CN205771562U - The feed mechanism of applicator locking part - Google Patents

The feed mechanism of applicator locking part Download PDF

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Publication number
CN205771562U
CN205771562U CN201620660530.3U CN201620660530U CN205771562U CN 205771562 U CN205771562 U CN 205771562U CN 201620660530 U CN201620660530 U CN 201620660530U CN 205771562 U CN205771562 U CN 205771562U
Authority
CN
China
Prior art keywords
locking
delivery track
shell
conveying
annular
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201620660530.3U
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Chinese (zh)
Inventor
陈文杰
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Fujian Nan'an Guangwei Fire-Fighting Equipment Co Ltd
Original Assignee
Fujian Nan'an Guangwei Fire-Fighting Equipment Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Fujian Nan'an Guangwei Fire-Fighting Equipment Co Ltd filed Critical Fujian Nan'an Guangwei Fire-Fighting Equipment Co Ltd
Priority to CN201620660530.3U priority Critical patent/CN205771562U/en
Application granted granted Critical
Publication of CN205771562U publication Critical patent/CN205771562U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model discloses the feed mechanism of a kind of applicator locking part, include conveying locking part and to the conveying mechanism of nozzle boss and prevent locking part from deviating from the cover plate of conveying mechanism;Described conveying mechanism includes the first delivery track and the second transfer pipeline that the arrangement of single locking part is advanced, and described first delivery track has the first charging port, the first discharging port;Second transfer pipeline has the second charging port, the second discharging port;Described cover plate is arranged at the top of the first delivery track, described cover plate and the first delivery track side sidewall connect and and another sidewall between there is the first distance, described first distance is less than the diameter of described locking part;By said structure, this utility model feed mechanism can prevent locking part from deviating from conveying mechanism, and course of conveying is more smooth and easy.

