CN110271167A

CN110271167A - A kind of sub-bottling Preparation equipment

Info

Publication number: CN110271167A
Application number: CN201910332518.8A
Authority: CN
Inventors: 帅小平
Original assignee: Tianjin Qihao Commodity Co Ltd
Current assignee: Tianjin Qihao Commodity Co Ltd
Priority date: 2019-04-24
Filing date: 2019-04-24
Publication date: 2019-09-24
Also published as: JP2020179653A; JP6718080B1

Abstract

The invention discloses a kind of sub-bottling Preparation equipments, including device box, start cylinder, cylinder drives slide-bar and discharging slide-bar to move downward, material is sent in shaping dies by feed controller starting, stop feed controller after the completion of feeding, control cylinder pushes slide-bar to move downward again, gas source starts the material into shaping dies and blows, shape material, by discharging, builder is concentrated to discharging and air blowing in the same process, device is not needed in the conveying for carrying out long range, sub-bottling made of blowing is set to have better processing effect, mechanism is cut off by surplus, remnants material head existing for bottleneck after shaping can be cut away, keep bottleneck more smooth.

Description

A kind of sub-bottling Preparation equipment

Technical field

The present invention relates to daily necessities to manufacture field, specially a kind of sub-bottling Preparation equipment.

Background technique

The articles for daily use that sub-bottling is gone on a journey as a kind of people have great significance to the improvement of people's life, dispense Bottle is opposite relatively small with volume for other Bottle & Cans, and the difficulty of processing of sub-bottling is comparatively slightly more difficult, at present Used process equipment is very huge in volume, and very waste uses resource, the work of device blanking and air blowing at work Skill is separated, and the effect that internal material temperature degree can be made to reduce blowing is poor, it is not easy to is uniformly controlled using automation, therefore be needed one Kind sub-bottling producing efficiency is higher, and volume is smaller, the equipment that process concentrates automation control easy to accomplish.

Summary of the invention

The purpose of the present invention is to provide a kind of sub-bottling Preparation equipments, for overcoming drawbacks described above in the prior art.

A kind of sub-bottling Preparation equipment of embodiment according to the present invention, including device box are set in described device cabinet There are motor driven chamber and discharging working chamber, the motor driven is intracavitary to be equipped with pattern drawing mechanism, and the pattern drawing mechanism includes that sliding is matched Close the clamping being mounted between the discharging working chamber and the motor driven chamber, be equipped on the right side of the discharging working chamber discharge at Shape mechanism, the discharging builder includes discharging slide-bar and control discharges how many feed controller, in the discharging slide-bar It is slidably installed and carries out the slide-bar of blow molding, ventilation pipe is equipped in the slide-bar, is equipped on rear side of the motor driven chamber Surplus cuts off mechanism, and the surplus excision mechanism includes the cutter being arranged in the discharging working chamber, the discharging working chamber Rear side is equipped with gear transmission cavity, and the gear drive is intracavitary to be equipped with the second gear for driving cutter movement.

Further technical solution, the forming and pattern drawing mechanism include being fixedly mounted in the wall of the motor driven bottom of chamber Motor, the motor driven chamber is arranged in described device cabinet, and the discharging working chamber setting is in the motor driven chamber Upside, motor upside output shaft end face are fixedly connected with motor shaft, first pulley, the electricity are fixedly mounted on the motor shaft Installation threaded block is threadedly engaged on arbor, bilateral symmetry is hingedly coupled promotion connecting rod on the threaded block, and the clamping is left The right side is symmetrically slidably installed between the motor driven chamber and the discharging working chamber, the clamping and the promotion connecting rod It is hingedly coupled, shaping dies is symmetrically fixedly mounted on one side end face of clamping, is equipped with and leads in the shaping dies Bar slot, be slidably installed in the stem guiding trough guide rod, has been equipped with matrix in the shaping dies.

