CN206384204U - Pad oiling sealer device - Google Patents

Pad oiling sealer device Download PDF

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Publication number
CN206384204U
CN206384204U CN201720024973.8U CN201720024973U CN206384204U CN 206384204 U CN206384204 U CN 206384204U CN 201720024973 U CN201720024973 U CN 201720024973U CN 206384204 U CN206384204 U CN 206384204U
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CN
China
Prior art keywords
roller
glued membrane
pad
bearing bracket
spider
Prior art date
Application number
CN201720024973.8U
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Chinese (zh)
Inventor
田长鑫
张智慧
张学杰
Original Assignee
烟台长鑫密封产品有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 烟台长鑫密封产品有限公司 filed Critical 烟台长鑫密封产品有限公司
Priority to CN201720024973.8U priority Critical patent/CN206384204U/en
Application granted granted Critical
Publication of CN206384204U publication Critical patent/CN206384204U/en

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Abstract

A kind of pad oiling sealer device, including:Horizontally rotate be installed on lower bearing bracket and the driven roller I positioned at belt conveyor rear end, be installed on lower bearing bracket and be connected with driven roller I motor I, horizontally rotate and be installed on upper spider and pressure roller I directly over driven roller I, horizontally rotated using rotating shaft II and be installed on lower bearing bracket and the sponge roller II full of antirust oil positioned at the rear end of driven roller I, horizontally rotated using rotating shaft I and be installed on upper spider and positioned at the sponge roller I full of antirust oil of the surface of sponge roller II.Pad upper and lower surface is pasted the pad after glued membrane, pad pasting again by pressure roller II and the clamping of driven roller II by upper film sticking apparatus and lower film sticking apparatus respectively, and motor II is rotated so as to realize that the rear end of pad is pinched, and is most exported at last after pad oiling sealer.The oiler sealer of pad upper and lower surface is realized, efficiency high, glued membrane may insure that the antirust oil of pad upper and lower surface is not lost in, it is ensured that quality of the pad in transportation.

Description

Pad oiling sealer device

Technical field

The utility model is related to mechanical field, and in particular to a kind of pad oiling sealer device.

Background technology

Cylinder head gasket;Motorcycle, universal machine and pump class pad need high precision after mounting due to it, need simultaneously The pad for wanting pad to meet after mounting after long-time service life, therefore production needs to smear antirust oil, to prevent it from getting rusty. In traditional production technology, the work for smearing antirust oil is manually carried out, so as to cause production efficiency relatively low, while smearing anti- Rust oil after pad in transportation antirust oil be easily lost in, so as to have impact on the quality of product.

The content of the invention

The utility model is in order to overcome the shortcomings of that above technology can make such as cylinder head gasket there is provided one kind;Motor Antirust oil is smeared after car, universal machine and the production of pump class pad and carries out the pad oiling sealer device of sealer.

The technical scheme that the utility model overcomes its technical problem to be used is:

A kind of pad oiling sealer device, including:Belt conveyor, upper spider, lower bearing bracket, horizontally rotate and be installed on lower bearing bracket Upper and positioned at belt conveyor rear end driven roller I, the motor I for being installed on lower bearing bracket and being connected with driven roller I, level turn It is dynamic to be installed on upper spider and pressure roller I directly over driven roller I, horizontally rotated using rotating shaft II and be installed on lower bearing bracket and position The sponge roller II full of antirust oil in the rear end of driven roller I, horizontally rotated using rotating shaft I and be installed on upper spider and positioned at sponge roller The sponge roller I full of antirust oil directly over II, it is installed on upper spider and is located at the upper film sticking apparatus of the rear end of sponge roller I, peace Loaded on the lower film sticking apparatus on lower bearing bracket and immediately below upper film sticking apparatus, horizontally rotate to be installed on lower bearing bracket and be located at and cut The driven roller II of film mechanism rear end, be installed on lower bearing bracket and with driven roller II be connected motor II and horizontally rotate peace Pressure roller II loaded on upper spider and directly over driven roller II, the pressure roller I is formed to roller with driven roller I, the sponge roller I Formed with sponge roller II to roller, the pressure roller II is formed to roller with driven roller II, the upper film sticking apparatus and lower film sticking apparatus point The upper and lower surface of the pad after oiling glued membrane is not pasted into.

Above-mentioned upper film sticking apparatus includes being rotatablely installed in the glued membrane volume I on upper spider, is connected in the magnetic of glued membrane volume I Brake I, be rotatablely installed on upper spider and positioned at glued membrane roll up I rear end backing paper winding up roller, be connected in the electricity of backing paper winding up roller Machine III and the cylinder II for being vertically arranged on upper spider and being located between glued membrane volume I and backing paper winding up roller, the work of the cylinder II Stopper rod head end, which horizontally rotates, is provided with pressing film roller I, and the backing paper of glued membrane volume I, which is bypassed, is wound in backing paper winding up roller after the roll surface of pressing film roller I On, the lower film sticking apparatus includes being rotatablely installed in the glued membrane volume II on lower bearing bracket, is connected in the magnetic system of glued membrane volume II Device II is moved, is rotatablely installed in the backing paper winding up roller II on lower bearing bracket and positioned at II rear end of glued membrane volume, is connected in backing paper winding up roller II Motor IV and be vertically arranged on lower bearing bracket and roll up the cylinder I between II and backing paper winding up roller II, the cylinder I positioned at glued membrane Piston rod head end horizontally rotate pressing film roller II be installed, the backing paper of glued membrane volume II is wound in paper after bypassing the roll surface of pressing film roller II On winding up roller II, the rear end of web roll II is provided with the film cutting apparatus for glued membrane to be cut off.

Above-mentioned film cutting apparatus includes the Pneumatic slid platform being installed on lower bearing bracket and the knife being vertically arranged on Pneumatic slid platform Piece, the blade both sides are provided with blade.

The beneficial effects of the utility model are:Upper film sticking apparatus and lower film sticking apparatus are respectively by pad upper surface and following table The pad after glued membrane, pad pasting is pasted again by pressure roller II and the clamping of driven roller II in face, and motor II rotates to realize pad Rear end is pinched, and is most exported at last after pad oiling sealer.Realize the oiler sealer of pad upper and lower surface, efficiency high, glued membrane It may insure that the antirust oil of pad upper and lower surface is not lost in, it is ensured that quality of the pad in transportation, prevent the damage of pad.

Brief description of the drawings

Fig. 1 is structural representation of the present utility model;

Fig. 2 is Pneumatic slid platform position main structure diagram;

Fig. 3 is the view before pad sealer;

Fig. 4 is the view after pad sealer;

In figure, the pressure roller II of 1. belt conveyor, 2. lower bearing bracket, 3. upper spider, 4. pressure roller, I 5. driven roller, I 6. motor I 7. 8. the glued membrane of II 13. sponge roller of driven roller II 9. motor, II 10. rotating shaft, I 11. sponge roller, I 12. rotating shaft II 14. volume I 15. The glued membrane of 19. backing paper of magnetic powder brake I 16. backing paper winding up roller, I 17. pressing film roller, I 18. glued membrane 20. rolls up II 21. magnetic powder brakes The aerodynamic slide of II 22. backing paper winding up roller, II 23. motor, III 24. motor, IV 25. cylinder, I 26. pressing film roller, II 27. cylinder II 28. The pad of 29. blade of platform 30..

Embodiment

1 the utility model is described further to accompanying drawing 4 below in conjunction with the accompanying drawings.

