to by working plate by working plate by the height rising to described travel line 3 by described lifting mechanism 6 after receiving the working plate that produces from the described line of return 4 again.
Embodiment 2: a kind of transport sector of working plate circulation, circulation travel line 1 and hollow plate gig 2; Described circulation travel line is divided into two-layer up and down, and upper strata is travel line 3, and lower floor is the line of return 4; Described hollow plate gig 2 has two, is located at the side at described circulation travel line 1 two ends respectively; The two ends of described travel line 3 and the line of return 4 are provided with working plate and proceed to and produce mechanism 5; Described travel line 3 and the working plate on the line of return 4 proceed to and produce mechanism 5 and be connected mutually with described hollow plate gig 2; Working plate on described travel line 3 proceeds to and produces mechanism 5 working plate be positioned on the line of return 4 and proceed to and produce directly over mechanism 5; Described hollow plate gig 2 is provided with lifting mechanism 6; Described lifting mechanism 6 is provided with working plate and proceeds to and produce mechanism 5; Working plate on described travel line 3 and the line of return 4 proceeds to and produces mechanism 5 for being produced to described hollow plate gig 2 from described travel line 3 and the line of return 4 by working plate, or receives the working plate proceeded to from described hollow plate gig 2; Described hollow plate gig 2 is produced mechanism 5 proceed to the described line of return 4 for being proceeded to by working plate by working plate by the height dropping to the described line of return 4 by described lifting mechanism 6 after receiving the working plate that produces from described travel line 3 again, and produce mechanism 5 proceed to described travel line 3 for working plate is proceeded to by working plate by height again that rise to described travel line 3 by described lifting mechanism 6 after receiving the working plate that produces from the described line of return 4, described travel line 3 and the line of return 4 are belt conveyor; Described belt conveyor comprises two and is parallel to each other and synchronous tooth-shaped conveying belt 11 and cog belt driver train 12; Described tooth-shaped conveying belt 11 drives running by cog belt driver train 12; Working plate on described travel line 3 and the line of return 4 proceeds to and produces mechanism 5 and be located between two tooth-shaped conveying belts 11, and is arranged on travel line 3 and the line of return 4 by jacking apparatus 7; It is mutually vertical with the transmission direction of the line of return 4 with travel line 3 that described travel line 3 and the working plate on the line of return 4 proceed to the transmission direction producing mechanism 5.
Embodiment 3: a kind of transport sector of working plate circulation, circulation travel line 1 and hollow plate gig 2; Described circulation travel line is divided into two-layer up and down, and upper strata is travel line 3, and lower floor is the line of return 4; Described hollow plate gig 2 has two, is located at the side at described circulation travel line 1 two ends respectively; The two ends of described travel line 3 and the line of return 4 are provided with working plate and proceed to and produce mechanism 5; Described travel line 3 and the working plate on the line of return 4 proceed to and produce mechanism 5 and be connected mutually with described hollow plate gig 2; Working plate on described travel line 3 proceeds to and produces mechanism 5 working plate be positioned on the line of return 4 and proceed to and produce directly over mechanism 5; Described hollow plate gig 2 is provided with lifting mechanism 6; Described lifting mechanism 6 is provided with working plate and proceeds to and produce mechanism 5; Working plate on described travel line 3 and the line of return 4 proceeds to and produces mechanism 5 for being produced to described hollow plate gig 2 from described travel line 3 and the line of return 4 by working plate, or receives the working plate proceeded to from described hollow plate gig 2; Described hollow plate gig 2 is produced mechanism 5 proceed to the described line of return 4 for being proceeded to by working plate by working plate by the height dropping to the described line of return 4 by described lifting mechanism 6 after receiving the working plate that produces from described travel line 3 again, and produce mechanism 5 proceed to described travel line 3 for working plate is proceeded to by working plate by height again that rise to described travel line 3 by described lifting mechanism 6 after receiving the working plate that produces from the described line of return 4, described travel line 3 and the line of return 4 are belt conveyor; Described belt conveyor comprises two and is parallel to each other and synchronous tooth-shaped conveying belt 11 and cog belt driver train 12; Described tooth-shaped conveying belt 11 drives running by cog belt driver train 12; Working plate on described travel line 3 and the line of return 4 proceeds to and produces mechanism 5 and be located between two tooth-shaped conveying belts 11, and is arranged on travel line 3 and the line of return 4 by jacking apparatus 7; It is mutually vertical with the transmission direction of the line of return 4 with travel line 3 that described travel line 3 and the working plate on the line of return 4 proceed to the transmission direction producing mechanism 5, and described tooth-shaped conveying belt 11 is arranged on cog belt track 13; Described cog belt track 13 is arranged in circulation travel line frame 14; Described cog belt driver train 12 comprises motor 15, driving gear 16, ring gear 17 and synchronizing shaft 18; The two ends of described tooth-shaped conveying belt 11 are erected on driving gear 16 and ring gear 17 respectively; Described driving gear 16 is erected on synchronizing shaft 18; Described synchronizing shaft 18 connects described motor 15.
