CN108340524A - A kind of plastic processing device - Google Patents

Abstract

The invention discloses a kind of plastic processing devices, including pedestal, be rotatably assorted the machining box being connected on the upside of the pedestal on end face, the tumbler being set in the machining box, it is set on rear side of the machining box and is fixedly connected on the feeding device on the upside of the pedestal on end face, it is set on the left of the machining box and is fixedly connected on the pressing device on the upside of the pedestal on end face, it is set on front side of the machining box and is fixedly connected on the power plant on the upside of the pedestal on end face and be set on the right side of the machining box and be fixedly connected on the withdrawing device on the upside of the pedestal on end face.

Description

A kind of plastic processing device

Technical field

The present invention relates to technical field of mechanical processing, specifically a kind of plastic processing device.

Background technology

It is essential in our daily lifes to use various plastic products, and in these plastic products very More is all that structure is very simple, is all that plastic processing is carried out by way of injection molding in the past, and so not only working efficiency is low, and And the quality of converted products also cannot be guaranteed, therefore design a kind of processing effect that injection molding manner can be replaced to improve plastic processing A kind of plastic processing device of rate and processing quality it is really necessary to.

Invention content

Technical problem to be solved by the invention is to provide a kind of plastic processing devices, can solve above-mentioned present technology The problems in.

The present invention is achieved through the following technical solutions：The present invention a kind of plastic processing device, including pedestal, turn The dynamic machining box being connected on the upside of the pedestal on end face, the tumbler being set in the machining box, setting On rear side of the machining box and it is fixedly connected on the feeding device on the upside of the pedestal on end face, is set to the machining box Left side and it is fixedly connected on the pressing device on the upside of the pedestal on end face, is set on front side of the machining box and is fixedly connected It power plant on the upside of the pedestal on end face and is set on the right side of the machining box and is fixedly connected on the pedestal Withdrawing device on the end face of upside, the tumbler include be fixedly connected on the machining box lower side Middle face position and It is rotatably assorted the first newel connecting with end face on the upside of pedestal, the first center is provided through up and down in the machining box Slot, being rotatably assorted in first central channel is connected with that lower end is fixedly connected on the upside of the pedestal on end face and upper end is extended The second newel outside the port of first central channel upper end is provided in the machining box and is connected with first central channel The second logical central channel is all around symmetrically arranged with the upward working chamber of port in the machining box, and the working chamber leans on It is provided with the first reaming slot being connected with second central channel, the work on the side inner wall of nearly second newel It is fixedly installed the first fastening block on the downside of chamber on inner wall, being provided on the upside of first fastening block and in the working chamber can The processing mold slided up and down, the processing mold downside are connected with the second fastening block on end face, and second fastening block is close It is fixedly installed on one side end face of second central channel and extends through the first reaming slot extension and pierce into described second The second sole piece in heart slot, the second sole piece upside are fixedly installed the closing in the first reaming slot on end face Block, the working chamber are provided with clamping device in the side inner wall of second newel, before second newel It is fixedly installed the first movable block on side end face, is provided with port forward in first movable block and with described the first of front side The first loose slot that reaming slot is connected is fixedly installed the first motor in the downside inner wall of first loose slot, described First motor upper end be connected by power has the first rotary shaft, and the upper end of first rotary shaft is rotatably assorted by bearing to be connected to In the upper inside walls of first loose slot, the upper and lower sides inner wall on rear side of first rotary shaft and positioned at first loose slot Between be fixedly installed the first guide post, in first loose slot setting can slide up and down and with the first rotation axle thread It is connected, the second movable block with first guide post sliding connection, the front end face of second movable block is set It is equipped with the second reaming slot, when original state, the rear end of second sole piece of front side, which extends, to be pierced into the second reaming slot, institute It states machining box and rack gear is fixedly installed on all side end faces of downside end face.

The pressing device includes being set on the left of the machining box and being fixedly connected on as a preferred technical solution, First on the end face of the pedestal upside connects block, and third movable block, institute are fixedly connected on the upside end face of first company block It states and is provided with the second loose slot in third movable block, it is electronic to be fixedly installed second in the downside inner wall of second loose slot Machine, second motor upper end be connected by power have the second rotary shaft, the upper end of second rotary shaft to match by bearing rotation Conjunction is connected in the upper inside walls of second loose slot, on the left of second rotary shaft and positioned at the upper of second loose slot The second guide post is fixedly installed between the inner wall of downside, being provided in the loose slot can slide up and down and be rotated with described second Axle thread is connected, is slidably connected with second guide post and right end extends the second loose slot right end port The right end of the 4th outer movable block, the 4th movable block downside end face is fixedly connected with the first pedestal, second newel Upper end is fixedly connected with to be rotatably assorted the third fastening block connecting with end face on the upside of the machining box, and the third fastening block is right It is fixedly connected with second company's block on side end face, through-hole, first pedestal lower end are provided through up and down in second company block It extends through the through-hole and is fixedly connected with gravity block.