Further technical solution, the discharging builder include being fixedly mounted on the end face of described device top of the box Storage bin, the feed controller is fixedly mounted on the right side of the discharging working chamber, the storage bin and charging control It is equipped with the feed inlet of connection between device feed inlet, heat insulating block is equipped on the outside of the feed inlet, is equipped on the upside of the discharging working chamber, The discharging slide-bar is slidably installed between the discharging working chamber, and tracheae sliding slot, institute are equipped in the discharging slide-bar The conveying pipeline for being equipped with and being connected between tracheae sliding slot and the discharge port of the feed controller is stated, the tracheae sliding slot top end surface is set There is spring groove, cylinder is fixedly mounted in the roof, the slide-bar is fixedly mounted on the cylinder lower piston push rod, described Slide-bar is slidably installed with the tracheae sliding slot, and the ventilation pipe is arranged in the slide-bar, described tracheae sliding slot or so Bilateral symmetry is equipped with the sliding block sliding slot for being equipped with and being connected between the tracheae sliding slot in inner wall, is slidably matched in the sliding block sliding slot Installation sealing sliding block, is fixedly mounted sliding block spring between one side end face of sealing sliding block and sliding block sliding slot side inner wall, Pipeline block is fixedly mounted on the slide-bar, is fixedly mounted between the pipeline block bottom end face and the spring groove bottom wall and pushes bullet Gas source is fixedly mounted in spring, described device top of the box end face, and the front side delivery outlet is fixedly connected with escape pipe, the escape pipe with The gas pipeline of connection is equipped between the ventilation pipe.

Further technical solution, surplus excision mechanism includes being arranged on rear side of the motor driven chamber and the electricity The excision drive cavity that machine driving chamber is connected, the gear transmission cavity are arranged on rear side of the discharging working chamber, and the excision passes It is equipped with screw thread sliding slot on the upside of dynamic chamber, the screw thread sliding slot is connected with the gear transmission cavity front inner wall, the screw thread sliding slot Inside be slidably installed thread bush, and the thread bush is equipped with one section of rack gear, rotates between inner wall above and below the excision drive cavity It is coupled the thread spindle through the screw thread sliding slot bottom wall, the thread spindle and the thread bush are threadedly engaged installation, described The second belt wheel is fixedly mounted on thread spindle, transmission is coupled driving belt between second belt wheel and the first pulley, It is rotatably assorted between the gear transmission cavity or so inner wall and gear shaft is installed, first gear, institute are fixedly mounted on the gear shaft First gear is stated to engage with the rack gear on the thread bush, the second gear is fixedly mounted on the gear shaft, it is described go out To expect symmetrically to be equipped with cutter sliding slot on working chamber or so inner wall, the cutter is slidably installed in the cutter sliding slot, Be slidably installed knife rest slide-bar between the discharging working chamber and the gear transmission cavity, the knife rest slide-bar and the cutter Secure fit installation, the knife rest slide-bar are engaged with the second gear.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, make to discharge and blow by the builder that discharges Gas is concentrated in the same process, device do not need carry out long range conveying, reduce the loss of resource, make blowing and At sub-bottling have better processing effect, mechanism is cut off by surplus, heels existing for bottleneck after forming can be cut away Head keeps bottleneck more smooth, is worthy to be popularized.

Detailed description of the invention

Fig. 1 is overall structure diagram of the invention；

Fig. 2 is the direction A-A schematic cross-sectional view in Fig. 1.

Specific embodiment

Below with reference to Fig. 1-2, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.

Referring to Fig.1-2, a kind of sub-bottling Preparation equipment of embodiment according to the present invention, including device box 10, it is described It is equipped with motor driven chamber 42 and discharging working chamber 23 in device box 10, is equipped with pattern drawing mechanism 800 in the motor driven chamber 42, The pattern drawing mechanism 800 includes the clamping being slidably installed between the discharging working chamber 23 and the motor driven chamber 42 16, discharging builder 801 is equipped on the right side of the discharging working chamber 23, the discharging builder 801 includes the slide-bar 22 that discharges It discharges how many feed controller 40 with control, is slidably installed in the discharging slide-bar 22 and carries out the slide-bar of blow molding 32, the slide-bar 32 is interior to be equipped with ventilation pipe 36, and surplus is equipped on rear side of the motor driven chamber 42 and cuts off mechanism 802, described remaining Amount excision mechanism 802 includes the cutter 21 being arranged in the discharging working chamber 23, is equipped with tooth on rear side of the discharging working chamber 23 Drive cavity 47 is taken turns, is equipped with the second gear 49 for driving cutter 21 to move in the gear transmission cavity 47.

