CN202016083U

CN202016083U - Minisize automatic smoothing mill

Info

Publication number: CN202016083U
Application number: CN2010206705107U
Authority: CN
Inventors: 赵远龙
Original assignee: YUEQING HUANLONG MACHINE PLANT
Current assignee: YUEQING HUANLONG MACHINE PLANT
Priority date: 2010-12-09
Filing date: 2010-12-09
Publication date: 2011-10-26
Anticipated expiration: 2020-12-09

Abstract

The utility model relates to a minisize automatic smooth mill, comprising a frame assembly, a carrying roller horizontally adjusting mechanism, a carrying roller vertically adjusting mechanism, a cutter mechanism, an automatic material pushing mechanism and a triaxial linkage mechanism, wherein the automatic material pushing mechanism includes a slide rail, a pushing plate, an adjusting fixing plate, a guide rail, an installing plate, a universal joint, a cylinder extension bar and a cylinder, the slide rail is matchedly connected with the guide rail, the installing plate is fixedly connected on the guide rail, one end of the adjusting fixing plate is fixedly connected with the installing plate, the universal joint is fixedly mounted on the installing plate, one end of the universal joint is connected with one end of the cylinder extension bar, the other end of the cylinder extension bar is connected with and driven by a cylinder, and the pushing plate is mounted on the adjusting fixing plate. The minisize automatic smoothing mill has the performance of automatic material pushing, thus greatly improving production efficiency.

Description

Miniature automatic smoothing mill

Technical field

The utility model relates to a kind of miniature automatic smoothing mill of paper tube cutting.

Background technology

Miniature paper tube smoothing mill on the market after cutting paper tube, need manually carry out manual pusher at present, greatly reduce production efficiency, also improved working strength of workers, and because this kind equipment has cutter, in the process of carrying out manual pusher, also increased potential potential safety hazard.

Summary of the invention

The purpose of this utility model is to overcome the defective of prior art, provides the automatic pusher of a kind of energy also effectively to enhance productivity, reduce the safe and reliable miniature automatic smoothing mill of labour intensity.

For achieving the above object, the utility model adopts a kind of miniature automatic smoothing mill, comprise support assembly, the horizontal regulating mechanism of carrying roller, carrying roller erects regulating mechanism, cutter mechanism, automatic pusher and triaxial connecting system, wherein pusher comprises slide rail automatically, scraping wings, regulate fixed head, guide rail, installing plate, universal joint, cylinder extension bar and cylinder, described slide rail is connected with guide rail, described installing plate is fixedly connected on the guide rail, described adjusting fixed head one end is fixedlyed connected with installing plate, described universal joint is fixedly mounted on the installing plate, a universal joint wherein end is connected with cylinder extension bar one end, the cylinder extension bar other end is connected with cylinder and by air cylinder driven, described scraping wings is installed in to be regulated on the fixed head.

By above-mentioned improvement to prior art, owing to be provided with automatic pusher, the cylinder of this automatic pusher promotes the installing plate motion by cylinder extension bar and universal joint, because installing plate is arranged on the guide rail, guide rail is connected with the slide rail coupling, therefore installing plate promotion guide rail moves along the slide rail direction, fixedly connected with installing plate owing to regulating fixed head again, scraping wings is fixedly mounted on to be regulated on the fixed head, therefore, being arranged on installing plate on the guide rail also promotes simultaneously to regulate fixed head and moves along the slide rail direction, and then drive the scraping wings motion, and be implemented in the automatic pusher function on the guide rail, improved production efficiency greatly, reduced working strength of workers, safe and reliable.

As further improvement of the utility model, wherein said scraping wings is fixedly mounted on by screw and regulates the fixed head upper surface, regulate the fixed head upper surface and have the horizontal groove of two parallel, have a vertical groove on the scraping wings, described screw is regulated the scraping wings position by the direction all around in described vertical groove and horizontal groove.

Further improvement by above-mentioned technology, because screw can all around be regulated in regulating parallel horizontal groove in fixed head upper surface and the vertical groove on the scraping wings, and then the installation site of adjustment scraping wings, feasible paper tube for different size, adjust the position of scraping wings, just can realize pusher under the prerequisite of not changing scraping wings, applied widely, adjustability is strong.