The feeding device includes being set on rear side of the machining box and being fixedly connected on as a preferred technical solution, Third on the upside of the pedestal on end face connects block, and the third connects is fixedly installed third motor on the upside of block in end face, described Third, which connects block and is rotatably assorted, is connected with the 4th company's block, matches between end face and third motor upper end on the downside of the 4th company block Conjunction is connected with shaft, and power, which is connected, to be connected on the upside of block in the shaft of third motor upper end and the third between end face Be provided with the second sealing ring, be provided with the downward third reaming slot of port in the 4th company block, the third reaming slot it is upper It is fixedly connected with the 4th fastening block on the inner wall of side, is fixedly connected by connecting rod on the downside end face of the 4th fastening block leaded Block, is fixedly installed the 4th motor in the rear side inner wall of third reaming slot, the 4th motor front end and positioned at described the The first rolling wheel is provided in three reaming slots, the rear end of first rolling wheel is electronic in the described 4th by the mating connection of shaft power On machine, power is connected and is provided between the shaft of the 4th motor front end and third reaming slot rear side inner wall Third sealing ring, the front end of first rolling wheel is rotatably assorted by shaft is connected to the back end surface of the 4th fastening block On, it is arranged with the first pulls wire on first rolling wheel, the 5th electricity is fixedly installed in the front inner wall of the third reaming slot Motivation, the rear side of the 5th motor and is provided with the second rolling wheel in the third reaming slot, second rolling wheel Front end is connected by shaft power in the rear end of the 5th motor, and be connected by power is in the 5th motor rear end The 4th sealing ring is provided between shaft and the third reaming slot front inner wall, the rear end of second rolling wheel is turned by shaft It is dynamic to be connected in the front end face of the 4th fastening block, being arranged with the second pulls wire on second rolling wheel, described the It is provided with catching plate on the downside of three reaming slots, described grab is fixedly connected on after the excessively described lead block of lower end winding of first pulls wire The upper end of disk, catching plate front end passage port are provided with door, the upper end of the door back end surface and the catching plate front side end The upper end in face is rotatably assorted connection, and door fastening block, second pulls wire are fixedly installed in the front end face of the door Lower end extend through the lead block after be fixedly connected on the door fastening block.

The withdrawing device includes being set on the right side of the machining box and being fixedly connected on as a preferred technical solution, The 5th on the end face of the pedestal upside connects block, is fixedly installed the 6th motor in the upside end face of the 5th company block, institute It states to be rotatably assorted on the upside end face of the 5th company's block and is connected with the 6th company's block, the described 6th connects block by being fixedly connected on lower side Shaft power on face is connected on the 6th motor, be connected by power in the 6th motor upper end shaft with The 5th sealing ring is provided on the upside of 5th company block between end face, rolling wheel slot, the rolling wheel are provided in the 6th company block It is provided with port in inner wall on the downside of slot, the 7th motor, the 7th electricity are fixedly installed in the right side inner wall of the rolling wheel slot The left side of motivation and third rolling wheel is provided in the rolling wheel slot, the right end of the third rolling wheel passes through shaft be connected by power In on the 7th motor, be connected by power in the shaft on the 7th motor and is provided with the 6th between the rolling wheel slot Sealing ring, the left end of the third rolling wheel are rotatably assorted by shaft in the inner left wall for being connected to the rolling wheel slot, and described Third pulls wire is arranged on three rolling wheels, the lower end of the third pulls wire is extended outside the port of the port lower end and fixed company It is connected to sucker, the sucker upper end is fixedly installed extraction device of air.

It is provided with and is fixedly connected on the upside of the pedestal on end face on front side of the machining box as a preferred technical solution, Drive motor fastening block, be provided with the drive cavity of port backward in the drive motor fastening block, the drive cavity It is fixedly installed drive motor in upper inside walls, the drive motor lower end and is provided in the drive cavity and institute The driving wheel that gear ring engagement is connected is stated, the driving wheel is connected by being set to the shaft power at axle center in described The lower end of drive motor, be connected by power is between the shaft and the upper inside walls of the drive cavity of the drive motor lower end It is provided with the 7th sealing ring.