A kind of pad oiling sealer device, including:Belt conveyor 1, upper spider 3, lower bearing bracket 2, horizontally rotate and be installed on down In frame 2 and positioned at the rear end of belt conveyor 1 driven roller I 5, be installed on lower bearing bracket 2 and with driven roller I 5 be connected Motor I 6, horizontally rotate and be installed on upper spider 3 and pressure roller I 4 directly over driven roller I 5, utilize the level of rotating shaft II 12 It is rotatablely installed in the sponge roller II 13 full of antirust oil on lower bearing bracket 2 and positioned at the rear end of driven roller I 5, utilizes rotating shaft I 11 Horizontally rotate the sponge roller I 11 full of antirust oil for being installed on upper spider 3 and being located at directly over sponge roller II 13, be installed on Upper film sticking apparatus in frame 3 and positioned at the rear end of sponge roller I 11, it is installed on lower bearing bracket 2 and immediately below the upper film sticking apparatus Lower film sticking apparatus, horizontally rotate be installed on lower bearing bracket 2 and positioned at membrane cut mechanism rear end driven roller II 8, be installed on lower machine The motor II 9 and horizontally rotating being connected on frame 2 and with driven roller II 8 is installed on upper spider 3 and positioned at driven roller II Pressure roller II 7 directly over 8, pressure roller I 4 is with the formation of driven roller I 5 to roller, and sponge roller I 11 is formed to roller with sponge roller II 13, Pressure roller II 7 is with the formation of driven roller II 8 to roller, and upper film sticking apparatus and lower film sticking apparatus are respectively by the pad after oiling about 30 Surface mount glued membrane 18.Belt conveyor 1 conveys the pad 30 that punching press is completed one by one, and pad 30 is by first passing through pressure roller I 4 and drive The clamping of dynamic roller I 5, motor I 6 is rotated so as to realize the pinch of pad 30, and pad 30 is delivered to the sponge roller I mutually to roller 11 with sponge roller II 13, sponge roller I 11 and sponge roller II 13 are respectively to the upper and lower surface roller coat antirust of pad 30 Oil, rear gasket 30 continue to the back-end convey, upper film sticking apparatus and lower film sticking apparatus are respectively by the upper surface of pad 30 and following table Glued membrane 18 is pasted in face, the pad 30 after pad pasting again by pressure roller II 7 and the clamping of driven roller II 8, motor II 9 rotate so as to Realize that the rear end of pad 30 is pinched, most exported at last after the oiling sealer of pad 30.Realize the oiler of the upper and lower surface of pad 30 Sealer, efficiency high, glued membrane 18 may insure that the antirust oil of the upper and lower surface of pad 30 is not lost in, it is ensured that cylinder head gasket, internal combustion engine Attachment pad, the quality of heat shield lid, motorcycle pad, universal machine pad and pump class pad in transportation, prevent pad The damage of piece 30.

