CN204292277U - Pneumaticly turn over cover machine - Google Patents
Pneumaticly turn over cover machine Download PDFInfo
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- CN204292277U CN204292277U CN201420799744.XU CN201420799744U CN204292277U CN 204292277 U CN204292277 U CN 204292277U CN 201420799744 U CN201420799744 U CN 201420799744U CN 204292277 U CN204292277 U CN 204292277U
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- workbench
- epaulet
- sleeve pipe
- spring
- over cover
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Abstract
One is pneumatic turns over cover machine, belongs to shell type epaulet and turns over complete equipment technical field.Comprise frame, cylinder, Fan Tao mechanism and draft arm, feature: Fan Tao mechanism comprises column sleeve pipe, turn over cover sliding seat, pull bar and spring, column sleeve pipe is fixed on workbench, the top of its short transverse has epaulet positioning seat and epaulet sleeve pipe, it is the die cavity of up/down perforation axially, accommodate from top to bottom in die cavity and turn over cover sliding seat and spring, there is gland circle chamber the one end of turning over cover sliding seat, the other end has spring cavity, there is tie rod hole centre, conflict in spring cavity in one end of spring, the other end is conflicted on the workbench of frame, the lower end of pull bar is connected with draft arm with after table top tie rod hole through spring, the upper end of pull bar through after tie rod hole on extend to the top of epaulet sleeve pipe, sheathed gland circle on the drawhead of its upper end, the external diameter of gland circle is less than the internal diameter in gland circle chamber.Part is few, assembling is simple, and cost is low, easy to maintenance; Turn over cover efficiency high, operating procedure is few.
Description
Technical field
The utility model belongs to shell type epaulet and turns over complete equipment technical field, is specifically related to a kind of pneumaticly turn over cover machine.
Background technology
At present, when production shell type epaulet, in order to easy to process, usually can by shell type epaulet inside outwardly, through processing after will be overturn into inside by manual operations again.But the cover time of turning over of manual operations shoulder cover is longer, efficiency is very low, when needs batch machining production shell type epaulet, because quantity is more, take a large amount of human resources, and working time is long, intensity is large, not only increase considerably the production cost of epaulet, and hit the enthusiasm of workman, affect production efficiency, be nowadays badly in need of a kind of machine for shell type epaulet automatic turning cover and improve and turn over cover efficiency.
In prior art, as Chinese utility model patent Authorization Notice No. CN201499664U " Quick nested epaulet overturning machine " that provide, comprise a frame and be packed in the electric cabinet in frame, the bottom surface of frame is fixedly mounted with a top gas cylinder straight up, the piston rod of this top gas cylinder is fixedly mounted with the lifter plate of a level, and this lifter plate vertically leads and operates on a guide rail; The upper surface of lifter plate is fixedly mounted with one and vertical turns over sleeve pipe, and this turns over coaxial sleeve in sleeve pipe and one fixed bar is housed, and the lower end of this fixed bar is installed in the bottom surface of frame through lifter plate; Be positioned at and the frame above fixed bar be fixedly mounted with an air cylinder straight down, the piston rod front end of this air cylinder is provided with one and vertically can coaxially pushes up the pressure head be pressed on fixed bar, on this piston rod, pressure head can be comprised the contraction cover in it by coaxial package one, during use, epaulet is sleeved on and turns over outside of sleeve, shrink cover epaulet inwardly closed up and by pressure head, the epaulet top of closing in is pressed on fixed bar, move upward by turning over sleeve pipe epaulet overturn from bottom to top.The deficiency that technique scheme exists is: first, complex structure, the many and inconvenient assemblings of amount of parts, and manufacturing cost is high, is unfavorable for applying; Secondly, the step owing to turning over cover action in actual mechanical process is more, operational degree relative difficult, also needs workman to press with hand when opening in addition, and cover efficiency is turned in impact, cannot meet the demand in market.
For above-mentioned prior art, be necessary to be improved existing cover machine structure of turning over.For this reason, the applicant has done actively and effectively to explore, and finally defines technical scheme described below.
