CN203525981U - Chopstick painting system - Google Patents
Chopstick painting system Download PDFInfo
- Publication number
- CN203525981U CN203525981U CN201320735402.7U CN201320735402U CN203525981U CN 203525981 U CN203525981 U CN 203525981U CN 201320735402 U CN201320735402 U CN 201320735402U CN 203525981 U CN203525981 U CN 203525981U
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- guide rail
- cylinder
- chopsticks
- clamping
- fixedly connected
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Abstract
The utility model discloses a chopstick painting system which comprises a guide track, a feeding device, a flattening device, a clamping device, a paint dipping device, a drying device, a transfer and translation device and a dropping device, wherein the paint dipping device is positioned on the rear station of the flattening device; the paint dipping device comprises a paint dipping cylinder and a paint dipping bucket; the paint dipping cylinder is vertically arranged; the paint dipping bucket is fixedly connected with the output bar of the paint dipping cylinder and can move vertically in the vertical direction; the paint dipping bucket is positioned right below the clamping holes of clamping plates; the paint dipping cylinder is fixed on a base through a bracket; two paint scrapping clamping cylinders are symmetrically and fixedly connected with the two sides of the paint dipping bucket; two clamping plates are respectively connected between clamping claws on the same sides of the two paint scrapping clamping cylinders; two soft scraping plates are respectively connected onto the opposite surfaces of the two clamping plates. The painting equipment is high in automation degree, high in painting efficiency and good in painting quality, and the labor cost is greatly lowered.
Description
Technical field
The utility model belongs to chopsticks process equipment field, is specifically related to the automation painting equipment structure technology of chopsticks.
Background technology
At present, the japanning of known domestic and international chopsticks mainly adopts manual mode to produce, and production efficiency is low, and the loss ratio of painting in the process of japanning is larger, and japanning is second-rate, and defect rate is higher.
Utility model content
Technical problem to be solved in the utility model is: the deficiency existing for prior art, and provide a kind of chopsticks of automation to dye paint equipment, enhance productivity, improve chopsticks and dye paint quality.
For realizing the object of the utility model, be achieved by the following technical solutions: a kind of chopsticks varnish systems, includes guide rail, feed arrangement, pressuring flat device, clamping device, varnish apparatus, drying unit, translation device and the chopsticks device that falls.
Described translation device includes feed lead rail and the commutation guide rail being horizontally set on same straight line, and each guide rail consists of two guide rail sections that are horizontally disposed with and are parallel to each other; The below of feed lead rail and commutation guide rail is fixedly connected with respectively bracing frame, and two bracing frames are slidably arranged in respectively two slide tops that be arranged in parallel; Slide top is fixedly installed the flat-removing air cyclinder of two interlocks, and the take-off lever of flat-removing air cyclinder is fixedly connected with two bracing frames respectively; In the outside of described commutation guide rail, be also provided with one along the horizontally disposed reversing cylinder of guide rail direction, reversing cylinder is fixed on support by support.
Described guide rail is just between the feed lead rail and commutation guide rail of translation device; Described guide rail consists of three guide rail sections that be arranged in parallel, and this guide rail section is consistent with guide rail section shape, the specification of feed lead rail; Guide rail is connected on support by rail brackets, and wherein two adjacent rails section bars form right lateral guide rail, and another two adjacent rails section bars form left lateral guide rail.
A plurality of described adjacent being slidably arranged on guide rail of clamping device, the sliding connector that described clamping device includes grip block and is fixedly connected on grip block both sides; On described grip block, evenly offer along its length a plurality of clamping holes in order to clamping and positioning chopsticks, clamping hole side is provided with to hold out against the push rod of chopsticks side, push rod is slidably arranged in the slide opening of grip block, push rod rear end is connected with spring, spring rear end is connected with hold-down screw, and hold-down screw is threaded connection in slide opening; On described grip block, corresponding each clamping hole offers locating hole along its length in addition.Described clamping hole bore is slightly larger than the bore of chopsticks, and push rod pushes up to clamping hole under spring action, and push rod coordinates chopsticks are clamped and located with clamping hole.