Embodiment 4: a kind of transport sector of working plate circulation, circulation travel line 1 and hollow plate gig 2; Described circulation travel line is divided into two-layer up and down, and upper strata is travel line 3, and lower floor is the line of return 4; Described hollow plate gig 2 has two, is located at the side at described circulation travel line 1 two ends respectively; The two ends of described travel line 3 and the line of return 4 are provided with working plate and proceed to and produce mechanism 5; Described travel line 3 and the working plate on the line of return 4 proceed to and produce mechanism 5 and be connected mutually with described hollow plate gig 2; Working plate on described travel line 3 proceeds to and produces mechanism 5 working plate be positioned on the line of return 4 and proceed to and produce directly over mechanism 5; Described hollow plate gig 2 is provided with lifting mechanism 6; Described lifting mechanism 6 is provided with working plate and proceeds to and produce mechanism 5; Working plate on described travel line 3 and the line of return 4 proceeds to and produces mechanism 5 for being produced to described hollow plate gig 2 from described travel line 3 and the line of return 4 by working plate, or receives the working plate proceeded to from described hollow plate gig 2; Described hollow plate gig 2 is produced mechanism 5 proceed to the described line of return 4 for being proceeded to by working plate by working plate by the height dropping to the described line of return 4 by described lifting mechanism 6 after receiving the working plate that produces from described travel line 3 again, and produce mechanism 5 proceed to described travel line 3 for working plate is proceeded to by working plate by height again that rise to described travel line 3 by described lifting mechanism 6 after receiving the working plate that produces from the described line of return 4, described travel line 3 and the line of return 4 are belt conveyor; Described belt conveyor comprises two and is parallel to each other and synchronous tooth-shaped conveying belt 11 and cog belt driver train 12; Described tooth-shaped conveying belt 11 drives running by cog belt driver train 12; Working plate on described travel line 3 and the line of return 4 proceeds to and produces mechanism 5 and be located between two tooth-shaped conveying belts 11, and is arranged on travel line 3 and the line of return 4 by jacking apparatus 7; It is mutually vertical with the transmission direction of the line of return 4 with travel line 3 that described travel line 3 and the working plate on the line of return 4 proceed to the transmission direction producing mechanism 5, and described jacking apparatus 7 comprises bracing frame 71 and cylinder 72; Support frame as described above 71 is arranged in circulation travel line frame 14; Described cylinder 72 is arranged on support frame as described above 71, and proceeds to working plate and produce mechanism 5 and be connected, and this working plate is proceeded to produce mechanism 5 to be elevated under the driving of cylinder 72.
Embodiment 5: a kind of transport sector of working plate circulation, circulation travel line 1 and hollow plate gig 2; Described circulation travel line is divided into two-layer up and down, and upper strata is travel line 3, and lower floor is the line of return 4; Described hollow plate gig 2 has two, is located at the side at described circulation travel line 1 two ends respectively; The two ends of described travel line 3 and the line of return 4 are provided with working plate and proceed to and produce mechanism 5; Described travel line 3 and the working plate on the line of return 4 proceed to and produce mechanism 5 and be connected mutually with described hollow plate gig 2; Working plate on described travel line 3 proceeds to and produces mechanism 5 working plate be positioned on the line of return 4 and proceed to and produce directly over mechanism 5; Described hollow plate gig 2 is provided with lifting mechanism 6; Described lifting mechanism 6 is provided with working plate and proceeds to and produce mechanism 5; Working plate on described travel line 3 and the line of return 4 proceeds to and produces mechanism 5 for being produced to described hollow plate gig 2 from described travel line 3 and the line of return 4 by working plate, or receives the working plate proceeded to from described hollow plate gig 2; Described hollow plate gig 2 is produced mechanism 5 proceed to the described line of return 4 for being proceeded to by working plate by working plate by the height dropping to the described line of return 4 by described lifting mechanism 6 after receiving the working plate that produces from described travel line 3 again, and produce mechanism 5 proceed to described travel line 3 for working plate is proceeded to by working plate by height again that rise to described travel line 3 by described lifting mechanism 6 after receiving the working plate that produces from the described line of return 4, described working plate proceeds to and produces mechanism 5 and comprise synchronous frame 51, second motor 52 and belt 53; Described second motor 52 is arranged on described synchronous frame 51; Described belt 53 has two, is located at the both sides of described synchronous frame 51 respectively; Described two belts 53 can run-in synchronism under the effect of described synchronous frame 51 and the second motor 52.
Embodiment 6: a kind of transport sector of working plate circulation, circulation travel line 1 and hollow plate gig 2, described circulation travel line is divided into two-layer up and down, and upper strata is travel line 3, and lower floor is the line of return 4, described hollow plate gig 2 has two, is located at the side at described circulation travel line 1 two ends respectively, the two ends of described travel line 3 and the line of return 4 are provided with working plate and proceed to and produce mechanism 5, described travel line 3 and the working plate on the line of return 4 proceed to and produce mechanism 5 and be connected mutually with described hollow plate gig 2, working plate on described travel line 3 proceeds to and produces mechanism 5 working plate be positioned on the line of return 4 and proceed to and produce directly over mechanism 5, described hollow plate gig 2 is provided with lifting mechanism 6, described lifting mechanism 6 is provided with working plate and proceeds to and produce mechanism 5, working plate on described travel line 3 and the line of return 4 proceeds to and produces mechanism 5 for being produced to described hollow plate gig 2 from described travel line 3 and the line of return 4 by working plate, or receives the working plate proceeded to from described hollow plate gig 2, described hollow plate gig 2 is produced mechanism 5 proceed to the described line of return 4 for being proceeded to by working plate by working plate by the height dropping to the described line of return 4 by described lifting mechanism 6 after receiving the working plate that produces from described travel line 3 again, and produce mechanism 5 proceed to described travel line 3 for working plate is proceeded to by working plate by height again that rise to described travel line 3 by described lifting mechanism 6 after receiving the working plate that produces from the described line of return 4, the lifting mechanism 6 of described hollow plate gig 2 comprises the 3rd motor 61, transmission shaft 62, promote gear 63, profile of tooth take off and landing strip 64, line slideway 65 and lifting bracket 66, described 3rd motor 61, transmission shaft 62, lifting gear 63, profile of tooth take off and landing strip 64, line slideway 65 and lifting bracket 66 are arranged in gig frame, described 3rd motor 61 is connected with lifting gear 63 by described transmission shaft 62, described line slideway 65 is fixed on described gig frame madial wall, described lifting gear 63 is connected with described lifting bracket 66 by described profile of tooth take off and landing strip 64, described lifting bracket 66 is stuck on described line slideway 65, and can move up and down along described line slideway 65, described lifting bracket 66 is provided with working plate and proceeds to and produce mechanism 5.
Claims (6)
1. a transport sector for working plate circulation, is characterized in that, circulation travel line and hollow plate gig; Described circulation travel line is divided into two-layer up and down, and upper strata is travel line, and lower floor is the line of return; Described hollow plate gig has two, is located at the side at described circulation travel line two ends respectively; The two ends of described travel line and the line of return are provided with working plate and proceed to and produce mechanism; Described travel line and the working plate on the line of return proceed to and produce mechanism and be connected mutually with described hollow plate gig; Working plate on described travel line proceeds to and produces mechanism's working plate be positioned on the line of return and proceed to and produce directly over mechanism; Described hollow plate gig is provided with lifting mechanism; Described lifting mechanism is provided with working plate and proceeds to and produce mechanism; Working plate on described travel line and the line of return proceeds to and produces mechanism for being produced to described hollow plate gig from described travel line and the line of return by working plate, or receives the working plate proceeded to from described hollow plate gig; Described hollow plate gig is used for the height dropping to the described line of return by described lifting mechanism after receiving the working plate that produces from described travel line to be proceeded to by working plate by working plate to produce mechanism and proceed to the described line of return again, and produces mechanism proceed to described travel line for being proceeded to by working plate by working plate by the height rising to described travel line by described lifting mechanism after receiving the working plate that produces from the described line of return again.
2. the transport sector of working plate circulation as claimed in claim 1, it is characterized in that, described travel line and the line of return are belt conveyor; Described belt conveyor comprises two and is parallel to each other and synchronous tooth-shaped conveying belt and cog belt driver train; Described tooth-shaped conveying belt drives running by cog belt driver train; Working plate on described travel line and the line of return proceeds to and produces mechanism and be located between two tooth-shaped conveying belts, and is arranged on travel line and the line of return by jacking apparatus; It is mutually vertical with the transmission direction of the line of return with travel line that described travel line and the working plate on the line of return proceed to the transmission direction produced in mechanism.
3. the transport sector of working plate circulation as claimed in claim 2, it is characterized in that, described tooth-shaped conveying belt is arranged on cog belt track; Described cog belt track installation is in circulation travel line frame; Described cog belt driver train comprises motor, driving gear, ring gear and synchronizing shaft; The two ends of described tooth-shaped conveying belt are erected on driving gear and ring gear respectively; Described driving gear is erected on synchronizing shaft; Described synchronizing shaft connects described motor.
4. the transport sector of working plate circulation as claimed in claim 2, it is characterized in that, described jacking apparatus comprises bracing frame and cylinder; Support frame as described above is arranged in circulation travel line frame; Described cylinder is arranged on support frame as described above, and proceeds to working plate and produce mechanism and be connected, and this working plate is proceeded to produce mechanism to be elevated under the driving of cylinder.
5. the transport sector of working plate circulation as claimed in claim 1, is characterized in that, described working plate proceeds to and produces mechanism and comprise synchronous frame, the second motor and belt; Described second motor is arranged on described synchronous frame; Described belt has two, is located at the both sides of described synchronous frame respectively; Described two belts can run-in synchronism under the effect of described synchronous frame and the second motor.
6. the transport sector of working plate circulation as claimed in claim 1, it is characterized in that, the lifting mechanism of described hollow plate gig comprises the 3rd motor, transmission shaft, lifting gear, profile of tooth take off and landing strip, line slideway and lifting bracket; Described 3rd motor, transmission shaft, lifting gear, profile of tooth take off and landing strip, line slideway and lifting bracket are arranged in gig frame; Described 3rd motor is connected with lifting gear by described transmission shaft; Described line slideway is fixed on described gig frame madial wall; Described lifting gear is connected with described lifting bracket by described profile of tooth take off and landing strip; Described lifting bracket is stuck on described line slideway, can move up and down along described line slideway; Described lifting bracket is provided with working plate and proceeds to and produce mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520918526.8U CN205132331U (en) | 2015-11-18 | 2015-11-18 | Frock board endless transmission device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520918526.8U CN205132331U (en) | 2015-11-18 | 2015-11-18 | Frock board endless transmission device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205132331U true CN205132331U (en) | 2016-04-06 |
Family
ID=55618145
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520918526.8U Expired - Fee Related CN205132331U (en) | 2015-11-18 | 2015-11-18 | Frock board endless transmission device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205132331U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105346942A (en) * | 2015-11-18 | 2016-02-24 | 安徽鲲鹏装备模具制造有限公司 | Circular conveying mechanism for tooling boards |
| CN111750674A (en) * | 2020-07-10 | 2020-10-09 | 中国电子科技集团公司第四十八研究所 | Full-automatic feeding system for production and application of magnetic materials |
| CN113044295A (en) * | 2021-02-23 | 2021-06-29 | 深圳市宏申工业智能有限公司 | High-efficient automatic conveying device |
-
2015
- 2015-11-18 CN CN201520918526.8U patent/CN205132331U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105346942A (en) * | 2015-11-18 | 2016-02-24 | 安徽鲲鹏装备模具制造有限公司 | Circular conveying mechanism for tooling boards |
| CN105346942B (en) * | 2015-11-18 | 2017-12-12 | 安徽鲲鹏装备模具制造有限公司 | A kind of transmission mechanism of working plate circulation |
| CN111750674A (en) * | 2020-07-10 | 2020-10-09 | 中国电子科技集团公司第四十八研究所 | Full-automatic feeding system for production and application of magnetic materials |
| CN113044295A (en) * | 2021-02-23 | 2021-06-29 | 深圳市宏申工业智能有限公司 | High-efficient automatic conveying device |
| CN113044295B (en) * | 2021-02-23 | 2022-08-05 | 深圳市宏申工业智能有限公司 | High-efficient automatic conveying device |
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Granted publication date: 20160406 Termination date: 20171118 |