CN205390554U - Shoemaking is spouted and is glued intelligent production line based on robotechnology - Google Patents
Shoemaking is spouted and is glued intelligent production line based on robotechnology Download PDFInfo
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- CN205390554U CN205390554U CN201620178004.3U CN201620178004U CN205390554U CN 205390554 U CN205390554 U CN 205390554U CN 201620178004 U CN201620178004 U CN 201620178004U CN 205390554 U CN205390554 U CN 205390554U
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- wire body
- glue spraying
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- shoemaking
- work station
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Abstract
The utility model discloses a shoemaking is spouted and is glued intelligent production line based on robotechnology, include the double -deck line body, the double -deck line body is upper and lower parallel arrangement's circular pipeline, is divided into the layer line body and the lower layer line body, going up the layer line body and all being equipped with two spraying workstations with lower layer line side face, be equipped with two sets of work positions on the spraying workstation, every work position end has radio frequency reading device, be equipped with two ovens on the double -deck line body, be located two spraying workstation rears respectively. The utility model discloses utilize the processing of two layers flow waterline synchronous processing sole and vamp, realize spouting the additive automatically and spouting glue, solved the bottleneck problem on the shoemaking production process chain, not only can adapt to the processing requirement of different grade type shoes, can guarantee rubber coating precision and product quality moreover.
Description
Technical field
This utility model belongs to shoemaking technical field of automation equipment, particularly to a kind of shoemaking glue spraying intelligence production line based on robotics.
Background technology
Robot is acknowledged as the loyal of versatile and high flexible and supermatic machine, existing more than 10 year of robot application in footwear manufacture.Domestic shoemaking industry currently mainly obtains economic benefit by the advantage of cheap labour force, yield and scale.Its basic reason is in that the design of domestic footwear industry lacks novelty and high-caliber stand-alone development ability, and footwear make the productivity and fall behind, and automatization level is non-normally low, and a lot of techniques not yet break away from manual operations, such as sole gluing.Adhering process is that in shoemaking process, the amount of labour used is maximum, and one of maximum critical process consuming time determines the upper of a shoe bonding intensity with sole, reflects the quality of shoes.The development of robotics, and the application in each field of industrial technology is also more and more ripe, accelerates robot theoretical research in shoemaking process and practical application.Realize the automatization level that the robot of spray-bonding craft operates automatically to improving whole shoemaking equipment and have extremely important positive effect.
Summary of the invention
The purpose of this utility model is to improve a kind of shoemaking glue spraying intelligence production line based on robotics that can improve automatization's shoemaking efficiency.
For this, the technical solution of the utility model is: a kind of shoemaking glue spraying intelligence production line based on robotics, it is characterised in that: including double-deck wire body, double-deck wire body is the annular flow waterline be arrangeding in parallel up and down, is divided into upper strata wire body and lower floor's wire body；Described upper strata wire body and lower floor's wire body side are equipped with two spray coating operations stations, and spray coating operations station is provided with two groups of working positions, and each working position end has radio frequency reading device；Described double-deck wire body is provided with two baking ovens, lays respectively at rear, two spray coating operations stations.
Further, two groups of working positions on described spray coating operations station are respectively provided with a working track, are often equipped with turnover cylinder parallel with it bottom group working track；Described working track end profile is provided with positioning cylinder and positioning clamping device, and radio frequency reading device is positioned at working track end；Described two groups of working track front ends are mounted on stopping cylinder, be positioned at the working track side away from double-deck wire body entrance, the working track of described close double-deck wire body entrance is also equipped with clearance cylinder；Between described two groups of working tracks, spray gun rinser is installed.
Further, said two spray coating operations station is respectively sprayed inorganic agent work station and glue spraying work station, upper strata wire body and lower floor's wire body side and is mounted on spray inorganic agent work station and glue spraying work station；Upper strata wire body and lower floor's wire body both pass through two baking ovens, and two baking ovens lay respectively at spray inorganic agent work station and glue spraying work station rear.
Further, described upper strata wire body and lower floor's wire body are that segmentation is formed by connecting, and every section of wire body has an independent driving motor, upper and lower layer line body Synchronous Transmission.
Further, a said two baking oven respectively glue infrared-ray oven and secondary glue infrared-ray oven, oven temperature is controlled；Conveyor belt of baking oven, transporting velocity variable ratio frequency changer speed governing it is provided with in baking oven.