Described feed arrangement include be arranged on feed lead rail outside in order to clamping device is pushed to the charging cylinder of right lateral guide rail from feed lead rail.
Described pressuring flat device includes the pressing cylinder of vertical setting, and is fixedly connected on the locating back flattening on cylinder take-off lever, and locating back is positioned at right lateral guide rail top near one end of feed lead rail, and described pressing cylinder is fixed on support by support.Described pressing cylinder presses down by promoting locating back, and chopsticks all on grip block are pressed onto to same height, makes all chopsticks dye the length of paint part all consistent.
Described varnish apparatus includes at least one, and varnish apparatus is positioned at the rear station of pressuring flat device.
Described drying unit is arranged on the rear station of varnish apparatus, drying unit be fixedly connected on left lateral guide rail and right lateral guide rail guide rail section below, and drying unit is near commutation guide rail.Described drying unit, across right lateral guide rail and left lateral guide rail, like this, moves to left lateral guide rail through commutation guide rail from right lateral guide rail at grip block, and the twice process drying unit of chopsticks on grip block, has improved the efficiency of drying, and saves the energy.
The described chopsticks device that falls is arranged on the rear station of drying unit and is positioned at left lateral guide rail top; The described chopsticks device that falls includes chopsticks cylinder, chopsticks plate and the chopsticks push rod that falls fall, the described chopsticks cylinder that falls vertically arranges, chopsticks plate level setting and be fixedly connected on the take-off lever below of chopsticks cylinder lower end falls, the described chopsticks push rod that falls is fixedly connected on the below of chopsticks plate, the described chopsticks push rod that falls includes a plurality of, and its position is corresponding with each clamping hole on a grip block.By the chopsticks cylinder that falls, promote push rod downwards and move downward, thereby push rod ejects the chopsticks on grip block downwards, complete the lacquer craftwork that dyes of chopsticks.
As preferred version: described varnish apparatus includes a dipping lacquer cylinder vertically arranging, be fixedly connected on the paint dipping barrel that can vertically move up and down on the take-off lever of dipping lacquer cylinder, paint dipping barrel is positioned under the clamping hole of grip block, and described dipping lacquer cylinder is fixed on support by support; The bilateral symmetry of described paint dipping barrel is fixedly connected with two and scrapes paint gripper cylinder, between the jaw that two are scraped paint gripper cylinder homonymy, is connected with respectively two clamping plate, on the relative face of two clamping plate, is connected with respectively two soft scraper plates.Described dipping lacquer cylinder moves upward by promoting the relative chopsticks of paint dipping barrel, chopsticks bottom is inserted in paint dipping barrel realizes and dyes paint, when paint dipping barrel rises to extreme position, scrape paint gripper cylinder and drive two tops that clamping plate are clamped chopsticks, scraper plate on clamping plate is clamped chopsticks, when dipping lacquer air cylinder driven paint dipping barrel is return downwards, scraper plate glides paint unnecessary on chopsticks is scraped along chopsticks.So both save paint, be also beneficial to the oven dry of next station chopsticks.
As preferred version: described varnish apparatus includes two, two adjacent settings of varnish apparatus.
As preferred version: described varnish apparatus and drying unit are provided with two, and varnish apparatus and drying unit are arranged alternately.
As preferred version: described feed arrangement also comprises the cylinder of stirring being fixedly mounted on guide rail, is fixedly connected on the positioning cylinder of stirring on cylinder take-off lever, and is fixedly connected on the shifting block on positioning cylinder take-off lever; Described charging cylinder is fixed on support by support, and charging cylinder arranges along rail length direction, described stirs cylinder along the setting of rail length direction, described positioning cylinder vertically arranges, described shifting block below is fixedly connected with driving lever, and driving lever matches with the locating hole on grip block.Described driving lever inserts in the locating hole of the grip block low order end in feed lead rail under positioning cylinder drives, and then from the place ahead station, falls next chopsticks to the clamping hole corresponding with this locating hole; Stir subsequently cylinder and promote positioning cylinder to the right and move right, thereby driving lever pulls grip block to move right, mobile distance equals the distance of adjacent two locating holes.Then, positioning cylinder resets, and driving lever leaves locating hole, stirs cylinder and returns, and repeats said process, until after the clamping hole of the leftmost side plugs chopsticks, charging cylinder is shifted whole grip block on right lateral guide rail onto; Then charging cylinder is return.
When feed lead rail, commutation guide rail align with right lateral guide rail, the clamping device being positioned in feed lead rail can slide into from feed lead rail right lateral guide rail under charging cylinder promotes, and the clamping device that is simultaneously positioned at right lateral guide rail right part can slide on commutation guide rail; When feed lead rail, commutation guide rail are urged to while aliging with left lateral guide rail by flat-removing air cyclinder, being positioned at the clamping device of commutation on guide rail can be in the driving lower slider of reversing cylinder to left lateral guide rail, the clamping device that is simultaneously positioned at left lateral guide rail left part slides in feed lead rail, said process loops, thereby realizes recycling of clamping device.
Compared with prior art, the beneficial effects of the utility model are: this automaticity of dying paint equipment is high, dye paint efficiency high and dye paint quality good, greatly reduce cost of labor.
Accompanying drawing explanation
Fig. 1 is overall structure schematic diagram of the present utility model.
Fig. 2 is the structural representation of feed arrangement part.
Fig. 3 is the structural representation of clamping device part.
Fig. 4 is the structural representation of pressuring flat device part.
Fig. 5 is the chopsticks device structural representation partly that falls.
Fig. 6 is the structural representation of translation device part.
Fig. 7 is the structural representation of varnish apparatus part.
P, chopsticks; 2, feed arrangement; 21, charging cylinder; 22, stir cylinder; 23, positioning cylinder; 24, shifting block; 241, driving lever;
3, pressuring flat device; 31, flatten cylinder; 32, locating back;
4, clamping device; 41, grip block; 42, sliding connector; 43, locating hole; 44, clamping hole; 45, support rod; 46, spring; 47, hold-down screw;
5, guide rail; 51, right lateral guide rail; 52, left lateral guide rail; 53, rail brackets;
6, varnish apparatus; 61, dipping lacquer cylinder; 62, paint kettle; 63, scrape paint gripper cylinder; 64, clamping plate; 65, scraper plate;
7, translation device; 71, feed lead rail; 72, bracing frame; 73, flat-removing air cyclinder; 74, slide; 75, commutation guide rail; 76, reversing cylinder;
8, drying unit; 9, the chopsticks device that falls; 91, the chopsticks cylinder that falls; 92, the chopsticks plate that falls; 93, the chopsticks push rod that falls.
The specific embodiment
With reference to the accompanying drawings the specific embodiment of the present utility model is made a detailed explanation below.
According to shown in Fig. 1 to Fig. 7, a kind of chopsticks varnish systems described in the present embodiment, includes guide rail 5, feed arrangement 2, pressuring flat device 3, clamping device 4, varnish apparatus 6, drying unit 8, translation device 7 and the chopsticks device 9 that falls.
As shown in Fig. 1, Fig. 6, described translation device includes feed lead rail 71 and the commutation guide rail 75 being horizontally set on same straight line, and each guide rail consists of two guide rail sections that are horizontally disposed with and are parallel to each other; The below of feed lead rail and commutation guide rail is fixedly connected with respectively bracing frame 72, two bracing frames and is slidably arranged in respectively two slide be arrangeding in parallel 74 tops; Slide top is fixedly installed the flat-removing air cyclinder 73 of two interlocks, and the take-off lever of flat-removing air cyclinder is fixedly connected with two bracing frames respectively; In the outside of described commutation guide rail, be also provided with one along the horizontally disposed reversing cylinder 76 of guide rail direction, reversing cylinder is fixed on support by support (not shown in FIG.).
Described guide rail 5 is just between the feed lead rail and commutation guide rail of translation device; Described guide rail consists of three guide rail sections that be arranged in parallel, and this guide rail section is consistent with guide rail section shape, the specification of feed lead rail; Guide rail is connected on support by rail brackets 53, and wherein two adjacent rails section bars form right lateral guide rail 51, and another two adjacent rails section bars form left lateral guide rail 52.
Shown in Fig. 1, Fig. 3, a plurality of described adjacent being slidably arranged on guide rail 5 of clamping device 4, the sliding connector 42 that described clamping device includes grip block 41 and is fixedly connected on grip block both sides, sliding connector matches with the chute on described guide rail section; On described grip block, evenly offer along its length a plurality of clamping holes 44 in order to clamping and positioning chopsticks P, clamping hole side is provided with to hold out against the push rod 45 of chopsticks side, push rod is slidably arranged in the slide opening of grip block, push rod rear end is connected with spring 46, spring 46 rear ends are connected with hold-down screw 47, and hold-down screw is threaded connection in slide opening; On described grip block, corresponding each clamping hole offers locating hole 43 along its length in addition.Described clamping hole bore is slightly larger than the bore of chopsticks P, and push rod pushes up to clamping hole under spring action, and push rod coordinates chopsticks are clamped and located with clamping hole.
Shown in Fig. 1, Fig. 2, described feed arrangement 2 includes the charging cylinder 21 that is arranged on feed lead rail outside, be fixedly mounted on and stir cylinder 22 on guide rail, be fixedly connected on the positioning cylinder 23 of stirring on cylinder take-off lever, and be fixedly connected on the shifting block 24 on positioning cylinder take-off lever; Described charging cylinder is fixed on support by support, and charging cylinder arranges along rail length direction, described stirs cylinder along the setting of rail length direction, described positioning cylinder vertically arranges, described shifting block 24 belows are fixedly connected with driving lever 241, and driving lever 241 matches with the locating hole 43 on grip block 41.Described driving lever inserts in the locating hole of the grip block low order end in feed lead rail under positioning cylinder drives, and then from the place ahead station, falls next chopsticks to the clamping hole corresponding with this locating hole; Stir subsequently cylinder and promote positioning cylinder to the right and move right, thereby driving lever pulls grip block to move right, mobile distance equals the distance of adjacent two locating holes.Then, positioning cylinder resets, and driving lever leaves locating hole, stirs cylinder and returns, and repeats said process, until after the clamping hole of the leftmost side plugs chopsticks, charging cylinder is shifted whole grip block on right lateral guide rail onto; Then charging cylinder is return.
When feed lead rail, commutation guide rail align with right lateral guide rail, the clamping device being positioned in feed lead rail can slide into from feed lead rail right lateral guide rail under charging cylinder promotes, and the clamping device that is simultaneously positioned at right lateral guide rail right part can slide on commutation guide rail; When feed lead rail, commutation guide rail are urged to while aliging with left lateral guide rail by flat-removing air cyclinder, being positioned at the clamping device of commutation on guide rail can be in the driving lower slider of reversing cylinder to left lateral guide rail, the clamping device that is simultaneously positioned at left lateral guide rail left part slides in feed lead rail, said process loops, thereby realizes recycling of clamping device.
As shown in Figure 4, described pressuring flat device 3 includes the pressing cylinder 31 of vertical setting, and be fixedly connected on the locating back 32 flattening on cylinder take-off lever, and locating back is positioned at right lateral guide rail top near one end of feed lead rail, and described pressing cylinder is fixed on support by support.Described pressing cylinder presses down by promoting locating back, and chopsticks all on grip block are pressed onto to same height, makes all chopsticks dye the length of paint part all consistent.
As shown in Figure 7, varnish apparatus is positioned at the rear station of pressuring flat device, varnish apparatus includes a dipping lacquer cylinder 61 vertically arranging, be fixedly connected on the paint dipping barrel 62 that can vertically move up and down on the take-off lever of dipping lacquer cylinder, paint dipping barrel is positioned under the clamping hole of grip block, and described dipping lacquer cylinder is fixed on support by support; The bilateral symmetry of described paint dipping barrel is fixedly connected with two and scrapes paint gripper cylinder 63, scrape between the jaw that paints gripper cylinder homonymy for two and be connected with respectively two clamping plate 64, on the relative face of two clamping plate, be connected with respectively two soft scraper plates 65, scraper plate is that soft silica gel material is made.Described dipping lacquer cylinder moves upward by promoting the relative chopsticks of paint dipping barrel, chopsticks bottom is inserted in paint dipping barrel realizes and dyes paint, when paint dipping barrel rises to extreme position, scrape paint gripper cylinder and drive two tops that clamping plate are clamped chopsticks, scraper plate on clamping plate is clamped chopsticks, when dipping lacquer air cylinder driven paint dipping barrel is return downwards, scraper plate glides paint unnecessary on chopsticks is scraped along chopsticks.So both save paint, be also beneficial to the oven dry of next station chopsticks.
Described drying unit 8 is arranged on the rear station of varnish apparatus, drying unit be fixedly connected on left lateral guide rail and right lateral guide rail guide rail section below, and drying unit is near commutation guide rail.Described drying unit, across right lateral guide rail and left lateral guide rail, like this, moves to left lateral guide rail through commutation guide rail from right lateral guide rail at grip block, and the twice process drying unit of chopsticks on grip block, has improved the efficiency of drying, and saves the energy.
The described chopsticks device 9 that falls is arranged on the rear station of drying unit and is positioned at left lateral guide rail top; The described chopsticks device that falls includes chopsticks cylinder 91, chopsticks plate 92 and the chopsticks push rod 93 that falls fall, the described chopsticks cylinder that falls vertically arranges, chopsticks plate level setting and be fixedly connected on the take-off lever below of chopsticks cylinder lower end falls, the described chopsticks push rod that falls is fixedly connected on the below of chopsticks plate, the described chopsticks push rod that falls includes a plurality of, and its position is corresponding with each clamping hole on a grip block.By the chopsticks cylinder that falls, promote push rod downwards and move downward, thereby push rod ejects the chopsticks on grip block downwards, complete the lacquer craftwork that dyes of chopsticks.
In Fig. 1, in order to support the support of charging cylinder, reversing cylinder, pressing cylinder, the chopsticks cylinder that falls etc., all do not draw, be beneficial to see clearly the main parts of the utility model, and these supports only play the effect of support, can arrange by conventional methods, in literary composition, no longer specifically describe.
According to the course of work of this varnish systems, further explain its operation principle below.First the automatic material blanking mechanism of the funnel form by the place ahead station or manually chopsticks are inserted in the clamping hole of grip block on clamping device one by one.
Then the driving lever of feed arrangement inserts in the locating hole of the grip block low order end in feed lead rail under positioning cylinder drives, and then from the place ahead station, falls next chopsticks to the clamping hole corresponding with this locating hole; Stir subsequently cylinder and promote positioning cylinder to the right and move right, thereby driving lever pulls grip block to move right, mobile distance equals the distance of adjacent two locating holes.Then, positioning cylinder resets, and driving lever leaves locating hole, stirs cylinder and returns, and repeats said process, until after the clamping hole of the leftmost side plugs chopsticks, charging cylinder is shifted whole grip block right lateral guide rail onto from feed lead rail; Then charging cylinder is return.
Then the locating back of pressuring flat device flattens the chopsticks end on a grip block of previous step under pressing air cylinder driven, makes it in same height.
Dipping lacquer cylinder moves upward by promoting the relative chopsticks of paint dipping barrel subsequently, chopsticks bottom is inserted in paint dipping barrel realizes and dyes paint, when paint dipping barrel rises to extreme position, scrape paint gripper cylinder and drive two tops that clamping plate are clamped chopsticks, scraper plate on clamping plate is clamped chopsticks, when dipping lacquer air cylinder driven paint dipping barrel is return downwards, scraper plate glides paint unnecessary on chopsticks is scraped along chopsticks.
Then chopsticks enter in drying unit and dry.
Again then chopsticks with clamping device forwardly the clamping device of station promote lower slider to commutating on guide rail, flat-removing air cyclinder action subsequently, drive feed lead rail, commutation guide rail to aliging with left lateral guide rail, and then be positioned at the clamping device of commutation on guide rail in the driving lower slider of reversing cylinder to left lateral guide rail, the clamping device that is simultaneously positioned at left lateral guide rail left part slides in feed lead rail.After clamping device commutation, again enter drying unit and again dry in addition.
Last chopsticks move to chopsticks device below with clamping device, promote push rod downwards and move downward, thereby push rod ejects the chopsticks on grip block downwards by the chopsticks cylinder that falls, and complete the lacquer craftwork that dyes of chopsticks.
The difference of the present embodiment and embodiment 1 is: when using the weak paint of adhesion property, in order to guarantee dipping lacquer effect, described varnish apparatus 6 includes 2, the adjacent setting of each varnish apparatus,
The difference of the present embodiment and embodiment 2 is: described varnish apparatus and drying unit are provided with two, and varnish apparatus and drying unit are arranged alternately, after dipping lacquer, through preliminary, dry for the first time, on chopsticks, adhered to one deck paint and substantially curing, after dipping lacquer, form for the second time second layer skin of paint, chopsticks are not easy paint like this, further promote the quality of chopsticks japanning.
Claims (5)
1. a chopsticks varnish systems, is characterized in that: include guide rail, feed arrangement, pressuring flat device, clamping device, varnish apparatus, drying unit, translation device and the chopsticks device that falls;
Described translation device includes feed lead rail and the commutation guide rail being horizontally set on same straight line, and each guide rail consists of two guide rail sections that are horizontally disposed with and are parallel to each other; The below of feed lead rail and commutation guide rail is fixedly connected with respectively bracing frame, and two bracing frames are slidably arranged in respectively two slide tops that be arranged in parallel; Slide top is fixedly installed the flat-removing air cyclinder of two interlocks, and the take-off lever of flat-removing air cyclinder is fixedly connected with two bracing frames respectively; In the outside of described commutation guide rail, be also provided with one along the horizontally disposed reversing cylinder of guide rail direction, reversing cylinder is fixed on support by support;
Described guide rail is just between the feed lead rail and commutation guide rail of translation device; Described guide rail consists of three guide rail sections that be arranged in parallel, and this guide rail section is consistent with guide rail section shape, the specification of feed lead rail; Guide rail is connected on support by rail brackets, and wherein two adjacent rails section bars form right lateral guide rail, and another two adjacent rails section bars form left lateral guide rail;
A plurality of described adjacent being slidably arranged on guide rail of clamping device, the sliding connector that described clamping device includes grip block and is fixedly connected on grip block both sides; On described grip block, evenly offer along its length a plurality of clamping holes in order to clamping and positioning chopsticks, clamping hole side is provided with to hold out against the push rod of chopsticks side, push rod is slidably arranged in the slide opening of grip block, push rod rear end is connected with spring, spring rear end is connected with hold-down screw, and hold-down screw is threaded connection in slide opening; On described grip block, corresponding each clamping hole offers locating hole along its length in addition;
Described feed arrangement include be arranged on feed lead rail outside in order to clamping device is pushed to the charging cylinder of right lateral guide rail from feed lead rail;
Described pressuring flat device includes the pressing cylinder of vertical setting, and is fixedly connected on the locating back flattening on cylinder take-off lever, and locating back is positioned at right lateral guide rail top near one end of feed lead rail, and described pressing cylinder is fixed on support by support;
Described varnish apparatus includes at least one, and varnish apparatus is positioned at the rear station of pressuring flat device;
Described drying unit is arranged on the rear station of varnish apparatus, drying unit be fixedly connected on left lateral guide rail and right lateral guide rail guide rail section below, and drying unit is near commutation guide rail;
The described chopsticks device that falls is arranged on the rear station of drying unit and is positioned at left lateral guide rail top; The described chopsticks device that falls includes chopsticks cylinder, chopsticks plate and the chopsticks push rod that falls fall, the described chopsticks cylinder that falls vertically arranges, chopsticks plate level setting and be fixedly connected on the take-off lever below of chopsticks cylinder lower end falls, the described chopsticks push rod that falls is fixedly connected on the below of chopsticks plate, the described chopsticks push rod that falls includes a plurality of, and its position is corresponding with each clamping hole on a grip block.
2. a kind of chopsticks varnish systems according to claim 1, it is characterized in that: described varnish apparatus includes a dipping lacquer cylinder vertically arranging, be fixedly connected on the paint dipping barrel that can vertically move up and down on the take-off lever of dipping lacquer cylinder, paint dipping barrel is positioned under the clamping hole of grip block, and described dipping lacquer cylinder is fixed on support by support; The bilateral symmetry of described paint dipping barrel is fixedly connected with two and scrapes paint gripper cylinder, between the jaw that two are scraped paint gripper cylinder homonymy, is connected with respectively two clamping plate, on the relative face of two clamping plate, is connected with respectively two soft scraper plates.
3. a kind of chopsticks varnish systems according to claim 1 and 2, is characterized in that: described varnish apparatus includes two, two adjacent settings of varnish apparatus.
4. a kind of chopsticks varnish systems according to claim 1 and 2, is characterized in that: described varnish apparatus and drying unit are provided with two, and varnish apparatus and drying unit are arranged alternately.
5. a kind of chopsticks varnish systems according to claim 1, it is characterized in that: described feed arrangement also comprises the cylinder of stirring being fixedly mounted on guide rail, be fixedly connected on the positioning cylinder of stirring on cylinder take-off lever, and be fixedly connected on the shifting block on positioning cylinder take-off lever; Described charging cylinder is fixed on support by support, and charging cylinder arranges along rail length direction, described stirs cylinder along the setting of rail length direction, described positioning cylinder vertically arranges, described shifting block below is fixedly connected with driving lever, and driving lever matches with the locating hole on grip block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320735402.7U CN203525981U (en) | 2013-11-20 | 2013-11-20 | Chopstick painting system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320735402.7U CN203525981U (en) | 2013-11-20 | 2013-11-20 | Chopstick painting system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203525981U true CN203525981U (en) | 2014-04-09 |
Family
ID=50412243
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320735402.7U Expired - Fee Related CN203525981U (en) | 2013-11-20 | 2013-11-20 | Chopstick painting system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203525981U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103599875A (en) * | 2013-11-20 | 2014-02-26 | 丽水市瑞智科技开发有限公司 | Chopstick painting system |
| CN112774951A (en) * | 2020-12-26 | 2021-05-11 | 深圳瑞奇德科技开发有限公司 | Coating equipment and coating process for metal anti-seismic support |
-
2013
- 2013-11-20 CN CN201320735402.7U patent/CN203525981U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103599875A (en) * | 2013-11-20 | 2014-02-26 | 丽水市瑞智科技开发有限公司 | Chopstick painting system |
| CN103599875B (en) * | 2013-11-20 | 2016-02-17 | 丽水市瑞智科技开发有限公司 | A kind of chopsticks varnish systems |
| CN112774951A (en) * | 2020-12-26 | 2021-05-11 | 深圳瑞奇德科技开发有限公司 | Coating equipment and coating process for metal anti-seismic support |
| CN112774951B (en) * | 2020-12-26 | 2021-11-23 | 深圳瑞奇德科技开发有限公司 | Coating equipment and coating process for metal anti-seismic support |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140409 Termination date: 20141120 |
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| EXPY | Termination of patent right or utility model |