Upper film sticking apparatus can be following structure, including be rotatablely installed in the glued membrane volume I 14 on upper spider 3, drive connection In glued membrane roll up I 14 magnetic powder brake I 15, be rotatablely installed on upper spider 3 and positioned at glued membrane roll up I 14 rear ends backing paper volume Roller 16, be connected in backing paper winding up roller 16 motor III 23 and be vertically arranged on upper spider 3 and positioned at glued membrane volume I 14 with Cylinder II 27 between backing paper winding up roller 16, the piston rod head end of cylinder II 27, which horizontally rotates, is provided with pressing film roller I 17, glued membrane The backing paper 19 for rolling up I 14 is bypassed and is wound in after the roll surface of pressing film roller I 17 on backing paper winding up roller 16, and lower film sticking apparatus can be following knot Structure, it includes being rotatablely installed in the glued membrane volume II 20 on lower bearing bracket 2, is connected in the magnetic powder brake II of glued membrane volume II 20 21st, it is rotatablely installed in the backing paper winding up roller II 22 on lower bearing bracket 2 and positioned at II 20 rear ends of glued membrane volume, is connected in backing paper winding up roller II 22 motor IV 24 and be vertically arranged on lower bearing bracket 2 and positioned at glued membrane volume II 20 and backing paper winding up roller II 22 between Cylinder I 25, the piston rod head end of cylinder I 25, which horizontally rotates, is provided with pressing film roller II 26, glued membrane volume II 20 backing paper 19 around It is wound in after the roll surface for crossing pressing film roller II 26 on web roll II 22, the rear end of web roll II 22 is provided with for glued membrane 18 to be cut Disconnected film cutting apparatus.The driving backing paper of motor III 23 winding up roller I 16 is rotated, and magnetic powder brake I 15 provides resistance, glued membrane is rolled up I 14 provide back tension, and the piston rod of cylinder II 27 is protruding, and the driving glued membrane 18 of pressing film roller I 17 is pushed, and motor IV 24 drives Backing paper winding up roller II 22 is rotated, and magnetic powder brake II 21 provides resistance, glued membrane is rolled up II 20 and is provided back tension, cylinder I 25 Piston rod is protruding, is pressed on the driving glued membrane 18 of pressing film roller II 26.As shown in Figure 3, when pad 30 is also introduced into pressing film roller I 17 with pressing film roller II 26 when, pressing film roller I 17 and pressing film roller II 26 are respectively in the presence of cylinder II 27, cylinder I 25 point The glued membrane 18 that glued membrane is not rolled up on I 14 and glued membrane volume II 20 mutually pastes tight, and two backing papers 19 are respectively by backing paper winding up roller I 16 and backing paper winding up roller II 22 wind.Rear gasket 30 after oiling, it passes through pressure roller I 4 and driven roller I 5 and pinched, pad 30 during being fed forward pressing film roller I 17 and pressing film roller II 26 glued membrane 18 of upper and lower side is attached to pad two about 30 respectively On the surface at end.As shown in Figure 4, after pad 30 leaves pressing film roller I 17 and pressing film roller II 26, pressing film roller I 17 and press mold The glued membrane 18 that roller II 26 still rolls up glued membrane on I 14 and glued membrane volume II 20 mutually pastes tight, and now film cutting apparatus action will Two glued membranes 18 mutually pasted are cut, that is, complete the work of oiling sealer.The follow-up next pad 30 conveyed by belt conveyor 1 Above-mentioned action is repeated, so as to endlessly carry out oiling sealer to pad 30.

Film cutting apparatus can be following structure, and it includes the Pneumatic slid platform 28 being installed on lower bearing bracket 2 and vertically-mounted In the blade 29 on Pneumatic slid platform 28, the both sides of blade 29 are provided with blade.Pneumatic slid platform 28 drives blade 29 in advance process Middle blade 29 can cut off glued membrane 18, because the both sides of blade 29 have in blade, therefore the rollback motion process of Pneumatic slid platform 28 Blade 29 can also cut off glued membrane 18, thus Pneumatic slid platform 28 once move back and forth can complete 2 times shearing, improve efficiency.

Claims (3)