Further be provided with again as of the present utility model, described triaxial connecting system comprises motor, belt, belt pulley, first sprocket wheel, second sprocket wheel, first chain, second chain, first spur gear wheel, second spur gear wheel, bearing, bearing block, main shaft, driven shaft, the first cutter shaft rotating sprocket, second cutter shaft rotating sprocket and the cutter shaft, wherein be connected by belt transmission between motor and the belt pulley, the described belt pulley and first spur gear wheel are sleeved on the main shaft, described first spur gear wheel and the engagement of second spur gear wheel, described first sprocket wheel and axial coaxial connection of second spur gear wheel, and described first sprocket wheel is installed in a side of second spur gear wheel by bearing fixing, be connected by first chain drive between described first sprocket wheel and second sprocket wheel, described second sprocket wheel, the bearing block and the second cutter shaft rotating sprocket are set on the described driven shaft, be connected by second chain drive between the described second cutter shaft rotating sprocket and the first cutter shaft rotating sprocket, the described first cutter shaft rotating sprocket is sleeved on the described cutter shaft.

By further improving again of technique scheme, because motor drives belt pulley by belt, belt pulley rotates the drive main shaft and rotates synchronously, main shaft drives suit first spur gear wheel thereon again and rotates, because of first spur gear wheel and the engagement of second spur gear wheel, thereby driving second spur gear wheel rotates, second spur gear wheel drives first sprocket rotation again, first sprocket wheel drives second sprocket rotation by first chain, because second sprocket wheel is sleeved on the driven shaft, and then second sprocket wheel drive the second cutter shaft rotating sprocket be sleeved on the driven shaft and rotate, this second cutter shaft rotating sprocket drives the first cutter shaft rotating sprocket by second chain and rotates, be sleeved on the cutter shaft owing to the first cutter shaft rotating sprocket again, thereby the rotation of the first cutter shaft rotating sprocket drives cutter shaft again and rotates synchronously, realized a driven by motor main shaft, being synchronized with the movement of driven shaft and cutter shaft really reached three purposes that are synchronized with the movement, and gives to produce and keep in repair all to offer convenience.

Description of drawings

Fig. 1 is the utility model embodiment stereogram.

Fig. 2 is the schematic perspective view of automatic pusher among Fig. 1.

Fig. 3 is the schematic perspective view of triaxial connecting system among Fig. 1.

The specific embodiment

As Figure 1-3, specific embodiment of the utility model is a kind of miniature automatic smoothing mill, Fig. 1 as can be known, comprise automatic pusher 1, support assembly 2, triaxial connecting system 3, the horizontal regulating mechanism 4 of carrying roller, perpendicular regulating mechanism 5 of carrying roller and cutter mechanism 6, from Fig. 2 obviously as can be known, automatically pusher 1 comprises slide rail 11, scraping wings 12, regulate fixed head 13, guide rail 14, installing plate 15, universal joint 16, cylinder extension bar 17 and cylinder 18, wherein slide rail 11 is connected with guide rail 14 couplings, installing plate 15 is fixedly connected on the guide rail 11, regulating fixed head 13 1 ends fixedlys connected with installing plate 15, universal joint 16 is fixedly mounted on the installing plate 15, universal joint 16 a wherein end is connected with cylinder extension bar 17 1 ends, cylinder extension bar 17 other ends are connected with cylinder 18 and are driven by cylinder 18, described scraping wings 12 is fixedly mounted on by screw 19 and regulates fixed head 13 upper surfaces, regulate fixed head 13 upper surfaces and have the horizontal groove 130 of two parallel, have a vertical groove 120 on the scraping wings 12, described screw 19 can be regulated scraping wings 12 positions by the direction all around in described vertical groove 120 and horizontal groove 130; The course of work of this automatic pusher 1 is as follows: cylinder 18 drives cylinder extension bar 17 and universal joint 16 motions, and by 15 motions of universal joint 16 promotion installing plates, because installing plate 15 is arranged on the guide rail 14, guide rail 14 is connected with slide rail 11 couplings, therefore installing plate 15 promotion guide rails 14 move along slide rail 11 directions, fixedly connected with installing plate 15 owing to regulating fixed head 13 again, scraping wings 12 is fixedly mounted on to be regulated on the fixed head 13, therefore, being arranged on installing plate 15 on the guide rail 14 also promotes to regulate fixed head 13 simultaneously and moves along slide rail 11 directions, and then drive scraping wings 12 motions, be implemented in the automatic pusher function on the guide rail 14; In addition, because screw 19 can all around be regulated in regulating two parallel horizontal grooves 130 in fixed head 13 upper surfaces and the vertical groove 120 on the scraping wings 12, and then the installation site of adjustment scraping wings 12, feasible paper tube for different size, pipe such as 10mm-40mm, need to adjust the position of scraping wings 12 to adapt to different sizes, under the prerequisite of not changing scraping wings 12, just can realize pusher, obviously, described horizontal groove and vertically the length of groove be concrete condition and deciding, the scope of application is wider, and adjustability is strong.

Among Fig. 3 obviously as can be known, described triaxial connecting system 3 comprises motor 312, belt 311, belt pulley 31, first sprocket wheel 34, second sprocket wheel 38, first chain 37, second chain 315, first spur gear wheel 36, second spur gear wheel 33, bearing 35, bearing block 310, main shaft 32, driven shaft 39, the first cutter shaft rotating sprocket 313, the second cutter shaft rotating sprocket 316, cutter shaft 314, wherein be in transmission connection by belt 311 between motor 312 and the belt pulley 31, the described belt pulley 31 and first spur gear wheel 36 are sleeved on the main shaft 32, described first spur gear wheel 36 and 33 engagements of second spur gear wheel, described first sprocket wheel 34 and 33 axial coaxial connections of second spur gear wheel, and described first sprocket wheel 34 is fixedly mounted on a side of second spur gear wheel 33 by bearing 35, be in transmission connection by first chain 37 between described first sprocket wheel 34 and second sprocket wheel 38, described second sprocket wheel 38, the bearing block 310 and the second cutter shaft rotating sprocket 316 are set on the described driven shaft 39, be in transmission connection by second chain 315 between the described second cutter shaft rotating sprocket 316 and the first cutter shaft rotating sprocket 313, the described first cutter shaft rotating sprocket 313 is sleeved on the described cutter shaft 314.The course of work of described triaxial connecting system is as follows: motor 312 drives belt pulley 31 by belt 311, belt pulley 31 rotates drive main shaft 32 and rotates synchronously, main shaft 32 drives suit first spur gear wheel 36 thereon again and rotates, because of first spur gear wheel 36 and 33 engagements of second spur gear wheel, thereby driving second spur gear wheel 33 rotates, second spur gear wheel 33 drives first sprocket wheel 34 again and rotates, first sprocket wheel 34 drives second sprocket wheel 38 by first chain 37 and rotates, because second sprocket wheel 38 is sleeved on the driven shaft 39, and then the second cutter shaft rotating sprocket 316 that 38 drives of second sprocket wheel are sleeved on the driven shaft 39 rotates, this second cutter shaft rotating sprocket 316 drives the first cutter shaft rotating sprocket 313 by second chain 315 and rotates, be sleeved on the cutter shaft 314 owing to the first cutter shaft rotating sprocket 313 again, thereby the rotation of the first cutter shaft rotating sprocket 313 drives cutter shaft 314 again and rotates synchronously, realized that a motor 312 drives main shaft 32, being synchronized with the movement of driven shaft 39 and cutter shaft 314, really reached three purposes that are synchronized with the movement, given to produce and keep in repair all to offer convenience.

Claims

1. miniature automatic smoothing mill, comprise support assembly, the horizontal regulating mechanism of carrying roller, carrying roller erects regulating mechanism, cutter mechanism, it is characterized in that: described miniature automatic smoothing mill also comprises automatic pusher and triaxial connecting system, wherein pusher comprises slide rail automatically, scraping wings, regulate fixed head, guide rail, installing plate, universal joint, cylinder extension bar and cylinder, described slide rail is connected with guide rail, described installing plate is fixedly connected on the guide rail, described adjusting fixed head one end is fixedlyed connected with installing plate, described universal joint is fixedly mounted on the installing plate, a universal joint wherein end is connected with cylinder extension bar one end, the cylinder extension bar other end is connected with cylinder and by air cylinder driven, described scraping wings is installed in to be regulated on the fixed head.

2. miniature automatic smoothing mill according to claim 1, it is characterized in that: described scraping wings is fixedly mounted on by screw and regulates the fixed head upper surface, wherein regulate the fixed head upper surface and have the horizontal groove of two parallel, have a vertical groove on the scraping wings, described screw is regulated the scraping wings position by the direction all around in described vertical groove and horizontal groove.

3. miniature automatic smoothing mill according to claim 1 and 2, it is characterized in that: described triaxial connecting system comprises motor, belt, belt pulley, first sprocket wheel, second sprocket wheel, first chain, second chain, first spur gear wheel, second spur gear wheel, bearing, bearing block, main shaft, driven shaft, the first cutter shaft rotating sprocket, second cutter shaft rotating sprocket and the cutter shaft, wherein be connected by belt transmission between motor and the belt pulley, the described belt pulley and first spur gear wheel are sleeved on the main shaft, described first spur gear wheel and the engagement of second spur gear wheel, described first sprocket wheel and axial coaxial connection of second spur gear wheel, and described first sprocket wheel is installed in a side of second spur gear wheel by bearing fixing, be connected by first chain drive between described first sprocket wheel and second sprocket wheel, described second sprocket wheel, the bearing block and the second cutter shaft rotating sprocket are set on the described driven shaft, be connected by second chain drive between the described second cutter shaft rotating sprocket and the first cutter shaft rotating sprocket, the described first cutter shaft rotating sprocket is sleeved on the described cutter shaft.