Summary of the invention
The purpose of this utility model will provide a kind of to turn over cover machine for the pneumatic of shell type epaulet, and its structure is simple, amount of parts is few, convenient install and operation, low cost of manufacture, turn over that to overlap efficiency high, can be applicable to the requirement of industrial amplification production.
The purpose of this utility model reaches like this, one is pneumatic turns over cover machine, comprise frame, cylinder, Fan Tao mechanism and draft arm, there is above described frame the workbench of a level, described cylinder and Fan Tao mechanism are separately fixed on the table top of described workbench, one end of described draft arm is connected with cylinder-driven, the other end overlaps mechanism driving with described turning over and is connected, it is characterized in that: described Fan Tao mechanism comprises column sleeve pipe, turn over cover sliding seat, pull bar and the column sleeve pipe described in spring are vertically fixed on the table top of workbench, the top of its short transverse has the epaulet positioning seat of a projection and the epaulet sleeve pipe of a narrow contracting, it is the die cavity of up/down perforation axially, in die cavity, accommodate described turning over from top to bottom successively overlap sliding seat and spring, described one end of turning over cover sliding seat short transverse has gland circle chamber, the other end has spring cavity, centre has the tie rod hole in through described spring cavity and gland circle chamber, one end of described spring is conflicted in the spring cavity turning over cover sliding seat, the other end is conflicted on the table top of workbench, described workbench offers a table top tie rod hole on the center being positioned at upright post sleeve pipe, the lower end of described pull bar after through spring and table top tie rod hole with workbench below draft arm be in transmission connection, the upper end of pull bar after through the tie rod hole turned in the middle of cover sliding seat on extend to the top of epaulet sleeve pipe, its end, upper end has threaded drawhead, described drawhead is arranged with a gland circle and is fixed by clamp nut, and the external diameter of described gland circle is less than the internal diameter in described gland circle chamber.
In a specific embodiment of the present utility model, the described cover sliding seat that turns over offers pair of screws guide groove along its length on relative both sides wall body, the described column sleeve pipe both sides wall body below epaulet positioning seat in place offers screw respectively, two stop screws respectively by the screw on the wall body of both sides probe into turn over cover sliding seat pair of screws guide groove in, both structures are for being slidably matched.
In another specific embodiment of the present utility model, described cylinder is arranged at the side of column sleeve pipe and is fixedly mounted on the table top of workbench, this cylinder has one through the cylinder block of workbench to downward-extension, and the impulse stroke of described cylinder block is less than or equals the guide groove length of pair of screws guide groove; Described cylinder is also provided with a up pore and once promoting the circulation of qi hole.
In another specific embodiment of the present utility model, described draft arm is arranged at the below of workbench, and its two ends are located on pull bar and cylinder block respectively, and respectively by pull-rod nut and cylinder block nut check.
In another specific embodiment of the present utility model, a distributor is also provided with below described workbench, this distributor has a normal open pore, a solenoid control pore and a condition and closes pore, described normal open pore is connected with source of the gas by pipeline, described solenoid control pore is connected with the descending pore of cylinder by pipeline, and described condition is closed pore and is connected with the up pore of cylinder by pipeline; Described distributor is also provided with a magnetic valve, and this magnetic valve is electrically connected with floor push by circuit.
The utility model is due to after employing said structure, and the beneficial effect had: first, because amount of parts is less, assembling simple, thus low cost of manufacture, fast easy to maintenance; Secondly, owing to using floor push, use both hands and feet during operation, it is high to turn over cover efficiency, and operating procedure is few and simple, can be applicable to the requirement of industrial amplification production.
Accompanying drawing explanation
Fig. 1 is the three-dimensional structure diagram of an embodiment of the present utility model.
Fig. 2 described in the utility modelly turns over the planar structure sectional view of covering device before turning over cover.
Fig. 3 is that the covering device that turns over described in the utility model is turning over the planar structure sectional view in cover process.
Fig. 4 is the structural representation of the utility model shell type epaulet before turning over cover.
Fig. 5 is the structural representation of the utility model shell type epaulet after turning over cover arrangement.
