CN205802360U - The vibration drawing mechanism of applicator glass tubing - Google Patents

Abstract

The vibration drawing mechanism of a kind of applicator glass tubing, includes outer annular shell, interior toroidal shell, annular delivery track and the first delivery track, and outer annular shell is positioned at the outer shroud of toroidal shell, and the internal ring bottom of interior toroidal shell is provided with vibration platen；Annular delivery track is arranged at interior toroidal shell inwall and by inside toroidal shell top, interior toroidal shell bottom spiral extension, and annular delivery track has the 4th charging port, the 4th discharging port；First delivery track between outer annular shell and interior toroidal shell and helically track, the first delivery track has the first charging port, the first discharging port, the 4th discharging port and the first charging port and connects；By said structure, this utility model vibration drawing mechanism vibration vibration platen, all glass tubings produce spiral power, so that glass tubing rotates on vibration platen, and carry over annular delivery track be delivered up to the 4th discharging port, again by the first delivery track to outwards conveying, it is possible to achieve the self-feeding purpose to glass tubing.

Description

The vibration drawing mechanism of applicator glass tubing

Technical field

This utility model relates to a kind of automatic feeding, refers in particular to the vibration discharging dress of a kind of applicator glass tubing Put.

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 vibration drawing mechanism of a kind of applicator glass tubing, can automatic transport glass Glass pipe, improves work efficiency.

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

The vibration drawing mechanism of a kind of applicator glass tubing, described glass tubing has the glass tubing circle being combined with locking part Head and the glass tubing tip being combined with sealing member, it includes outer annular shell, interior toroidal shell, annular delivery track and the first conveyor track Road, 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, The internal ring bottom of described interior toroidal shell is provided with vibration platen；Described annular delivery track is arranged at described interior toroidal shell inwall and by interior Inside toroidal shell top, toroidal shell bottom spiral extension, described annular delivery track has the 4th charging port, the 4th discharging port；Institute Stating the first delivery track between described outer annular shell and interior toroidal shell and helically track, described first delivery track has first Charging port, the first discharging port, described 4th discharging port is connected with described first charging port.

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 baffle plate of outer annular shell inwall.

Bottom surface between described outer annular shell and interior toroidal shell for tilt anchor ring, described inclination anchor ring by outer annular shell inwall to internal ring Shell outer inclination is downward.

Described annular delivery track upwardly extend while outward expansion.

Described first delivery track is in the setting that is inclined upwardly.

Described vibration platen is tapered disk.

The side of described annular delivery track reclines the inwall of interior toroidal shell, and opposite side is provided with restriction glass tubing abjection annular The guardrail of delivery track.

After using said structure, the glass tubing of applicator is placed on the vibration platen in interior toroidal shell by this utility model On, when vibration platen starts vibration, and all glass tubings produce spiral power, so that glass tubing vibrates rotation on vibration platen Turn, and the annular delivery track carrying over interior toroidal shell inwall is delivered up to the 4th discharging port, enters back into the first charging port also Outwards carried by the first delivery track；This utility model can realize the self-feeding purpose to glass tubing, to improve work effect Rate.

Accompanying drawing explanation

Fig. 1 is the structural representation of applicator glass tubing；

Fig. 2 is the structural representation of the vibration drawing mechanism of this utility model applicator glass tubing.

Symbol description

Glass tubing 10 locking part 20

Glass tube round head 101 sealing member 30

Glass tubing tip 102 conveying mechanism 1

Sorting mechanism 2 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 sheet 21

Prerotation vane 31 flank 113

First tilts sheet 211 second tilts sheet 212

Slot 213 catch 32

Vibration discharge port plate 4 outer annular shell 41

Interior toroidal shell 42 annular delivery track 43

Vibration platen 44 the 4th feeds port 431

4th discharging port 432 through hole 45

Baffle plate 46.

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 to Fig. 2, this utility model discloses the vibration drawing mechanism 4 of a kind of applicator glass tubing, described Glass tubing 10 has the glass tube round head 101 being combined with locking part 20 and the glass tubing tip 102 being combined with sealing member 30, its bag Having included outer annular shell 41, interior toroidal shell 42, annular delivery track 43 and the first delivery track 11, described outer annular shell 41 is positioned at toroidal shell 42 Outer shroud, described outer annular shell 41, the bottom surface of interior toroidal shell 42 are blind end and end face is opening, at the bottom of the internal ring of described interior toroidal shell 42 End is provided with vibration platen 44；Described annular delivery track 43 be arranged at described interior toroidal shell 42 inwall and by interior toroidal shell 42 bottom to Interior toroidal shell 42 top spiral extension, described annular delivery track 43 has the 4th charging port the 431, the 4th discharging port 432；Institute State the first delivery track 11 between described outer annular shell 41 and interior toroidal shell 42 and helically track, described first delivery track 11 There is first charging port the 111, first discharging port 112, described 4th discharging port 432 and described first charging port 112 Connect.