1. a kind of pad oiling sealer device, it is characterised in that including:Belt conveyor(1), upper spider(3), lower bearing bracket(2), water Flat turn is dynamic to be installed on lower bearing bracket(2)Above and positioned at belt conveyor(1)The driven roller I of rear end(5), be installed on lower bearing bracket(2)It is upper and With driven roller I(5)The motor I of drive connection(6), horizontally rotate and be installed on upper spider(3)And positioned at driven roller I(5)Surface Pressure roller I(4), utilize rotating shaft II(12)Horizontally rotate and be installed on lower bearing bracket(2)Above and positioned at driven roller I(5)Rear end is full of The sponge roller II of antirust oil(13), utilize rotating shaft I(11)Horizontally rotate and be installed on upper spider(3)And positioned at sponge roller II(13)Just The sponge roller I full of antirust oil of top(11), be installed on upper spider(3)Above and positioned at sponge roller I(11)The upper pad pasting of rear end Device, it is installed on lower bearing bracket(2)Upper and lower film sticking apparatus immediately below upper film sticking apparatus, horizontally rotate and be installed on lower bearing bracket (2)Driven roller II upper and positioned at membrane cut mechanism rear end(8), be installed on lower bearing bracket(2)It is upper and with driven roller II(8)Drive connection Motor II(9)And horizontally rotate and be installed on upper spider(3)And positioned at driven roller II(8)The pressure roller II of surface(7), it is described Pressure roller I(4)With driven roller I(5)Formed to roller, the sponge roller I(11)With sponge roller II(13)Formed to roller, the pressure roller II (7)With driven roller II(8)Formed to roller, the upper film sticking apparatus and lower film sticking apparatus are respectively by the pad after oiling(30)It is upper Lower surface pastes glued membrane(18).
2. pad oiling sealer device according to claim 1, it is characterised in that:The upper film sticking apparatus, which includes rotating, pacifies Loaded on upper spider(3)On glued membrane volume I(14), be connected in glued membrane roll up I(14)Magnetic powder brake I(15), rotational installation In upper spider(3)Above and positioned at glued membrane volume I(14)The backing paper winding up roller of rear end(16), be connected in backing paper winding up roller(16)Motor Ⅲ(23)And it is vertically arranged to upper spider(3)Above and positioned at glued membrane volume I(14)With backing paper winding up roller(16)Between cylinder II (27), the cylinder II(27)Piston rod head end horizontally rotate pressing film roller I be installed(17), glued membrane volume I(14)Backing paper (19)Bypass pressing film roller I(17)Roll surface after be wound in backing paper winding up roller(16)On, the lower film sticking apparatus include be rotatablely installed in Lower bearing bracket(2)On glued membrane volume II(20), be connected in glued membrane roll up II(20)Magnetic powder brake II(21), be rotatablely installed in Lower bearing bracket(2)Above and positioned at glued membrane volume II(20)The backing paper winding up roller II of rear end(22), be connected in backing paper winding up roller II(22)'s Motor IV(24)And it is vertically arranged to lower bearing bracket(2)Above and positioned at glued membrane volume II(20)With backing paper winding up roller II(22)Between gas Cylinder I(25), the cylinder I(25)Piston rod head end horizontally rotate pressing film roller II be installed(26), glued membrane volume II(20)The back of the body Paper(19)Bypass pressing film roller II(26)Roll surface after be wound in web roll II(22)On, the web roll II(22)Rear end is provided with For by glued membrane(18)The film cutting apparatus of cut-out.
3. pad oiling sealer device according to claim 2, it is characterised in that:The film cutting apparatus includes being installed on down Frame(2)On Pneumatic slid platform(28)And it is vertically arranged to Pneumatic slid platform(28)On blade(29), the blade(29)Two Side is provided with blade.
CN201720024973.8U 2017-01-10 2017-01-10 Pad oiling sealer device CN206384204U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720024973.8U CN206384204U (en) 2017-01-10 2017-01-10 Pad oiling sealer device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201720024973.8U CN206384204U (en) 2017-01-10 2017-01-10 Pad oiling sealer device

Publications (1)

Publication Number Publication Date
CN206384204U true CN206384204U (en) 2017-08-08

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201720024973.8U CN206384204U (en) 2017-01-10 2017-01-10 Pad oiling sealer device

Country Status (1)

Country Link
CN (1) CN206384204U (en)

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107539525A (en) * 2017-08-30 2018-01-05 宁波景珍堂生物科技有限公司 A kind of packing device of the rounded washers of massager
CN107554862A (en) * 2017-08-30 2018-01-09 宁波景珍堂生物科技有限公司 A kind of packing method of massager packing ring
CN109397759A (en) * 2018-10-16 2019-03-01 东莞理工学院 A kind of paper ring kludge that can be toasted one by one
CN109677674A (en) * 2018-12-17 2019-04-26 东莞市翔实信息科技有限公司 A kind of automatic film cutting machine and its application method

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107539525A (en) * 2017-08-30 2018-01-05 宁波景珍堂生物科技有限公司 A kind of packing device of the rounded washers of massager
CN107554862A (en) * 2017-08-30 2018-01-09 宁波景珍堂生物科技有限公司 A kind of packing method of massager packing ring
CN109397759A (en) * 2018-10-16 2019-03-01 东莞理工学院 A kind of paper ring kludge that can be toasted one by one
CN109677674A (en) * 2018-12-17 2019-04-26 东莞市翔实信息科技有限公司 A kind of automatic film cutting machine and its application method

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