It is provided through bolt guide hole up and down on the pedestal as a preferred technical solution, the present apparatus can be by being told Bolt guide hole is fixed on ground.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, plastic product compacting is carried out by the present apparatus When processing, third motor start-up, and then drive the 4th to connect block rotation by shaft, and then drive catching plate turns to the modeling of stacking Expect finished product top, at this time the 4th motor and the 5th motor rotate simultaneously in turn driven respectively by shaft the first rolling wheel and Second rolling wheel decontrols the first pulls wire and the second pulls wire, and in the process, the rotating speed of the 5th motor is less than the 4th motor Rotating speed, and then drive door to be flipped up the front end port for opening catching plate during the decline of catching plate, and by secondary envelope It closes and then by plastic product gripping in catching plate, at this time matching by the 4th motor, the 5th motor and third motor Cooperation drive be clamped with plastic product catching plate be moved to most rear side working chamber top, at this time the 5th motor start-up beat It opens the front end port of catching plate and then plastic product is put into the most working chamber of rear side, drive motor starts at this time, Jin Ertong It crosses shaft and drives driving wheel rotation, and then drive ring gear against rotation, and then machining box is driven to rotate 90 degree around the first newel, The working chamber for carrying plastic product at this time turns to the underface of gravity block, at this time since the setting of the leftmost side of jacking block is jagged, And then the first movement block in the clamping device of the leftmost side is not affected by squeezing action, the first movement block of the leftmost side is retracted at this time In 4th reaming slot, the second motor rotation at this time, and then drive the 4th movable block to decline by the second rotary shaft, and then drive Gravity block lowers into working chamber and is compacted the plastic product in working chamber, and gravity block is returned to just after terminating compacting work Beginning state, drive motor is again started up at this time, and then drives driving wheel rotation by shaft, and then drives machining box again 90 degree are turned over, the working chamber for carrying compacting plastic product at this time is rotated to front end, carries the work of compacting plastic product at this time Make the second sole piece in chamber to be inserted in the second reaming slot, at this time the first motor start-up, and then the is driven by the first rotary shaft Two movable blocks rise in the first loose slot, so drive the second sole piece rise, and then drive processing mold in working chamber most Limits rise, and the downside end face of processing mold is higher than the upside end face of first movement block at this time, and drive motor is again at this time Start, and then driving wheel rotation is driven by shaft, and then machining box is driven to be again rotated through 90 degree, is rotated in machining box During first movement block by jacking block squeezing action slowly stretch out the 4th reaming slot outside and extend into working chamber, at this time Second sole piece of front end progressively disengages the second reaming slot in the rotation process of machining box and in the post-processing completely disengaged Mold falls in working chamber and by the screens of first movement block on first movement block, and the second movable block is returned to initial shape at this time State, when the working chamber risen with compacting plastic product and processing mold is rotated on the downside of sucker, the 7th motor start-up, into And drive third rolling wheel to decontrol third pulls wire by shaft, and then sucker is driven to drop in working chamber, sucker upper end at this time The extraction device of air energization in face is evacuated, and the plastic product pressing entity of processing mold upper surface at this time is adsorbed, in turn It drives the plastic product after compacting to be suitably positioned again by the action of the 7th motor and the 6th motor, repeats Plastic product can constantly be compacted and then improve processing quality by above-mentioned action, and can be simultaneously when machining box often turns over 90 degree Realize that feeding, compacting, processing mold rise, four actions of discharging are accelerated replacing manpower while suppressing plastic products Working efficiency and work quality.

Description of the drawings

The present invention is described in detail by following specific embodiment and attached drawing for ease of explanation,.

Fig. 1 is a kind of internal structure schematic diagram of plastic processing device of the present invention；

Fig. 2 is the left view of the present invention；

Fig. 3 is the enlarged diagram of " A " in Fig. 1；

Fig. 4 is the enlarged diagram of " B " in Fig. 2；

Fig. 5 is the enlarged diagram of " C " in Fig. 2；

Fig. 6 is the vertical view of the jacking block in the present invention.

Specific implementation mode

As shown in figs 1 to 6, a kind of plastic processing device of the invention, including pedestal 11, it is rotatably assorted that it is described to be connected to Machining box 24 on 11 upside end face of pedestal, the tumbler being set in the machining box 24, are set to the processing The rear side of babinet 24 and be fixedly connected on 11 upside end face of the pedestal feeding device, be set to 24 left side of the machining box And be fixedly connected on 11 upside end face of the pedestal pressing device, be set to the front side of the machining box 24 and be fixedly connected In on 11 upside end face of the pedestal power plant and be set to the right side of the machining box 24 and be fixedly connected on described Withdrawing device on 11 upside end face of pedestal, the tumbler include being fixedly connected in 24 downside end face of the machining box It portion position and is rotatably assorted the first newel 23 connecting with 11 upside end face of pedestal, up and down through setting in the machining box 24 It is equipped with the first central channel 21, being rotatably assorted in first central channel 21 is connected with lower end and is fixedly connected on the upside of the pedestal 11 The second newel 22 outside first central channel, 21 upper end port is extended on end face and upper end, is set in the machining box 24 It is equipped with the second central channel 34 being connected with first central channel 21, is all around symmetrically arranged in the machining box 24 The upward working chamber 26 of port, the working chamber 26 are provided with and described on the side inner wall of second newel 22 The first reaming slot 35 that two central channels 34 are connected is fixedly installed the first fastening block 25 on 26 downside inner wall of the working chamber, It is provided with the processing mold 29 that can slide up and down, the processing on the upside of first fastening block 25 and in the working chamber 26 The second fastening block 28 is connected on 29 downside end face of mold, second fastening block 28 is close to the side of second central channel 34 It is fixedly installed on end face and extends through the second sole piece that the extension of the first reaming slot 35 is pierced into second central channel 34 27, the closing block 36 in the first reaming slot 35, the work are fixedly installed on second sole piece, 27 upside end face Make chamber 26 and is provided with clamping device, the front side end of second newel 37 in the side inner wall of second newel 37 It is fixedly installed the first movable block 85 on face, is provided with port forward in first movable block 85 and with described the first of front side The first loose slot 87 that reaming slot 35 is connected is fixedly installed the first motor in the downside inner wall of first loose slot 87 84, first motor, 84 upper end be connected by power has the first rotary shaft 88, the upper end of first rotary shaft 88 to pass through bearing It is rotatably assorted in the upper inside walls for being connected to first loose slot 87, on rear side of first rotary shaft 88 and is located at described first The first guide post 86 is fixedly installed between the upper and lower sides inner wall of loose slot 87, downslide can be gone up by being arranged in first loose slot 87 The second movable block that is dynamic and connecting with 88 screw-thread fit of the first rotary shaft, be slidably connected with first guide post 86 89, the front end face of second movable block 89 is provided with the second reaming slot 91, when original state, second sole piece of front side 27 rear end, which extends, to be pierced into the second reaming slot 91, and the machining box 24 is fixed on all side end faces of downside end face Rack gear 46 is set.