Valuably or illustratively, the forming and pattern drawing mechanism 800 include being fixedly mounted on the motor driven chamber 42 Motor 11 in bottom wall, the motor driven chamber 42 are arranged in described device cabinet 10, and the setting of discharging working chamber 23 exists 42 upside of the motor driven chamber, the 11 upside output shaft end face of motor are fixedly connected with motor shaft 12, on the motor shaft 12 First pulley 13 is fixedly mounted, installation threaded block 14, bilateral symmetry on the threaded block 14 are threadedly engaged on the motor shaft 12 It is hingedly coupled and pushes connecting rod 15,16 bilateral symmetry of clamping is slidably installed in the motor driven chamber 42 and described It discharges between working chamber 23, the clamping 16 is hingedly coupled with the promotion connecting rod 15, on 16 1 side end face of clamping Shaping dies 17 is fixedly mounted in bilateral symmetry, stem guiding trough 18 is equipped in the shaping dies 17, sliding is matched in the stem guiding trough 18 Installation guide rod 19 is closed, has been equipped with matrix 20 in the shaping dies 17, to start motor 11, motor 11 is driven on threaded block 14 Lower movement, threaded block 14, which moves up and down, drives clamping 16 to be clamped and molding movement.

Valuably or illustratively, the discharging builder 801 includes being fixedly mounted on 10 top of described device cabinet Storage bin 37 on end face, the feed controller 40 are fixedly mounted on 23 right side of discharging working chamber, the storage bin 37 It is equipped with the feed inlet 38 being connected between 40 feed inlet of feed controller, is equipped with heat insulating block 39 on the outside of the feed inlet 38, On the upside of the discharging working chamber 23 be equipped with 57, the discharging slide-bar 22 be slidably installed 57 and the discharging working chamber 23 it Between, be equipped with tracheae sliding slot 24 in the discharging slide-bar 22, the discharge port of the tracheae sliding slot 24 and the feed controller 40 it Between be equipped with the conveying pipeline 41 of connection, 24 top end surface of tracheae sliding slot is equipped with spring groove 28, is fixedly mounted in 57 roof Cylinder 35, the slide-bar 32 are fixedly mounted on the 35 lower piston push rod of cylinder, the slide-bar 32 and the tracheae sliding slot 24 are slidably installed, and the ventilation pipe 36 is arranged in the slide-bar 32, left and right in 24 or so the inner wall of tracheae sliding slot It is symmetrically arranged with the sliding block sliding slot 25 for being equipped with and being connected between the tracheae sliding slot 24, is slidably installed in the sliding block sliding slot 25 Sliding block 27 is sealed, sliding block spring is fixedly mounted between 25 side inner wall of 27 1 side end face of sealing sliding block and the sliding block sliding slot 26, it is fixedly mounted pipeline block 30 on the slide-bar 32, it is solid between 28 bottom wall of 30 bottom end face of pipeline block and the spring groove Dingan County fills push the spring 29, and gas source 33 is fixedly mounted in 10 top end surface of described device cabinet, and the front side delivery outlet is fixedly connected Escape pipe 34 is equipped with the gas pipeline 31 being connected between the escape pipe 34 and the ventilation pipe 36, thus start cylinder 35, Cylinder 35 drives slide-bar 32 and discharging slide-bar 22 to move downward, and is aligned slide-bar 32 with clamping 16, and the starting of feed controller 40 will Material is sent in shaping dies 17, stops feed controller 40 after the completion of feeding, is controlled cylinder 35 again and is pushed slide-bar 32 downward Movement, slide-bar 32 are inserted into shaping dies 17, start gas source 33, and the material that gas source 33 starts into shaping dies 17 is blown Gas shapes material.