The glass tubing 10 of applicator is placed on the vibration platen 44 in interior toroidal shell 42 by this utility model, when vibration is flat Platform 44 starts vibration, and all glass tubings 10 produce spiral power, so that glass tubing 10 vibrates rotation on vibration platen 44, And the annular delivery track 43 carrying over interior toroidal shell 42 inwall is delivered up to the 4th discharging port 432, enter back into the first feed end Mouth 111 is also outwards carried by the first delivery track 11；This utility model can realize the self-feeding purpose to glass tubing 10, with Improve work efficiency.

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 baffle plate 46 being extended to outer annular shell 41 inwall by through hole 45 notch, when conveying mechanism 1 deviate from by glass tubing 10 Falling to the clearance space between interior toroidal shell 42 and outer annular shell 41, described glass tubing 10 can return interior toroidal shell 42 by through hole 45 In, then the vibration of vibrated discharge port plate and be again delivered up by annular delivery track 43, can conveniently collect abjection conveying mechanism 1 Glass tubing 10.

Bottom surface between described outer annular shell 41 of the present utility model and interior toroidal shell 42 for tilt anchor ring, described inclination anchor ring by Outer annular shell 41 inwall inside toroidal shell 42 outer wall diagonally downward, is deviate from conveying mechanism 1 when glass tubing 10 and is fallen to interior toroidal shell 42 with outer When being clearance space between toroidal shell 41, described glass tubing 10 can be slided by the inside toroidal shell 42 of outer annular shell 41 on inclination anchor ring, makes Glass tubing 10 passes through through hole 45 and enters in interior toroidal shell 42.

Of the present utility model described annular delivery track 43 upwardly extend while outward expansion；It is delivered up more swimmingly Glass tubing 10.

Described vibration platen 44 of the present utility model is tapered disk.

This utility model also includes the sorting mechanism 2 of the unified conveying direction of screening glass tubing 10, adjusts glass tubing tip 102 guiding mechanism the 3, second delivery tracks 12 down and the 3rd transfer pipeline 13；Second delivery track 12 has the second charging Port the 121, second discharging port 122, described 3rd transfer pipeline 13 has the 3rd charging port the 131, the 3rd discharging port 132；Described sorting mechanism 2 is arranged between the first discharging port 112 and the second charging port 121, described first discharging port 112 and second feed port about 121 is crisscross arranged, and described sorting mechanism 2 has acclivitous inclination sheet 21, described inclination The bottom of sheet 21 flushes with the first discharging port 112 and near the first discharging port 112, the top of described inclination sheet 21 is to updip Tiltedly and away from the first discharging port 112；Distance between bottom and the first discharging port 112 of described inclination sheet 21 be first away from From, the distance of described glass tube round head 101 to glass tubing center of gravity is second distance, and described glass tubing tip 102 is to glass tubing weight The distance of the heart is the 3rd distance；Described second distance be less than or equal to described first distance, described first distance less than the 3rd away from From；Described guiding mechanism 3 is arranged between the second discharging port 122 and the 3rd charging port 131, described second discharging port 122 and the 3rd charging port 131 in arranging the most in the same direction, described guiding mechanism 3 have by described 3rd charging port 131 upwards Tilting the prerotation vane 31 extended, described prerotation vane 31 and the 3rd charging port 131 form a conveying section.

The glass tubing 10 of this utility model applicator is not intended to direction and carries on the first delivery track 1 and gone out by first Material port 112 enter the second charging port 121, when glass tube round head 101 forward time, second distance less than or equal to first away from From, described glass tube round head 101 with tilt sheet 21 have at regular intervals in the case of and by glass tubing 10 action of gravity, glass Pipe round end 101 enters the second charging port 121 down；When glass tubing tip 102 forward time, the first distance less than the 3rd distance, Glass tubing tip 102 is against tilting sheet 21 and advancing more than or equal to the 3rd distance on sheet 21 to tilting, and described glass tubing 10 is complete Total detachment the first discharging port 112 and tilting upward is positioned on described inclination sheet 21, by under glass tubing 10 action of gravity, and glass tubing Round end 101 enters the second charging port 121 down；Therefore, adjust glass tubing 10 conveying direction through sorting mechanism 2, can unify Glass tube round head 101 carries forward；Described glass tube round head 101 is delivered to the second discharging port 121 forward, can glass tubing circle 101 are delivered on prerotation vane 31 forward, and glass tubing 10 falls to prerotation vane 31 completely, and described glass tubing 10 is on prerotation vane 31 Time, near the 3rd charging port 131, glass tube round head 101 is away from the 3rd charging port 131, owing to leading for glass tubing tip 102 Have the conveying section sloping down to the 3rd charging port 131 to sheet 31, therefore, glass tubing tip 102 is towards advancing into the 3rd Transfer pipeline 13 is interior and is delivered to nozzle boss, and the lock of follow-up locking part 20 can be facilitated to set；This utility model applicator glass tubing Automatic feeding can automatic transport glass tubing 10 and can automatic screening need direction, it is not necessary to artificial screening glass tubing 10 Direction, improve work efficiency.

Described first discharging port 112 of the present utility model stretches out two flanks of restricted glass tubing 10 conveying direction 113, described inclination sheet 21 includes the first inclination sheet 211 being arranged between two flanks 113 and is located therein outside a flank 113 Second inclination sheet 212 of side, described first tilts sheet 211 and second tilts to offer one between sheet 212 for a wherein 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 on sheet 21 with Meaning activity, causes 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 be suspended on the second discharging port 122 and the unsettled distance of glass tubing 10 equal to described the During two distances, 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 damages when falling to prerotation vane 31, glass tubing 10 can be protected； And described prerotation vane 31 is arc-like sheet low 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 from prerotation vane 31 away from the second discharging port 122 one end deviate from prerotation vane 31, it is ensured that glass tubing 10 enters smoothly Enter the 3rd transfer pipeline 13.

Described first delivery track the 11, second delivery track 12 of the present utility model is positioned at described outer annular shell 41 and toroidal shell Between 42 and helically track, when glass tubing 10 is deviate from first delivery track the 11, second delivery track 12, glass tubing 10 Can directly fall between interior toroidal shell 42 and outer annular shell 41 is clearance space so that glass tubing 10 enters interior toroidal shell by through hole 45 In 42；Described 3rd transfer pipeline 13 through outer annular shell 41 sidewall and extends to outside outer annular shell 41, and the 3rd transfer pipeline 13 is Pipe, glass tubing 10 can only enter and from the 3rd discharging port 131 discharging from the 3rd charging port 131, will not be in the 3rd conveying The abjection of pipeline 13 midway, can be delivered to assembly platform by glass tubing 10, facilitates follow-up sealed with locking part 20.

Described first delivery track 11 of the present utility model is inclined upwardly setting, described second delivery track 12, described The three downward-sloping settings of transfer pipeline 13；The side of described annular delivery track 43 reclines the inwall of interior toroidal shell 42, and opposite side sets It is equipped with restriction glass tubing 10 and deviates from the guardrail of annular delivery track 43；Described first delivery track the 11, second delivery track 12 is also Respectively delivery track both sides are provided with guardrail, glass tubing 10 can be limited and be located on delivery track conveying.

Described first delivery track the 11, second delivery track 12 of the present utility model respectively and is provided with between interior toroidal shell 42 The support member of multiple support the first delivery track the 11, second delivery tracks 12, can fixedly secure support the first delivery track 11, the Two delivery tracks 12.

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. a vibration drawing mechanism for applicator glass tubing, described glass tubing has the glass tube round head being combined with locking part And the glass tubing tip being combined with sealing member, it is characterised in that: include outer annular shell, interior toroidal shell, annular delivery track and first Delivery 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 that blind end and end face are for opening Mouth end, the internal ring bottom of described interior toroidal shell is provided with vibration platen；Described annular delivery track is 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 4th charging port, the 4th discharging Port；Described first delivery track between described outer annular shell and interior toroidal shell and helically track, described first delivery track Having the first charging port, the first discharging port, described 4th discharging port is connected with described first charging port.

2. the vibration drawing mechanism of applicator glass tubing as claimed in claim 1, it is characterised in that: the bottom of described interior toroidal shell Side opening is provided with the through hole in a connection within toroidal shell, and described through hole is provided with the gear being extended to outer annular shell inwall by through hole notch Plate.

3. the vibration drawing mechanism of applicator glass tubing as claimed in claim 1, it is characterised in that: described outer annular shell and internal ring Bottom surface between shell is for tilting anchor ring, and described inclination anchor ring is downward by outer annular shell inwall inside toroidal shell outer inclination.

4. the vibration drawing mechanism of applicator glass tubing as claimed in claim 1, it is characterised in that: described annular delivery track Outward expansion while upwardly extending.

5. the vibration drawing mechanism of applicator glass tubing as claimed in claim 1, it is characterised in that: described first delivery track In the setting that is inclined upwardly.

6. the vibration drawing mechanism of applicator glass tubing as claimed in claim 1, it is characterised in that: described vibration platen is cone Shape disk.

7. the vibration drawing mechanism of applicator glass tubing as claimed in claim 1, it is characterised in that: described annular delivery track Side recline the inwall of interior toroidal shell, opposite side is provided with the guardrail limiting glass tubing abjection annular delivery track.