Valuably, the pressing device includes being set to 24 left side of the machining box and being fixedly connected on the pedestal 11 First on the end face of upside connects block 51, and third movable block 52 is fixedly connected on the upside end face of first company block 51, described It is provided with the second loose slot 54 in third movable block 52, the second electricity is fixedly installed in the downside inner wall of second loose slot 54 Motivation 53, second motor, 53 upper end be connected by power have the second rotary shaft 56, the upper end of second rotary shaft 56 to pass through Bearing is rotatably assorted in the upper inside walls for being connected to second loose slot 54, on the left of second rotary shaft 56 and positioned at described The second guide post 55 is fixedly installed between the upper and lower sides inner wall of second loose slot 54, being provided in the loose slot 54 can be upper and lower It slides and is connect with 56 screw-thread fit of the second rotary shaft, be slidably connected with second guide post 55 and right end extends Go out the 4th movable block 57 outside second loose slot, 54 right end port, the right end of 57 downside end face of the 4th movable block is fixed It is connected with the first pedestal 58,37 upper end of the second newel is fixedly connected with matches with the rotation of 24 upside end face of the machining box The third fastening block 63 for closing connection, is fixedly connected with second company's block 49 in 63 right end face of third fastening block, and described second It even is provided through through-hole 61 up and down in block 49,58 lower end of the first pedestal extends through the through-hole 61 and is fixedly connected with Gravity block 62.

Valuably, the feeding device includes being set to 24 rear side of the machining box and being fixedly connected on the pedestal 11 Third on the end face of upside connects block 101, and the third, which connects in 101 upside end face of block, is fixedly installed third motor 102, described Third, which connects block 101 and is rotatably assorted, is connected with the 4th company's block 104, and the described 4th connects 104 downside end face of block and the third motor Shaft, shaft and the third of the power mating connection in 102 upper end of third motor are connected between 102 upper ends It is even provided with the second sealing ring 103 between 101 upside end face of block, the downward third of port is provided in the 4th company block 104 Reaming slot 108 is fixedly connected with the 4th fastening block 109, the 4th fastening block in the upper inside walls of the third reaming slot 108 Lead block 116 is fixedly connected with by connecting rod on 109 downside end face, is fixedly installed in the rear side inner wall of third reaming slot 108 There is the 4th motor 105,105 front end of the 4th motor and is provided with the first rolling wheel in the third reaming slot 108 113, the rear end of first rolling wheel 113 is connected by shaft power on the 4th motor 105, and power cooperation connects It is connected between the shaft of 105 front end of the 4th motor and the 108 rear side inner wall of third reaming slot and is provided with third closing Circle 107, the front end of first rolling wheel 113 is rotatably assorted by shaft is connected to the back end surface of the 4th fastening block 109 On, it is arranged with the first pulls wire 115 on first rolling wheel 113, is fixedly installed in the front inner wall of the third reaming slot 108 There is the 5th motor 111, the rear side of the 5th motor 111 and is provided with volume Two in the third reaming slot 108 The front end of wheel 112, second rolling wheel 112 is connected by shaft power in the rear end of the 5th motor 111, power It is connected between the shaft of 111 rear end of the 5th motor and 108 front inner wall of third reaming slot and is provided with the 4th envelope Circle 110 is closed, the rear end of second rolling wheel 112 is rotatably assorted by shaft is connected to the front side end of the 4th fastening block 109 On face, the second pulls wire 114 is arranged on second rolling wheel 112,108 downside of the third reaming slot is provided with catching plate 117, The upper end of the catching plate 117 is fixedly connected on after the lower end winding of first pulls wire 115 lead block 116 excessively, it is described 117 front end passage port of catching plate is provided with door 119, upper end and 117 front end face of the catching plate of 119 back end surface of the door Upper end be rotatably assorted connection, door fastening block 120 is fixedly installed in the front end face of the door 119, described second draws The lower end of moving-wire 114 is fixedly connected on after extending through the lead block 116 on the door fastening block 120.