Valuably or illustratively, surplus excision mechanism 802 include setting 42 rear side of motor driven chamber with The excision drive cavity 55 that the motor driven chamber 42 is connected, the gear transmission cavity 47 are arranged after the discharging working chamber 23 Side, is equipped with screw thread sliding slot 45 on the upside of the excision drive cavity 55, the screw thread sliding slot 45 in 47 front side of gear transmission cavity Wall is connected, and be slidably installed thread bush 46 in the screw thread sliding slot 45, and the thread bush 46 is equipped with one section of rack gear, described The installation that is rotatably assorted between excision about 55 inner wall of drive cavity runs through the thread spindle 52 of 45 bottom wall of screw thread sliding slot, the screw thread Axis 52 and the thread bush 46 are threadedly engaged installation, and the second belt wheel 53, second belt wheel are fixedly mounted on the thread spindle 52 Transmission is coupled driving belt 54 between 53 and the first pulley 13, rotates between 47 or so the inner wall of gear transmission cavity It is coupled gear shaft 50, first gear 48, the first gear 48 and the thread bush are fixedly mounted on the gear shaft 50 Rack gear engagement on 46, the second gear 49 is fixedly mounted on the gear shaft 50, in the discharging working chamber 23 or so Cutter sliding slot 44 is symmetrically equipped on wall, the cutter 21 is slidably installed in the cutter sliding slot 44, the discharging Be slidably installed knife rest slide-bar 51 between working chamber 23 and the gear transmission cavity 47, the knife rest slide-bar 51 and the cutter The installation of 21 secure fits, the knife rest slide-bar 51 are engaged with the second gear 49, so that the rotation of first pulley 13 drives second Belt wheel 53 rotates, and the rotation of the second belt wheel 53 drives the rotation of thread spindle 52 that thread bush 46 is pushed to move up and down, and about 46 thread bush is transported Dynamic that first gear 48 and second gear 49 is driven to rotate, the rotation band movable knife rack slide-bar 51 of second gear 49 horizontally slips, and knife rest is sliding Axis 51, which horizontally slips, drives cutter 21 to cut away surplus.

When use: starting motor 11, motor 11 drive threaded block 14 to move up and down, and threaded block 14, which moves up and down, to be driven Clamping 16 is clamped movement, and clamping 16 drives to clamp starts cylinder 35 later, and cylinder 35 drives slide-bar 32 and discharging slide-bar 22 It moves downward, is aligned slide-bar 32 with clamping 16, material is sent in shaping dies 17 by the starting of feed controller 40, and feeding is completed Stopping feed controller 40 afterwards, controls cylinder 35 again and slide-bar 32 is pushed to move downward, slide-bar 32 is inserted into shaping dies 17, Start gas source 33, the material that gas source 33 starts into shaping dies 17 blows, shape material, the reversion of motor 11 make clamping 16 into Row molding movement, the rotation of first pulley 13 drive the rotation of the second belt wheel 53, and the rotation of the second belt wheel 53 drives the rotation of thread spindle 52 to push away Dynamic thread bush 46 moves up and down, and thread bush 46, which moves up and down, drives first gear 48 and second gear 49 to rotate, second gear 49 Rotation band movable knife rack slide-bar 51 horizontally slips, and knife rest slide-bar 51, which horizontally slips, drives cutter 21 to cut away surplus.

Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention It is subject to claims appended hereto.

Claims

1. a kind of sub-bottling Preparation equipment, including device box, it is characterised in that: be equipped with motor driven chamber in described device cabinet With discharging working chamber, the motor driven is intracavitary to be equipped with pattern drawing mechanism, and the pattern drawing mechanism includes being slidably installed described The clamping to discharge between working chamber and the motor driven chamber, the discharging working chamber right side is equipped with discharging builder, described Discharging builder includes the slide-bar feed controller how many with control discharging that discharge, and is slidably installed in the discharging slide-bar The slide-bar of blow molding is carried out, ventilation pipe is equipped in the slide-bar, surplus is equipped on rear side of the motor driven chamber and cuts off mechanism, The surplus excision mechanism includes the cutter being arranged in the discharging working chamber, is equipped with gear on rear side of the discharging working chamber and passes Dynamic chamber, the gear drive is intracavitary to be equipped with the second gear for driving cutter movement.