Description

The feed mechanism of applicator locking part
Technical field
This utility model relates to a kind of pay-off, refers in particular to the feed mechanism of a kind of applicator locking part.
Background technology
In fire-fighting automatic fire extinguishing system, applicator is as one of people's lives and properties patron saint, and it is responsible for monitoring The condition of a fire and implement the two big missions that fight a fire, is mainly used in hazard class place light, middle, commercialization place, as bank, hotel, Shopping center etc..Existing applicator kind has a variety of, has glass tubing sprinkler tip and meltable unit by heat-sensitive element classification Part sprinkler tip.
Wherein, glass tubing sprinkler tip includes shower nozzle, nozzle boss, glass tubing, splash box and the group such as sealing member, locking part Becoming, this locking part, glass tubing, sealing member are arranged on nozzle boss composition one support balanced body in pushing up support of pulling up and down;Glass tubing Inside being filled with the organic solution that thermal coefficient of expansion is high, 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 start sprinkling fire;But, owing to glass tubing has the glass tube round head being combined with locking part and with close Sealing combine glass tubing tip, and these locking part both ends of the surface formed respectively the concave spherical being combined with glass tube round head and confession spiral shell The deep gouge that silk cutter 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 time before assembling to adjust, such as glass tubing, locking part direction: the groove of sealing member sets upward Putting, glass tubing tip pushes up down pulls in groove, and glass tube round head upward, down and justify 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;Therefore, each parts assembly orientation of applicator is closed System causes to realize mechanization in assembling, can only use and manually assemble, and work process is numerous and diverse, wastes time and energy.
In view of this, the design people is for not attaining perfect caused many lack in the design of above-mentioned applicator assembling aspect Lose and inconvenience, and deeply conceive, and actively 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 feed mechanism of a kind of applicator locking part, can prevent locking part from deviating from Conveying mechanism, course of conveying is more smooth and easy.
In order to reach above-mentioned purpose, solution of the present utility model is:
The feed mechanism of a kind of applicator locking part, includes conveying locking part and to the conveying mechanism of nozzle boss and prevents The cover plate of locking part abjection conveying mechanism;Described conveying mechanism include single locking part arrangement advance the first delivery track and Second transfer pipeline, described first delivery track has the first charging port, the first discharging port;Second transfer pipeline has Two charging port, the second discharging ports;Described cover plate is arranged at the top of the first delivery track, described cover plate and the first conveyor track Side, road sidewall connect and and another sidewall between there is the first distance, described first distance is less than the diameter of described locking part.
The end of the first charging port of described first delivery track is provided with vibration discharge port plate, described vibration discharge port plate bag Having included outer annular shell, interior toroidal shell and annular delivery track, described outer annular shell is positioned at the outer shroud of toroidal shell, described outer annular shell, interior toroidal shell Bottom surface be blind end and end face is opening, the internal ring bottom of described interior toroidal shell is provided with vibration platen;Described annular conveying Track is arranged at described interior toroidal shell inwall and by inside toroidal shell top, interior toroidal shell bottom spiral extension, described annular conveyor track stage property The 3rd charging port, the 3rd discharging port, described 3rd discharging port and described first charging port is had to connect.
The side, bottom of described interior toroidal shell offers the through hole in a connection within toroidal shell, and described through hole is provided with by through hole Notch extends to the catch of outer annular shell inwall.
Described annular delivery track upwardly extend while outward expansion.
Described first delivery track between described outer annular shell and interior toroidal shell and helically track, described second conveying pipe Road is through outer annular shell sidewall and extends to outside outer annular shell.
Described first delivery track, the second downward-sloping setting of transfer pipeline.
Described conveying mechanism includes the 4th delivery track, and described 4th delivery track has and is connected with the 3rd discharging port Wide transportation section and with the first narrow transportation section of being connected of charging port, the conveyor surface width of described wide transportation section is more than described narrow defeated The conveyor surface width of the section of sending, the conveyor surface width of described narrow transportation section is more than the diameter of locking part.
After using said structure, locking part of the present utility model carries on the first delivery track, and the first delivery track On be provided with cover plate, can prevent locking part from deviating from the first delivery track, and described cover plate can limit each locking part and all fall Carrying on the first delivery track, locking part can be made single successively and fell and be delivered to the second transfer pipeline, course of conveying is more Smooth and easy.
Accompanying drawing explanation
Fig. 1 is the structural representation of the locking part of applicator;
Fig. 2 is the structural representation of the feed mechanism of this utility model applicator locking part.
Symbol description
Locking part 20 concave spherical 201
Deep gouge 202 conveying mechanism 1
Sorting mechanism 2 first delivery track 11
Second transfer pipeline 12 first feeds port 111
First discharging port 112 second feeds port 121
Second discharging port 122 column 21
Movable axis 22 steel bar 23
Vertical section 231 bending segment 232
Traversing section 233 baffle plate 24
Slot 211 nuts 212
Vibration discharge port plate 4 outer annular shell 41
Interior toroidal shell 42 annular delivery track 43
Vibration platen 44 through hole 45
Catch 46 the 4th delivery track 14
Narrow transportation section, wide transportation section 141 142
Material toggling sheet 3 cover plate 113.
Detailed description of the invention
In order to the technical solution of the utility model is explained further, below by specific embodiment, this utility model is entered Row elaborates.
Referring to Fig. 1, Fig. 2, this utility model discloses the feed mechanism of a kind of applicator locking part, this locking part 20 Both ends of the surface are respectively formed with the concave spherical 201 being combined with glass tube round head and the deep gouge 202 planted for screwdriver, described feeding Mechanism includes the conveying mechanism 1 of conveying locking part 20 to nozzle boss and prevents locking part 20 from deviating from the cover plate of conveying mechanism 1 113;Described conveying mechanism 1 includes the first delivery track 11 and the second transfer pipeline 12 that the arrangement of single locking part 20 is advanced, Described first delivery track 11 has first charging port the 111, first discharging port 112;Second transfer pipeline 12 has second Charging port the 121, second discharging port 122;Described cover plate 113 is arranged at the top of the first delivery track 11, described cover plate 113 Be connected with the first delivery track 11 side sidewall and and another sidewall between there is the first distance, described first distance is less than described The diameter of locking part 20.
Locking part 20 of the present utility model carries on the first delivery track 11, and is provided with lid on the first delivery track 11 Plate 113, can prevent locking part 20 from deviating from the first delivery track 11, and described cover plate 113 can limit each locking part 20 and all put It is poured on the first delivery track 11 conveying, locking part 20 can be made single successively and fell and be delivered to the second transfer pipeline 12, defeated Pass through journey more smooth and easy.
The end of the first charging port 111 of described first delivery track 11 of the present utility model is provided with vibration discharge port plate 4, described vibration discharge port plate 4 includes outer annular shell 41, interior toroidal shell 42 and annular delivery track 43, and described outer annular shell 41 is positioned at internal ring The outer shroud of shell 42, described outer annular shell 41, the bottom surface of interior toroidal shell 42 are blind end and end face is opening, described interior toroidal shell 42 interior Ring bottom is provided with vibration platen 44;Described annular delivery track 43 is arranged at described interior toroidal shell 42 inwall and by interior toroidal shell 42 end Inside toroidal shell 42 top spiral extension, described annular delivery track 43 is held to have the 3rd charging port the 431, the 3rd discharging port 432, described 3rd discharging port 432 and described first charging port 111 connect;When vibration platen 44 starts vibration, all locks Firmware 20 produces spiral power so that locking part 20 rotates on vibration platen 44, and carry over annular delivery track 43 to On be delivered to the 3rd discharging port 431, it is possible to achieve the purpose to locking part 20 self-feeding.
The side, bottom of described interior toroidal shell 42 of the present utility model offers the through hole 45 in a connection within toroidal shell 42, institute State through hole 45 and be provided with the catch 46 being extended to outer annular shell 41 inwall by through hole 45 notch;When locking part 20 deviates from the first conveyor track Road 11 falls to the clearance space between interior toroidal shell 42 and outer annular shell 42, and described locking part 20 can return internal ring by through hole 45 In shell 42, more vibrated discharge port plate 4 vibrates and is again delivered up by annular delivery track 43, can conveniently collect abjection first defeated Send the locking part 20 of track 11.
Connect between described annular delivery track 43 of the present utility model and the first delivery track 11 and have the 4th delivery track 14, described 4th delivery track 14 has the wide transportation section 141 being connected with the 3rd discharging port 432 and feeds port with first The 111 narrow transportation sections 142 connected, the conveyor surface width of described wide transportation section 141 is more than the conveying face width of described narrow transportation section 142 Degree, the conveyor surface width of described narrow transportation section 142 is slightly larger than the diameter of locking part 20, and therefore, described narrow transportation section 142 is intended for working as Individual locking part 20 passes through so that locking part 20 is delivered to the first delivery track 11 successively;And it is provided with one on described narrow transportation section Material toggling sheet 3, the distance between described material toggling sheet 3 and narrow transportation section, less than the length of described locking part 20, can will stand in narrow conveying Locking part in section 20 groups falls so that locking part 20 all fell and is delivered to the first delivery track 11.
Described feed mechanism includes the sorting mechanism 2 of screening locking part 20 conveying direction;Described sorting mechanism 2 is arranged at Between described first discharging port 112 and the second charging port 121, described first discharging port 112 and the second charging port 121 In arranging the most in the same direction, described sorting mechanism 2 include with the first spaced column of discharging port 121 21, be vertically arranged Movable axis 22 on column 21 and be placed through movable axis 22 and the steel bar 23 swung can be made with movable axis 22 for axle;Described steel bar 23 are bent with vertical section 231, bending segment 232 and traversing section 233 successively, and the end of described vertical section 231 is fixed on movable axis 22, Described bending segment 232, traversing section 233 are pulled in the first discharging towards the top, end of the first discharging port 121 and described traversing section 233 Port 121.
Locking part 20 of the present utility model is delivered to the first discharging port 112 and pushing tow traversing section by the first delivery track 11 233, when described locking part 20 deep gouge 202 forward time, the end of the traversing section 233 of described steel bar 23 is inserted in deep gouge 202 And drive locking part 20 to be deviated from the first discharging port 112 by the promotion of locking part 20 afterwards to move, when be rocked to certain position it When rear steel bar 23 drives locking part 20 to do return movement to the first discharging port 112 direction, described locking part 20 is by action of gravity To progressively disengage traversing section 233, when locking part 20 is against the second charging port 121, described locking part 20 departs from traversing section 233 Enter the second transfer pipeline 12, and steel bar 23 continues to move toward the first discharging port 112 so that locking part 20 is at the second conveying pipe Deep gouge 202 conveying direction backwards is remained in road 23;When locking part 20 concave spherical 201 forward time, described steel bar 23 The end of traversing section 233 cannot be inserted on concave spherical 201, described locking part 20 is departed from by the promotion of locking part 20 afterwards First discharging port 112, and described steel bar 23 moves towards the first discharging port 112 and pushes up the first discharging port 112 of pulling, right Next locking part 20 screens;Therefore, all of locking part 20 is all that concave spherical 201 is towards advancing into the second transfer pipeline 12 In and be delivered to nozzle boss, follow-up lock can be facilitated to set locking part 20;The feed mechanism of this utility model applicator locking part can Automatic transport locking part 20 and can the conveying direction of automatic screening locking part 20, it is not necessary to the direction of artificial screening locking part 20, Improve work efficiency.
The gear that one restriction steel bar 23 moves to the first discharging port 112 direction is set on described column 21 of the present utility model Plate 24, described baffle plate 24 is set in parallel in below described movable axis 22, and described bending segment 232 is resisted against baffle plate 24 sidewall;Work as institute State steel bar 23 stress when the first discharging port 112 moves, it is to avoid the traversing section 233 of steel bar 23 crosses the first discharging port 112 Move forward, and cause traversing section 112 to push up and pull in the first discharging port 112, it is impossible to carry out locking part 20 direction Screening operation.
Described column 21 of the present utility model is formed for the fluting 211 that movable axis 22 moves up and down, described movable axis 22 Through fluting 211 and lock respectively at the movable axis 22 being positioned at fluting 211 both sides and set nut 212, movable axis 22 can be fixed on On column 21;Then this utility model can move up and down movable axis 22 tightening nut 212 the most again by loosening nut 212, Can complete to adjust the purpose of movable axis 22.
The deep gouge 202 of described locking part 20 of the present utility model is in interior hexagonal shape, and the traversing section 233 of described steel bar 23 is in outward Hexagonal shape.
Of the present utility model described annular delivery track 43 upwardly extend while outward expansion;It is delivered up more swimmingly Locking part 20.
Described first delivery track 11 of the present utility model is provided with one and prevents locking part 20 from deviating from the first delivery track 11 Cover plate 113, described cover plate 113 be connected with the first delivery track 11 side sidewall and and another sidewall between have first away from From, described first distance is less than the diameter of described locking part 20;Pull in the first discharging port when the traversing section 233 of steel bar 23 pushes up When 112, the locking part 20 being i.e. pointed on the first delivery track 11 has the active force pulled in a top, if being not provided with cover plate 113, Locking part 20 directly may be deviate from the first delivery track 11 by traversing section 233 pushing tow, is unfavorable for conveying and the screening of locking part 20.
Described first delivery track 11 of the present utility model, described 3rd delivery track 14 be positioned at described outer annular shell 41 and Between toroidal shell 42 and helically track, described second transfer pipeline 12 through outer annular shell 41 sidewall and extends to outside outer annular shell 41. When locking part 20 is deviate from the first delivery track 11, locking part 20 can directly fall between interior toroidal shell 42 and outer annular shell 41 It is clearance space so that locking part 20 is entered in interior toroidal shell 42 by through hole 45;And second transfer pipeline 12 be pipe, locking part 20 can only enter and from the second discharging port 122 discharging from the second charging port 121, will not be de-in the second transfer pipeline 12 midway Go out, can be delivered to locking part 20 assemble assembly platform, facilitate follow-up lock to set locking part 20.
The described first delivery track downward-sloping setting of the 11, second transfer pipeline 12 of the present utility model.
It is provided with multiple support first between described first delivery track 11 of the present utility model and interior toroidal shell 42 and carries 11 The support member of track, can fixedly secure support the first delivery track 11.
Above-described embodiment and accompanying drawing non-limiting product form of the present utility model and style, any art Those of ordinary skill is suitably changed what it did or modifies, and all should be regarded as without departing from patent category of the present utility model.

Claims (7)

1. the feed mechanism of an applicator locking part, it is characterised in that: include conveying locking part to the conveying of nozzle boss Mechanism and prevent locking part abjection conveying mechanism cover plate;
Described conveying mechanism include single locking part arrangement advance the first delivery track and the second transfer pipeline, described first Delivery track has the first charging port, the first discharging port;Second transfer pipeline has the second charging port, the second discharge end Mouthful;Described cover plate is arranged at the top of the first delivery track, described cover plate and the first delivery track side sidewall connect and with separately Having the first distance between one sidewall, described first distance is less than the diameter of described locking part.
2. the feed mechanism of as claimed in claim 1 applicator locking part, it is characterised in that: the of described first delivery track The end of one charging port is provided with vibration discharge port plate, and described vibration discharge port plate includes outer annular shell, interior toroidal shell and annular conveying Track, described outer annular shell is positioned at the outer shroud of toroidal shell, and described outer annular shell, the bottom surface of interior toroidal shell are blind end and end face is opening End, the internal ring bottom of described interior toroidal shell is provided with vibration platen;Described annular delivery track be arranged at described interior toroidal shell inwall and By inside toroidal shell top, interior toroidal shell bottom spiral extension, described annular delivery track has the 3rd charging port, the 3rd discharge end Mouthful, described 3rd discharging port and described first charging port connect.
3. the feed mechanism of applicator locking part as claimed in claim 2, it is characterised in that: the side, bottom of described interior toroidal shell Offering the through hole within toroidal shell in a connection, described through hole is provided with the catch being extended to outer annular shell inwall by through hole notch.
4. the feed mechanism of applicator locking part as claimed in claim 2, it is characterised in that: described annular delivery track is upwards Outward expansion while extension.
5. the feed mechanism of applicator locking part as claimed in claim 2, it is characterised in that: described first delivery track is positioned at Between described outer annular shell and interior toroidal shell and helically track, described second transfer pipeline is through outer annular shell sidewall and extends to outer shroud Outside shell.
6. the feed mechanism of as claimed in claim 1 applicator locking part, it is characterised in that: described first delivery track, the The two downward-sloping settings of transfer pipeline.
7. the feed mechanism of as claimed in claim 2 applicator locking part, it is characterised in that: described conveying mechanism includes the Four delivery tracks, described 4th delivery track has the wide transportation section being connected with the 3rd discharging port and connects with the first charging port The narrow transportation section connect, the conveyor surface width of described wide transportation section is more than the conveyor surface width of described narrow transportation section, described narrow conveying The conveyor surface width of section is more than the diameter of locking part.
CN201620660530.3U 2016-06-28 2016-06-28 The feed mechanism of applicator locking part Expired - Fee Related CN205771562U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201620660530.3U CN205771562U (en) 2016-06-28 2016-06-28 The feed mechanism of applicator locking part

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201620660530.3U CN205771562U (en) 2016-06-28 2016-06-28 The feed mechanism of applicator locking part

Publications (1)

Publication Number Publication Date
CN205771562U true CN205771562U (en) 2016-12-07

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201620660530.3U Expired - Fee Related CN205771562U (en) 2016-06-28 2016-06-28 The feed mechanism of applicator locking part

Country Status (1)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107398425A (en) * 2017-09-18 2017-11-28 厦门友嘉工贸有限公司 A kind of main burner screening plant

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107398425A (en) * 2017-09-18 2017-11-28 厦门友嘉工贸有限公司 A kind of main burner screening plant
CN107398425B (en) * 2017-09-18 2020-01-10 厦门友嘉工贸有限公司 Main nozzle screening device

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C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20161207

Termination date: 20170628