CN205462986U - Automatic oiling device of slide rail - Google Patents
Automatic oiling device of slide rail Download PDFInfo
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- CN205462986U CN205462986U CN201521006355.8U CN201521006355U CN205462986U CN 205462986 U CN205462986 U CN 205462986U CN 201521006355 U CN201521006355 U CN 201521006355U CN 205462986 U CN205462986 U CN 205462986U
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- slide rail
- oiling
- oil
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- workpiece
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Abstract
The utility model discloses an automatic oiling device of slide rail, including the equipment support to and fixed set up in lower silo on the equipment support, still move including the material loading that is used for slide rail machined part material loading and carry a mechanism, be used for to the slide rail machined part in oiling processing agency and the unloading that is used for the unloading of slide rail machined part of oiling pick the mechanism, the material loading move carry a mechanism, oiling processing agency and unloading snatch the mechanism all fixed set up in on the equipment support, the material loading move carry the mechanism with the oiling operation to the slide rail machined part is accomplished in the cooperation of oiling processing agency, the unloading snatch the mechanism with lower silo phase -match. The utility model discloses simple structure, easily equipment, the oiling effect is reliable and stable, degree of automation is high, has very high spreading value and wide application scope.
Description
Technical field
This utility model relates to a kind of slide rail automatic oiling device and operational approach thereof, is particularly suited for automatic transport and the oiling of slide rail workpiece, belongs to field of machining.
Background technology
Along with the industrialized fast development of China, the auto manufacturing of China have also been obtained significant progress.But at present during the production of auto parts and assembling of China, the processing of a lot of products is not the most used to the operation of automatization.
Specifically, the slide rail bottom a kind of automotive seat, install due to its multiple unit constructions and form, therefore, in order to ensure that slide rail can have good using effect in follow-up use, before the installation steps of slide rail workpiece, in addition it is also necessary to coat lubricating oil to described slide rail inwall.
Current most of processing enterprise still uses manually-operated mode to carry out in the oiling process for this kind of slide rail workpiece, after slide rail workpiece is transported to processing stations, then by artificial oiling in described slide rail part.The problem that such mode of operation also exists the following aspects: 1, due to during the assembling of slide rail, the workload of about 20% is oiling, the oiling workload of some product can reach about 50%, therefore, manually-operated mode is relied on to complete the oiling to slide rail workpiece, production efficiency certainly will be caused low, greatly extend the production cycle of slide rail.2, due to manually-operated nonstandard parasexuality and the complexity of oiling process, multiformity, during the oiling of slide rail workpiece, therefore easily cause the abrasion of slide rail workpiece, and oiling effect is difficult to ensure that；In addition oil injection operation is a strong job loaded down with trivial details, mechanical, repeated, and operator needs to repeat identical action for a long time, very easily tired, the most also can affect the yield rate that enterprise produces.3, using manually-operated mode that slide rail workpiece carries out oiling processing, whole operating process is very big for the demand of labour force, occupies a large amount of labour forces of processing enterprise, occupies substantial amounts of production space.
And part uses the problem that the enterprise of mechanized operation is faced with other.Main problem is that the most, the oiling device the most extensively used, outside its oil injection operation is often independent of other production stages, lack integration and integraty, and automaticity is relatively low, when processing enterprise uses such oiling device, often need nonetheless remain for manually carrying out the conveying of slide rail workpiece, loading and unloading in a large number.And the oil injection head of existing oiling device is the most only provided with an oil plant import, thus causes oil plant flowing in oil injection head uneven, cause the oil plant mass flow discrepancy of multiple oil-out, affect using effect.
CN104998797A discloses a kind of sliding rail of automobile seat automatic oiling device, including conveyer belt, described conveyer belt runs through and has automobile slide rail device, be provided with gas cylinder hut, described automobile slide rail device is provided with automobile slide rail fixture in the middle part of conveyer belt；Being provided with some groups of spray nozzle devices in described gas cylinder hut, described often group spray nozzle device is installed on the both sides of conveyer belt；Often group spray nozzle device side is several fixed nozzle devices, and opposite side is several moving nozzle devices, and fixed nozzle device and the moving nozzle device of two groups of the most adjacent spray nozzle devices alternate, and each moving nozzle device is mounted on push rod；Described each push rod rear is provided with hydraulic cylinder.
Although above-mentioned utility model provides the technical scheme of a kind of slide rail oiling, but owing to it uses push rod to drive atomizer to move, such structure arranges deficient in stability, it is easy to cause the operation irregularity of atomizer.Meanwhile, this utility model uses the mode advanced on fuel-displaced limit, oil spout mouth and carries out oil injection operation, and such mode of operation easily causes the oil plant having been coated with and caused coming off by atomizer scratch, affects oiling effect.Additionally, this utility model there is also the problems such as above-mentioned integration is poor, automaticity is low.
Summary of the invention
In view of prior art exists drawbacks described above, the purpose of this utility model is to propose a kind of automatic transport being applicable to slide rail workpiece and the slide rail automatic oiling device of oiling and operational approach thereof.
The purpose of this utility model, will be achieved by the following technical programs:
A kind of slide rail automatic oiling device, including equipment supporter, and it is fixedly installed on the blanking groove on described equipment supporter, also including the feeding transfer mechanism for slide rail workpiece feeding, the oiling organisation of working for oiling in slide rail workpiece and the blanking grasping mechanism for slide rail workpiece blanking, described feeding transfer mechanism, oiling organisation of working and blanking grasping mechanism are all fixedly installed on described equipment supporter；Described feeding transfer mechanism has coordinated the oil injection operation to slide rail workpiece with described oiling organisation of working；Described blanking grasping mechanism matches with described blanking groove.
Preferably, also including the controlling organization for controlling device overall operation, described controlling organization includes that controller and control panel, described feeding transfer mechanism, oiling organisation of working and blanking grasping mechanism are all electrically connected with described controlling organization and are controlled by.
Preferably, described feeding transfer mechanism includes the base plate being fixedly installed on described equipment supporter and the first line slide rail being fixedly installed on described base plate, described first line slide rail side is fixedly installed the first driving assembly for driving, being provided with the bearing assembly for support slide rail workpiece on described first line slide rail movably, described bearing assembly drives assembly to be connected with described first and is driven by it.
Preferably, described first drives assembly to include the first servomotor, the first reductor, the first shaft coupling and the first driver, described first driver is fixedly installed on described line slide rail side, described first servomotor, the first reductor and the first shaft coupling are all fixedly installed on described driver one end, and described first servomotor, the first reductor and the first shaft coupling three are sequentially fixing to be connected；
Described bearing assembly includes the slide block that at least two is movably disposed on described first line slide rail, connect by described connecting rod is fixing between described slide block, described slide block is connected by frock connecting plate and described driver are fixing, being fixedly installed sliding track holder on described slide block, described sliding track holder top is provided with the alignment pin matched with slide rail workpiece bottom through hole.
Preferably, described oiling organisation of working includes the second line slide rail being fixedly installed on described equipment supporter and is movably disposed in the sliding panel on described second line slide rail, one end of described second line slide rail is fixedly installed the second driving assembly for driving, described sliding panel drives assembly to be connected with described second and is driven by it, and described sliding panel is fixedly installed the oil injection component for oiling.
Preferably, described second drives assembly to include the second servomotor, the second reductor and the second shaft coupling, and described second servomotor, the second reductor and the second shaft coupling three are sequentially fixing to be connected；
Described oil injection component includes being fixedly installed on described sliding panel the oiling stroke cylinder matched with described sliding track holder, and it is fixedly installed on the fuel feeding valve on described sliding panel, described fuel feeding valve pipeline connects oiling external member, and described oiling external member is connected by fixed plate is fixing with the cylinder axis of described oiling stroke cylinder.
Preferably, described fuel feeding valve offers total oil-in and total oil-out；
Described oiling external member includes point oil head and oil injection head, described point of oil head and oil injection head are all fixedly installed in described fixed plate, described point of oil head and oil injection head are connected, offer point oil oil-in in described point of oil head and at least two divides oil oil-out, offering oiling oil-in and oiling oil-out on described oil injection head, described point of oily oil-out, oiling oil-in and oiling oil-out three's quantity are consistent；
Described fuel feeding valve is connected with described point of oil head pipeline, and described point of oil head is connected with described oil injection head pipeline, needs oiling to slide the mating shapes in chamber inside the shape of described oil injection head and slide rail workpiece.
Preferably, described blanking grasping mechanism includes the fixed support being fixedly installed on described equipment supporter and the mobile grabbing assembly being movably disposed on described fixed support, described fixed support is across being arranged at above described feeding transfer mechanism and oiling organisation of working, being provided with the 3rd line slide rail on described fixed support, described mobile grabbing assembly matches with described sliding track holder.
Preferably, described mobile grabbing assembly includes the first connecting plate being movably disposed on described 3rd line slide rail and the second driver being fixedly installed on described fixed support, and described first connecting plate is connected with described second driver and is driven by it；
Also include lift cylinder and rotary cylinder, described lift cylinder is fixedly installed on described first connecting plate, described rotary cylinder is fixedly connected on the cylinder axis of described lift cylinder by the second connecting plate, and the cylinder axis of described rotary cylinder is fixedly installed the jaw for capturing slide rail workpiece；
The caging bolt for limiting stroke it is provided with on described first connecting plate and the second connecting plate.
This utility model highlights effect: feeding, oiling and the blanking operation of slide rail workpiece have been carried out integrating unification by this utility model, both ensure that the seriality of the slide rail workpiece oiling course of processing, also reduce overall processing process for artificial dependence, save the human resources of enterprise.Meanwhile, this utility model uses the mode that double track produces, and makes two one slide rail workpieces carry out oil injection operation simultaneously, effectively reduces the production cycle, improve the production efficiency of manufacturing enterprise.Additionally, this utility model completes oiling processing for the structure optimization of oil injection head and the mode of employing backhaul oiling, all it is effectively improved the oiling quality of device, enhances the stability of device, ensure that the yield rate that enterprise produces to greatest extent.In sum, this utility model simple in construction, being easily assembled to, oiling effect stability is reliable, automaticity is high, has the highest promotional value and the wide scope of application.
Hereinafter accompanying drawing the most in conjunction with the embodiments, is described in further detail detailed description of the invention of the present utility model, so that technical solutions of the utility model are more readily understood, grasp.
Accompanying drawing explanation
Fig. 1 is overall structure schematic diagram of the present utility model.
Fig. 2 is the top view of feeding transfer mechanism in this utility model.
Fig. 3 is the top view of oiling organisation of working in this utility model.
Fig. 4 is the structural representation of blanking grasping mechanism in this utility model.
1, equipment supporter 2, blanking groove 3, base plate 4, first line slide rail 5, first servomotor 6, first reductor 7, first shaft coupling 8, first driver 9, slide block 10, connecting rod 11, frock connecting plate 12, sliding track holder 13, alignment pin 14, second line slide rail 15, sliding panel 16, second servomotor 17, second reductor 18, second shaft coupling 19, oiling stroke cylinder 20, fuel feeding valve 21, fixed plate 22, divide oil head 23, oil injection head 24, fixed support 25, 3rd line slide rail 26, first connecting plate 27, second driver 28, lift cylinder 29, rotary cylinder 30, second connecting plate 31, jaw 32, caging bolt.
Detailed description of the invention
This utility model discloses the slide rail automatic oiling device of a kind of automatic transport being applicable to slide rail workpiece and oiling.
As shown in Fig. 1 ~ Fig. 4, a kind of slide rail automatic oiling device, including equipment supporter 1, and it is fixedly installed on the blanking groove 2 on described equipment supporter 1, also including the feeding transfer mechanism for slide rail workpiece feeding, the oiling organisation of working for oiling in slide rail workpiece and the blanking grasping mechanism for slide rail workpiece blanking, described feeding transfer mechanism, oiling organisation of working and blanking grasping mechanism are all fixedly installed on described equipment supporter 1；Described feeding transfer mechanism has coordinated the oil injection operation to slide rail workpiece with described oiling organisation of working；Described blanking grasping mechanism matches with described blanking groove 2.
Also include the controlling organization (not shown) for controlling device overall operation, described controlling organization includes that controller and control panel, described feeding transfer mechanism, oiling organisation of working and blanking grasping mechanism are all electrically connected with described controlling organization and are controlled by.
Described feeding transfer mechanism includes the base plate 3 being fixedly installed on described equipment supporter 1 and the first line slide rail 4 being fixedly installed on described base plate 3, described first line slide rail 4 side is fixedly installed the first driving assembly for driving, being provided with the bearing assembly for support slide rail workpiece on described first line slide rail 4 movably, described bearing assembly drives assembly to be connected with described first and is driven by it.
Described first drives assembly to include the first servomotor the 5, first reductor the 6, first shaft coupling 7 and the first driver 8, described first driver 8 is fixedly installed on described line slide rail 4 side, described first servomotor the 5, first reductor 6 and the first shaft coupling 7 are all fixedly installed on described driver 8 one end, and described first servomotor the 5, first reductor 6 and the first shaft coupling 7 three are sequentially fixing to be connected.
Described bearing assembly includes the slide block 9 that at least two is movably disposed on described first line slide rail 4, connect by described connecting rod 10 is fixing between described slide block 9, described slide block 9 is connected by frock connecting plate 11 is fixing with described driver 8, being fixedly installed sliding track holder 12 on described slide block 9, described sliding track holder 12 top is provided with the alignment pin 13 matched with slide rail workpiece bottom through hole.In the present embodiment, described slide block 9 is provided with two, and the purpose so arranged is to enable two slide rail workpieces to complete processing simultaneously, and certainly, operator can also increase the quantity of described slide block 9 according to actual needs.
Described oiling organisation of working includes the second line slide rail 14 being fixedly installed on described equipment supporter 1 and is movably disposed in the sliding panel 15 on described second line slide rail 14, one end of described second line slide rail 14 is fixedly installed the second driving assembly for driving, described sliding panel 15 drives assembly to be connected with described second and is driven by it, being fixedly installed the oil injection component for oiling on described sliding panel 15, described oil injection component is identical with the quantity of described sliding track holder 12 and is mutually matched.
Described second drives assembly to include the second servomotor the 16, second reductor 17 and the second shaft coupling 18, and described second servomotor the 16, second reductor 17 and the second shaft coupling 18 three are sequentially fixing to be connected.
Described oil injection component includes being fixedly installed on described sliding panel 15 the oiling stroke cylinder 19 matched with described sliding track holder 12, and it is fixedly installed on the fuel feeding valve 20 on described sliding panel 15, described fuel feeding valve 20 pipeline connects oiling external member, and described oiling external member is connected by fixed plate 21 is fixing with the cylinder axis of described oiling stroke cylinder 19.
Total oil-in and total oil-out is offered on described fuel feeding valve 20；Described oiling external member includes point oil head 22 and oil injection head 23, described point of oil head 22 and oil injection head 23 are all fixedly installed in described fixed plate 21, described point of oil head 22 and oil injection head 23 are connected, offer point oil oil-in in described point of oil head 22 and at least two divides oil oil-out, offering oiling oil-in and oiling oil-out on described oil injection head 23, described point of oily oil-out, oiling oil-in and oiling oil-out three's quantity are consistent.
In the present embodiment, described point of oily oil-out, oiling oil-in and oiling oil-out three's quantity are four, and two in described oiling oil-out are arranged at the lower section of described oil injection head 23, and another two is arranged at the both sides of described oil injection head 23.The purpose so arranged is the sliding intracavity making oil plant be dispersed in slide rail workpiece, it is ensured that oiling effect.Additionally, keep relation one to one between described point of oily oil-out and described oiling oil-in, between described oiling oil-in with described oiling oil-out as keep relation one to one.The purpose so arranged is that the oil plant flow making multiple oiling oil-out is equal and uniform, is further ensured that oiling effect.
Described fuel feeding valve 20 is connected with described point of oil head 22 pipeline, and described point of oil head 22 is connected with described oil injection head 23 pipeline, needs oiling to slide the mating shapes in chamber inside the shape of described oil injection head 23 and slide rail workpiece.
Described blanking grasping mechanism includes the fixed support 24 being fixedly installed on described equipment supporter 1 and is movably disposed in the mobile grabbing assembly on described fixed support 24, described fixed support 24 is across being arranged at above described feeding transfer mechanism and oiling organisation of working, being provided with the 3rd line slide rail 25 on described fixed support 24, described mobile grabbing assembly is identical with the quantity of described sliding track holder 12 and is mutually matched.
Described mobile grabbing assembly includes the first connecting plate 26 being movably disposed on described 3rd line slide rail 25 and the second driver 27 being fixedly installed on described fixed support 24, and described first connecting plate 26 is connected with described second driver 27 and is driven by it.In order to ensure the reliability of described mobile grabbing assembly, described 3rd line slide rail 25 is arranged with in parallel a plurality of.
Also include lift cylinder 28 and rotary cylinder 29, described lift cylinder 28 is fixedly installed on described first connecting plate 26, described rotary cylinder 29 is fixedly connected on the cylinder axis of described lift cylinder 28 by the second connecting plate 30, and the cylinder axis of described rotary cylinder 29 is fixedly installed the jaw 31 for capturing slide rail workpiece.
It is provided with the caging bolt 32 for limiting stroke on described first connecting plate 26 and the second connecting plate 30.The effect of described caging bolt 32 is to limit cylinder and the stroke of described first connecting plate 26.
Fixing connected mode described in such scheme includes but not limited to that bolt connects, pressing connects and be adhesively fixed, and the most preferably bolt connects.
The operational approach of above-mentioned slide rail automatic oiling device, comprises the steps:
1) feeding step: input data parameters in control panel, subsequently slide rail workpiece is positioned on sliding track holder 12, and ensure that alignment pin 13 is directed at described slide rail workpiece bottom through hole, to realize described slide rail workpiece location, after having positioned, feeding transfer mechanism operates, and slide block 9 moves along the first line slide rail 4, and slide rail workpiece is delivered to processing stations by described slide block 9；
2) oiling step: after slide rail workpiece puts in place, oiling organisation of working comes into operation, oiling stroke cylinder 19 stretches out, oil injection head 23 is made to match with the position of slide rail workpiece, sliding panel 15 moves along the second line slide rail, making described oil injection head 23 enter inside slide rail workpiece needs the sliding intracavity of oiling, and run to slide rail workpiece end, subsequently, described sliding panel 15 carries out back resetting and drives described oil injection head 23 to move, in described oil injection head 23 return stroke, fuel feeding valve 20 is opened, described oil injection head 23 completes the oiling to slide rail workpiece, after described oil injection head 23 removes slide rail workpiece, described fuel feeding valve 20 is closed, described oiling organisation of working resets；
3) blanking step: after oiling completes, blanking grasping mechanism comes into operation, first connecting plate 26 drives mobile grabbing assembly to run above slide rail workpiece, subsequently lift cylinder 28 be rotated cylinder 29 drop to capture station, jaw 31 has clamped the crawl of slide rail workpiece, crawl after completing described lift cylinder 28 reset, described first connecting plate 26 drives described mobile grabbing assembly to run above blanking groove 2, the most described rotary cylinder 29 drives described jaw 31 half-twist, described lift cylinder 28 declines again, described jaw 31 unclamps and makes slide rail workpiece fall within described blanking groove 2 to complete blanking, after blanking completes, described feeding transfer mechanism and described blanking grasping mechanism reset simultaneously.
It should be noted that this utility model uses the mode of backhaul oiling to be to scratch or impact in order to avoid the lubricating oil having been injected into slide rail workpiece is produced in motor process by described oil injection head 23.
The feeding of slide rail workpiece, oiling and blanking operation have been carried out integrating unified by this utility model, both ensure that the seriality of the slide rail workpiece oiling course of processing, also reduce overall processing process for artificial dependence, have saved the human resources of enterprise.Meanwhile, this utility model uses the mode that double track produces, and makes two one slide rail workpieces carry out oil injection operation simultaneously, effectively reduces the production cycle, improve the production efficiency of manufacturing enterprise.Additionally, this utility model completes oiling processing for the structure optimization of oil injection head and the mode of employing backhaul oiling, all it is effectively improved the oiling quality of device, enhances the stability of device, ensure that the yield rate that enterprise produces to greatest extent.In sum, this utility model simple in construction, being easily assembled to, oiling effect stability is reliable, automaticity is high, has the highest promotional value and the wide scope of application.
This utility model still has numerous embodiments, all employing equivalents or equivalent transformation and all technical schemes of being formed, within all falling within protection domain of the present utility model.
Claims (9)
1. a slide rail automatic oiling device, including equipment supporter (1), and the blanking groove (2) being fixedly installed on described equipment supporter (1), it is characterized in that: also include the feeding transfer mechanism for slide rail workpiece feeding, the oiling organisation of working for oiling in slide rail workpiece and the blanking grasping mechanism for slide rail workpiece blanking, described feeding transfer mechanism, oiling organisation of working and blanking grasping mechanism are all fixedly installed on described equipment supporter (1)；Described feeding transfer mechanism has coordinated the oil injection operation to slide rail workpiece with described oiling organisation of working；Described blanking grasping mechanism matches with described blanking groove (2).
Slide rail automatic oiling device the most according to claim 1, it is characterized in that: also include the controlling organization for controlling device overall operation, described controlling organization includes that controller and control panel, described feeding transfer mechanism, oiling organisation of working and blanking grasping mechanism are all electrically connected with described controlling organization and are controlled by.
Slide rail automatic oiling device the most according to claim 1, it is characterized in that: described feeding transfer mechanism includes the base plate (3) being fixedly installed on described equipment supporter (1) and the first line slide rail (4) being fixedly installed on described base plate (3), described first line slide rail (4) side is fixedly installed the first driving assembly for driving, being provided with the bearing assembly for support slide rail workpiece on described first line slide rail (4) movably, described bearing assembly drives assembly to be connected with described first and is driven by it.
Slide rail automatic oiling device the most according to claim 3, it is characterized in that: described first drives assembly to include the first servomotor (5), first reductor (6), first shaft coupling (7) and the first driver (8), described first driver (8) is fixedly installed on described line slide rail (4) side, described first servomotor (5), first reductor (6) and the first shaft coupling (7) are all fixedly installed on described driver (8) one end, described first servomotor (5), first reductor (6) and the first shaft coupling (7) three are sequentially fixing to be connected；
Described bearing assembly includes the slide block (9) that at least two is movably disposed on described first line slide rail (4), connect by connecting rod (10) is fixing between described slide block (9), described slide block (9) is connected by frock connecting plate (11) and described driver (8) are fixing, being fixedly installed sliding track holder (12) on described slide block (9), described sliding track holder (12) top is provided with the alignment pin (13) matched with slide rail workpiece bottom through hole.
Slide rail automatic oiling device the most according to claim 4, it is characterized in that: described oiling organisation of working includes the second line slide rail (14) being fixedly installed on described equipment supporter (1), and it is movably disposed in the sliding panel (15) on described second line slide rail (14), one end of described second line slide rail (14) is fixedly installed the second driving assembly for driving, described sliding panel (15) drives assembly to be connected with described second and is driven by it, described sliding panel is fixedly installed the oil injection component for oiling on (15).
Slide rail automatic oiling device the most according to claim 5, it is characterized in that: described second drives assembly to include the second servomotor (16), the second reductor (17) and the second shaft coupling (18), described second servomotor (16), the second reductor (17) and the second shaft coupling (18) three are sequentially fixing to be connected；
Described oil injection component includes the oiling stroke cylinder (19) being fixedly installed on described sliding panel (15) and described sliding track holder (12) matches, and the fuel feeding valve (20) being fixedly installed on described sliding panel (15), described fuel feeding valve (20) pipeline connects oiling external member, and described oiling external member is connected by fixed plate (21) is fixing with the cylinder axis of described oiling stroke cylinder (19).
Slide rail automatic oiling device the most according to claim 6, it is characterised in that: offer total oil-in and total oil-out on described fuel feeding valve (20)；
Described oiling external member includes a point oil head (22) and oil injection head (23), described point of oil head (22) and oil injection head (23) are all fixedly installed in described fixed plate (21), described point of oil head (22) and oil injection head (23) are connected, offer point oil oil-in on described point of oil head (22) and at least two divides oil oil-out, offering oiling oil-in and oiling oil-out on described oil injection head (23), described point of oily oil-out, oiling oil-in and oiling oil-out three's quantity are consistent；
Described fuel feeding valve (20) is connected with described point of oil head (22) pipeline, described point of oil head (22) is connected with described oil injection head (23) pipeline, needs oiling to slide the mating shapes in chamber inside the shape of described oil injection head (23) and slide rail workpiece.
Slide rail automatic oiling device the most according to claim 7, it is characterized in that: described blanking grasping mechanism includes the fixed support (24) being fixedly installed on described equipment supporter (1) and is movably disposed in the mobile grabbing assembly on described fixed support (24), described fixed support (24) is across being arranged at above described feeding transfer mechanism and oiling organisation of working, being provided with the 3rd line slide rail (25) on described fixed support (24), described mobile grabbing assembly matches with described sliding track holder (12).
Slide rail automatic oiling device the most according to claim 8, it is characterized in that: described mobile grabbing assembly includes the first connecting plate (26) being movably disposed on described 3rd line slide rail (25) and the second driver (27) being fixedly installed on described fixed support (24), described first connecting plate (26) is connected with described second driver (27) and is driven by it；
Also include lift cylinder (28) and rotary cylinder (29), described lift cylinder (28) is fixedly installed on described first connecting plate (26), described rotary cylinder (29) is fixedly connected on the cylinder axis of described lift cylinder (28) by the second connecting plate (30), and the cylinder axis of described rotary cylinder (29) is fixedly installed the jaw (31) for capturing slide rail workpiece；
It is provided with the caging bolt (32) for limiting stroke on described first connecting plate (26) and the second connecting plate (30).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521006355.8U CN205462986U (en) | 2015-12-08 | 2015-12-08 | Automatic oiling device of slide rail |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521006355.8U CN205462986U (en) | 2015-12-08 | 2015-12-08 | Automatic oiling device of slide rail |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205462986U true CN205462986U (en) | 2016-08-17 |
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ID=56660197
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521006355.8U Withdrawn - After Issue CN205462986U (en) | 2015-12-08 | 2015-12-08 | Automatic oiling device of slide rail |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205462986U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105396752A (en) * | 2015-12-08 | 2016-03-16 | 苏州工业园区格比机电有限公司 | Automatic slide track oiling device and operation method thereof |
| CN107601025A (en) * | 2017-09-01 | 2018-01-19 | 宁波敏实汽车零部件技术研发有限公司 | A kind of outer water of automobile front door cuts automatic loading and unloading device |
| CN110801981A (en) * | 2019-11-19 | 2020-02-18 | 义乌轩久铁路技术有限公司 | Oiling equipment for railway sleeper embedded sleeve |
-
2015
- 2015-12-08 CN CN201521006355.8U patent/CN205462986U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105396752A (en) * | 2015-12-08 | 2016-03-16 | 苏州工业园区格比机电有限公司 | Automatic slide track oiling device and operation method thereof |
| CN105396752B (en) * | 2015-12-08 | 2018-02-27 | 苏州工业园区格比机电有限公司 | Slide rail automatic oiling device and its operating method |
| CN107601025A (en) * | 2017-09-01 | 2018-01-19 | 宁波敏实汽车零部件技术研发有限公司 | A kind of outer water of automobile front door cuts automatic loading and unloading device |
| CN107601025B (en) * | 2017-09-01 | 2023-04-28 | 宁波敏实汽车零部件技术研发有限公司 | Automatic feeding and discharging device for outer water cutting of front door of automobile |
| CN110801981A (en) * | 2019-11-19 | 2020-02-18 | 义乌轩久铁路技术有限公司 | Oiling equipment for railway sleeper embedded sleeve |
| CN110801981B (en) * | 2019-11-19 | 2020-07-03 | 安徽力威精工机械有限公司 | Oiling equipment for railway sleeper embedded sleeve |
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