2. a kind of sub-bottling Preparation equipment according to claim 1, it is characterised in that: the forming and pattern drawing mechanism include The motor being fixedly mounted in the wall of the motor driven bottom of chamber, the motor driven chamber is arranged in described device cabinet, described The working chamber that discharges is arranged on the upside of the motor driven chamber, and output shaft end face is fixedly connected with motor shaft on the upside of the motor, described First pulley is fixedly mounted on motor shaft, installation threaded block, bilateral symmetry on the threaded block are threadedly engaged on the motor shaft It is hingedly coupled promotion connecting rod, the clamping bilateral symmetry is slidably installed in the motor driven chamber and the discharging work Make between chamber, the clamping is hingedly coupled with the promotion connecting rod, symmetrically fixed on one side end face of clamping to pacify Shaping dies is filled, is equipped with stem guiding trough in the shaping dies,, be slidably installed guide rod in the stem guiding trough, the finishing die It has been equipped with matrix in tool, has started the motor, the motor drives the threaded block to move up and down, and the threaded block moves up and down It drives the clamping to be clamped to act with molding.

3. a kind of sub-bottling Preparation equipment according to claim 1, it is characterised in that: the discharging builder includes solid Storage bin of the Dingan County on the end face of described device top of the box, the feed controller are fixedly mounted on the discharging working chamber Right side is equipped with the feed inlet being connected to, is equipped on the outside of the feed inlet between the storage bin and the feed controller feed inlet Heat insulating block, the discharging working chamber upside are equipped with, and the discharging slide-bar is slidably installed between the discharging working chamber, It is equipped with tracheae sliding slot in the discharging slide-bar, is equipped between the tracheae sliding slot and the discharge port of the feed controller and to be connected to Conveying pipeline, the tracheae sliding slot top end surface are equipped with spring groove, cylinder are fixedly mounted in the roof, and the slide-bar is fixedly mounted On the cylinder lower piston push rod, the slide-bar is slidably installed with the tracheae sliding slot, the ventilation pipe setting In the slide-bar, bilateral symmetry is equipped with the cunning for being equipped with and being connected between the tracheae sliding slot in described tracheae sliding slot or so inner wall Block sliding slot is slidably installed in the sliding block sliding slot and seals sliding block, one side end face of sealing sliding block and the sliding block sliding slot Sliding block spring is fixedly mounted between the inner wall of side, pipeline block, the pipeline block bottom end face and institute are fixedly mounted on the slide-bar It states and push the spring is fixedly mounted between spring groove bottom wall, gas source is fixedly mounted in described device top of the box end face, and the front side is defeated Outlet is fixedly connected with escape pipe, and the gas pipeline being connected to is equipped between the escape pipe and the ventilation pipe, starts the gas Cylinder, the cylinder drive the slide-bar and the discharging slide-bar to move downward, and material is sent to by the feed controller starting In shape mold, stop the feed controller after the completion of feeding, then cylinder described in secondary control pushes slide-bar to move downward, and starts institute Gas source is stated, the material that the gas source starts into the shaping dies is blown, and material is shaped.

4. a kind of sub-bottling Preparation equipment according to claim 1, it is characterised in that: surplus excision mechanism includes setting The excision drive cavity being connected on rear side of the motor driven chamber with the motor driven chamber is set, the gear transmission cavity setting exists On rear side of the discharging working chamber, screw thread sliding slot, the screw thread sliding slot and the gear drive are equipped on the upside of the excision drive cavity Chamber front inner wall is connected, and be slidably installed thread bush in the screw thread sliding slot, and the thread bush is equipped with one section of rack gear, institute State the installation that is rotatably assorted between inner wall up and down of excision drive cavity and run through the thread spindle of the screw thread sliding slot bottom wall, the thread spindle with The thread bush is threadedly engaged installation, and the second belt wheel, second belt wheel and the first band are fixedly mounted on the thread spindle Transmission is coupled driving belt between wheel, is rotatably assorted between described gear transmission cavity or so inner wall and installs gear shaft, described First gear is fixedly mounted on gear shaft, the first gear is engaged with the rack gear on the thread bush, and the second gear is solid Dingan County is symmetrically equipped with cutter sliding slot on the gear shaft on described discharging working chamber or so inner wall, the cutter is sliding Dynamic to be fitted in the cutter sliding slot, be slidably installed knife rest between the discharging working chamber and the gear transmission cavity Slide-bar, the knife rest slide-bar and the cutter secure fit are installed, and the knife rest slide-bar is engaged with the second gear, and described the The rotation of one belt wheel drives the thread bush to move up and down, and the thread bush, which moves up and down, drives the knife rest slide-bar to horizontally slip, The knife rest slide-bar, which horizontally slips, drives the cutter to cut away surplus.