In figure: 1. frame, 11. workbench, 111. table top tie rod holes; 2. cylinder, 21. cylinder blocks, 211. cylinder block nuts, 22. up pores, 23. descending pores, 24. distributors, 241. normal open pores, 242. solenoid control pores, 243. conditions close pore, 244. magnetic valves, 2441. floor push; 3. Fan Tao mechanism, 31. column sleeve pipes, 311. epaulet positioning seats, 312. epaulet sleeve pipes, 313. die cavities, 314. screws, 315. stop screws, 32. turn over cover sliding seat, 321. spring cavities, 322. gland circle chambeies, 323. tie rod holes, 324. screw guide grooves, 33. pull bars, 331. drawheads, 3311. gland circles, 332. clamp nuts, 333. pull-rod nuts, 34. springs; 4. draft arm; 5. epaulet.
Detailed description of the invention
Applicant will elaborate below by way of example, but not all the restriction to technical solutions of the utility model to the description of embodiment, any according to being only pro forma but not substantial equivalent transformation and all should being considered as the technical solution of the utility model category done by the utility model design.
Refer to Fig. 1 and composition graphs 2 and Fig. 3, the utility model relates to and a kind of pneumaticly turns over cover machine, comprise frame 1, cylinder 2, Fan Tao mechanism 3 and draft arm 4, there is above described frame 1 workbench 11 of a level, described cylinder 2 and Fan Tao mechanism 3 are separately fixed on the table top of described workbench 11, and one end and the cylinder 2 of described draft arm 4 are in transmission connection, the other end and described Fan Tao mechanism 3 are in transmission connection.Described Fan Tao mechanism 3 comprises column sleeve pipe 31, turn over cover sliding seat 32, pull bar 33 and spring 34, described column sleeve pipe 31 is vertically fixed on the table top of workbench 11, the top of its short transverse has the epaulet positioning seat 311 of a projection and the epaulet sleeve pipe 312 of a narrow contracting, it is the die cavity 313 of up/down perforation axially, on epaulet sleeve pipe 312 and epaulet positioning seat 311, sheathed needs turn over the epaulet 5 of cover, in die cavity 313, accommodate described turning over from top to bottom successively overlap sliding seat 32 and spring 34, described one end of turning over cover sliding seat 32 short transverse has gland circle chamber 322, the other end has spring cavity 321, centre has the tie rod hole 323 in through described spring cavity 321 and gland circle chamber 322, conflict in spring cavity 321 in one end of described spring 34, the other end is conflicted on the table top of workbench 11, described workbench 11 offers a table top tie rod hole 111 on the center being positioned at upright post sleeve pipe 31, the draft arm 4 of lower end after passing spring 34 and table top tie rod hole 111 and below workbench 11 of described pull bar 33 is in transmission connection, the upper end of pull bar 33 after through the tie rod hole 323 turned in the middle of cover sliding seat 32 on extend to the top of epaulet sleeve pipe 312, its end, upper end has threaded drawhead 331, described drawhead 331 is arranged with a gland circle 3311 and is fixed by clamp nut 332, and the external diameter of described gland circle 3311 is less than the internal diameter in described gland circle chamber 322.
Further, the described cover sliding seat 32 that turns over offers pair of screws guide groove 324 along its length on relative both sides wall body, described column sleeve pipe 31 offers screw 314 respectively being positioned on the both sides wall body below epaulet positioning seat 311, two stop screws 315 respectively by the screw 314 on the wall body of both sides probe into turn over cover sliding seat 32 pair of screws guide groove 324 in, both structures are for being slidably matched.The effect of described stop screw 315 plays a part spacing to turning over cover sliding seat 32, prevents it from popping up under the effect of spring 34 bounce outside epaulet sleeve pipe 312.
