CN206288645U - Bottled material shunting arm apparatus - Google Patents

Bottled material shunting arm apparatus Download PDF

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Publication number
CN206288645U
CN206288645U CN201621032051.3U CN201621032051U CN206288645U CN 206288645 U CN206288645 U CN 206288645U CN 201621032051 U CN201621032051 U CN 201621032051U CN 206288645 U CN206288645 U CN 206288645U
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CN
China
Prior art keywords
shunting
support
tong
guide
bolt
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Active
Application number
CN201621032051.3U
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Chinese (zh)
Inventor
谭玉良
耿职
许金明
夏鹏华
张奎
郑雯雯
葛军
张辉
高猛
孙建国
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Bengbu Triumph Engineering and Technology Co Ltd
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Bengbu Triumph Engineering and Technology Co Ltd
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Priority to CN201621032051.3U priority Critical patent/CN206288645U/en
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Abstract

The utility model discloses a kind of shunting arm apparatus of bottled material, including shunting support, shunting install support, tong control device, shunting guide plate, shunting rotation support, guiding crossbeam, shunting control device;The rotation support of shunting support and the shunting is fixed as one composition main stand;Support is installed in shunting to be included support post, shank of bolt, is oriented to crossbeam slideway, support beam, the side of the support post, top surface offer screwed hole respectively, the shank of bolt is connected through a screw thread with the support post, waist-shaped hole is offered in the support beam, the support post is bolted with the support beam, and can adjust the distance between symmetrically braced column;Material is clamped and the driving of release action is realized by Telescopic-cylinder in tong control device, instead of some expensive electrical equipments, production cost is reduced, is that executing agency is oriented to crossbeam around the rotation of rotary shaft by the transform linear motion of sliding block, simplify mechanical structure.