Valuably, the withdrawing device includes being set to 24 right side of the machining box and being fixedly connected on the pedestal 11 The 5th on the end face of upside connects block 71, and the 6th motor 72 is fixedly installed in the upside end face of the 5th company block 71, described It is rotatably assorted on the upside end face of 5th company's block 71 and is connected with the 6th company's block 75, the described 6th connects block 75 by being fixedly connected on down Shaft power on side end face is connected on the 6th motor 72, and be connected by power is in 72 upper end of the 6th motor Shaft and the 5th company block 71 upside end face between be provided with the 5th sealing ring 73, be provided with volume in the 6th company block 73 Race 78 is provided with port 81 in 78 downside inner wall of the rolling wheel slot, is fixedly installed in the right side inner wall of the rolling wheel slot 78 7th motor 76, the left side of the 7th motor 76 and is provided with third rolling wheel 79 in the rolling wheel slot 78, described The right end of third rolling wheel 79 is by shaft be connected by power on the 7th motor 76, and be connected by power is in the 7th motor The 6th sealing ring 77 is provided between shaft and the rolling wheel slot 78 on 76, the left end of the third rolling wheel 79 is turned by shaft It is dynamic to be connected in the inner left wall of the rolling wheel slot 78, being arranged with third pulls wire 82 on the third rolling wheel 79, it is described The lower end of third pulls wire 82 extends outside 81 lower end port of the port and is fixedly connected with sucker 83, is set in the sucker 83 It is equipped with extraction device of air 106.

Valuably, 24 front side of the machining box is provided with the driving electricity being fixedly connected on 11 upside end face of the pedestal Motivation fastening block 93 is provided with the drive cavity 96 of port backward in the drive motor fastening block 93, the drive cavity 96 Drive motor 94,94 lower end of the drive motor and the setting in the drive cavity 96 are fixedly installed in upper inside walls There are the driving wheel 97 for engaging and being connected with the gear ring 46, the driving wheel 97 to match by being set to the shaft power at axle center Close the lower end for being connected to the drive motor 94, shaft and the transmission of the be connected by power in 94 lower end of the drive motor The 7th sealing ring 95 is provided between the upper inside walls of chamber 96.

Valuably, the clamping device includes being set to the working chamber 26 close to second newel, 37 side inner wall Interior and connection first central channel 21 and the working chamber 26 the 4th reaming slot 39, on the outer wall of second newel 37 It is fixedly installed cricoid jacking block 38, the leftmost side of the jacking block 38 and most front side setting are jagged, the 4th described in the jacking block What is be connected in the upper inside walls of reaming slot 39 is provided with the 5th reaming slot 41, is provided with and can control in the 5th reaming slot 41 Sliding and one end far from second newel 37 extend the first movement block 44 pierced into the working chamber 26, and described first Movable block 44 extends on the downside end face of one end in the working chamber 26 and is provided with ramp structure, the first movement block 44 The 5th fastening block 42 for extending and piercing into the 5th reaming slot 41, the 5th fastening block 42 are fixedly installed on the end face of upside It is fixedly installed the first elastic force apparatus 43 on a side end face of second newel 37, first elastic force apparatus 43 leans on One end of nearly second newel 37 is fixedly connected on the inner wall of the 5th reaming slot 41.

Valuably, it is provided through bolt guide hole 12 up and down on the pedestal 11, the present apparatus can pass through told bolt guide hole 12 are fixed on ground.

When original state, processing mold 29 declines to greatest extent in working chamber 26, at this time the downside of the second fastening block 28 End face and the upside end face of the first fastening block 25 abut against, at this time the right side of the first movement block 44 in the clamping device of the rightmost side End face and the left end face of the second newel 37 abut against, and the first movement block 44 in the clamping device on remaining side is pushed up The squeezing action and then the 5th fastening block 42 of drive of block 38 overcome the elastic force of the first elastic force apparatus 43 to act on and then stretch to greatest extent Enter into working chamber 26, the downside end face of the second movable block 89 and the downside inner wall of the first loose slot 87 abut against at this time, at this time In rear end set the second reaming slot 91 of access of most the second sole piece 27 of front side, while the upside end face and second of the 4th movable block 57 The upper inside walls of loose slot 54 abut against, and gravity block 62 rises to greatest extent at this time, while catching plate 117 is located at the work of most rear side The upside of chamber 26, at this time catching plate 117 rise to greatest extent, the second pulls wire 114 is in relaxation state, and door 119 will grab at this time The front end port of disk 117 seals up, meanwhile, third pulls wire 82 drives sucker 83 to rise to greatest extent.

When carrying out plastic product compaction treatment by the present apparatus, third motor 102 starts, and then drives the by shaft Four, which connect blocks 104, rotates, so drive catching plate 117 turn to stacking plastic product top, the 4th motor 105 and the at this time Five motor 111 rotate and then are driven respectively by shaft the first rolling wheel 113 and the second rolling wheel 112 to decontrol the first pulls wire simultaneously 115 and second pulls wire 114, in the process, the rotating speed of the 5th motor 111 is less than the rotating speed of the 4th motor 105, in turn Door 119 is driven to be flipped up the front end port for opening catching plate 117 during the decline of catching plate 117, and by secondary closing It is electronic by the 4th motor 105, the 5th motor 111 and third at this time and then by plastic product gripping in catching plate 117 The mating reaction of machine 102 drives the catching plate 117 for being clamped with plastic product to be moved to the top of the most working chamber 26 of rear side, and at this time the Five motor 111 activate to open the front end port of catching plate 117 and then plastic product are put into the most working chamber 26 of rear side, at this time Drive motor 94 starts, and then drives driving wheel 97 to rotate by shaft, and then gear ring 46 is driven to rotate, and then drives processing Babinet 24 around the first newel 23 rotate 90 degree, at this time with plastic product working chamber 26 turn to gravity block 62 just under Side, at this time due to the leftmost side of jacking block 38 be arranged it is jagged, and then the first movement block 44 in the clamping device of the leftmost side not by To squeezing action, the first movement block 44 of the leftmost side is retracted into the 4th reaming slot 39 at this time, and the second motor 53 rotates at this time, And then drive the 4th movable block 57 to decline by the second rotary shaft 56, and then gravity block 62 is driven to lower into working chamber 26 simultaneously By the plastic product compacting in working chamber 26, gravity block 62 is returned to original state after terminating compacting work, drives at this time electronic Machine 94 is again started up, and then drives driving wheel 97 to rotate by shaft, and then machining box 24 is driven to be again rotated through 90 degree, this When the working chamber 26 with compacting plastic product rotate to front end, carry the in the working chamber 26 of compacting plastic product at this time Two sole pieces 27 are inserted in the second reaming slot 91, and the first motor 84 starts at this time, and then drive second by the first rotary shaft 88 Movable block 89 rises in the first loose slot 87, and then the second sole piece 27 is driven to rise, and then processing mold 29 is driven to work Rise to greatest extent in chamber 26, the downside end face of processing mold 29 is higher than the upside end face of first movement block 44 at this time, drives at this time Dynamic motor 94 is again started up, and then drives driving wheel 97 to rotate by shaft, and then machining box 24 is driven to be again rotated through nine Ten degree, first movement block 44 is slowly stretched out the 4th reaming by the squeezing action of jacking block 38 during machining box 24 rotates Slot 39 is outer and extends into working chamber 26, and the second sole piece 27 of front end gradually takes off in the rotation process of machining box 24 at this time From the second reaming slot 91 and after completely disengaging, processing mold 29 falls in working chamber 26 and by 44 screens of first movement block On first movement block 44, the second movable block 89 is returned to original state at this time, when with compacting plastic product and processing mold When 29 working chambers 26 risen are rotated to 83 downside of sucker, the 7th motor 76 starts, and then drives third rolling wheel by shaft 79 decontrol third pulls wire 82, and then sucker 83 is driven to drop in working chamber 26, at this time the extraction gas dress of 83 upper surface of sucker It sets 106 energizations to be evacuated, and the plastic product pressing entity of 29 upper surface of processing mold at this time is adsorbed, and then again by The action of 7th motor 76 and the 6th motor 72 drives the plastic product after compacting to be suitably positioned.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, plastic product compacting is carried out by the present apparatus When processing, third motor start-up, and then drive the 4th to connect block rotation by shaft, and then drive catching plate turns to the modeling of stacking Expect finished product top, at this time the 4th motor and the 5th motor rotate simultaneously in turn driven respectively by shaft the first rolling wheel and Second rolling wheel decontrols the first pulls wire and the second pulls wire, and in the process, the rotating speed of the 5th motor is less than the 4th motor Rotating speed, and then drive door to be flipped up the front end port for opening catching plate during the decline of catching plate, and by secondary envelope It closes and then by plastic product gripping in catching plate, at this time matching by the 4th motor, the 5th motor and third motor Cooperation drive be clamped with plastic product catching plate be moved to most rear side working chamber top, at this time the 5th motor start-up beat It opens the front end port of catching plate and then plastic product is put into the most working chamber of rear side, drive motor starts at this time, Jin Ertong It crosses shaft and drives driving wheel rotation, and then drive ring gear against rotation, and then machining box is driven to rotate 90 degree around the first newel, The working chamber for carrying plastic product at this time turns to the underface of gravity block, at this time since the setting of the leftmost side of jacking block is jagged, And then the first movement block in the clamping device of the leftmost side is not affected by squeezing action, the first movement block of the leftmost side is retracted at this time In 4th reaming slot, the second motor rotation at this time, and then drive the 4th movable block to decline by the second rotary shaft, and then drive Gravity block lowers into working chamber and is compacted the plastic product in working chamber, and gravity block is returned to just after terminating compacting work Beginning state, drive motor is again started up at this time, and then drives driving wheel rotation by shaft, and then drives machining box again 90 degree are turned over, the working chamber for carrying compacting plastic product at this time is rotated to front end, carries the work of compacting plastic product at this time Make the second sole piece in chamber to be inserted in the second reaming slot, at this time the first motor start-up, and then the is driven by the first rotary shaft Two movable blocks rise in the first loose slot, so drive the second sole piece rise, and then drive processing mold in working chamber most Limits rise, and the downside end face of processing mold is higher than the upside end face of first movement block at this time, and drive motor is again at this time Start, and then driving wheel rotation is driven by shaft, and then machining box is driven to be again rotated through 90 degree, is rotated in machining box During first movement block by jacking block squeezing action slowly stretch out the 4th reaming slot outside and extend into working chamber, at this time Second sole piece of front end progressively disengages the second reaming slot in the rotation process of machining box and in the post-processing completely disengaged Mold falls in working chamber and by the screens of first movement block on first movement block, and the second movable block is returned to initial shape at this time State, when the working chamber risen with compacting plastic product and processing mold is rotated on the downside of sucker, the 7th motor start-up, into And drive third rolling wheel to decontrol third pulls wire by shaft, and then sucker is driven to drop in working chamber, sucker is powered at this time Magnetism is generated, and the plastic product pressing entity of processing mold upper surface at this time is adsorbed, and then again by the 7th motor And the 6th the action of motor drive the plastic product after compacting to be suitably positioned, repeat above-mentioned action can by plastics at Product are constantly compacted and then improve processing quality, and feeding can be achieved at the same time when machining box often turns over 90 degree, are compacted, processing Mold rises, four actions of discharging, in the working efficiency and as received basis for replacing manpower to accelerate while suppressing plastic products Amount.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention Protection domain should be determined by the scope of protection defined in the claims.

