CN104106863A - Bridging station - Google Patents
Bridging station Download PDFInfo
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- CN104106863A CN104106863A CN201410327018.2A CN201410327018A CN104106863A CN 104106863 A CN104106863 A CN 104106863A CN 201410327018 A CN201410327018 A CN 201410327018A CN 104106863 A CN104106863 A CN 104106863A
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- track
- station
- gap bridge
- production line
- conveyor chain
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Abstract
The invention discloses a bridging station. The bridging station mainly comprises an in-station track, an in-station conveying device, an out-station conveying device and an out-station track. Two different production lines are connected through a pair of bridging stations. One pair of bridging stations corresponds to one pair of bridging tracks to achieve double-way connection of the production lines. One pair of bridging tracks are called the first bridging station and the second bridging station respectively. A main track of each production line is connected with the in-station conveying device through the in-station track and connected with the out-station conveying device through the out-station track, namely, the two ends of the in-station track are connected with the main track of the production line and the in-station conveying device respectively, and the two ends of the out-station track are connected with the out-station conveying device and the main track of the production line respectively. The in-station conveying devices are connected with the out-station conveying devices through the bridging tracks. By the adoption of the bridging station, seamless connection between the production lines, between each production line and a sorting line and the like is achieved.
Description
Technical field
The present invention relates to a kind of station of passing a bridge, be mainly used in realizing between garment industry production line and production line, seamless link between production line and sorting line etc.
Background technology
Along with socioeconomic development, the production that Chinese costume, family are spun etc. is faced with lot of challenges.On the one hand, demographic dividend disappears gradually, and labor cost rises, and recruitment difficulty has become universal phenomenon; On the other hand, there is larger variation in customer demand, and the order of small lot, many kinds is more and more.In this case, traditional production model of spell manpower, fighting the time of beating has been difficult to meet current Production requirement, uses more advanced sewing device, and equips intelligent clothing production line, reduce artificial demand, enhance productivity and become the only way of relevant enterprise development with managerial skills.
Multiple patents relevant to clothes intelligence production line before applicant, are applied for, for example: the method for supervising of intelligent material allocation and system, the patent No. 200610011949.7; A monitoring system for intelligent material allocation, patent No. 200920110318.X etc.These patents have been described a kind of system composition, principle and operating mechanism of intelligent clothing production line.By using RFID technology, realize intelligent scheduling and monitoring to Apparel Manufacturing, can significantly improve production efficiency.
Along with the development of technology, in prior art, the intellectuality of single production line cannot meet the intellectuality of enterprise, the demand of high-efficiency homework, for this problem, applicant wish can by before independently production line couple together, realize the full-range intelligence transmission of material and management and running, simultaneously, enterprise also wishes production line and other boost lines to couple together, as after ready-made clothes machine, carry out the arrangement of rear road, sorting and packaging, in prior art, be by manually the ready-made clothes on production line being transferred on rear diatom or sorting line, waste time and energy like this, easily there is human error, therefore need a kind of device, realize production line and production line, the slitless connection of production line and other boost lines.
Summary of the invention
Goal of the invention: with not enough, the invention provides a kind of station of passing a bridge for problems of the prior art.
Technical scheme: a kind of station of passing a bridge, be located in production line or sorting line or other boost lines, realize the seamless link between production line and production line, production line and sorting line, sorting line and sorting line etc.; Pass a bridge station no matter on production line, on sorting line or in other boost lines, connected mode is installed all the same, in order to facilitate brief and concise the fast understanding that technical scheme of the present invention and reader are described, only the gap bridge station on production line is described.
