CN204038386U - C shape for conveying production line transmits four chain lifts and conveyers - Google Patents
C shape for conveying production line transmits four chain lifts and conveyers Download PDFInfo
- Publication number
- CN204038386U CN204038386U CN201420489498.8U CN201420489498U CN204038386U CN 204038386 U CN204038386 U CN 204038386U CN 201420489498 U CN201420489498 U CN 201420489498U CN 204038386 U CN204038386 U CN 204038386U
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- chain
- sprocket wheels
- sprocket
- supporting plate
- frame
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Abstract
The utility model discloses a kind of C shape for conveying production line and transmit four chain lifts and conveyers, comprise frame, be arranged on machine frame inside and by motor-driven chain jacking system, the feeding line arranged up and down is installed on the right side of described frame and goes out stockline, feeding line is arranged on bottom frame, goes out stockline and is arranged on frame middle and upper part; Described chain jacking system combines installation by supporting plate chain, inner side tow chain, outside tow chain and multiple sprocket wheel and forms, wherein after supporting plate chain, peg is hingedly mounted on the tow chain of inner side, before described supporting plate chain peg be hingedly mounted on outside tow chain on, on the tow chain of described inner side with supporting plate chain before peg overlapping position be provided with V-arrangement chain sheet.After the utility model realizes supporting plate chain and conduction chain Complete Synchronization, the point of connection length that the length of supporting plate chain is connected with tow chain is consistent, and supporting plate can not arch upward, and solves tow chain and produces faults such as jumping tooth.Realize material from the same side turnover, continus convergence material.
Description
Technical field
The utility model belongs to travel line equipment technical field, especially relates to a kind of C shape for conveying production line and transmits four chain lifts and conveyers.
Background technology
Traditional chain lift and conveyer, in the course of the work, supporting plate chain front end peg is after operating band goes out material forward, the length of downward operation one block of bending supporting plate, now supporting plate chain rear end peg must be changed into and upwards runs not arriving front peg changed course position, front end peg also must walk around tensioning changed course sprocket wheel below simultaneously, upwards runs the while that front and back two peg becoming; Now, peg becomes into front, and front peg becomes rear, and material is sent, and second block of material does not also arrive; After first piece of former front peg of supporting plate chain rises to and leave material outlet position, second piece of supporting plate chain just rises and puts in place, starts material to send, repeats above action.Such structure just can not realize supporting plate chain and conduction chain Complete Synchronization, and the point of connection length that the connection width between centers of front and back peg is connected with tow chain is inconsistent.Supporting plate carrier bar connects width between centers and is less than tow chain point of connection length, forms supporting plate and arches upward.After long-play, due to wearing and tearing and the factor such as elongation and mechanical resonance of chain, easily make tow chain produce faults such as jumping tooth, cause lift and conveyer to run, affect production line balance, even cause dropping the accidents such as product and occur.
Utility model content
The purpose of this utility model to solve the deficiencies in the prior art part, and provide a kind of C shape for conveying production line to transmit four chain lifts and conveyers.
The purpose of this utility model is solved by following technical proposal:
A kind of C shape for conveying production line transmits four chain lifts and conveyers, comprise frame, be arranged on machine frame inside and by motor-driven chain jacking system, it is characterized in that: the feeding line arranged up and down is installed on the right side of described frame and goes out stockline, feeding line is arranged on bottom frame, goes out stockline and is arranged on frame middle and upper part;
Described chain jacking system combines installation by supporting plate chain, inner side tow chain, outside tow chain and multiple sprocket wheel and forms, wherein after supporting plate chain, peg is hingedly mounted on the tow chain of inner side, before described supporting plate chain peg be hingedly mounted on outside tow chain on, on the tow chain of described inner side with supporting plate chain before peg overlapping position be provided with V-arrangement chain sheet;
Described sprocket wheel comprises a sprocket wheel, No. two sprocket wheels, No. three sprocket wheels, No. four sprocket wheels, No. five sprocket wheels, No. six sprocket wheels, No. seven sprocket wheels, No. eight sprocket wheels, No. nine sprocket wheels and No. ten sprocket wheels, a described sprocket wheel is fixed on the frame upper left corner, No. two sprocket wheels are fixed on the frame upper right corner, No. three sprocket wheels are fixed on the frame lower left corner, No. four sprocket wheels are fixed on the frame lower right corner, No. five sprocket wheels and No. six sprocket wheels be fixed on frame middle and upper part and and go out stockline and be in same level line, described No. five sprocket wheels are on the left of No. six sprocket wheels, No. seven sprocket wheels and No. eight sprocket wheels to be fixed on below frame and and feeding line be in same level line, described No. seven sprocket wheels are on the left of No. eight sprocket wheels, No. nine sprocket wheels and No. ten sprocket wheels to be fixed on the right side of frame and to be in feeding line and to go out between stockline, described No. nine sprocket wheels are in above No. ten sprocket wheels,
Described inner side tow chain is turned around a sprocket wheel, No. two sprocket wheels, No. nine sprocket wheels, No. six sprocket wheels, No. five sprocket wheels, No. seven sprocket wheels, No. four sprocket wheels, No. three sprocket wheels and the hinged chain of head and the tail successively; Described outside tow chain is turned around a sprocket wheel, No. two sprocket wheels, No. ten sprocket wheels, No. six sprocket wheels, No. eight sprocket wheels, No. four sprocket wheels, No. three sprocket wheels and the hinged chain of head and the tail successively.
A sprocket wheel described in the utility model, No. two sprocket wheels, No. three sprocket wheels, No. four sprocket wheels and No. six sprocket wheels are duplex chain wheel.
The width of supporting plate chain described in the utility model, No. five centre of sprocket and the distance between No. six centre of sprocket, No. seven centre of sprocket are all equal with the distance between No. ten centre of sprocket with Distance geometry No. nine centre of sprocket between No. eight centre of sprocket.
The quantity of supporting plate chain described in the utility model is more than 1 piece and 1 piece.
Compared to the prior art the utility model has following characteristics and beneficial effect:
1, after supporting plate chain and conduction chain Complete Synchronization, the length of supporting plate chain and consistent with the point of connection length that tow chain connects.Supporting plate chain can not arch upward, and solves tow chain and produces faults such as jumping tooth.
2, supporting plate chain and tow chain junction, inner side adopt the V-arrangement chain strip terminal of special remodeling, for dodging the connection bearing pin passed from chain roller center.
3, design calculation process is simplified, can according to the size of transported substance, the length of direct selection supporting plate chain, and the distance between corresponding adjustment No. five centre of sprocket and No. six centre of sprocket, Distance geometry No. nine centre of sprocket between No. seven centre of sprocket and No. eight centre of sprocket and the distance between No. ten centre of sprocket, the transmission of different size material can be realized.
4, material is realized from the same side turnover, continus convergence material.
Accompanying drawing explanation
Fig. 1 is the utility model structural representation.
Fig. 2 is the utility model V-arrangement chain sheet connector position structural representation.
Fig. 3 is that inside the utility model, tow chain turns around figure.
Fig. 4 is that outside the utility model, tow chain turns around figure.
Fig. 5 is the utility model tow chain scheme circuit.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further details.
As shown in Figure 1, a kind of C shape for conveying production line transmits four chain lifts and conveyers, comprise frame 1, be arranged on frame 1 inside and the chain jacking system driven by motor 2, the feeding line 3 arranged up and down is installed on the right side of described frame 1 and goes out stockline 4, feeding line 3 is arranged on bottom frame 1, goes out stockline 4 and is arranged on frame 1 middle and upper part.Realize material from the same side turnover, continus convergence material.
Described chain jacking system combines installation by supporting plate chain 5, inner side tow chain 6, outside tow chain 7 and multiple sprocket wheel and forms, wherein after supporting plate chain 5, peg is hingedly mounted on the tow chain 6 of inner side, before described supporting plate chain 5, peg is hingedly mounted on the tow chain 7 of outside, as shown in Figure 2, on described inner side tow chain 6 with supporting plate chain 5 before peg overlapping position be provided with V-arrangement chain sheet 8.Supporting plate chain 5 and inner side tow chain 6 junction adopt the V-arrangement chain strip terminal 8 of special remodeling, for dodging the connection bearing pin passed from chain roller center.
As shown in Figure 1, shown in Figure 5, described sprocket wheel comprises a sprocket wheel 9, No. two sprocket wheels 10, No. three sprocket wheels 11, No. four sprocket wheels 12, No. five sprocket wheels 13, No. six sprocket wheels 14, No. seven sprocket wheels 15, No. eight sprocket wheels 16, No. nine sprocket wheels 17 and No. ten sprocket wheels 18, a described sprocket wheel 9 is fixed on frame 1 upper left corner, No. two sprocket wheels 10 are fixed on frame 1 upper right corner, No. three sprocket wheels 11 are fixed on frame 1 lower left corner, No. four sprocket wheels 12 are fixed on frame 1 lower right corner, No. five sprocket wheels 13 and No. six sprocket wheels 14 be fixed on frame 1 middle and upper part and and go out stockline 4 and be in same level line, described No. five sprocket wheels 13 are on the left of No. six sprocket wheels 14, No. seven sprocket wheels 15 and No. eight sprocket wheels 16 to be fixed on below frame 1 and and feeding line 3 be in same level line, described No. seven sprocket wheels 15 are on the left of No. eight sprocket wheels 16, No. nine sprocket wheels 17 and No. ten sprocket wheels 18 to be fixed on the right side of frame 1 and to be in feeding line 4 and to go out between stockline 3, described No. nine sprocket wheels 17 are in above No. ten sprocket wheels 18.
As shown in Figure 3, described inner side tow chain 6 is turned around a sprocket wheel 9, No. two sprocket wheels 10, No. nine sprocket wheels 17, No. six sprocket wheels 14, No. five sprocket wheels 13, No. seven sprocket wheels 15, No. four sprocket wheels 12, No. three sprocket wheels 11 successively and chain hinged from beginning to end.As shown in Figure 4, described outside tow chain 7 is turned around a sprocket wheel 9, No. two sprocket wheels 10, No. ten sprocket wheels 18, No. six sprocket wheels 14, No. eight sprocket wheels 16, No. four sprocket wheels 12, No. three sprocket wheels 11 successively and chain hinged from beginning to end.
A described sprocket wheel 9, No. two sprocket wheels 10, No. three sprocket wheels 11, No. four sprocket wheels 12 and No. six sprocket wheels 14 are duplex chain wheel.
The width of supporting plate chain 5 described in the utility model, No. five sprocket wheel 13 centers and the distance between No. six sprocket wheel 14 centers, No. seven sprocket wheel 15 centers are all equal with the distance between No. ten sprocket wheel 18 centers with Distance geometry No. nine sprocket wheel 17 centers between No. eight sprocket wheel 16 centers.This equipment simplifies design calculation process, can according to the size of transported substance, the length of direct selection supporting plate chain 5, and the distance between the distance between corresponding adjustment No. five sprocket wheel 13 centers and No. six sprocket wheel 14 centers, Distance geometry No. nine sprocket wheel 17 centers between No. seven sprocket wheel 15 centers and No. eight sprocket wheel 16 centers and No. ten sprocket wheel 18 centers, the transmission of different size material can be realized.
The quantity of supporting plate chain 5 described in the utility model is more than 1 piece and 1 piece.
In the course of the work, material is introduced from feeding line 3 by supporting plate chain 5, and inner side tow chain 6 and outside tow chain 7 drive material to be promoted to No. five sprocket wheels 13 and No. six sprocket wheel 14 places from No. seven sprocket wheels 15 and No. eight sprocket wheels 16, then are transported by material from going out stockline 4.
Before supporting plate chain 5, peg is altered course by No. six sprocket wheels 14 after operating band goes out material forward and runs downwards, and after supporting plate chain 5, peg moves to No. six sprocket wheel 14 places and also alters course and run downwards.
No. six sprocket wheels 14 are provided with No. nine sprocket wheels 17 and No. ten sprocket wheels 18 below, be respectively used to the upwards changed course of peg before peg and supporting plate chain 5 after supporting plate chain 5, because the one-tenth length of the Distance geometry supporting plate chain 5 between No. nine sprocket wheel 17 centers with No. ten sprocket wheel 18 centers is equal, before such supporting plate chain 5, peg and the rear peg of supporting plate chain 5 just become synchronized operation, run downward or upward simultaneously.After supporting plate chain 5 and conduction chain Complete Synchronization, the length of supporting plate chain 5 and consistent with the point of connection length that tow chain connects.Supporting plate chain 5 can not arch upward.Solve tow chain and produce faults such as jumping tooth.
Become into front after after supporting plate chain 5, peg walks around No. nine sprocket wheels 17, the front peg of supporting plate chain 5 becomes rear after walking around No. ten sprocket wheels 18.Now material is sent, and second block of material does not also arrive.Rising to until first piece of former front peg of supporting plate chain 5 leaves after thing goes out stockline 4 position, and second piece of supporting plate chain 5 just rises and put in place, starts material to send, repeats above action.
According to this device structure and operating principle, also can antikinesis.
Specific embodiment described herein is only to the explanation for example of the utility model spirit.The utility model person of ordinary skill in the field can make various amendment or supplements or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present utility model or surmount the scope that appended claims defines.
Claims (4)
1. the C shape for conveying production line transmits four chain lifts and conveyers, comprise frame, be arranged on machine frame inside and by motor-driven chain jacking system, it is characterized in that: the feeding line arranged up and down is installed on the right side of described frame and goes out stockline, feeding line is arranged on bottom frame, goes out stockline and is arranged on frame middle and upper part;
Described chain jacking system combines installation by supporting plate chain, inner side tow chain, outside tow chain and multiple sprocket wheel and forms, wherein after supporting plate chain, peg is hingedly mounted on the tow chain of inner side, before described supporting plate chain peg be hingedly mounted on outside tow chain on, on the tow chain of described inner side with supporting plate chain before peg overlapping position be provided with V-arrangement chain sheet;
Described sprocket wheel comprises a sprocket wheel, No. two sprocket wheels, No. three sprocket wheels, No. four sprocket wheels, No. five sprocket wheels, No. six sprocket wheels, No. seven sprocket wheels, No. eight sprocket wheels, No. nine sprocket wheels and No. ten sprocket wheels, a described sprocket wheel is fixed on the frame upper left corner, No. two sprocket wheels are fixed on the frame upper right corner, No. three sprocket wheels are fixed on the frame lower left corner, No. four sprocket wheels are fixed on the frame lower right corner, No. five sprocket wheels and No. six sprocket wheels be fixed on frame middle and upper part and and go out stockline and be in same level line, described No. five sprocket wheels are on the left of No. six sprocket wheels, No. seven sprocket wheels and No. eight sprocket wheels to be fixed on below frame and and feeding line be in same level line, described No. seven sprocket wheels are on the left of No. eight sprocket wheels, No. nine sprocket wheels and No. ten sprocket wheels to be fixed on the right side of frame and to be in feeding line and to go out between stockline, described No. nine sprocket wheels are in above No. ten sprocket wheels,
Described inner side tow chain is turned around a sprocket wheel, No. two sprocket wheels, No. nine sprocket wheels, No. six sprocket wheels, No. five sprocket wheels, No. seven sprocket wheels, No. four sprocket wheels, No. three sprocket wheels and the hinged chain of head and the tail successively; Described outside tow chain is turned around a sprocket wheel, No. two sprocket wheels, No. ten sprocket wheels, No. six sprocket wheels, No. eight sprocket wheels, No. four sprocket wheels, No. three sprocket wheels and the hinged chain of head and the tail successively.
2. the C shape for conveying production line according to claim 1 transmits four chain lifts and conveyers, it is characterized in that: a described sprocket wheel, No. two sprocket wheels, No. three sprocket wheels, No. four sprocket wheels and No. six sprocket wheels are duplex chain wheel.
3. the C shape for conveying production line according to claim 1 transmits four chain lifts and conveyers, it is characterized in that: the width of supporting plate chain, No. five centre of sprocket and the distance between No. six centre of sprocket, No. seven centre of sprocket are all equal with the distance between No. ten centre of sprocket with Distance geometry No. nine centre of sprocket between No. eight centre of sprocket.
4. the C shape for conveying production line according to claim 1 transmits four chain lifts and conveyers, it is characterized in that: the quantity of described supporting plate chain is more than 1 piece and 1 piece.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420489498.8U CN204038386U (en) | 2014-08-28 | 2014-08-28 | C shape for conveying production line transmits four chain lifts and conveyers |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420489498.8U CN204038386U (en) | 2014-08-28 | 2014-08-28 | C shape for conveying production line transmits four chain lifts and conveyers |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204038386U true CN204038386U (en) | 2014-12-24 |
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ID=52239079
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420489498.8U Expired - Fee Related CN204038386U (en) | 2014-08-28 | 2014-08-28 | C shape for conveying production line transmits four chain lifts and conveyers |
Country Status (1)
| Country | Link |
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| CN (1) | CN204038386U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105645012A (en) * | 2016-03-15 | 2016-06-08 | 无锡君毅自动化科技有限公司 | Multi-inlet multi-outlet efficient circulating elevator |
-
2014
- 2014-08-28 CN CN201420489498.8U patent/CN204038386U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105645012A (en) * | 2016-03-15 | 2016-06-08 | 无锡君毅自动化科技有限公司 | Multi-inlet multi-outlet efficient circulating elevator |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141224 Termination date: 20170828 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |