CN103611657B - A kind of lining oiling device - Google Patents
A kind of lining oiling device Download PDFInfo
- Publication number
- CN103611657B CN103611657B CN201310586927.3A CN201310586927A CN103611657B CN 103611657 B CN103611657 B CN 103611657B CN 201310586927 A CN201310586927 A CN 201310586927A CN 103611657 B CN103611657 B CN 103611657B
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- cylinder
- foam
- rubber cushion
- lining
- oiling
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Abstract
The invention discloses a kind of lining oiling device, comprise base plate, lateral surface oiling mechanism, end face oiling mechanism and blanking mechanism, lateral surface oiling mechanism comprises motor, be fixed on the first fuel reserve tank on base plate and the first cylinder be disposed side by side in the first fuel reserve tank and second tin roller, the upper end open of the first fuel reserve tank, motor is connected with second tin roller, end face oiling mechanism comprises the support be fixedly connected with the first fuel reserve tank, be fixed on the first cylinder on support, be fixed on the second fuel reserve tank on support and oiling axle, second fuel reserve tank is provided with the first foam-rubber cushion, support is provided with the second foam-rubber cushion, one end of oiling axle is passed the second foam-rubber cushion and is fixedly connected with the first cylinder, the other end of oiling axle is provided with the 3rd foam-rubber cushion and withstands on the first foam-rubber cushion, blanking mechanism comprises the slideway be arranged on outside the first cylinder and the pusher unit be arranged on outside second tin roller, advantage is that labour intensity is lower, and efficiency is higher, and can not waste oil plant.
Description
Technical field
The present invention relates to a kind of oiling device, especially relate to a kind of lining oiling device.
Background technology
In field of automobile shock absorption, lining is a kind of conventional part.Existing a kind of lining comprises the outer tube and interior pipe that are integrally formed by sulfuration process, and outer tube is positioned at outside pipe.In order to prevent lining from getting rusty, improve service life of lining, after lining has been produced, general needs have coated antirust oil on the both ends of the surface of lining, lateral surface and medial surface (inner hole surface).At present, also do not have a kind of can simultaneously to the device that the both ends of the surface of lining, lateral surface and medial surface oil, operator can only be given on the both ends of the surface of lining, lateral surface and medial surface respectively by the manual mode smeared coat antirust oil.But smear the mode labour intensity oiled by hand comparatively large, efficiency is lower, and easily causes the waste of oil plant.
Summary of the invention
Technical problem to be solved by this invention is to provide that a kind of labour intensity is lower, and efficiency is higher, and can not waste the lining oiling device of oil plant.
The present invention solves the problems of the technologies described above adopted technical scheme: a kind of lining oiling device, comprise base plate, lateral surface oiling mechanism, end face oiling mechanism and blanking mechanism, described lateral surface oiling mechanism comprises motor, be fixed on the first fuel reserve tank on described base plate and the first cylinder be disposed side by side in the first described fuel reserve tank and second tin roller, the upper end open of the first described fuel reserve tank, described motor is connected with described second tin roller, described end face oiling mechanism comprises the support be fixedly connected with the first described fuel reserve tank, be fixed on the first cylinder on described support, be fixed on the second fuel reserve tank on described support and oiling axle, the second described fuel reserve tank is provided with the first foam-rubber cushion, described support is provided with the second foam-rubber cushion, one end of described oiling axle is passed the second described foam-rubber cushion and is fixedly connected with the first described cylinder, the other end of described oiling axle is provided with the 3rd foam-rubber cushion and withstands on the first described foam-rubber cushion, described blanking mechanism comprises the slideway be arranged on outside the first described cylinder and the pusher unit be arranged on outside described second tin roller, operationally, oil plant is loaded in the first described fuel reserve tank and the second described fuel reserve tank, oil plant in the second fuel reserve tank described in the first described foam-rubber cushion absorbs, the described oiling axle described in the first air cylinder driven is away from the first described foam-rubber cushion, lining is placed between the first cylinder and second tin roller, an end face of lining contacts with the first described foam-rubber cushion, another end face of lining contacts with the second described foam-rubber cushion, the described oiling axle described in the first air cylinder driven resets through after the endoporus of lining, first foam-rubber cushion described in other end extruding of described oiling axle to make the oil plant in the first described foam-rubber cushion be extruded to be coated on an end face of lining and is absorbed by the 3rd described foam-rubber cushion simultaneously, the first described cylinder contacts with the oil plant in the first described fuel reserve tank with described second tin roller, described motor drives second tin roller, the first cylinder described in described second tin roller drives and lining rotate and are coated on the lateral surface of lining by oil plant, after lining end face and lateral surface have oiled, the described oiling axle described in the first air cylinder driven is away from the first described foam-rubber cushion, the 3rd described foam-rubber cushion extrudes with the second described foam-rubber cushion after first being oiled by the medial surface of lining from the endoporus of lining, the oil plant of the 3rd described foam-rubber cushion is coated on the other end of lining by the second described foam-rubber cushion, the lining oiled is pushed described slideway by described pusher unit.
Described support comprises the installing plate passed below described slideway, be fixed on the contiguous block be fixedly connected with on described installing plate and with the second described fuel reserve tank, the bearing block of the first cylinder described in installation, the adjustment screw rod be fixedly connected with described bearing block, be fixed on the handle on described adjustment screw rod, the regulating block of the second foam-rubber cushion described in installation, first connecting plate, second connecting plate, be fixedly installed on the first gripper shoe on the first described fuel reserve tank and the second gripper shoe, the first described cylinder and described second tin roller are between the first described gripper shoe and the second described gripper shoe, the first described gripper shoe is provided with the first pilot hole extending longitudinally and the first installing hole, the second described gripper shoe is provided with the second pilot hole extending longitudinally and the second installing hole, the second described fuel reserve tank is positioned at the first described pilot hole, the first described connecting plate is also connected with described contiguous block by speed governing screw through the first described installing hole, the second described connecting plate is connected by speed governing screw with described bearing block through the second described installing hole, described regulating block is between the first described gripper shoe and the second described gripper shoe and be fixedly connected with the second described connecting plate, described oiling axle is positioned at the second described pilot hole.
The pushing block that described pusher unit comprises the second cylinder, is fixed on the cylinder mount pad on described base plate and is arranged on the cylinder axis of the second described cylinder.
The other end of described oiling axle is connected with bolt, and the other end of described oiling axle is arranged with rubber sleeve, and the 3rd described foam-rubber cushion is enclosed within described rubber sleeve, is provided with pad between described bolt and described rubber sleeve.
The first described cylinder is connected with described oiling axle by bindiny mechanism, described bindiny mechanism comprises the below of the cylinder axis being positioned at the first described cylinder and the cylinder contiguous block be fixedly connected with the cylinder axis of the first cylinder, the cylinder connecting pin be fixedly connected with described cylinder contiguous block and the horizontal brace rod be fixedly connected with described cylinder connecting pin, and described oiling axle is fixedly connected with described horizontal brace rod.
Compared with prior art, the invention has the advantages that the lateral surface oiling mechanism of setting is for oiling to the lateral surface of lining, the end face oiling mechanism arranged is used for oiling to two end faces of lining, blanking mechanism is used for the lining oiled to collect, when oiling device works, oil plant is loaded in the first fuel reserve tank in lateral surface oiling mechanism and the second fuel reserve tank in end face oiling mechanism, first foam-rubber cushion absorbs the oil plant in the second fuel reserve tank, first air cylinder driven oiling axle is away from the first foam-rubber cushion, lining is placed between the first cylinder and second tin roller, an end face of lining contacts with the first foam-rubber cushion, another end face of lining contacts with the second foam-rubber cushion, first air cylinder driven oiling axle resets through after the endoporus of lining, the other end of oiling axle extrudes the first foam-rubber cushion and the oil plant in the first foam-rubber cushion to be extruded be coated on an end face of lining and to be absorbed by the 3rd foam-rubber cushion simultaneously, first cylinder contacts with the oil plant in the first fuel reserve tank with second tin roller, motor drives second tin roller, second tin roller drives the first cylinder rotation to be coated on the lateral surface of lining by oil plant, after lining end face and lateral surface have oiled, first air cylinder driven oiling axle is away from the first foam-rubber cushion, 3rd foam-rubber cushion extrudes with the second foam-rubber cushion after first being oiled by the medial surface of lining from the endoporus of lining, the oil plant of the 3rd foam-rubber cushion is coated on the other end of lining by the second foam-rubber cushion, the lining oiled is pushed slideway by pusher unit, realize the both ends of the surface of lining thus, the automation of lateral surface and medial surface oils, labour intensity is lower, efficiency is higher, and can not oil plant be wasted,
Fix on a mounting board and the contiguous block be fixedly connected with the second fuel reserve tank when support comprises the installing plate passed below slideway, the bearing block of the first cylinder is installed, the adjustment screw rod be fixedly connected with bearing block, be fixed on the handle on adjustment screw rod, the regulating block of the second foam-rubber cushion is installed, first connecting plate, second connecting plate, be fixedly installed on the first gripper shoe on the first fuel reserve tank and the second gripper shoe, first cylinder and second tin roller are between the first gripper shoe and the second gripper shoe, first gripper shoe is provided with the first pilot hole extending longitudinally and the first installing hole, second gripper shoe is provided with the second pilot hole extending longitudinally and the second installing hole, second fuel reserve tank is positioned at the first pilot hole, first connecting plate is also connected with contiguous block by speed governing screw through the first installing hole, second connecting plate is connected by speed governing screw with bearing block through the second installing hole, regulating block is between the first gripper shoe and the second described gripper shoe and be fixedly connected with the second connecting plate, oiling axle is positioned at the second pilot hole, the upper and lower position of end face oiling mechanism can be adjusted by turning handle, thus change the end face oiling mechanism distance relative to the first cylinder and second tin roller, its automation being applicable to the lining product of various outer diameter size is oiled, by adjusting the position of the second connecting plate thus changing the position of regulating block between the first gripper shoe and the second gripper shoe, its automation being applicable to the lining product of different length is oiled, adapt to wide,
When pusher unit comprises the second cylinder, is fixed on the cylinder mount pad on base plate and is arranged on the pushing block on the cylinder axis of the second cylinder, structure is simple, easy for installation, and automaticity is high;
When bindiny mechanism comprises the below of the cylinder axis being positioned at the first cylinder and the cylinder contiguous block be fixedly connected with the cylinder axis of the first cylinder, the cylinder connecting pin be fixedly connected with cylinder contiguous block and the horizontal brace rod be fixedly connected with cylinder connecting pin, when oiling axle is fixedly connected with horizontal brace rod, improve the bonding strength between the first cylinder and oiling axle, ensure that oiling axle can movement stably, prevent oiling axle from rocking stuck.
Accompanying drawing explanation
Fig. 1 is explosive view of the present invention;
Fig. 2 is stereogram of the present invention (one);
Fig. 3 is stereogram of the present invention (two);
Fig. 4 is oiling axle of the present invention and the second fuel reserve tank sectional view.
Detailed description of the invention
Below in conjunction with accompanying drawing embodiment, the present invention is described in further detail.
Embodiment: as shown in the figure, a kind of lining oiling device, comprise base plate 1, lateral surface oiling mechanism, end face oiling mechanism and blanking mechanism, lateral surface oiling mechanism comprises motor 2, be fixed on the first fuel reserve tank 3 on base plate 1 and the first cylinder 4 be disposed side by side in the first fuel reserve tank 3 and second tin roller 5, the upper end open of the first fuel reserve tank 3, motor 2 is connected with second tin roller 5, end face oiling mechanism comprises the support 17 be fixedly connected with the first fuel reserve tank 3, be fixed on the first cylinder 16 on support 17, be fixed on the second fuel reserve tank 6 on support 17 and oiling axle 7, second fuel reserve tank 6 is provided with the first foam-rubber cushion 8, first foam-rubber cushion 8 absorbs the oil plant in the second fuel reserve tank 6 by cotton yarn 18, support 17 is provided with the second foam-rubber cushion 9, one end of oiling axle 7 is passed the second foam-rubber cushion 9 and is fixedly connected with the first cylinder 16, the other end of oiling axle 7 is provided with the 3rd foam-rubber cushion 10 and withstands on the first foam-rubber cushion 8, blanking mechanism comprises the slideway 11 be arranged on outside the first cylinder 4 and the pusher unit 12 be arranged on outside second tin roller 5.
In the present embodiment, support 17 comprises the installing plate 41 passed below slideway 11, be fixed on installing plate 41, and the contiguous block 42 be fixedly connected with the second fuel reserve tank 6, the bearing block 43 of the first cylinder 16 is installed, the adjustment screw rod 44 be fixedly connected with bearing block 43, be fixed on the handle 45 on adjustment screw rod 44, the regulating block 46 of the second foam-rubber cushion 9 is installed, first connecting plate 47, second connecting plate 48, be fixedly installed on the first gripper shoe 31 and the second gripper shoe 32 on the first fuel reserve tank 3, first cylinder 4 and second tin roller 5 are between the first gripper shoe 31 and the second gripper shoe 32, first gripper shoe 31 is provided with the first pilot hole 311 and the first installing hole 312 extending longitudinally, second gripper shoe 32 is provided with the second pilot hole 321 and the second installing hole 322 extending longitudinally, second fuel reserve tank 6 is positioned at the first pilot hole 311, first connecting plate 47 is passed the first installing hole 312 and is connected with contiguous block 42 by speed governing screw 49, second connecting plate 48 is connected by speed governing screw 50 with bearing block 43 through the second installing hole 322, regulating block 46 is between the first gripper shoe 31 and the second gripper shoe 32 and be fixedly connected with the second connecting plate 48, oiling axle 7 is positioned at the second pilot hole 321.
In the present embodiment, the pushing block 123 that pusher unit 12 comprises the second cylinder 121, is fixed on the cylinder mount pad 122 on base plate 1 and is arranged on the cylinder axis of the second cylinder 121.
In the present embodiment, the other end of oiling axle 7 is connected with bolt 71, the other end of oiling axle 7 is arranged with rubber sleeve 72, and the 3rd foam-rubber cushion 10 is enclosed within rubber sleeve 72, is provided with pad 73 between bolt 71 and rubber sleeve 72.
In the present embodiment, first cylinder 16 is connected with oiling axle 7 by bindiny mechanism, bindiny mechanism comprises the below of the cylinder axis being positioned at the first cylinder 16 and the cylinder contiguous block 13 be fixedly connected with the cylinder axis of the first cylinder 16, the cylinder connecting pin 14 be fixedly connected with cylinder contiguous block 13 and the horizontal brace rod 15 be fixedly connected with cylinder connecting pin 14, and oiling axle 7 is fixedly connected with horizontal brace rod 15.
The operation principle of the lining oiling device of the present embodiment is: operationally, oil plant is loaded in first fuel reserve tank 3 and the second fuel reserve tank 6, first foam-rubber cushion 8 absorbs the oil plant in the second fuel reserve tank 6, the cylinder axis of the first cylinder 16 stretches out and drives oiling axle 7 away from the first foam-rubber cushion 8, lining is placed between the first cylinder 4 and second tin roller 5, an end face of lining contacts with the first foam-rubber cushion 8, another end face of lining contacts with the second foam-rubber cushion 9, first cylinder 16 drives oiling axle 7 to reset through after the endoporus of lining, an end face of lining contacts with the first foam-rubber cushion 8, now the other end of oiling axle 7 extrudes the first foam-rubber cushion 8 and the oil plant in first foam-rubber cushion 8 is extruded be coated on an end face of lining, 3rd foam-rubber cushion 10 absorbs the oil plant of the first foam-rubber cushion 8 simultaneously, first cylinder 4 contacts with the oil plant in the first fuel reserve tank 3 with second tin roller 5, motor 2 drives second tin roller 5, second tin roller 5 drives lining and the first cylinder 4 to rotate to be coated on the lateral surface of lining by oil plant, after lining end face and lateral surface have oiled, the cylinder axis of the first cylinder 16 again stretches out and drives oiling axle 7 away from the first foam-rubber cushion, 3rd foam-rubber cushion 10 extrudes with the second foam-rubber cushion 9 after first being oiled by the medial surface of lining from the endoporus of lining, the oil plant of the 3rd foam-rubber cushion 10 is coated on the other end of lining by the second foam-rubber cushion 9, now complete and oil, the lining oiled pushes in slideway 11 and carries out product-collecting by pusher unit.
Claims (5)
1. a lining oiling device, it is characterized in that comprising base plate, lateral surface oiling mechanism, end face oiling mechanism and blanking mechanism, described lateral surface oiling mechanism comprises motor, be fixed on the first fuel reserve tank on described base plate and the first cylinder be disposed side by side in the first described fuel reserve tank and second tin roller, the upper end open of the first described fuel reserve tank, described motor is connected with described second tin roller, described end face oiling mechanism comprises the support be fixedly connected with the first described fuel reserve tank, be fixed on the first cylinder on described support, be fixed on the second fuel reserve tank on described support and oiling axle, the second described fuel reserve tank is provided with the first foam-rubber cushion, described support is provided with the second foam-rubber cushion, one end of described oiling axle is passed the second described foam-rubber cushion and is fixedly connected with the first described cylinder, the other end of described oiling axle is provided with the 3rd foam-rubber cushion and withstands on the first described foam-rubber cushion, described blanking mechanism comprises the slideway be arranged on outside the first described cylinder and the pusher unit be arranged on outside described second tin roller, operationally, oil plant is loaded in the first described fuel reserve tank and the second described fuel reserve tank, oil plant in the second fuel reserve tank described in the first described foam-rubber cushion absorbs, the described oiling axle described in the first air cylinder driven is away from the first described foam-rubber cushion, lining is placed between the first cylinder and second tin roller, an end face of lining contacts with the first described foam-rubber cushion, another end face of lining contacts with the second described foam-rubber cushion, the described oiling axle described in the first air cylinder driven resets through after the endoporus of lining, first foam-rubber cushion described in other end extruding of described oiling axle to make the oil plant in the first described foam-rubber cushion be extruded to be coated on an end face of lining and is absorbed by the 3rd described foam-rubber cushion simultaneously, the first described cylinder contacts with the oil plant in the first described fuel reserve tank with described second tin roller, described motor drives second tin roller, the first cylinder described in described second tin roller drives and lining rotate and are coated on the lateral surface of lining by oil plant, after lining end face and lateral surface have oiled, the described oiling axle described in the first air cylinder driven is away from the first described foam-rubber cushion, the 3rd described foam-rubber cushion passes through from the endoporus of lining, extrude with the second described foam-rubber cushion after first the medial surface of lining being oiled, the oil plant of the 3rd described foam-rubber cushion is coated on the other end of lining by the second described foam-rubber cushion, the lining oiled is pushed described slideway by described pusher unit.