Pass a bridge that station comprises approach track, the transmitting device that enters the station, departures transmitting device and track four critical pieces of setting off; Two different production lines are realized and being connected by a pair of gap bridge station, and the corresponding a pair of gap bridge track in a pair of gap bridge station is realized the two-way connection between production line, and a pair of gap bridge track is called the first gap bridge station and the second gap bridge station; Each production line main orbit is connected with the transmitting device that enters the station by approach track, is connected with departures transmitting device by departures track; The two ends that are approach track connect respectively production line main orbit and the transmitting device that enters the station, and the two ends of departures track connect respectively departures transmitting device and production line main orbit; The described transmitting device that enters the station is connected by gap bridge track with departures transmitting device.
Further, the position of the deployment at the gap bridge station on described production line and quantity can arrange according to actual production demand, article two, the gap bridge station logarithm connecting between production line also can be set as required, can be to be more than or equal to 1 pair, but be less than the work station quantity of that line of work station negligible amounts in two production lines.
Further, each transmitting device is mainly made up of conveyor chain and 3 travelling gears again;
Entering the station in transmitting device, described 3 travelling gear distributions triangular in shape, transmission conveyor chain, be connected work near the conveyor chain on the travelling gear of approach track with approach track, the conveyor chain being positioned on the travelling gear of highest point is connected work with gap bridge track, and the travelling gear of highest point is called the upper end wheel of letting pass; Described conveyor chain is provided with latch, for blocking suspension bracket; In the process of gap bridge station work, suspension bracket on approach track is due to Action of Gravity Field, slide in the groove of approach track end, under the effect of extruding force between approach track and conveyor chain, suspension bracket is stuck in the latch of conveyor chain, conveyor chain is under the effect of travelling gear, suspension bracket is upwards transmitted, and in the time that suspension bracket arrives the position of upper end clearance wheel, latch unclamps, suspension bracket, again by the effect of gravity, is sent on gap bridge track from the latch of lifting chain;
In departures transmitting device, described 3 travelling gear distributions triangular in shape, transmission conveyor chain, be connected work near the conveyor chain on the travelling gear of departures track with departures track, the now travelling gear of close departures track, be called the lower end wheel of letting pass, the conveyor chain being positioned on the travelling gear of highest point is connected work with gap bridge track, and gap bridge track is provided with groove near the end of conveyor chain; Described conveyor chain is provided with latch, for blocking suspension bracket; In the process of gap bridge station work, dress hanger falls into the groove of the outlet end of gap bridge track, then enters in the latch of conveyor chain, and suspension bracket is under the effect of gap bridge track export end and conveyor chain extruding force, is squeezed in the latch of conveyor chain; Suspension bracket be transmitted chain be sent to departures track entrance point time, from latch, come off and enter departures track.
Further, the denticle of described upper end clearance wheel and lower end clearance wheel is provided with long tooth and short tooth, and between the two every setting, long tooth is adjacent with short tooth; Described latch is located on conveyor chain by bouncing plate, and when conveyor chain is let pass wheel or lower end clearance wheel through upper end, because long tooth is longer, the effect handle of latch is withstood in long pitch upper end, and latch opens, and suspension bracket is come off from latch.
Further, the junction of the junction of described approach track and production line main orbit, departures track and production line main orbit is equipped with connecting valve; Connecting valve is communicated with and disconnection with production line main orbit with junction, the departures track of production line main orbit for controlling approach track.
Suppose to have two production lines, be respectively the first production line and the second production line, dress hanger is along the main orbit operation of the first production line, if the suspension bracket of the first production line need be transferred to the second production line, pass through connecting valve, the first production line main orbit and approach track are connected, and departures track and the second production line main orbit are connected; Then the suspension bracket on the first production line main orbit is sent to the transmitting device that enters the station at the first production line gap bridge station by the approach track at the first production line gap bridge station, suspension bracket is promoted to the first gap bridge track by the transmitting device that enters the station at the first production line gap bridge station, the first gap bridge track is sent to suspension bracket the departures transmitting device at the second production line gap bridge station again, the departures transmitting device at the second production line gap bridge station is down to suspension bracket on the departures track at the second production line gap bridge station, and the departures track that the second production line gap bridge is stood is sent to suspension bracket on the main orbit of the second production line;
In like manner, if the suspension bracket of the second production line need be transferred to the first production line, the suspension bracket on the second production line main orbit is sent to the transmitting device that enters the station at the second production line gap bridge station by the approach track at the second production line gap bridge station, suspension bracket is promoted to the second gap bridge track by the transmitting device that enters the station of the second production line, the second gap bridge track is sent to suspension bracket the departures transmitting device at the first production line gap bridge station again, the gap bridge station transmitting device of the first production line is down to suspension bracket on the departures track at the first production line gap bridge station, the departures track at the first production line gap bridge station is sent to suspension bracket on the first production line main orbit.
Beneficial effect: compared with prior art, gap bridge provided by the invention station, simple in structure, be easy to realize, cost is low, be convenient to and the organic connection of production line, can make user utilize lower cost to realize the connection between production line, enhance productivity, be convenient to production unit and realize the unified intelligent of production line and control, use manpower and material resources sparingly, have a extensive future.
Brief description of the drawings
Fig. 1 is the application state figure of the embodiment of the present invention;
Fig. 2 is the connection diagram of production line with pass a bridge station, the gap bridge track of the embodiment of the present invention;
Fig. 3 is the structure for amplifying schematic diagram at the gap bridge station of the embodiment of the present invention;
Fig. 4 is the close departures travelling gear of track and the structure for amplifying schematic diagram of conveyor chain of the embodiment of the present invention;
Fig. 5 is the travelling gear structure for amplifying schematic diagram with long tooth and short tooth of the embodiment of the present invention;
Wherein, 1, pass a bridge station 21, second pass a bridge station 12, the first gap bridge track 22, the second gap bridge track 211, approach track 212, the conveyor chain 213 that enters the station, departures track 214, departures conveyor chain 215, the first travelling gear 216, the second travelling gear 3, extrusion 6, latch 7, gap of the first production line 2, the second production line 11, first.
Detailed description of the invention
Below in conjunction with specific embodiment, further illustrate the present invention, should understand these embodiment is only not used in and limits the scope of the invention for the present invention is described, after having read the present invention, those skilled in the art all fall within the application's claims limited range to the amendment of the various equivalent form of values of the present invention.
As shown in Figure 1, enterprise, according to the demand of oneself, can connect 1 pair or multipair gap bridge station between corresponding two production lines, between a pair of gap bridge station, connects by a pair of two-way gap bridge track.
As shown in Figure 2, the main orbit of the first production line 1 and the first gap bridge station 11 are connected, and the main orbit of the second production line 2 and the second gap bridge station 21 are connected; The first transmitting device that enters the station of passing a bridge station 11 is connected with the second departures transmitting device of passing a bridge station 21 by the first gap bridge track 12; The second transmitting device that enters the station of passing a bridge station 21 is connected with the first departures transmitting device of passing a bridge station 11 by the second gap bridge track 22.
As shown in Figure 3, each gap bridge station comprises 211, one transmitting devices that enter the station of an approach track, 213, one departures transmitting devices of a departures track.
Transmitting device or departures transmitting device no matter enter the station, each transmitting device is mainly made up of conveyor chain and 3 travelling gears again; The conveyor chain of transmitting device of entering the station is called the conveyor chain 212 that enters the station, and the conveyor chain of departures transmitting device is called departures conveyor chain 214.
3 travelling gear distributions triangular in shape, transmission conveyor chain, the departures conveyor chain 214 on the first travelling gear 215 is connected cooperating with the first gap bridge track 12, and the second travelling gear 216 is connected cooperating with departures track 213; Conveyor chain is provided with latch 6, and for blocking suspension bracket, latch 6 is located on conveyor chain by latch shell fragment 502.Being provided with the downward-sloping extrusion 3(of gap 7 as shown in Figure 4 near the end of the first travelling gear 215 of the first gap bridge track 12); Suspension bracket is sent to gap 7 from the first gap bridge track 12, enters in the latch 6 of departures conveyor chain 214 through extrusion 3 and the extruding of departures conveyor chain 214; Suspension bracket is sent to the second travelling gear 216, the second travelling gears 216 by departures conveyor chain 214 and is provided with long tooth 503 and short tooth 504, and between the two every setting, long tooth 503 is adjacent with short tooth 504, as shown in Figure 5.When departures conveyor chain 214 is during through the long tooth 503 of the second travelling gear 216, latch effect handle 501 is withstood on the top that long tooth 503 saves, latch 6 is unclamped, and suspension bracket by the effect of gravity, is sent on departures track 213 from the latch 6 of departures conveyor chain 214 again.
The operation principle that suspension bracket is sent to the second gap bridge track 22 through the transmitting device that enters the station from approach track 211 is sent to departures track 213 the same from the first gap bridge track 12 through departures transmitting device with above-mentioned suspension bracket, difference is, suspension bracket transmission direction is contrary, travelling gear near the second gap bridge track 22 is provided with long tooth and short tooth, every setting, extrusion 3 is located at the end of approach track near travelling gear between the two.Therefore repeat no more for its structure.
Dress hanger is along the main orbit operation of the first production line 1, if the suspension bracket of the first production line 1 need be transferred to the second production line 2,, by connecting valve, the first production line 1 main orbit and approach track 211 are connected, departures track 213 and the second production line 2 main orbits are connected; Then the suspension bracket on the first production line 1 main orbit drives towards to approach track 211, under the effect of gravity, slide into 6 li of the latches of the conveyor chain 212 that enters the station, enter the station conveyor chain 212 under the effect of travelling gear, suspension bracket is upwards transmitted, suspension bracket by the effect of gravity, is sent on the first gap bridge track 12 from the latch 6 of the conveyor chain 212 that enters the station again; Suspension bracket walks to the first travelling gear 215 adjacent places through the first gap bridge track 12, under the effect of gravity, slide into 6 li of the latches of departures conveyor chain 214, departures conveyor chain 214, under the effect of travelling gear, is sent to the second travelling gear 216 downwards by suspension bracket, and suspension bracket is again by the effect of gravity, from the latch 6 of departures conveyor chain 214, fall into departures track 213, walk to the second production line 2 main orbits by departures track 213, if all suspension brackets have shifted, this disconnects switch.
Claims (6)
1. the station of passing a bridge, is characterized in that: comprise approach track, the transmitting device that enters the station, departures transmitting device and departures track four critical pieces; Two different production lines are realized and being connected by a pair of gap bridge station, and the corresponding a pair of gap bridge track in a pair of gap bridge station is realized the two-way connection of production line, and a pair of gap bridge track is called the first gap bridge station and the second gap bridge station; Each production line main orbit is connected with the transmitting device that enters the station by approach track, is connected with departures transmitting device by departures track; The two ends that are approach track connect respectively production line main orbit and the transmitting device that enters the station, and the two ends of departures track connect respectively departures transmitting device and production line main orbit; The described transmitting device that enters the station is connected by gap bridge track with departures transmitting device.
2. gap bridge as claimed in claim 1 station, is characterized in that: the station of passing a bridge is located in production line or sorting line or other boost lines, realizes the seamless link between production line and production line, production line and sorting line, sorting line and sorting line etc.
3. gap bridge as claimed in claim 1 station, it is characterized in that: the gap bridge station logarithm connecting between two production lines also can be set as required, can be to be more than or equal to 1 pair, but be less than the work station quantity of that line of work station negligible amounts in two production lines.
4. gap bridge as claimed in claim 1 or 2 station, is characterized in that: each transmitting device is mainly made up of conveyor chain and 3 travelling gears again;
Entering the station in transmitting device, described 3 travelling gear distributions triangular in shape, transmission conveyor chain, be connected work near the conveyor chain on the travelling gear of approach track with approach track, the conveyor chain being positioned on the travelling gear of highest point is connected work with gap bridge track, and the travelling gear of highest point is called the upper end wheel of letting pass; Described conveyor chain is provided with latch, for blocking suspension bracket; In the process of gap bridge station work, suspension bracket on approach track is due to Action of Gravity Field, slide in the groove of approach track end, under the effect of extruding force between approach track and conveyor chain, suspension bracket is stuck in the latch of conveyor chain, conveyor chain is under the effect of travelling gear, suspension bracket is upwards transmitted, and in the time that suspension bracket arrives the position of upper end clearance wheel, latch unclamps, suspension bracket, again by the effect of gravity, is sent on gap bridge track from the latch of lifting chain;
In departures transmitting device, described 3 travelling gear distributions triangular in shape, transmission conveyor chain, be connected work near the conveyor chain on the travelling gear of departures track with departures track, the now travelling gear of close departures track, be called the lower end wheel of letting pass, the conveyor chain being positioned on the travelling gear of highest point is connected work with gap bridge track, and gap bridge track is provided with groove near the end of conveyor chain; Described conveyor chain is provided with latch, for blocking suspension bracket; In the process of gap bridge station work, dress hanger falls into the groove of the outlet end of gap bridge track, then enters in the latch of conveyor chain, and suspension bracket is under the effect of gap bridge track export end and conveyor chain extruding force, is squeezed in the latch of conveyor chain; Suspension bracket be transmitted chain be sent to departures track entrance point time, from latch, come off and enter departures track.
5. Automated Sorting System as claimed in claim 4, is characterized in that: the denticle of described upper end clearance wheel and lower end clearance wheel is provided with long tooth and short tooth, and between the two every setting, long tooth is adjacent with short tooth; Described latch is located on conveyor chain by bouncing plate, and when conveyor chain is let pass wheel or lower end clearance wheel through upper end, because long tooth is longer, the effect handle of latch is withstood in long pitch upper end, and latch opens, and suspension bracket is come off from latch.
6. gap bridge as claimed in claim 4 station, is characterized in that: the junction of junction, departures track and the production line main orbit of described approach track and production line main orbit is equipped with connecting valve; Connecting valve is communicated with and disconnection with production line main orbit with junction, the departures track of production line main orbit for controlling approach track.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410327018.2A CN104106863B (en) | 2014-07-09 | 2014-07-09 | A kind of station of passing a bridge |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410327018.2A CN104106863B (en) | 2014-07-09 | 2014-07-09 | A kind of station of passing a bridge |
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| Publication Number | Publication Date |
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| CN104106863A true CN104106863A (en) | 2014-10-22 |
| CN104106863B CN104106863B (en) | 2015-10-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410327018.2A Active CN104106863B (en) | 2014-07-09 | 2014-07-09 | A kind of station of passing a bridge |
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Cited By (5)
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| CN106516548A (en) * | 2016-12-30 | 2017-03-22 | 桂林电子科技大学 | Light-weight piece logistics bridge for production line |
| CN108502476A (en) * | 2018-05-04 | 2018-09-07 | 浙江衣拿智能科技有限公司 | The quick delivery device of garment hanging system |
| CN108584335A (en) * | 2018-05-04 | 2018-09-28 | 浙江衣拿智能科技有限公司 | Across the assembly line multiple spot jettison system of one kind and method |
| CN108689134A (en) * | 2018-05-04 | 2018-10-23 | 浙江衣拿智能科技有限公司 | Across the assembly line multiple spot transfer system of one kind and method |
| CN115140500A (en) * | 2022-06-23 | 2022-10-04 | 浙江衣拿智能科技股份有限公司 | Off-line cutting mechanism |
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| CN115140500B (en) * | 2022-06-23 | 2024-02-27 | 浙江衣拿智能科技股份有限公司 | Off-line upper cutting mechanism |
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