Claims (6)

1. a kind of plastic processing device, including pedestal, being rotatably assorted is connected to machining box on the upside of the pedestal on end face, sets The tumbler being placed in the machining box is set on rear side of the machining box and is fixedly connected on the pedestal upside Feeding device on face is set on the left of the machining box and is fixedly connected on the compression dress on the upside of the pedestal on end face It sets, be set on front side of the machining box and be fixedly connected on the power plant on the upside of the pedestal on end face and be set to institute The withdrawing device on the upside of the pedestal on end face is stated on the right side of machining box and is fixedly connected on, the tumbler includes fixed connects It is connected to the machining box lower side Middle face position and is rotatably assorted the first newel connecting with end face on the upside of pedestal, it is described It is provided through the first central channel up and down in machining box, being rotatably assorted in first central channel is connected with lower end and is fixedly connected On the upside of the pedestal on end face and the second newel outside the port of first central channel upper end, the processing are extended in upper end It is provided with the second central channel being connected with first central channel in babinet, is all around symmetrical arranged in the machining box Have a working chamber that port is upward, the working chamber be provided on the side inner wall of second newel in described second The first reaming slot that heart slot is connected is fixedly installed the first fastening block, first fastening on the downside of the working chamber on inner wall The processing mold that can slide up and down is provided on the upside of block and in the working chamber, the processing mold downside connects on end face There are the second fastening block, second fastening block to be fixedly installed on a side end face of second central channel and extend through institute It states the first reaming slot and extends the second sole piece pierced into second central channel, the second sole piece upside is fixedly installed on end face There are the closing block in the first reaming slot, the working chamber to be provided in the side inner wall of second newel Clamping device, is fixedly installed the first movable block in the front end face of second newel, setting in first movable block There are the first loose slot that port is connected forward and with the first reaming slot of front side, the downside inner wall of first loose slot It is inside fixedly installed the first motor, first motor upper end be connected by power has the first rotary shaft, first rotary shaft Upper end be rotatably assorted by bearing in the upper inside walls for being connected to first loose slot, on rear side of first rotary shaft and position Be fixedly installed the first guide post between the upper and lower sides inner wall of first loose slot, in first loose slot setting can on Lower slider and the second activity for connecting with the first rotary shaft screw-thread fit, being slidably connected with first guide post Block, the front end face of second movable block are provided with the second reaming slot, when original state, after second sole piece of front side End, which extends, to be pierced into the second reaming slot, and the machining box is fixedly installed with teeth on all side end faces of downside end face Circle.

2. a kind of plastic processing device according to claim 1, it is characterised in that：The pressing device includes being set to institute First company's block on end face is stated on the left of machining box and is fixedly connected on the upside of the pedestal, described first connects the upside end face of block On be fixedly connected with third movable block, the second loose slot, the downside of second loose slot are provided in the third movable block The second motor is fixedly installed in inner wall, second motor upper end be connected by power has the second rotary shaft, second rotation The upper end of shaft is rotatably assorted by bearing in the upper inside walls for being connected to second loose slot, on the left of second rotary shaft And it is fixedly installed the second guide post between the upper and lower sides inner wall of second loose slot, being provided in the loose slot can It slides up and down and is connect with the second rotary shaft screw-thread fit, be slidably connected with second guide post and right end extends Go out the 4th movable block outside the second loose slot right end port, the right end of the 4th movable block downside end face is fixedly connected with First pedestal, second newel upper end is fixedly connected with to be rotatably assorted the third connecting with end face on the upside of the machining box Fastening block is fixedly connected with second company's block in the third fastening block right end face, and described second connects in block up and down through setting There are through-hole, first pedestal lower end to extend through the through-hole and be fixedly connected with gravity block.

3. a kind of plastic processing device according to claim 1, it is characterised in that：The feeding device includes being set to institute It states on rear side of machining box and is fixedly connected on the third on the upside of the pedestal on end face and connect block, the third connects on the upside of block in end face It is fixedly installed third motor, the third, which connects block and is rotatably assorted, is connected with the 4th company's block, and the described 4th connects end face on the downside of block Shaft is connected between third motor upper end, power is connected in the shaft of third motor upper end Connect with the third and be provided with the second sealing ring on the upside of block between end face, the downward third of port is provided in the 4th company block Reaming slot is fixedly connected with the 4th fastening block, the lower side of the 4th fastening block in the upper inside walls of the third reaming slot Lead block is fixedly connected with by connecting rod on face, the 4th motor is fixedly installed in the rear side inner wall of third reaming slot, it is described 4th motor front end and the first rolling wheel is provided in the third reaming slot, the rear end of first rolling wheel passes through shaft Power is connected on the 4th motor, the shaft that power is connected in the 4th motor front end and described the It is provided with third sealing ring between inner wall on rear side of three reaming slots, the front end of first rolling wheel is rotatably assorted by shaft to be connected to In the back end surface of 4th fastening block, it is arranged with the first pulls wire on first rolling wheel, before the third reaming slot It is fixedly installed the 5th motor in the inner wall of side, the rear side of the 5th motor and is provided in the third reaming slot The front end of second rolling wheel, second rolling wheel is connected by shaft power in the rear end of the 5th motor, and power connects It is connected between the shaft of the 5th motor rear end and the third reaming slot front inner wall and is provided with the 4th sealing ring, it is described The rear end of second rolling wheel is rotatably assorted by shaft in the front end face for being connected to the 4th fastening block, on second rolling wheel It is arranged with the second pulls wire, is provided with catching plate on the downside of the third reaming slot, the lower end winding of first pulls wire is excessively described The upper end of the catching plate is fixedly connected on after lead block, catching plate front end passage port is provided with door, the door rear side end The upper end in face is rotatably assorted with the upper end of the catching plate front end face and connect, and gear is fixedly installed in the front end face of the door Lid fastening block, the lower end of second pulls wire are fixedly connected on after extending through the lead block on the door fastening block.

4. a kind of plastic processing device according to claim 1, it is characterised in that：The withdrawing device includes being set to institute The 5th company's block on end face is stated on the right side of machining box and is fixedly connected on the upside of the pedestal, the described 5th connects the upside end face of block It is inside fixedly installed the 6th motor, is rotatably assorted on the upside end face of the 5th company block and is connected with the 6th company's block, described the Six company's blocks are connected by the shaft power being fixedly connected on the end face of downside on the 6th motor, be connected by power in It is provided with the 5th sealing ring between end face on the upside of the shaft of the 6th motor upper end and the 5th company block, the described 6th connects It is provided with rolling wheel slot in block, port is provided in the inner wall of the rolling wheel slot downside, fixes and sets in the right side inner wall of the rolling wheel slot It is equipped with the 7th motor, the left side of the 7th motor and is provided with third rolling wheel, the third in the rolling wheel slot The right end of rolling wheel is by shaft be connected by power on the 7th motor, and be connected by power is in the shaft on the 7th motor Be provided with the 6th sealing ring between the rolling wheel slot, the left end of the third rolling wheel be rotatably assorted by shaft be connected to it is described In the inner left wall of rolling wheel slot, third pulls wire is arranged on the third rolling wheel, the lower end of the third pulls wire is extended Port lower end port is outer and is fixedly connected with sucker, and the sucker upper end is fixedly installed extraction device of air.

5. a kind of plastic processing device according to claim 1, it is characterised in that：It is provided on front side of the machining box solid Surely it is connected to the drive motor fastening block on end face on the upside of the pedestal, port is provided in the drive motor fastening block Drive cavity backward, is fixedly installed drive motor in the upper inside walls of the drive cavity, the drive motor lower end and The driving wheel for engaging and being connected with the gear ring is provided in the drive cavity, the driving wheel is by being set to axle center The shaft power at place is connected in the lower end of the drive motor, and be connected by power is in the shaft of the drive motor lower end The 7th sealing ring is provided between the upper inside walls of the drive cavity.

6. a kind of plastic processing device according to claim 1, it is characterised in that：It is provided through up and down on the pedestal Bolt guide hole, the present apparatus can be fixed on by told bolt guide hole on ground.