2. a kind of lining oiling device according to claim 1, it is characterized in that described support comprises the installing plate passed below described slideway, be fixed on the contiguous block be fixedly connected with on described installing plate and with the second described fuel reserve tank, the bearing block of the first cylinder described in installation, the adjustment screw rod be fixedly connected with described bearing block, be fixed on the handle on described adjustment screw rod, the regulating block of the second foam-rubber cushion described in installation, first connecting plate, second connecting plate, be fixedly installed on the first gripper shoe on the first described fuel reserve tank and the second gripper shoe, the first described cylinder and described second tin roller are between the first described gripper shoe and the second described gripper shoe, the first described gripper shoe is provided with the first pilot hole extending longitudinally and the first installing hole, the second described gripper shoe is provided with the second pilot hole extending longitudinally and the second installing hole, the second described fuel reserve tank is positioned at the first described pilot hole, the first described connecting plate is also connected with described contiguous block by speed governing screw through the first described installing hole, the second described connecting plate is connected by speed governing screw with described bearing block through the second described installing hole, described regulating block is between the first described gripper shoe and the second described gripper shoe and be fixedly connected with the second described connecting plate, described oiling axle is positioned at the second described pilot hole.
3. a kind of lining oiling device according to claim 1, is characterized in that the pushing block that described pusher unit comprises the second cylinder, is fixed on the cylinder mount pad on described base plate and is arranged on the cylinder axis of the second described cylinder.
4. a kind of lining oiling device according to claim 1, it is characterized in that the other end of described oiling axle is connected with bolt, the other end of described oiling axle is arranged with rubber sleeve, the 3rd described foam-rubber cushion is enclosed within described rubber sleeve, is provided with pad between described bolt and described rubber sleeve.
5. a kind of lining oiling device according to claim 1, it is characterized in that the first described cylinder is connected with described oiling axle by bindiny mechanism, described bindiny mechanism comprises the below of the cylinder axis being positioned at the first described cylinder and the cylinder contiguous block be fixedly connected with the cylinder axis of the first cylinder, the cylinder connecting pin be fixedly connected with described cylinder contiguous block and the horizontal brace rod be fixedly connected with described cylinder connecting pin, and described oiling axle is fixedly connected with described horizontal brace rod.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310586927.3A CN103611657B (en) | 2013-11-19 | 2013-11-19 | A kind of lining oiling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310586927.3A CN103611657B (en) | 2013-11-19 | 2013-11-19 | A kind of lining oiling device |
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| Publication Number | Publication Date |
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| CN103611657A CN103611657A (en) | 2014-03-05 |
| CN103611657B true CN103611657B (en) | 2015-12-30 |
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| CN201310586927.3A Active CN103611657B (en) | 2013-11-19 | 2013-11-19 | A kind of lining oiling device |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104315320A (en) * | 2014-11-21 | 2015-01-28 | 安徽巨一自动化装备有限公司 | Auxiliary tool for coating outer circumferential surfaces of oil seals with oil |
| CN107774489A (en) * | 2017-11-27 | 2018-03-09 | 陈微微 | A kind of gluing device |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2757452B2 (en) * | 1989-04-27 | 1998-05-25 | 由利ロール機械株式会社 | Two-component simultaneous coating device |
| JP2009119343A (en) * | 2007-11-13 | 2009-06-04 | Seiko Epson Corp | Tank containing apparatus |
| CN201389510Y (en) * | 2009-04-23 | 2010-01-27 | 沈金龙 | Envelope opening water brush mechanism |
| CN201493225U (en) * | 2009-09-28 | 2010-06-02 | 潘声君 | Double plate-type oil-edge machine |
| CN201543554U (en) * | 2009-10-20 | 2010-08-11 | 布雷博(南京)制动***有限公司 | Oil coating device for automobile brake piston |
| CN101700511B (en) * | 2009-11-06 | 2011-08-31 | 长江润发机械股份有限公司 | Automatic oiling mechanism |
| CN201579176U (en) * | 2009-12-31 | 2010-09-15 | 吴江市神州双金属线缆有限公司 | Automatic oil-supplying device of enameling machine |
| CN202015674U (en) * | 2011-04-13 | 2011-10-26 | 天津恒实通工程技术发展有限公司 | Construction device for synchronously mixing and spraying coating |
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