Double-deck wire body of the present utility model places vamp frock and sole frock respectively, sole frock, vamp frock loop back, on upper and lower laminar flow waterline, work of changing a job, sole and set side or FEOL complete after vamp be arranged in sole frock and vamp frock, spray inorganic agent is completed, afterwards through a glue infrared-ray oven drying and processing agent by the spray inorganic agent work station of upper and lower layer；The glue spraying work station being sent to upper and lower layer then through streamline completes glue spraying, dries glue by secondary glue infrared-ray oven, rolls off the production line and carry out manually closing the end and last part technology production after drying.This utility model utilizes the process of two layers flow waterline synchronization process sole and vamp, realize spray inorganic agent and glue spraying automatically, solve the bottleneck problem on shoemaking production technology chain, the processing request of dissimilar footwear can not only be adapted to, and can guarantee that gluing precision and product quality.
Accompanying drawing explanation
It is described in further detail below in conjunction with accompanying drawing and embodiment of the present utility model
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the A point partial enlarged drawing of Fig. 1；
Fig. 3 is the B point partial enlarged drawing of Fig. 1；
Fig. 4 is side view of the present utility model；
Fig. 5 is the structural representation at this utility model spray coating operations station.
Figure is labeled as: sole frock 1, vamp frock 2, upper strata wire body 31, lower floor's wire body 32, spray inorganic agent work station 4, first spray inorganic agent work station 41, second spray inorganic agent work station 42, glue spraying work station 5, first glue spraying work station 51, second glue spraying work station 52, working track 61, turnover cylinder 62, positioning cylinder 63, positioning clamping device 64, rfid reader device 65, stop cylinder 66, clearance cylinder 67, spray gun rinser 68, glue infrared-ray oven 71, secondary glue infrared-ray oven 72.
Detailed description of the invention
Referring to accompanying drawing.The present embodiment includes double-deck wire body, and double-deck wire body is the annular flow waterline be arrangeding in parallel up and down, is divided into upper strata wire body 31 and lower floor's wire body 32；Upper strata wire body 31 places sole frock 1, and lower floor's wire body 32 places vamp frock 2, and described upper strata wire body 31 and lower floor's wire body 32 are formed by connecting for segmentation, and every section of wire body has an independent driving motor, and upper and lower layer line body is realized Synchronization Control by machine driving；Changeover mechanism is had to transmit between wire body and wire body, transition steady and smooth.The delivery vehicles of robot glue spraying wire body and the wire body that above rolls off the production line adopts POM profile of tooth slat chain, and wear-resisting, heat-resisting, corrosion-resistant, radius of turn is little.Wire body transporting velocity variable ratio frequency changer speed governing.The each section of wire body speed of service can need to control respectively and adjust according to shoe production line beat, possesses communication and analog input function.
Described upper strata wire body 31 and lower floor's wire body 32 side are equipped with two spray coating operations stations, respectively spray inorganic agent work station 4 and glue spraying work station 5；Described spray coating operations station has two groups of working positions, and often group working position is respectively provided with a working track 61, is often provided with turnover cylinder 62 parallel with it bottom group working track 61；Turnover cylinder is mechanical type Rodless cylinder, and wherein Rodless cylinder requires band gas buffering, and metal steel strap seals, it is prevented that the collision of parts；Each turnover cylinder all with magnet ring and two groups of Magnetic Induction devices, realizes induction of signal, transmission accurately and reliably；Turnover cylinder is arranged below line slide rail, plays guiding left and right.Described working track end profile is provided with positioning cylinder 63 and positioning clamping device 64, positioning clamping device 64 is arranged on the cylinder rod of positioning cylinder 63, along with positioning cylinder 63 is movable, working track 61 end is provided with radio frequency reading device, i.e. rfid reader device 65, can reading the RFID tag in sole frock 1 and vamp frock 2, i.e. RFID tag, robot can carry out spray coating operations according to the information on RFID tag.
Described two groups of working track 61 front ends are mounted on stopping cylinder 66, are positioned at the working track side away from double-deck wire body entrance, stop that cylinder 66 is for limiting vamp frock 2 and the position of sole frock 1 so that vamp frock 2 and sole frock 1 enter working track 61；The described clearance cylinder 67 that is also equipped with on the working track of bilayer wire body entrance, clearance cylinder 67 is identical with stop cylinder 66 structure, plays the effect of clearance vamp frock and sole frock.
Between described two groups of working tracks 61, spray gun rinser 68 is installed, it is provided with the little water tank of rustless steel, adopt electrical heating, water tank is provided with hairbrush and cleans elevating mechanism, when the spray gun of glue spraying must clean by robot system programme-control, hairbrush cleans elevating mechanism and rises, and realizes automatic cleaning spray gun function by cleaning driven by motor hairbrush；After cleaning completes, hairbrush cleans elevating mechanism and automatically lands, and is fallen into by hairbrush in the water of little water tank, it is ensured that hairbrush clean, is not condensed by glue.
Described double-deck wire body is provided with two baking ovens, and a respectively glue infrared-ray oven 71 and secondary glue infrared-ray oven 72, one time glue infrared-ray oven 71 is inorganic agent drying oven, and secondary glue infrared-ray oven 72 is glue dries baking oven；Sending carrier to adopt exotic material, wherein the operating temperature of baking oven can be automatically adjusted, wire body transporting velocity variable ratio frequency changer speed governing.Baking oven adopts the intelligent temperature control system of independent development, use analog current signal to control power regulator and realize computer heating control, temperature output is accurately, possesses communication function, can realize the temperature setting of baking oven by bus communication, temperature reads and fault message feedback, disconnection monitoring system monitors fluorescent tube heated condition at any time, and broken string can detect immediately, it is ensured that produce quality；Baking oven adopts the low glare optical filtering infrared lamp of import, not dazzling eyeball, and brush coating face can uniformly be heated from inside to outside and coordinate hot air circulating system, can be rapidly heated, quick and stable glue activation being dried；Baking oven adopts multi-layer heat preserving, liner plasterboard intermediate glass heat-preservation cotton, one layer of aluminum platinum heat-preservation cotton of outer paving, it is ensured that heat does not scatter and disappear, body surface non-scald on hand, and is provided with creepage protection function.
During the present embodiment work, double-deck wire body places vamp frock 2 and sole frock 1 respectively, sole frock, vamp frock loop back work of changing a job on upper and lower laminar flow waterline, sole and set side or FEOL complete after vamp be arranged in sole frock 1 and vamp frock 2.Specifically, sole frock 1 is placed in upper strata wire body 31, and vamp frock 2 is placed in lower floor's wire body 32；Upper strata wire body 31 side is provided with the first spray inorganic agent work station 41, and lower floor's wire body 32 side is provided with the second spray inorganic agent work station 42, and sole frock 1 and vamp frock 2 complete spray inorganic agent at the first spray inorganic agent work station 41 and the second spray inorganic agent work station 42 respectively；Then, sole frock 1 and vamp frock 2 enter a glue infrared-ray oven 71 drying and processing agent under the drive of upper and lower layer line body；Second glue spraying work station 52 of the first glue spraying work station 51 and lower floor's wire body 32 side that sole frock 1 and vamp frock 2 are respectively sent to upper strata wire body 31 side then through streamline completes glue spraying；Then, under the drive of upper and lower layer line body, enter secondary glue infrared-ray oven 72 and dry glue；Finally, sole frock 1 after drying and vamp frock 2 roll off the production line and carry out manually closing the end and last part technology produces.
When the spray coating operations station of the present embodiment works, sole frock 1 and vamp frock 2 are by upper strata wire body 31, when lower floor's wire body 32 is sent to spray coating operations station, clearance cylinder 67 output of working track 61 front end is let pass, namely the cylinder rod of clearance cylinder 67 is downward, sole frock 1 or vamp frock 2 is made to move to working track 61 front end, stop that cylinder 66 output stops simultaneously, namely stop that the cylinder rod of cylinder 66 stretches out from the through hole of working track 61, sole frock 1 or vamp frock 2 are limited to working track 61 front end, and driven operation on working track 61 by turnover cylinder 62；When sole frock 1 or vamp frock 2 run to working track 61 end, positioning cylinder 63 drives positioning clamping device 64 to be fixed, and stops that cylinder 66 releases and stops；Robot empties the data in the data of serial ports storage character string simultaneously, the rfid reader device 65 of working track end reads in sole frock 1 or vamp frock 2 after the information of RFID tag, it is sent to robot by serial ports, the robot information to reading stores and carries out verification comparison with the information prestored, if verifying unsuccessful, first judging whether another station is ready to complete, if be ready to complete, another station being carried out spray coating operations.If mistake all occur in two stations, then stop robot, the mistake of two stations is sent on central control system.When verifying after successfully, robot starts the work performing glue spraying or spray inorganic agent track according to the information on RFID tag；After having sprayed, positioning cylinder 63 unclamps, and sole frock 1 and vamp frock 2 are pushed out in upper strata wire body 31, lower floor's wire body 32 by turnover cylinder 62, flow to next process；Robot works after a period of time, completes spray gun through spray gun rinser 68 and automatically cleans.
Claims (5)
1. the shoemaking glue spraying intelligence production line based on robotics, it is characterised in that: including double-deck wire body, double-deck wire body is the annular flow waterline be arrangeding in parallel up and down, is divided into upper strata wire body and lower floor's wire body；Described upper strata wire body and lower floor's wire body side are equipped with two spray coating operations stations, and spray coating operations station is provided with two groups of working positions, and each working position end has radio frequency reading device；Described double-deck wire body is provided with two baking ovens, lays respectively at rear, two spray coating operations stations.
2. a kind of shoemaking glue spraying intelligence production line based on robotics as claimed in claim 1, it is characterised in that: two groups of working positions on described spray coating operations station are respectively provided with a working track, are often equipped with turnover cylinder parallel with it bottom group working track；Described working track end profile is provided with positioning cylinder and positioning clamping device, and radio frequency reading device is positioned at working track end；Described two groups of working track front ends are mounted on stopping cylinder, be positioned at the working track side away from double-deck wire body entrance, the working track of described close double-deck wire body entrance is also equipped with clearance cylinder；Between described two groups of working tracks, spray gun rinser is installed.
3. a kind of shoemaking glue spraying intelligence production line based on robotics as claimed in claim 1, it is characterized in that: said two spray coating operations station is respectively sprayed inorganic agent work station and glue spraying work station, upper strata wire body and lower floor's wire body side and is mounted on spray inorganic agent work station and glue spraying work station；Upper strata wire body and lower floor's wire body both pass through two baking ovens, and two baking ovens lay respectively at spray inorganic agent work station and glue spraying work station rear.
4. a kind of shoemaking glue spraying intelligence production line based on robotics as claimed in claim 1, it is characterised in that: described upper strata wire body and lower floor's wire body are that segmentation is formed by connecting, and every section of wire body has an independent driving motor, upper and lower layer line body Synchronous Transmission.
5. a kind of shoemaking glue spraying intelligence production line based on robotics as claimed in claim 1, it is characterised in that: a said two baking oven respectively glue infrared-ray oven and secondary glue infrared-ray oven, oven temperature is controlled；Conveyor belt of baking oven, transporting velocity variable ratio frequency changer speed governing it is provided with in baking oven.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620178004.3U CN205390554U (en) | 2016-03-09 | 2016-03-09 | Shoemaking is spouted and is glued intelligent production line based on robotechnology |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620178004.3U CN205390554U (en) | 2016-03-09 | 2016-03-09 | Shoemaking is spouted and is glued intelligent production line based on robotechnology |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205390554U true CN205390554U (en) | 2016-07-27 |
Family
ID=56443121
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620178004.3U Withdrawn - After Issue CN205390554U (en) | 2016-03-09 | 2016-03-09 | Shoemaking is spouted and is glued intelligent production line based on robotechnology |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205390554U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105686220A (en) * | 2016-03-09 | 2016-06-22 | 宁波慈星股份有限公司 | Intelligent shoemaking glue spraying production line based on robot technology |
| CN111067199A (en) * | 2020-01-23 | 2020-04-28 | 广东胜大科技有限公司 | Differential formula shoes spout gluey drying equipment |
-
2016
- 2016-03-09 CN CN201620178004.3U patent/CN205390554U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105686220A (en) * | 2016-03-09 | 2016-06-22 | 宁波慈星股份有限公司 | Intelligent shoemaking glue spraying production line based on robot technology |
| CN105686220B (en) * | 2016-03-09 | 2018-11-27 | 宁波慈星股份有限公司 | A kind of shoemaking glue spraying intelligence production line based on robot technology |
| CN111067199A (en) * | 2020-01-23 | 2020-04-28 | 广东胜大科技有限公司 | Differential formula shoes spout gluey drying equipment |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160727 Effective date of abandoning: 20181127 |
|
| AV01 | Patent right actively abandoned |