Description

Bottled material shunting arm apparatus
Technical field
The utility model belongs to bottled material technical field of automatic control, and in particular to bottled material shunting arm dress Put.
Background technology
With the development of science and technology, automatic technology gradually extend to various industrial circles, particularly in light industry, doctor In the production line of the industries such as medicine, food and electronics, in order to realize sorting, the shunting conveying function of such as bottled material, typically adopt The conveying of material is met with single line automatic transport or multi-thread artificial conveyance.But single line automatic transport is because productive temp is by most Operation control long, therefore seriously limit production capacity.And although multi-thread artificial conveyance disclosure satisfy that production material not of the same race simultaneously, but It is that cost of labor is very big due to using artificial conveyance, causing labor strength overweight.In order to mitigate human labour intensity, carry High workload efficiency, now designs a kind of shunting arm apparatus of simple and effective bottled material, for improve production efficiency, reduces labor Dynamic cost, raising production technology level.
Utility model content
The utility model provides a kind of bottled material shunting arm apparatus, and material is clamped and unclamps dynamic in tong control device The driving of work is realized by Telescopic-cylinder, instead of some expensive electrical equipments, production cost is reduced, by sliding block Transform linear motion is that executing agency is oriented to rotation of the crossbeam around rotary shaft.
The technical solution of the utility model is as follows:
A kind of shunting arm apparatus of bottled material, including shunting support 1, shunting installation support 2, tong control device 3, Shunting guide plate 4, shunting rotation support 5, guiding crossbeam 6, shunting control device 7;
The shunting support 1 and shunting rotation support 5 is fixed as one composition main stand;
Support 2 is installed in the shunting to be included support post 8, shank of bolt 9, is oriented to crossbeam slideway 10, support beam 11, described The side of support post 8, top surface offer screwed hole respectively, and the shank of bolt 9 is connected through a screw thread with the support post 8, Waist-shaped hole is offered in the support beam 11, the support post 8 is bolted with the support beam 11, and can adjusted The distance between section symmetrically braced column 8;
The tong control device 3 includes that tong installs support 12, cylinder rotating shaft 13, cylinder 14, tong cylinder rotating shaft 15th, tong rotating shaft 16, tong 17;Two tongs are installed with cylinder rotating shaft 13 and tong rotating shaft between installing support 12 16, the rear end of the cylinder 14 is installed in the cylinder rotating shaft 13, and can guarantee that rotational cylinder, and the middle part of the tong 17 is installed on In the tong rotating shaft 16, and can guarantee that tong is rotated, the tong cylinder is passed through between the cylinder 14 and the tong 17 Rotating shaft 15 is connected, and can guarantee that relative rotation between cylinder 14 and tong 17, is clamped using the extension and contraction control tong 17 of cylinder 14 With open;
The shunting rotation support 5 includes shunting column 18, turns to crossbeam 19, rotary support 20, swivel bearing 21, rotation Rotating shaft 22;The shunting column 18 is bolted with the steering crossbeam 19, and the rotary shaft 22 is fixed on the steering On crossbeam 19, the rotary support 20 is connected by swivel bearing 21 with the rotary shaft 22, and rotary support 20 can be in rotary shaft Freely rotated on 22;
The shunting control device 7 includes that shunting bearing assembly 23, guide shaft support 24, guide plate 25, guiding crossbeam are consolidated Reservation 26, tensioning bolt 27, tensioning block 28, servomotor installing plate 29, guide rails assembling plate 30, guide rail 31, sliding block 32, sliding block peace Dress plate 33, servomotor 34, reductor 35, belt wheel cover plate 36, the axis of guide 37, driving pulley 38, belt 39, belt fixed plate 40th, driven pulley 41;The servomotor installing plate 29, guide rails assembling plate 30 are solid with the shunting support 1 by bolt respectively Even, successively as the supporting mechanism of shunting control device 7, the guide rail 31 is fixed on the shunting guide rails assembling plate by bolt 30 bottom surfaces, the sliding block 32 coordinates with guide rail 31 to be installed, and the sliding block 32 is installed on the sliding block installing plate 33 by bolt Surface, the shunting bearing assembly 23 is installed on the lower surface of sliding block installing plate 33, and the guide shaft support 24 is installed on institute State the bottom surface of guide plate 25, the two ends of the axis of guide 37 are arranged in the guide shaft support 24, the axis of guide 37 is installed on point In the linear bearing of road bearing assembly 23, the linear motion of sliding block 32 is converted into and is held by shunting bearing assembly 23, the axis of guide 37 Row device guide plate 25 makees axial linear movement around the rotation of shunting bearing assembly 23 and along the axis of guide 37;The guiding crossbeam is consolidated Reservation 26 is installed on the upper bottom surface of the guide plate 25, and the tensioning block 28 is installed on the servomotor installing plate 29, described Tensioning bolt 27 is connected through a screw thread with the tensioning block 28, is used to adjust the elasticity of shunting belt 39, the servomotor 34 are installed on reductor 35, and the reductor 35 is installed on servomotor installing plate 29, and the driving pulley 38 is installed on On the axle of the reductor 35, the driven pulley 41 is installed in the tensioning block 28 by rolling bearing, the belt 39 It is installed on driving pulley 38 and driven pulley 41, servomotor 34 drives driving pulley 38 to rotate, so as to drive belt 39 to transport Dynamic, be connected for the sliding block installing plate 33 and belt 39 by bolt by the belt fixed plate 40, and the belt wheel cover plate 36 passes through Bolt is installed on the servomotor installing plate 29.
The rear end of crossbeam 6 that is oriented to is installed in the rotary shaft 22 of the shunting rotation support 5, and front end is installed on described point In the guiding crossbeam fixed seat 26 of road control device 7, the shunting install support 2 by be oriented to crossbeam slideway 10 be installed on it is described It is oriented on crossbeam 6, the shunting guide plate 4 is installed on the shunting and installs in support 2 by shank of bolt 9, and can pass through bolt The adjustment of bar 9 is symmetrically arranged in distance between shunting guide plate 4, and the tong control device 3 is installed support 12 and installed by tong In on the shunting guide plate 4, and adjust the correct position of tong control device 3.
Utility model works principle is that the driving of material clamping and release action in tong control device 3 is by cylinder It is flexible to realize, instead of some expensive electrical equipments, such as servomotor, reduce production cost.In addition in structure design On, it is that executing agency is oriented to rotation of the crossbeam 6 around rotary shaft 22 by the transform linear motion of sliding block 32.
The utility model has following technical characterstic:
1st, the device can rapidly realize the multiple rows of shunting of material and repetitive positioning accuracy by servo-drive and motion It is high;
2nd, material is clamped and the driving of release action is realized by Telescopic-cylinder in the utility model tong control device 3 , instead of some expensive electrical equipments.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model;
The structural representation of support is installed in shunting in Tu2Shi the utility model mechanism;
The structural representation of tong control device in Tu3Shi the utility model mechanism;
Shunting turns to the structural representation of support in Tu4Shi the utility model mechanism;
Control device left schematic side view in shunting in Tu5Shi the utility model mechanism;
Control device right schematic side view in shunting in Tu6Shi the utility model mechanism.
Specific embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings.
As illustrated, a kind of shunting arm apparatus of bottled material, including shunting support 1, shunting installs support 2, tong Control device 3, shunting guide plate 4, shunting rotation support 5, guiding crossbeam 6, shunting control device 7;
Shunting support 1 and shunting rotation support 5 is fixed as one composition main stand;Support 2 is installed in shunting includes branch Support column 8, shank of bolt 9, guiding crossbeam slideway 10, support beam 11, the side of the support post 8, top surface are offered respectively Screwed hole, the shank of bolt 9 is connected through a screw thread with the support post 8, and waist-shaped hole, institute are offered in the support beam 11 State support post 8 to be bolted with the support beam 11, and the distance between symmetrically braced column 8 can be adjusted;Tong Control device 3 includes that tong installs support 12, cylinder rotating shaft 13, cylinder 14, tong cylinder rotating shaft 15, tong rotating shaft 16, tong 17;Two tongs are installed with cylinder rotating shaft 13 and tong rotating shaft 16, the rear end of the cylinder 14 between installing support 12 It is installed in the cylinder rotating shaft 13, and can guarantee that rotational cylinder, the middle part of the tong 17 is installed in the tong rotating shaft 16, And can guarantee that tong is rotated, connected by tong cylinder rotating shaft 15 between the cylinder 14 and the tong 17, and can protect Relatively rotated between card cylinder 14 and tong 17, clamp and open using the extension and contraction control tong 17 of cylinder 14;Shunting rotation branch Support 5 includes shunting column 18, turns to crossbeam 19, rotary support 20, swivel bearing 21, rotary shaft 22;The shunting column 18 It is bolted with the steering crossbeam 19, the rotary shaft 22 is fixed on the steering crossbeam 19, the rotary support 20 are connected by swivel bearing 21 with the rotary shaft 22, and rotary support 20 can freely be rotated in rotary shaft 22;Shunting controls Device 7 include shunting bearing assembly 23, guide shaft support 24, guide plate 25, be oriented to crossbeam fixed seat 26, tensioning bolt 27, Tight block 28, servomotor installing plate 29, guide rails assembling plate 30, guide rail 31, sliding block 32, sliding block installing plate 33, servomotor 34, subtract Fast machine 35, belt wheel cover plate 36, the axis of guide 37, driving pulley 38, belt 39, belt fixed plate 40, driven pulley 41;The servo Motor mounting plate 29, guide rails assembling plate 30 are connected by bolt with the shunting support 1 respectively, successively as shunting control device 7 supporting mechanism, the guide rail 31 is fixed on the bottom surface of shunting guide rails assembling plate 30, the sliding block 32 and guide rail by bolt 31 coordinate installation, and the sliding block 32 is installed on the upper surface of sliding block installing plate 33, the shunting bearing assembly 23 by bolt The lower surface of sliding block installing plate 33 is installed on, the guide shaft support 24 is installed on the bottom surface of the guide plate 25, the guiding The two ends of axle 37 are arranged in the guide shaft support 24, and the axis of guide 37 is installed on the linear bearing of shunting bearing assembly 23 Interior, the linear motion of sliding block 32 is converted into actuator guide plate 25 around shunting bearing by shunting bearing assembly 23, the axis of guide 37 The rotation of component 23 and make axial linear movement along the axis of guide 37;The guiding crossbeam fixed seat 26 is installed on the guide plate 25 upper bottom surfaces, the tensioning block 28 is installed on the servomotor installing plate 29, the tensioning bolt 27 and the tensioning block 28 are connected through a screw thread, and are used to adjust the elasticity of shunting belt 39, and the servomotor 34 is installed on reductor 35, described Reductor 35 is installed on servomotor installing plate 29, and the driving pulley 38 is installed on the axle of the reductor 35, described Driven pulley 41 is installed in the tensioning block 28 by rolling bearing, and the belt 39 is installed on driving pulley 38 and driven belt On wheel 41, servomotor 34 drives driving pulley 38 to rotate, so as to drive belt 39 to move, the belt fixed plate 40 passes through spiral shell Be connected for the sliding block installing plate 33 and belt 39 by bolt, and the belt wheel cover plate 36 is installed on the servomotor and installs by bolt On plate 29.
It is oriented to the rear end of crossbeam 6 to be installed in the rotary shaft 22 of the shunting rotation support 5, front end is installed on the shunting control In the guiding crossbeam fixed seat 26 of device processed 7, the shunting is installed support 2 and is installed on the guiding by being oriented to crossbeam slideway 10 On crossbeam 6, the shunting guide plate 4 is installed on the shunting and installs in support 2 by shank of bolt 9, and can be adjusted by shank of bolt 9 Whole to be symmetrically arranged in distance between shunting guide plate 4, the tong control device 3 is installed on described by tong installation support 12 On shunting guide plate 4, and adjust the correct position of tong control device 3.
The course of work of the present utility model is:Servomotor 34 drives belt 39 to rotate, and belt 39 is with the straight line of movable slider 32 Motion, the linear motion of sliding block 32 is converted into guide plate 25 by the rolling ball bearing and linear bearing on shunting bearing assembly 23 Rotation with rolling ball bearing as center of rotation and along the movement on linear bearing direction, can thus be converted into the band of guide plate 25 Rotation of the action-oriented crossbeam 6 with rotary shaft 22 as center of rotation, the rotation for being oriented to crossbeam 6 drives shunting guide plate 4 to rotate guiding When crossbeam 6 turns to certain angle, tong control device 3 tong 17 and clamps and open by the extension and contraction control of cylinder 14, successively Clamping and the release action of control material;The swing of the shunting arm apparatus and tong 17 are clamped and a series of actions reality such as open The multiple rows of shunting of material is showed.
Below schematically the utility model and embodiments thereof are described, the description does not have restricted, accompanying drawing Shown in be also one of implementation method of the present utility model, actual structure is not limited thereto.So, if this area Those of ordinary skill enlightened by it, do not departing from the case that the utility model creates objective, designed without creative The frame mode and embodiment similar to the technical scheme, all should belong to protection domain of the present utility model.

Claims (2)

1. a kind of shunting arm apparatus of bottled material, it is characterised in that install support, tong control including shunting support, shunting Device processed, shunting guide plate, shunting rotation are supported, are oriented to crossbeam, shunting control device;
The rotation support of the shunting support and the shunting is fixed as one composition main stand;
Support is installed in the shunting to be included support post, shank of bolt, is oriented to crossbeam slideway, support beam, the support post Side, top surface offer screwed hole respectively, and the shank of bolt is connected through a screw thread with the support post, in the support beam Waist-shaped hole is offered, the support post is bolted with the support beam, and can adjusted between symmetrically braced column Distance;
The tong control device includes that tong installs support, cylinder rotating shaft, cylinder, the rotating shaft of tong cylinder, tong rotating shaft, folder Hand;Two tongs are installed with cylinder rotating shaft and tong rotating shaft between installing support, and the cylinder rear end is installed on institute State in cylinder rotating shaft, and can guarantee that rotational cylinder, the tong middle part is installed in the tong rotating shaft, and can guarantee that tong turns It is dynamic, connected by the tong cylinder rotating shaft between the cylinder and the tong, and can guarantee that relative between cylinder and tong Rotate, clamp and open using the extension and contraction control tong of cylinder;
The shunting rotation support includes shunting column, turns to crossbeam, rotary support, swivel bearing, rotary shaft;The shunting Column is bolted with the steering crossbeam, and the rotary shaft is fixed on the steering crossbeam, and the rotary support leads to Cross swivel bearing to be connected with the rotary shaft, rotary support can be rotated freely on the rotary shaft;
The shunting control device includes shunting bearing assembly, guide shaft support, guide plate, guiding crossbeam fixed seat, tensioning spiral shell Bolt, tensioning block, servomotor installing plate, guide rails assembling plate, guide rail, sliding block, sliding block installing plate, servomotor, reductor, belt wheel Cover plate, the axis of guide, driving pulley, belt, belt fixed plate, driven pulley;The servomotor installing plate, guide rails assembling plate point Not Tong Guo bolt and the shunting support be connected, successively as the supporting mechanism of shunting control device, the guide rail passes through bolt The shunting guide rails assembling plate bottom surface is fixed on, the sliding block coordinates with guide rail to be installed, and the sliding block is installed on institute by bolt Sliding block installing plate upper surface is stated, the shunting bearing assembly is installed on the sliding block installing plate lower surface, the guide shaft support It is installed on the guide plate bottom surface, the axis of guide two ends are arranged in the guide shaft support, the axis of guide is installed on point In the linear bearing of road bearing assembly, the linear motion of sliding block is converted into actuator and is oriented to by shunting bearing assembly, the axis of guide Plate makees axial linear movement around the rotation of shunting bearing assembly and along the axis of guide;The guiding crossbeam fixed seat is installed on described Guide plate upper bottom surface, the tensioning block is installed on the servomotor installing plate, and the tensioning bolt is logical with the tensioning block Threaded connection is crossed, is used to adjust the elasticity of shunting belt, the servomotor is installed on reductor, the reductor is installed In on servomotor installing plate, the driving pulley is installed on the axle of the reductor, and the driven pulley passes through the axis of rolling Hold and be installed in the tensioning block, the belt is installed on driving pulley and driven pulley, servomotor drives driving pulley Rotate, so as to drive belt movement, with belt be connected the sliding block installing plate by bolt by the belt fixed plate, the band Wheel cover plate is installed on the servomotor installing plate by bolt.
2. shunting arm apparatus of bottled material according to claim 1, it is characterised in that install the guiding crossbeam rear end In in the rotatably supported rotary shaft in the shunting, front end is installed in the guiding crossbeam fixed seat of the shunting control device, institute State shunting installation support and be installed on the guiding crossbeam by being oriented to crossbeam slideway, the shunting guide plate is pacified by shank of bolt Installed in support loaded on the shunting, and distance, the folder between the guide plate of shunting can be symmetrically arranged in by shank of bolt adjustment Hand control device is installed support and is installed on the shunting guide plate by tong, and adjusts the suitable position of tong control device Put.
CN201621032051.3U 2016-08-31 2016-08-31 Bottled material shunting arm apparatus Active CN206288645U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201621032051.3U CN206288645U (en) 2016-08-31 2016-08-31 Bottled material shunting arm apparatus

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201621032051.3U CN206288645U (en) 2016-08-31 2016-08-31 Bottled material shunting arm apparatus

Publications (1)

Publication Number Publication Date
CN206288645U true CN206288645U (en) 2017-06-30

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Application Number Title Priority Date Filing Date
CN201621032051.3U Active CN206288645U (en) 2016-08-31 2016-08-31 Bottled material shunting arm apparatus

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106276176A (en) * 2016-08-31 2017-01-04 蚌埠凯盛工程技术有限公司 Bottled material shunting arm apparatus
CN107827060A (en) * 2017-10-10 2018-03-23 苏州首达机械有限公司 A kind of bottle distributing mechanism

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106276176A (en) * 2016-08-31 2017-01-04 蚌埠凯盛工程技术有限公司 Bottled material shunting arm apparatus
CN107827060A (en) * 2017-10-10 2018-03-23 苏州首达机械有限公司 A kind of bottle distributing mechanism

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