Further, described cylinder 2 is arranged at the side of column sleeve pipe 31 and is fixedly mounted on the table top of workbench 11, this cylinder 2 has one through the cylinder block 21 of workbench 11 to downward-extension, the impulse stroke of described cylinder block 21 is less than or equals the guide groove length of pair of screws guide groove 324, can avoid turning over cover sliding seat 32 and moving up and down the shock with stop screw 315 in process like this, extend the service life of turning over cover sliding seat 32.Meanwhile, described cylinder 2 is also provided with a up pore 22 and once promoting the circulation of qi hole 23.
Further, described draft arm 4 is arranged at the below of workbench 11, and its two ends are located on pull bar 33 and cylinder block 21 respectively, and is locked by pull-rod nut 333 and cylinder block nut 211 respectively.
Further, a distributor 24 is also provided with below described workbench 11, this distributor 24 has normal open pore 241, solenoid control pore 242 and a condition closes pore 243, described normal open pore 241 is connected with source of the gas by pipeline, described solenoid control pore 242 is connected with the descending pore 23 of cylinder 2 by pipeline, and described condition is closed pore 243 and is connected with the up pore 22 of cylinder 2 by pipeline; Described distributor 24 is also provided with a magnetic valve 244, this magnetic valve 244 is electrically connected with floor push 2441 by circuit.
Refer to Fig. 1, Fig. 2 and Fig. 3 composition graphs 4 and Fig. 5, describe operation principle of the present utility model: turn over cover machine before use, closed and the condition of distributor 24 of the solenoid control pore 242 of distributor 24 closes pore 243 and opens, cylinder 2 remains uplink state, when turning over cover, the epaulet 5 shown in Fig. 4 is set on epaulet sleeve pipe 312, epaulet 5 towards under one end be shelved on epaulet positioning seat 311, exceed epaulet sleeve pipe 312 towards upper one end and be positioned at the below of gland circle 3311, at this moment operative employee pulls one jiao of epaulet 5 upper end, what make the upper part of epaulet 5 be in gland circle 3311 presses down in scope, now, as long as step on floor push 2441, under the control of magnetic valve 244, the solenoid control pore 242 of distributor 24 is opened and the condition of distributor 24 closes pore 243 and closes, the descending pore 23 of cylinder 2 obtains source of the gas, described cylinder block 211 is rapidly towards moving downward, down move together with cylinder block 211 drives draft arm 4 and is connected to the pull bar 33 of draft arm 4 other end, the upper part of the rapid lower pressure handle epaulet 5 of the gland circle 3311 on pull bar 33 is fixedly clamped in the gland circle chamber 322 of turning over cover sliding seat 32, pull bar 33 continues to move downward, turn over cover sliding seat 32 further Compress Spring under pull bar 33 drives and slip into spring cavity 321 depths, now epaulet 5 upper end is brought in epaulet sleeve pipe 312 along with the downslide of turning over cover sliding seat 32, simultaneously epaulet overturns from top to down being brought in process, until cylinder 2 covers stroke, epaulet 5 is brought in epaulet sleeve pipe 312 to complete completely turns over cover, finally unclamp floor push 2441, distributor 24 is resetted, turn over cover sliding seat 32 under the effect of cylinder 2 and spring 34 rapidly on bullet the epaulet 5 after turning over cover is ejected, reply and turn over cover machine state before use, turn over the epaulet after cover 5 after arranging, become finished product epaulet as shown in Figure 5 and come into operation.
Claims (5)
1.
one is pneumatic turns over cover machine, comprise frame (1), cylinder (2), Fan Tao mechanism (3) and draft arm (4), described frame (1) top has the workbench (11) of a level, described cylinder (2) and Fan Tao mechanism (3) are separately fixed on the table top of described workbench (11), one end and the cylinder (2) of described draft arm (4) are in transmission connection, the other end and described Fan Tao mechanism (3) are in transmission connection, it is characterized in that: described Fan Tao mechanism (3) comprises column sleeve pipe (31), turn over cover sliding seat (32), pull bar (33) and spring (34), described column sleeve pipe (31) is vertically fixed on the table top of workbench (11), the top of its short transverse has the epaulet positioning seat (311) of a projection and the epaulet sleeve pipe (312) of a narrow contracting, it is the die cavity (313) of up/down perforation axially, in die cavity (313), accommodate described turning over from top to bottom successively overlap sliding seat (32) and spring (34), described one end of turning over cover sliding seat (32) short transverse has gland circle chamber (322), the other end has spring cavity (321), centre has the tie rod hole (323) in through described spring cavity (321) and gland circle chamber (322), one end of described spring (34) is conflicted in the spring cavity (321) turning over cover sliding seat (32), the other end is conflicted on the table top of workbench (11), described workbench (11) offers a table top tie rod hole (111) on the center being positioned at upright post sleeve pipe (31), the lower end of described pull bar (33) is being in transmission connection with the draft arm (4) of workbench (11) below afterwards through spring (34) and table top tie rod hole (111), the upper end of pull bar (33) extends to the top of epaulet sleeve pipe (312) on backward through the tie rod hole (323) turned in the middle of cover sliding seat (32), its end, upper end has threaded drawhead (331), described drawhead (331) is arranged with a gland circle (3311) and is fixed by clamp nut (332), and the external diameter of described gland circle (3311) is less than the internal diameter of described gland circle chamber (322).
2.
one according to claim 1 is pneumatic turns over cover machine, it is characterized in that described cover sliding seat (32) that turns over offers pair of screws guide groove (324) along its length on relative both sides wall body, described column sleeve pipe (31) offers screw (314) respectively on the both sides wall body being positioned at epaulet positioning seat (311) below, two stop screws (315) respectively by the screw (314) on the wall body of both sides probe into turn over cover sliding seat (32) pair of screws guide groove (324) in, both structures are for being slidably matched.
3.
one according to claim 1 is pneumatic turns over cover machine, it is characterized in that described cylinder (2) is arranged at the side of column sleeve pipe (31) and is fixedly mounted on the table top of workbench (11), this cylinder (2) has one through the cylinder block (21) of workbench (11) to downward-extension, and the impulse stroke of described cylinder block (21) is less than or equals the guide groove length of pair of screws guide groove (324); Described cylinder (2) is also provided with a up pore (22) and once promoting the circulation of qi hole (23).
4.
one according to claim 1 is pneumatic turns over cover machine, it is characterized in that described draft arm (4) is arranged at the below of workbench (11), its two ends are located on pull bar (33) and cylinder block (21) respectively, and are locked by pull-rod nut (333) and cylinder block nut (211) respectively.
5.
one according to claim 1 is pneumatic turns over cover machine, it is characterized in that described workbench (11) below is also provided with a distributor (24), this distributor (24) has a normal open pore (241), one solenoid control pore (242) and a condition close pore (243), described normal open pore (241) is connected with source of the gas by pipeline, described solenoid control pore (242) is connected with the descending pore (23) of cylinder (2) by pipeline, described condition is closed pore (243) and is connected with the up pore (22) of cylinder (2) by pipeline, described distributor (24) is also provided with a magnetic valve (244), this magnetic valve (244) is electrically connected with floor push (2441) by circuit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420799744.XU CN204292277U (en) | 2014-12-16 | 2014-12-16 | Pneumaticly turn over cover machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420799744.XU CN204292277U (en) | 2014-12-16 | 2014-12-16 | Pneumaticly turn over cover machine |
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| Publication Number | Publication Date |
|---|---|
| CN204292277U true CN204292277U (en) | 2015-04-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420799744.XU Active CN204292277U (en) | 2014-12-16 | 2014-12-16 | Pneumaticly turn over cover machine |
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| CN (1) | CN204292277U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104432797A (en) * | 2014-12-16 | 2015-03-25 | 常熟市联环服饰有限公司 | Pneumatic sleeve turning machine |
-
2014
- 2014-12-16 CN CN201420799744.XU patent/CN204292277U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104432797A (en) * | 2014-12-16 | 2015-03-25 | 常熟市联环服饰有限公司 | Pneumatic sleeve turning machine |
| CN104432797B (en) * | 2014-12-16 | 2015-12-09 | 常熟市联环服饰有限公司 | Pneumaticly turn over cover machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |