CN205904670U - Automatic assembly device of fire control shower nozzle glass pipe and locking part - Google Patents

Abstract

The utility model provides a glass pipe is carried to fixture that automatic assembly device of fire control shower nozzle glass pipe and locking part when equipment glass pipe and locking part, utilizes a fixing base to be fixed in the fixture below nozzle base earlier, and later the automatic feeding of glass pipe will be required first grip block and second grip block are managed on nozzle base and are vertical state closing centre gripping glass, the automatic feeding of locking part carries required locking part to auto -screwdriving machine's bottom, locking mechanism utilizes at last on locating nozzle base with locking part lock for each subassembly of fire control shower nozzle all is vertical state, and a support balance body is reached to locking part, glass pipe, sealing member on nozzle base, the utility model discloses but the direction that not only can carry glass pipe, locking part and autofilter glass pipe, locking part to need does not automatically need the manual work to filter the direction of glass pipe, locking part, utilizes the automatic locking to establish the device moreover and carries out the automatic locking work of establishing to glass pipe and locking part, can improve work efficiency.

Description

Applicator glass tubing and the automatic assembling device of locking part

Technical field

This utility model is related to a kind of assembling device, refers in particular to automatic group of a kind of applicator glass tubing and locking part Assembling device.

Background technology

In fire-fighting automatic fire extinguishing system, as one of people's lives and properties patron saint, it is responsible for monitoring to applicator The condition of a fire and implement the two big missions that fight a fire, is mainly used in light, middle hazard class place, commercial place, such as bank, hotel, Shopping center etc..Existing applicator species has many kinds, has glass tubing sprinkler tip and meltable unit by heat-sensitive element classification Part sprinkler tip.

Wherein, glass tubing sprinkler tip includes the groups such as shower nozzle, nozzle boss, glass tubing, splash box and sealing member, locking part Become, this locking part, glass tubing, sealing member are in that top tug support up and down is arranged on composition one support balanced body on nozzle boss；Glass tubing Inside it is filled with the high organic solution of thermal coefficient of expansion, under room temperature, the shell of glass tubing can bear certain support force it is ensured that shower nozzle Sealing property, when fire occurs, organic solution temperature raises and expands, until canals of stilling crushes, after sealing member loses support De- by current punching, thus starting sprinkling fire；However, due to glass tubing have the glass tube round head being combined with locking part and with close The glass tubing tip that sealing combines, and this locking part both ends of the surface formed the concave spherical being combined with glass tube round head respectively and supplies spiral shell The deep gouge that silk knife is planted, this sealing member has the groove being combined with glass tubing tip；In order to ensure glass tubing and locking part, sealing The tight assembling of part, needs when before assembling to adjust glass tubing, locking part direction, for example: the groove of sealing member sets upward Put, glass tubing tip pushes up down pulls in groove, glass tube round head upward, justify down and with glass tubing by the concave spherical of locking part Head combines, and the deep gouge of locking part sets locking part for screwdriver plant lock upward；And locking part, glass tubing, sealing member are in all Plumbness；Typically first sealing member is placed in nozzle boss it is not necessary to go to help directly；Pulled in sealing member in glass tubing lower end top again On, and glass tubing perisporium does not all have position limiting structure it is therefore desirable to artificial help glass tubing is directly fixed, and finally locks again and sets locking part； Artificially help straight glass tube presence cannot vacate both hands and set locking part to lock, and help squareness also to have error, lead to that makes to disappear There are quality problems in preventing spray head；The each part assembling direction relationses of existing applicator lead to group to be loaded onto cannot to realize mechanization, Can only be using manually to assemble, work process is numerous and diverse, wastes time and energy.

In view of this, the design people is directed to and does not attain perfect led to many lack in the design of above-mentioned applicator package assembly Lose and inconvenience, and deeply conceive, and positive research improvement has a fling at and develops and design this case.

Utility model content

The purpose of this utility model is to provide the automatic assembling device of a kind of applicator glass tubing and locking part, not only Can automatic transport glass tubing, locking part and can the direction that needs of automatic screening glass tubing, locking part it is not necessary to artificial screening glass Pipe, the direction of locking part, and set device using automatic lock glass tubing and locking part are locked automatically and set work, work can be improved Make efficiency.

In order to reach above-mentioned purpose, solution of the present utility model is:

A kind of applicator glass tubing and the automatic assembling device of locking part, described glass tubing is had and is combined with locking part Glass tube round head and the glass tubing tip being combined with sealing member, described locking part both ends of the surface are respectively formed with and glass tube round head knot The concave spherical closing and the deep gouge planted for screwdriver；It includes the automatic feeding of glass tubing, automatically the sending of locking part Expect device and fixing lock sets glass tubing and the automatic lock of locking part sets device；

The automatic feeding of described glass tubing include conveying glass tubing to nozzle boss the first conveying mechanism, screening glass Glass pipe unifies the first sorting mechanism of conveying direction, adjustment glass tubing tip the first guiding mechanism directed downwardly；Described first conveying Mechanism includes the first delivery track, the second delivery track and the 3rd transfer pipeline that the arrangement of single glass tubing is advanced, and described the One delivery track has the first charging port, the first discharging port；Second delivery track has the second charging port, the second discharging Port, described 3rd transfer pipeline has the 3rd charging port, the 3rd discharging port；Described first sorting mechanism is arranged at first Between discharging port and the second charging port, described first discharging port and the second charging port are crisscross arranged up and down, and described the One sorting mechanism has acclivitous inclination piece, and the bottom of described inclination piece is flushed with the first discharging port and goes out near first Material port, the top of described inclination piece is inclined upwardly and away from the first discharging port；The bottom of described inclination piece and the first discharging The distance between port is the first distance, and the distance of described glass tube round head to glass tubing center of gravity is second distance, described glass The distance of tip head to glass tubing center of gravity is the 3rd distance；Described second distance is less than or equal to described first distance, and described the One distance is less than the 3rd distance；Described first guiding mechanism is arranged between the second discharging port and the 3rd charging port, described Second discharging port and the 3rd charging port are presented down and are arranged in the same direction, and described first guiding mechanism has by described 3rd feed end Mouth is inclined upwardly the prerotation vane of extension, and described prerotation vane and the 3rd feed end mouth form one and convey section.

The automatic feeding of described locking part includes conveying locking part and locks to the second conveyor structure of nozzle boss, screening Second sorting mechanism of firmware conveying direction；Described second conveyor structure includes the 5th conveying that single locking part arrangement is advanced Track and the 6th transfer pipeline, described 5th delivery track has the 5th charging port, the 5th discharging port；6th transfer pipeline There is the 6th charging port, the 6th discharging port；Described second sorting mechanism is arranged at described 5th discharging port and the 6th and enters Between material port, described 5th discharging port and the 6th charging port are presented down and are arranged in the same direction, and described second sorting mechanism includes There are with the 5th discharging port spaced column, the movable axis being vertically installed on column and be placed through movable axis and can live Moving axis makees the steel bar swinging for axle；Described steel bar is bent with vertical section, bending segment and traversing section, the end of described vertical section successively On fixing movable axis, the end top of described bending segment, traversing section direction the 5th discharging port and described traversing section pulls to go out in the 5th Material port；

Described automatic lock sets device and includes the fixed mechanism of stationary nozzle seat that is arranged on board, clamping glass pipe Clamping device and lock set the locked mechanism of locking part, and described fixed mechanism includes multiple can uprightly be fixed applicator and be located at Fixed seat below clamping device, described clamping device is located at below described locked mechanism；Described clamping device includes first Grip block, the second grip block, drive the first grip block, the second grip block pairing or separate the first drive mechanism and second respectively Drive mechanism, the two sides of described first grip block and the second grip block pairing offer respectively the first vertical semicircle groove, Second semicircle groove, described first semicircle groove, the second semicircle groove are combined to form the circular hole that clamping glass pipe is vertically fixed；Institute State the 3rd drive mechanism that locked mechanism includes automatic locking screw machine and drives automatic locking screw machine to move up and down, described automatic Screw locking machine is located at the surface of described circular hole；3rd discharging port of described 3rd transfer pipeline is arranged at described first clamping Block and the oblique upper of the second grip block pairing；6th discharging port of described 6th transfer pipeline connects to automatic locking screw machine Bottom.

Described first discharging port is outward extended with two flanks limiting glass tubing conveying direction, and described inclination piece includes Be arranged between two flanks first inclination piece and be located therein outside a flank second inclination piece, described first tilt piece and A fluting planted for wherein one flank is offered between second inclination piece.

There is between described prerotation vane and described second discharging port the spacing less than or equal to second distance, described guiding Piece is provided with catch upwards away from one end of the second discharging port.

The bumping post that on described column, setting one restriction steel bar moves to the 5th discharging port direction, described bumping post be arranged in parallel Below described movable axis, described bending segment is resisted against bumping post side wall.

Described column is formed with the fluting moving up and down for movable axis, described movable axis pass through fluting and respectively be located at open The movable axis of groove both sides is locked and is set nut.

The end of the first charging port of described first delivery track is provided with the first vibration discharge port plate, described first vibration Discharge port plate includes the first outer annular shell, toroidal shell and first annular delivery track in first, and described first outer annular shell is located in first The outer shroud of toroidal shell, described first outer annular shell, the bottom surface of toroidal shell is blind end and top surface is opening, described first internal ring in first The internal ring bottom of shell is provided with the first vibration platen；Described first annular delivery track be arranged in described first toroidal shell inwall and Toroidal shell bottom toroidal shell top spiral extension into first from first, described first annular delivery track has the 4th feed end Mouth, the 4th discharging port, described 4th discharging port and described first charging port connect；The 5th of described 5th delivery track The end of charging port is provided with the second vibration discharge port plate, and described second vibration discharge port plate includes the second outer annular shell, in second Toroidal shell and the second annular delivery track, described second outer annular shell is located at the outer shroud of toroidal shell in second, described second outer annular shell, second For blind end and top surface is opening for the bottom surface of interior toroidal shell, and in described second, the internal ring bottom of toroidal shell is provided with the second vibration and puts down Platform；Described second annular delivery track be arranged in described second toroidal shell inwall and from second toroidal shell bottom toroidal shell into second Top spiral extension；Described second annular delivery track has the 7th charging port, the 7th discharging port, described 7th discharge end Mouth and described 5th charging port connect.

It is connected with the 8th delivery track, described 8th conveying between described second annular delivery track and the 5th delivery track Track has the wide transportation section being connected with the second annular delivery track and the narrow transportation section being connected with the 5th delivery track, described width The conveyor surface width of transportation section is more than the conveyor surface width of described narrow transportation section, and the conveyor surface width of described narrow transportation section is more than lock The diameter of firmware.

One material toggling piece is provided with described narrow transportation section, the distance between described material toggling piece and narrow transportation section are less than described lock The length of firmware.

In described first, the bottom side of toroidal shell offers the first through hole in a connection first within toroidal shell, and described first Through hole is provided with the first baffle being extended to the first outer annular shell inwall by first through hole notch；The bottom end side of toroidal shell in described second Face offers the second through hole in a connection second within toroidal shell, and described second through hole is provided with and is extended to by the second through hole notch The second baffle of the second outer annular shell inwall.

Described first delivery track, the second delivery track are located in described first outer annular shell and first between toroidal shell and in spiral shell Rotation track, described 3rd transfer pipeline passes through the first outer shroud shell side wall and extends to outside the first outer annular shell；Described 5th conveyor track Road is located in described second outer annular shell and second between toroidal shell and helically track, and described 6th transfer pipeline passes through the second outer shroud Shell side wall simultaneously extends to outside the second outer annular shell.

Described first delivery track is inclined upwardly setting, and described second delivery track, described 3rd transfer pipeline dip down Tiltedly arrange；Described 5th delivery track, the downward-sloping setting of the 6th transfer pipeline.

Outward expansion while described first annular delivery track, the second annular delivery track upwardly extend.

Described 5th delivery track is provided with one prevents locking part from deviating from the cover plate of the 5th delivery track, described cover plate and the Five delivery track side side walls connect and have the first distance and opposite side wall between, and described first distance is less than described locking part Diameter.

Being provided with each described fixed seat has rectangular channel and the bottom land by rectangular channel by the top surface concave downward of fixed seat The counterbore of concave downward, described applicator is uprightly inserted in fixed seat, the shower nozzle connecting tube of the bottom of described applicator It is inserted in counterbore, the bottom surface that described nozzle boss is connected with shower nozzle connecting tube is resisted against in rectangular channel.

Described fixed seat is arranged at one can be on the disk of rotation, and described rectangular channel runs through fixed seat two lateral walls and solid Two cell walls are formed on reservation, the plane at the center of circle to the straight line place at the center of fixed seat of described disk is located with two cell walls respectively Plane be vertical relation.

Described fixed seat is cylindric, and the spacing of fixed seat described in adjacent two is more than the diameter of splash box.

The diameter of the circular hole that described first semicircle groove, the second semicircle groove are combined to form is equal to or more than the straight of glass tubing Footpath.

Described first drive mechanism, the second drive mechanism are cylinder, and described first drive mechanism has and the first grip block The First piston bar being fixedly connected, described second drive mechanism has the second piston bar being fixedly connected with the second grip block；Institute State the first drive mechanism, the second drive mechanism parallel interval is arranged at same plane, described first grip block, the second grip block hang down Directly in the first drive mechanism, described second grip block is connected with second piston bar by a lengthened plate.

The length of described lengthened plate is equal to or more than the spacing of described first drive mechanism and the second drive mechanism.

Described 3rd drive mechanism is cylinder, and described 3rd drive mechanism has the piston rod being connected with automatic locking screw machine And fixed block, it is fixedly installed two columns below described fixed block, described column slides and is provided with and described automatic lock screw The slide block that machine is fixedly connected, described piston rod is connected through fixed block with slide block.

After said structure, nozzle boss, when assembling glass tubing and locking part, is first utilized one to fix by this utility model Seat is fixed on below clamping device, and required glass tubing is delivered to clamping device by the automatic feeding of glass tubing afterwards, institute Stating the first grip block and the second grip block pairing clamping glass pipe and is in vertical state on nozzle boss；The self-feeding of locking part Required locking part is delivered to the bottom of described automatic locking screw machine by device；Finally using locked mechanism, locking part is locked on So that each assembly of applicator is in all vertical state on nozzle boss, and locking part, glass tubing, sealing member reach on nozzle boss Become a support balanced body；This utility model not only can automatic transport glass tubing, locking part and can automatic screening glass tubing, locking The direction that part needs it is not necessary to the direction of artificial screening glass tubing, locking part, and using automatic lock set device to glass tubing and Locking part is locked automatically sets work, can improve work efficiency.

Brief description

Fig. 1 is the structural representation of applicator；

Fig. 2 is the structural representation of applicator glass tubing and locking part

Fig. 3 is the structural representation of the automatic feeding of this utility model applicator glass tubing；

Fig. 4 is the enlarged diagram of the first sorting mechanism at a in Fig. 3；

Fig. 5 is the enlarged diagram of the first guiding mechanism at b in Fig. 3；

The structural representation of the automatic feeding for this utility model applicator locking part for the Fig. 6；

Fig. 7 is that the amplification of second sorting mechanism of automatic feeding of this utility model applicator locking part is illustrated Figure；

Fig. 8 is that this utility model locks the structural representation setting device automatically；

Fig. 9 is this utility model gripper mechanism grips glass tubing and automatic locking screw machine moves downward and locks the knot setting locking part Structure schematic diagram；

Figure 10 completes to lock the structural representation setting after locking part for this utility model.

Symbol description

Glass tubing 10 locking part 20

Sealing member 30 nozzle boss 40

Splash box 50 shower nozzle connecting tube 60

Glass tube round head 101 glass tubing tip 102

Concave spherical 201 deep gouge 202

First conveying mechanism 1

First sorting mechanism 2 first guiding mechanism 3

First delivery track 11 second delivery track 12

3rd transfer pipeline 13 first feeds port 111

First discharging port 112 second feeds port 121

Second discharging port 122 the 3rd feeds port 131

3rd discharging port 132 tilts piece 21

Prerotation vane 31 flank 113

First tilts piece 211 second tilts piece 212

Slot 213 catch 32

First vibration discharge port plate 4 first outer annular shell 41

The first annular delivery track 43 of toroidal shell 42 in first

First vibration platen 44 the 4th feeds port 431

4th discharging port 432 first through hole 45

First baffle 46 second conveyor structure 5

Second sorting mechanism 6 the 5th delivery track 51

6th transfer pipeline 52 the 5th feeds port 511

5th discharging port 512 the 6th feeds port 521

6th discharging port 522 column 61

Movable axis 62 steel bar 63

Vertical section 631 bending segment 632

Traversing section 633 bumping post 64

Slot 611 nuts 612

Second vibration discharge port plate 7 second outer annular shell 71

The annular delivery track 73 of toroidal shell 72 second in second

Second vibration platen 74 the 7th feeds port 731

7th discharging port 732 second through hole 75

Second baffle 76 the 8th delivery track 54

The narrow transportation section 542 in wide transportation section 541

Material toggling piece 53 cover plate 513

Clamping device 81 locked mechanism 82

First grip block 811 second grip block 812

First drive mechanism 813 second drive mechanism 814

First semicircle groove 815 second semicircle groove 816

Automatic locking screw machine 821 the 3rd drive mechanism 822

First piston bar 8131 second piston bar 8141

Lengthened plate 8142 elongate holes 8143

Piston rod 823 fixed block 824

Pillar type column 825 slide block 826

Fixed seat 83 rectangular channel 831

Counterbore 832 cell wall 833

Disk 84 central rotating shaft 841.

Specific embodiment

In order to the technical solution of the utility model is explained further, this utility model is entered below by specific embodiment Row elaborates.

Refer to Fig. 1 to Figure 10, this utility model discloses the automatic assembling of a kind of applicator glass tubing and locking part Device, described glass tubing 10 has the glass tube round head 101 being combined with locking part 20 and the glass tip being combined with sealing member 30 102, described locking part 20 both ends of the surface are respectively formed with the concave spherical 201 being combined with glass tube round head 101 and supply screwdriver The deep gouge 202 planted；Described automatic assembling device includes the automatic feeding of glass tubing 10, the self-feeding of locking part 20 Device and fixing lock sets glass tubing 10 and the automatic lock of locking part 20 sets device；

The automatic feeding of described glass tubing 10 include conveying glass tubing 10 to nozzle boss the first conveying mechanism 1, First sorting mechanism 2 of the unified conveying direction of screening glass tubing 10, adjustment glass tubing tip 102 first guiding mechanism 3 directed downwardly； Described first conveying mechanism 1 include the first delivery track 11 that the arrangement of single glass tubing 10 advances, the second delivery track 12 and 3rd transfer pipeline 13, described first delivery track 11 has the first charging port 111, the first discharging port 112；Second conveying Track 12 has the second charging port 121, the second discharging port 122, and described 3rd transfer pipeline 13 has the 3rd charging port 131st, the 3rd discharging port 132；Described first sorting mechanism 2 be arranged at the first discharging port 112 and the second charging port 121 it Between, described first discharging port 112 and the second charging port are crisscross arranged about 121, and described first sorting mechanism 2 has upwards The inclination piece 21 tilting, the bottom of described inclination piece 21 is flushed with the first discharging port 112 and near the first discharging port 112, The top of described inclination piece 21 is inclined upwardly and away from the first discharging port 112；The bottom of described inclination piece 21 and the first discharging The distance between port 112 is the first distance, and the distance that described glass tube round head 101 arrives glass tubing center of gravity is second distance, institute The distance stating glass tubing tip 102 to glass tubing center of gravity is the 3rd distance；Described second distance be less than or equal to described first away from From described first distance is less than the 3rd distance；Described first guiding mechanism 3 is arranged at the second discharging port 122 and the 3rd charging Between port 131, described second discharging port 122 and the 3rd charging port 131 are presented down and are arranged in the same direction, described first adjustment machine Structure 3 has the prerotation vane 31 of the extension that is inclined upwardly by the described 3rd charging port 131, described prerotation vane 31 and the 3rd charging port 131 form a conveying section；

Described locking part 20 automatic feeding include conveying locking part 20 to nozzle boss second conveyor structure 5, sieve Select the second sorting mechanism 6 of locking part 20 conveying direction；Described second conveyor structure 5 includes single locking part 20 arrangement and advances The 5th delivery track 51 and the 6th transfer pipeline 52, described 5th delivery track 51 have the 5th charging port the 511, the 5th go out Material port 512；6th transfer pipeline 52 has the 6th charging port 521, the 6th discharging port 522；Described second sorting mechanism 6 It is arranged between described 5th discharging port 512 and the 6th charging port 521, described 5th discharging port 512 and the 6th feeds Port 521 is presented down and is arranged in the same direction, and described second sorting mechanism 6 includes and the spaced column in the 5th discharging port 121 61st, the movable axis 62 that is vertically installed on column 61 and be placed through movable axis 62 and the steel bar swinging can be made with movable axis 62 for axle 63；Described steel bar 63 is bent with vertical section 631, bending segment 632 and traversing section 633 successively, and the end of described vertical section 631 is fixed On movable axis 62, described bending segment 632, traversing section 633 towards the 5th discharging port 121 and described traversing section 633 end top Pull in the 5th discharging port 121；

Described automatic lock sets device and includes the fixed mechanism of stationary nozzle seat 40 being arranged on board, clamping glass pipe 10 clamping device 81 and lock set the locked mechanism 82 of locking part 20, and described fixed mechanism includes multiple can uprightly fix fire-fighting Shower nozzle and the fixed seat 83 positioned at clamping device 81 lower section, described clamping device 81 is located at below described locked mechanism 82；Described Clamping device 81 includes the first grip block 811, the second grip block 812, drives the first grip block 811, the second grip block respectively 812 pairings or the first separate drive mechanism 813 and the second drive mechanism 814, described first grip block 811 and the second grip block The two sides of 812 pairings offer the first vertical semicircle groove 815, the second semicircle groove 816 respectively, and described first semicircle is recessed Groove 815, the second semicircle groove 816 are combined to form the circular hole that clamping glass pipe 10 is vertically fixed；Described locked mechanism 82 includes Automatic locking screw machine 821 and the 3rd drive mechanism 822 driving automatic locking screw machine 821 up and down motion, described automatic lock screw Machine 821 is located at the surface of described circular hole.

The glass tubing 10 of this utility model applicator does not limit direction and conveys on the first delivery track 1 and gone out by first Material port 112 enter second charging port 121, when glass tube round head 101 forward when, second distance be less than or equal to first away from From, described glass tube round head 101 with tilt piece 21 have at regular intervals in the case of and be subject to glass tubing 10 action of gravity, glass Pipe round end 101 enters the second charging port 121 down；When glass tubing tip 102 forward when, the first distance less than the 3rd distance, , against tilting piece 21 and to traveling on inclination piece 21 more than or equal to the 3rd distance, described glass tubing 10 is complete for glass tubing tip 102 Total detachment the first discharging port 112 and tilt upward on described inclination piece 21, by under glass tubing 10 action of gravity, glass tubing Round end 101 enters the second charging port 121 down；Therefore, adjust glass tubing 10 conveying direction through the first sorting mechanism 2, can Unified glass tube round head 101 conveys forward；Described glass tube round head 101 is delivered to the second discharging port 121 forward, you can glass Pipe round end 101 is delivered on prerotation vane 31 forward, and glass tubing 10 falls to prerotation vane 31 completely, and described glass tubing 10 is in prerotation vane When on 31, near the 3rd charging port 131, glass tube round head 101 feeds port 131 away from the 3rd to glass tubing tip 102, by In prerotation vane 31, there is the conveying section sloping down to the 3rd charging port 131, therefore, glass tubing tip 102 is towards advancing into In 3rd transfer pipeline 13 and be delivered to nozzle boss, the lock of follow-up locking part 20 can be facilitated to set；This utility model applicator glass The automatic feeding of glass pipe can automatic transport glass tubing 10 and can the direction that needs of automatic screening it is not necessary to artificial screening glass The direction of pipe 10, improves work efficiency；

Locking part 20 of the present utility model is delivered to the 5th discharging port 512 pushing tow traversing section in the 5th delivery track 51 633, when described locking part 20 deep gouge 202 forward when, the end of the traversing section 633 of described steel bar 63 is inserted in deep gouge 202 And drive locking part 20 to be deviated from the 5th discharging port 512 by the promotion of locking part 20 afterwards and move, when be rocked to certain position it Steel bar 63 drives locking part 20 to when doing return movement in the 5th discharging port 512 direction afterwards, and described locking part 20 is subject to action of gravity Traversing section 633 will be progressively disengaged, when locking part 20 is against the 6th charging port 521, described locking part 20 departs from traversing section 633 Enter the 6th transfer pipeline 52, and steel bar 63 continues to move so that locking part 20 is in the 6th delivery pipe toward the 5th discharging port 512 Deep gouge 202 conveying direction backwards is remained in road 23；When locking part 20 concave spherical 201 forward when, described steel bar 63 The end of traversing section 633 cannot be inserted on concave spherical 201, described locking part 20 is departed from by the promotion of locking part 20 afterwards 5th discharging port 512, and described steel bar 63 moves towards the 5th discharging port 512 and pushes up tug the 5th discharging port 512, right Next locking part 20 is screened；Therefore, all of locking part 20 is all concave spherical 201 towards advancing into the 6th transfer pipeline 52 Interior and be delivered to nozzle boss, subsequently lock can be facilitated to set locking part 20；The self-feeding dress of this utility model applicator locking part Put can automatic transport locking part 20 and can automatic screening locking part 20 conveying direction it is not necessary to the side of artificial screening locking part 20 To raising work efficiency；

Nozzle boss 40, when assembling glass tubing and locking part, is first fixed on clamping using a fixed seat 83 by this utility model Below mechanism 81, required glass tubing 10 is delivered to clamping device 81 by the automatic feeding of glass tubing 10 afterwards, and described One grip block 811 and the second grip block 812 pairing clamping glass pipe 10 and are in vertical state on nozzle boss 40；Locking part 20 Required locking part 20 is delivered to the bottom of described automatic locking screw machine 821 by automatic feeding；Finally utilize locked mechanism 82 locking part 20 is locked on nozzle boss 40 so that each assembly of applicator is in all vertical state, and locking part 20, glass Pipe 10, sealing member reach a support balanced body on nozzle boss 40；This utility model not only can automatic transport glass tubing 10, lock Firmware 20 and can the direction that needs of automatic screening glass tubing 10, locking part 20 it is not necessary to artificial screening glass tubing 10, locking part 20 Direction, and set device using automatic lock and glass tubing 10 and locking part 20 automatically locked and set work, work effect can be improved Rate.

Described first discharging port 112 of the present utility model stretches out two flanks of restricted glass tubing 10 conveying direction 113, described inclination piece 21 includes the first inclination piece 211 being arranged between two flanks 113 and is located therein outside a flank 113 Second inclination piece 212 of side, offers one between described first inclination piece 211 and the second inclination piece 212 and supplies wherein one flank 113 The fluting 213 planted；Flank 113 described in two can limit glass tubing 10 conveying direction, it is to avoid glass tubing 10 tilt piece 21 on Meaning activity, leads to glass tubing 10 cannot fall into the second charging port 121 exactly.

Have between described prerotation vane 31 of the present utility model and described second discharging port 122 less than or equal to second away from From spacing, when described glass tube round head 101 is suspended on the second discharging port 122 and the hanging distance of glass tubing 10 is equal to described the Two apart from when, described glass tube round head 101 will rely on prerotation vane 31 and be fallen to prerotation vane 31 by action of gravity, it is to avoid second Discharging port 122 and prerotation vane 31 hypertelorism and glass tubing 10 falls to and damages during prerotation vane 31, glass tubing 10 can be protected； And described prerotation vane 31 is low arc-like sheet between the senior middle school of both sides, described glass tubing can be limited on prerotation vane 31, it is to avoid glass Pipe 10 drops from prerotation vane 31；Described prerotation vane 31 is provided with catch 32 upwards away from one end of the second discharging port 122, keeps away Exempt from glass tubing 10 and deviate from prerotation vane 31 it is ensured that glass tubing 10 smoothly enters from prerotation vane 31 away from one end of the second discharging port 122 Enter the 3rd transfer pipeline 13.

The end of the first charging port 111 of described first delivery track 11 of the present utility model is provided with first and vibrates Charging tray 4, described first vibration discharge port plate 4 includes toroidal shell 42 and first annular delivery track 43 in the first outer annular shell 41, first, Described first outer annular shell 41 is located at the outer shroud of toroidal shell 42 in first, and in described first outer annular shell 41, first, the bottom surface of toroidal shell 42 is Blind end and top surface are opening, and in described first, the internal ring bottom of toroidal shell 42 is provided with the first vibration platen 44, described first Vibration platen 44 is tapered disk；Described first annular delivery track 43 is arranged in described first toroidal shell 42 inwall and by first Interior toroidal shell 42 bottom toroidal shell 42 top spiral extension into first, described first annular delivery track 43 has the 4th charging port 431st, the 4th discharging port 432, described 4th discharging port 432 and described first charging port 111 connect；When the first vibration is flat Platform 44 starts to vibrate, and all glass tubings 10 produce spiral power, so that glass tubing 10 vibrates on the first vibration platen 44 Rotate, and carry over first annular delivery track 43 and be delivered up to the 4th discharging port 432, self-feeding can be fully achieved Purpose.

In of the present utility model described first, the bottom side of toroidal shell 42 offers within toroidal shell 42 in a connection first First through hole 45, described first through hole 45 is provided with the first gear being extended to the first outer annular shell 41 inwall by first through hole 45 notch Plate 46, deviates from the first conveying mechanism 1 when glass tubing 10 and falls to the interval sky between toroidal shell 42 and the first outer annular shell 41 in first Between, described glass tubing 10 can be returned in toroidal shell 42 in first by first through hole 45, then by the first vibration discharging disc vibration Again it is delivered up by first annular delivery track 43, can conveniently collect the glass tubing 10 of abjection the first conveying mechanism 1.

In described first outer annular shell 41 and first of the present utility model, the bottom surface between toroidal shell 42 is to tilt anchor ring, described inclines Tiltedly anchor ring from the first outer annular shell 41 inwall into first toroidal shell 42 outer wall diagonally downward, when the first conveying mechanism deviate from by glass tubing 10 1 falls in first when being clearance space between toroidal shell 42 and the first outer annular shell 41, and described glass tubing 10 can on tilting anchor ring From in the first outer annular shell 41 to first, toroidal shell 42 slides so that glass tubing 10 passes through first through hole 45 enters toroidal shell in first In 42.

Outward expansion while described first annular delivery track 43 of the present utility model upwardly extends；More swimmingly upwards Conveying glass tubing 10；Described first delivery track 11, the second delivery track 12 are located at described first outer annular shell 41 and the first internal ring Between shell 42 and helically track, when glass tubing 10 is deviate from the first delivery track 11, the second delivery track 12, glass tubing 10 can directly to fall in first be clearance space between toroidal shell 42 and the first outer annular shell 41 so that glass tubing 10 passes through first leads to Hole 45 enters in toroidal shell 42 in first；Described 3rd transfer pipeline 13 passes through the first outer annular shell 41 side wall and extends to the first outer shroud Outside shell 41, and the 3rd transfer pipeline 13 is pipe, and glass tubing 10 can only enter and from the 3rd discharge end from the 3rd charging port 131 Mouthful 131 dischargings, will not deviate from the 3rd transfer pipeline 13 midway, glass tubing 10 can be delivered to assembly platform, convenient follow-up with Locking part 20 sealed.

Described first delivery track 11 of the present utility model is inclined upwardly setting, described second delivery track 12, described The downward-sloping setting of three transfer pipeline 13；Described first delivery track 11, the second delivery track 12, first annular delivery track 43 Respectively delivery track both sides are provided with guardrail, glass tubing 10 can be limited and be located in conveying on delivery track；Described first conveying It is provided with multiple support the first delivery track 11, second between toroidal shell 42 in track 11, the second delivery track 12 respectively and the first The support member of delivery track 12, can fixedly secure support the first delivery track 11, the second delivery track 12.

The gear that on described column 61 of the present utility model, setting one restriction steel bar 63 moves to the 5th discharging port 512 direction Post 64, described bumping post 64 is set in parallel in below described movable axis 62, and described bending segment 632 is resisted against bumping post 64 side wall；Work as institute State steel bar 63 stress to when moving the 5th discharging port 512, it is to avoid the traversing section 633 of steel bar 63 crosses the 5th discharging port 512 Move forward, and lead to traversing section 112 cannot push up and pull in the 5th discharging port 512 it is impossible to carry out locking part 20 direction Screening operation.

Described column 61 of the present utility model is formed with the fluting 611 moving up and down for movable axis 62, described movable axis 62 Lock respectively through fluting 611 and in the movable axis 62 positioned at 611 both sides of slotting and set nut 612, movable axis 62 can be fixed on On column 61；This utility model by loosening nut 612 and then can move up and down after movable axis 62 tightening nut 612 again, Can complete to adjust the purpose of movable axis 62.

The deep gouge 202 of described locking part 20 of the present utility model is in interior hexagonal shape, and the traversing section 633 of described steel bar 63 is in outer Hexagonal shape.

The end of the 5th charging port 511 of described 5th delivery track 51 of the present utility model is provided with second and vibrates Charging tray 7, described second vibration discharge port plate 7 includes toroidal shell 72 and the second annular delivery track 73 in the second outer annular shell 71, second, Described second outer annular shell 71 is located at the outer shroud of toroidal shell 72 in second, and in described second outer annular shell 71, second, the bottom surface of toroidal shell 72 is Blind end and top surface are opening, and in described second, the internal ring bottom of toroidal shell 72 is provided with the second vibration platen 74；Described second Annular delivery track 73 be arranged in described second toroidal shell 72 inwall and from second toroidal shell 72 bottom toroidal shell 72 into second push up End spiral extension；Described second annular delivery track 73 has the 7th charging port 731, a 7th discharging port 732, and the described 7th Discharging port 732 and described 5th charging port 511 connect；When vibration platen 74 starts to vibrate, all locking parts 20 produce spiral shell Screw on lift, so that locking part 20 rotates on vibration platen 74, and carry over annular delivery track 73 and be delivered up to the 3rd Discharging port 731, it is possible to achieve the purpose to locking part 20 self-feeding.

In of the present utility model described second, the bottom side of toroidal shell 72 offers within toroidal shell 72 in a connection second Second through hole 75, described second through hole 75 is provided with the second gear being extended to the second outer annular shell 71 inwall by the second through hole 75 notch Plate 76；Deviate from the 5th delivery track 51 when locking part 20 and fall to the interval sky between toroidal shell 72 and the second outer annular shell 42 in second Between, described locking part 20 can be returned in second in toroidal shell 72 by the second through hole 75, then vibrated by the second vibration discharge port plate 7 and Again it is delivered up by the second annular delivery track 73, can conveniently collect the locking part 20 of abjection the 5th delivery track 51.

It is connected with the 8th conveying between described second annular delivery track 73 of the present utility model and the 5th delivery track 51 Track 54, described 8th delivery track 54 has the wide transportation section 541 being connected with the second annular delivery track 73 and defeated with the 5th Send the narrow transportation section 542 that track 51 connects, the conveyor surface width of described wide transportation section 541 is more than the defeated of described narrow transportation section 542 Send face width, the conveyor surface width of described narrow transportation section 542 is slightly larger than the diameter of locking part 20, therefore, described narrow transportation section 542 Only for passing through so that locking part 20 is delivered to the 5th delivery track 51 successively when a locking part 20；And set on described narrow transportation section It is equipped with a material toggling piece 53, the distance between described material toggling piece 53 and narrow transportation section, less than the length of described locking part 20, can will stand Locking part on narrow transportation section 20 groups falls so that locking part 20 all fell is delivered to the 5th delivery track 51.

Outward expansion while described second annular delivery track 73 of the present utility model upwardly extends；More swimmingly upwards Conveying locking part 20；Described 5th delivery track 51 is provided with one prevents locking part 20 from deviating from the cover plate of the 5th delivery track 51 513, described cover plate 513 is connected and has the first distance and opposite side wall between with the 5th delivery track 51 side side wall, described First distance is less than the diameter of described locking part 20；When pulling in the 5th discharging port 512 in traversing section 633 top of steel bar 63, that is, The locking part 20 being pointed on the 5th delivery track 51 has the active force of a top tug, if being not provided with cover plate 513, locking part 20 Directly the 5th delivery track 51 may be deviate from by traversing section 633 pushing tow, be unfavorable for conveying and the screening of locking part 20.

Described 5th delivery track 51 of the present utility model, described 3rd delivery track 14 are located at described second outer annular shell 71 And between toroidal shell 72 and helically track in second, described 6th transfer pipeline 52 passes through the second outer annular shell 71 side wall and extends to Outside second outer annular shell 71.When locking part 20 is deviate from the 5th delivery track 51, locking part 20 can directly fall in second It is clearance space between toroidal shell 72 and the second outer annular shell 71 so that locking part 20 enters toroidal shell 72 in second by the second through hole 75 Interior；And the 6th transfer pipeline 52 be pipe, locking part 20 can only from the 6th charging port 521 enter and from the 6th discharging port 522 dischargings, will not deviate from the 6th transfer pipeline 52 midway, locking part 20 can be delivered to assembling assembly platform, convenient follow-up Lock sets locking part 20；Described 5th delivery track 51, the downward-sloping setting of the 6th transfer pipeline 52；Described 5th delivery track 51 And in second, between toroidal shell 72, it is provided with multiple support members supporting the first conveying 11 tracks, support the 5th conveying can be fixedly secured Track 51.

Described fixed mechanism of the present utility model includes can the disk 84 of rotation and multiple can uprightly fix applicator 10 and fixed seat 83 on disk 84 for the circle distribution, each described fixed seat 83 is provided with downward by the top surface of fixed seat 83 Depression has rectangular channel 831 and the counterbore 832 of the bottom land concave downward by rectangular channel 831, and described applicator 10 is uprightly inserted in In fixed seat 83, the shower nozzle connecting tube 60 of the bottom of described applicator 10 is inserted in counterbore 832, described nozzle boss 40 and spray The bottom surface that head connecting tube 60 connects is resisted against in rectangular channel 831.

Fixed mechanism of the present utility model before assembling, can first nozzle boss 40 be inserted in fixed seat 83, that is, described disappear The shower nozzle connecting tube 60 of the bottom of preventing spray head 10 is inserted in counterbore 832, and described nozzle boss 40 is connected with shower nozzle connecting tube 60 Bottom surface is resisted against in rectangular channel 831 so that nozzle boss 40 is vertically inserted in fixed seat 83；Then, then toward group on nozzle boss 40 Dress other assemblies, to keep each assembly being assembled on applicator 10 all in vertical state；Therefore, this utility model can be by The nozzle boss 40 of applicator 10 is perpendicularly fixed in fixed seat 83, convenient follow-up assemble other assemblies and can keep each assembly to be in Plumbness, improves the qualification rate of applicator 10 and improves work efficiency.

Described rectangular channel 831 of the present utility model runs through fixed seat 83 two lateral walls and forms two grooves in fixed seat 83 Wall 833, it is flat that the plane that the straight line at the center of circle of described disk 84 center to fixed seat 83 is located is located with two cell wall 833 respectively Face is vertical relation；In disk 84 rotation process, when fixed seat 83 turns to operator position, described rectangular channel 831 Cell wall 833 be in parastate with operator, facilitate operator to operate.

The diameter of described counterbore 832 of the present utility model is slightly larger than the diameter of described shower nozzle connecting tube 60, described rectangular channel 831 width is equal or slightly larger than the width of described nozzle boss 40；Between described shower nozzle connecting tube 60 and counterbore 832, there is connection Structure, described attachment structure includes positioned at the external screw thread of described shower nozzle connecting tube 60 outer shroud with counterbore 832 internal ring Screw thread, can firmly nozzle boss 40 be fixed in fixed seat 83, ease of assembly other assemblies.

Described fixed seat 83 of the present utility model is cylindric；The width of described rectangular channel 831 is more than described counterbore 832 Diameter.

The spacing of fixed seat 83 described in of the present utility model adjacent two is more than the diameter of splash box 50 so that being fixed on adjacent Between two applicators 10 in two fixed seats 83, there is interval, adjacent applicator 10 can be avoided mutually to collide.

Described disk 84 of the present utility model has the central rotating shaft 841 being driven rotation by a drive mechanism, described disk 84 voluntarily can also be rotated by operator, but in order to improve work efficiency, are just provided with the driving of a driving disk 84 rotation Mechanism, more convenient operator's operation.

Diameter of circular hole that described first semicircle groove 815 of the present utility model, the second semicircle groove 816 are combined to form etc. In or more than glass tubing 10 diameter, can securely clamping glass pipe 10 be in vertical state.

Described first drive mechanism 813 of the present utility model, the second drive mechanism 814 are cylinder, described first driving machine Structure 813 has the First piston bar 8131 being fixedly connected with the first grip block 811, and described second drive mechanism 814 has and the The second piston bar 8141 that two grip blocks 812 are fixedly connected；Described first drive mechanism 813, the second drive mechanism 814 parallel Every being arranged at same plane, described first grip block 811, the second grip block 812 perpendicular to the first drive mechanism 813, described Two grip blocks 812 are connected with second piston bar 8141 by a lengthened plate 8142；When glass tubing 10 is positioned on nozzle boss 40, the One drive mechanism 813, the second drive mechanism 814 drive the first grip block 811, the second grip block 812 respectively to merging glass Pipe 10 clamps, to facilitate follow-up lock to set locking part 20；After locking part 20 lock sets and finishes, glass tubing 10 has been secured to shower nozzle On seat 40, described first drive mechanism 813, the second drive mechanism 814 drive the first grip block 811, the second grip block 812 respectively Separately, described glass tubing 10 departs from clamping device 81 and clamps.

The length of described lengthened plate 8142 of the present utility model is equal to or more than described first drive mechanism 813 and the second drive The spacing of motivation structure 814；Described lengthened plate 8142 is in open up in l type, and described lengthened plate 8142 with described second grip block 812 There are elongate holes 8143.

Described 3rd drive mechanism 822 of the present utility model is cylinder, and described 3rd drive mechanism 822 has and automatically locks Piston rod 823 and fixed block 824 that filature 821 connects, are fixedly installed two pillar type columns 825, institute below described fixed block 824 Stating slides on pillar type column 825 is provided with the slide block 826 being fixedly connected with described automatic locking screw machine 821, and described piston rod 823 is worn Cross fixed block 824 to be connected with slide block 826；When clamping device 81 clamp need lock to set locking part 20 after glass tubing 10 when, described Locking part 20 magnetic absorption is in the bottom of automatic locking screw machine 821, and described 3rd drive mechanism 822 drives automatic locking screw machine 821 downward set locking part 20 lock are fixed on nozzle boss 40.

Above-described embodiment and accompanying drawing non-limiting product form of the present utility model and style, any art Suitable change or modification that those of ordinary skill is done to it, all should be regarded as without departing from patent category of the present utility model.

Claims (20)

1. the automatic assembling device of a kind of applicator glass tubing and locking part, described glass tubing has the glass being combined with locking part Glass pipe round end and the glass tubing tip being combined with sealing member, described locking part both ends of the surface are respectively formed with and are combined with glass tube round head Concave spherical and for screwdriver plant deep gouge；It is characterized in that: include the automatic feeding of glass tubing, locking part Automatic feeding and fixing lock sets glass tubing and the automatic lock of locking part sets device；

The automatic feeding of described glass tubing include conveying glass tubing to nozzle boss the first conveying mechanism, screening glass tubing First sorting mechanism of unified conveying direction, adjustment glass tubing tip the first guiding mechanism directed downwardly；Described first conveying mechanism Include the first delivery track, the second delivery track and the 3rd transfer pipeline that single glass tubing arrangement is advanced, described first is defeated Track is sent to have the first charging port, the first discharging port；Second delivery track has the second charging port, the second discharge end Mouthful, described 3rd transfer pipeline has the 3rd charging port, the 3rd discharging port；Described first sorting mechanism is arranged at first and goes out Between material port and the second charging port, described first discharging port and the second charging port are crisscross arranged up and down, and described first Sorting mechanism has acclivitous inclination piece, and the bottom of described inclination piece is flushed with the first discharging port and near the first discharging Port, the top of described inclination piece is inclined upwardly and away from the first discharging port；The bottom of described inclination piece and the first discharge end The distance between mouth is the first distance, and the distance of described glass tube round head to glass tubing center of gravity is second distance, described glass tubing The distance of tip to glass tubing center of gravity is the 3rd distance；Described second distance be less than or equal to described first distance, described first Distance is less than the 3rd distance；Described first guiding mechanism is arranged between the second discharging port and the 3rd charging port, and described the Two discharging ports and the 3rd charging port are presented down and are arranged in the same direction, and described first guiding mechanism has by the described 3rd charging port Be inclined upwardly the prerotation vane of extension, and described prerotation vane and the 3rd feed end mouth form a conveying section；

The automatic feeding of described locking part includes conveying locking part and locks to the second conveyor structure of nozzle boss, screening Second sorting mechanism of part conveying direction；Described second conveyor structure includes the 5th conveyor track that single locking part arrangement is advanced Road and the 6th transfer pipeline, described 5th delivery track has the 5th charging port, the 5th discharging port；6th transfer pipeline tool There are the 6th charging port, the 6th discharging port；Described second sorting mechanism is arranged at described 5th discharging port and the 6th charging Between port, described 5th discharging port and the 6th charging port are presented down and are arranged in the same direction, and described second sorting mechanism includes With the 5th discharging port spaced column, the movable axis being vertically installed on column and be placed through movable axis and can activity Axle makees the steel bar swinging for axle；Described steel bar is bent with vertical section, bending segment and traversing section successively, and the end of described vertical section is solid Determine on movable axis, pull in the 5th discharging in the end top of described bending segment, traversing section direction the 5th discharging port and described traversing section Port；

Described automatic lock sets device and includes the fixed mechanism of stationary nozzle seat being arranged on board, the clamping of clamping glass pipe Mechanism and lock set the locked mechanism of locking part, and described fixed mechanism includes multiple applicators and being located at can uprightly fix and clamps Fixed seat below mechanism, described clamping device is located at below described locked mechanism；Described clamping device includes the first clamping Block, the second grip block, drive respectively the first grip block, the second grip block pairing or the first separate drive mechanism and second driving Mechanism, the two sides of described first grip block and the second grip block pairing offer respectively the first vertical semicircle groove, second Semicircle groove, described first semicircle groove, the second semicircle groove are combined to form the circular hole that clamping glass pipe is vertically fixed；Described lock Gu the 3rd drive mechanism that mechanism includes automatic locking screw machine and drives automatic locking screw machine to move up and down, described automatic lock spiral shell Silk machine is located at the surface of described circular hole；3rd discharging port of described 3rd transfer pipeline be arranged at described first grip block and The oblique upper of the second grip block pairing；6th discharging port of described 6th transfer pipeline connects to the bottom of automatic locking screw machine End.

2. applicator glass tubing as claimed in claim 1 and locking part automatic assembling device it is characterised in that: described first Discharging port is outward extended with two flanks limiting glass tubing conveying direction, and described inclination piece includes and is arranged between two flanks First inclination piece and be located therein outside a flank second inclination piece, described first tilt piece and second tilt piece between Offer a fluting planted for wherein one flank.

3. applicator glass tubing as claimed in claim 1 and locking part automatic assembling device it is characterised in that: described guiding There is between piece and described second discharging port the spacing less than or equal to second distance, described prerotation vane is away from the second discharge end One end of mouth is provided with catch upwards.

4. applicator glass tubing as claimed in claim 1 and locking part automatic assembling device it is characterised in that: described column The bumping post that upper setting one restriction steel bar moves to the 5th discharging port direction, described bumping post is set in parallel under described movable axis Side, described bending segment is resisted against bumping post side wall.

5. applicator glass tubing as claimed in claim 1 and locking part automatic assembling device it is characterised in that: described column It is formed with the fluting moving up and down for movable axis, described movable axis passes through fluting and respectively on the movable axis positioned at fluting both sides Lock sets nut.

6. applicator glass tubing as claimed in claim 1 and locking part automatic assembling device it is characterised in that: described first The end of the first charging port of delivery track is provided with the first vibration discharge port plate, and described first vibration discharge port plate includes first Outer annular shell, toroidal shell and first annular delivery track in first, described first outer annular shell is located at the outer shroud of toroidal shell in first, and described the One outer annular shell, the bottom surface of toroidal shell is blind end and top surface is opening, the internal ring bottom setting of toroidal shell in described first in first There is the first vibration platen；Described first annular delivery track is arranged in described first toroidal shell inwall and by toroidal shell bottom in first The toroidal shell top spiral extension into first, described first annular delivery track has the 4th charging port, the 4th discharging port, institute State the 4th discharging port and described first charging port to connect；The end setting of the 5th charging port of described 5th delivery track There is the second vibration discharge port plate, described second vibration discharge port plate includes the second outer annular shell, toroidal shell and the second annular conveying in second Track, described second outer annular shell is located at the outer shroud of toroidal shell in second, and described second outer annular shell, the bottom surface of toroidal shell is closing in second Hold and top surface is opening, in described second, the internal ring bottom of toroidal shell is provided with the second vibration platen；Described second annular conveying Track be arranged in described second toroidal shell inwall and from second toroidal shell bottom toroidal shell top spiral extension into second；Described Second ring delivery track has the 7th charging port, the 7th discharging port, described 7th discharging port and described 5th feed end Mouth connects.

7. applicator glass tubing as claimed in claim 6 and locking part automatic assembling device it is characterised in that: described second It is connected with the 8th delivery track, described 8th delivery track has and the second ring between annular delivery track and the 5th delivery track Wide transportation section and the narrow transportation section being connected with the 5th delivery track that shape delivery track connects, the conveyor surface width of described width transportation section More than the conveyor surface width of described narrow transportation section, the conveyor surface width of described narrow transportation section is more than the diameter of locking part to degree.

8. applicator glass tubing as claimed in claim 7 and locking part automatic assembling device it is characterised in that: described narrow defeated Send and a material toggling piece is provided with section, the distance between described material toggling piece and narrow transportation section are less than the length of described locking part.

9. applicator glass tubing as claimed in claim 6 and locking part automatic assembling device it is characterised in that: described first The bottom side of interior toroidal shell offers the first through hole in a connection first within toroidal shell, and described first through hole is provided with by first Through hole notch extends to the first baffle of the first outer annular shell inwall；In described second, the bottom side of toroidal shell offers a connection The second through hole within toroidal shell in two, described second through hole is provided with and extends to the second outer annular shell inwall by the second through hole notch Second baffle.

10. applicator glass tubing as claimed in claim 6 and locking part automatic assembling device it is characterised in that: described One delivery track, the second delivery track are located in described first outer annular shell and first between toroidal shell and helically track, and described the Three transfer pipelines pass through the first outer shroud shell side wall and extend to outside the first outer annular shell；Described 5th delivery track is located at described second Between toroidal shell and helically track in outer annular shell and second, described 6th transfer pipeline passes through the second outer shroud shell side wall and extends to Outside second outer annular shell.

The automatic assembling device of 11. applicator glass tubings as claimed in claim 6 and locking part it is characterised in that: described One delivery track is inclined upwardly setting, described second delivery track, the downward-sloping setting of described 3rd transfer pipeline；Described 5th Delivery track, the downward-sloping setting of the 6th transfer pipeline.

The automatic assembling device of 12. applicator glass tubings as claimed in claim 6 and locking part it is characterised in that: described Outward expansion while one annular delivery track, the second annular delivery track upwardly extend.

The automatic assembling device of 13. applicator glass tubings as claimed in claim 1 and locking part it is characterised in that: described Five delivery tracks are provided with one prevents locking part from deviating from cover plate, described cover plate and the 5th delivery track side of the 5th delivery track Side wall connects and has the first distance and opposite side wall between, and described first distance is less than the diameter of described locking part.

The automatic assembling device of 14. applicator glass tubings as claimed in claim 1 and locking part it is characterised in that: Mei Yisuo State to be provided with fixed seat and rectangular channel and the counterbore of the bottom land concave downward by rectangular channel had by the top surface concave downward of fixed seat, Described applicator is uprightly inserted in fixed seat, and the shower nozzle connecting tube of the bottom of described applicator is inserted in counterbore, institute State the bottom surface that nozzle boss is connected with shower nozzle connecting tube to be resisted against in rectangular channel.

The automatic assembling device of 15. applicator glass tubings as claimed in claim 14 and locking part it is characterised in that: described solid Reservation is arranged at one can be on the disk of rotation, and described rectangular channel runs through fixed seat two lateral walls and forms two grooves in fixed seat Wall, the plane at the center of circle to the straight line place at the center of fixed seat of described disk is vertical closing respectively with the plane that two cell walls are located System.

The automatic assembling device of 16. applicator glass tubings as claimed in claim 13 and locking part it is characterised in that: described solid Reservation is cylindric, and the spacing of fixed seat described in adjacent two is more than the diameter of splash box.

The automatic assembling device of 17. applicator glass tubings as claimed in claim 1 and locking part it is characterised in that: described The diameter of the circular hole that one semicircle groove, the second semicircle groove are combined to form is equal to or more than the diameter of glass tubing.

The automatic assembling device of 18. applicator glass tubings as claimed in claim 1 and locking part it is characterised in that: described One drive mechanism, the second drive mechanism are cylinder, and described first drive mechanism has first being fixedly connected with the first grip block Piston rod, described second drive mechanism has the second piston bar being fixedly connected with the second grip block；Described first drive mechanism, Second drive mechanism parallel interval is arranged at same plane, and described first grip block, the second grip block are perpendicular to the first driving machine Structure, described second grip block is connected with second piston bar by a lengthened plate.

The automatic assembling device of 19. applicator glass tubings as claimed in claim 18 and locking part it is characterised in that: described plus The length of long slab is equal to or more than the spacing of described first drive mechanism and the second drive mechanism.

The automatic assembling device of 20. applicator glass tubings as claimed in claim 1 and locking part it is characterised in that: described Three drive mechanisms are cylinder, and described 3rd drive mechanism has the piston rod being connected with automatic locking screw machine and fixed block, described It is fixedly installed two columns below fixed block, described column slides and is provided with the cunning being fixedly connected with described automatic locking screw machine Block, described piston rod is connected through fixed block with slide block.