CN207353198U - A kind of carbon fiber infrared heating fluorescent tube and its production equipment - Google Patents
A kind of carbon fiber infrared heating fluorescent tube and its production equipment Download PDFInfo
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- CN207353198U CN207353198U CN201721331015.1U CN201721331015U CN207353198U CN 207353198 U CN207353198 U CN 207353198U CN 201721331015 U CN201721331015 U CN 201721331015U CN 207353198 U CN207353198 U CN 207353198U
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- carbon fiber
- fluorescent tube
- dent
- glass tube
- production equipment
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Abstract
The utility model discloses a kind of carbon fiber infrared heating fluorescent tube wherein, the fluorescent tube includes glass envelope and the carbon fiber exothermic wire in the shell, the heating wire both ends are equipped with fixing terminal, a strut is connected with the fixing terminal, the lamp tube ends are equipped with lamp base, are connected between the strut and the lamp base by molybdenum sheet.Compared with prior art, a kind of carbon fiber infrared heating fluorescent tube of the utility model and its production equipment, the fluorescent tube have the advantages that compact-sized；The production equipment has the advantages that processing technology is simple.
Description
Technical field
Quartz ampoule packaging by hot pressing technical field is the utility model is related to, fluorescent tube is heated more particularly, to a kind of carbon fiber infrared
And its production equipment.
Background technology
When carbon fiber exothermic wire is used for heating lamp tube, in order to make power of lamp tube as far as possible low, and it is too long to be not desired to fluorescent tube, then and one
As by more heating wires twist into one it is spiral put into again in fluorescent tube in fluorescent tube or after braiding, but since carbon fiber exothermic wire compares
Softness, it is spiral after carbon fiber exothermic wire easily cross fixing terminal and go to lamp tube ends, influence the quality of fluorescent tube.
In current manufacture craft, carbon fiber infrared heating fluorescent tube is all by either simplex bit manipulation, that is, completes a work
Need that quartz glass tube to be processed manually is carried to next process processing after sequence, the continuity of process is poor, causes both-end
Fluorescent tube is required for carrying out exhaust of warming oneself by a fire to fluorescent tube before every end clamp so that production technology is complex, and manually input is big, production capacity
It is low.
Utility model content
The purpose of this utility model is to solve the problems of the prior art, proposes a kind of carbon fiber infrared heating lamp
Pipe, production equipment and its technique, the fluorescent tube have the advantages that compact-sized；The production equipment is simply excellent with processing technology
Point.
The technical solution adopted in the utility model is as follows：
A kind of carbon fiber infrared heats fluorescent tube, and the fluorescent tube includes glass envelope and the carbon fiber in the shell
Heating wire, the heating wire both ends are equipped with fixing terminal, a strut are connected with the fixing terminal, and the lamp tube ends are equipped with
Lamp base, is electrically connected between the strut and the lamp base by molybdenum sheet, and the shell is at the position of the correspondence fixing terminal
Equipped with concave inward structure, on the shell equipped with exhaust pipe.
Further, the fluorescent tube further includes fast interface, and the fast interface is electrically connected by power cord and the lamp base
Connect.
Further, silica gel is arranged with outside the power cord and knits line, and outside the power cord of described shell one end
It is arranged with high temperature resistant porcelain head the shell is knitted into line with the silica gel and separates.
Further, the molybdenum sheet is pressed from both sides the flat Boards wall formed after the scorification of shell both ends, together with what is be connected with molybdenum sheet
Lamp base one end and strut one end are fixed in clamping plate.
A kind of production equipment for being used to process carbon fiber infrared heating fluorescent tube, the production equipment include turntable and uniformly divide
Clamping device of the cloth on the turntable, the clamping device are used to install glass tube and carbon fiber exothermic wire to be processed, institute
The periphery for stating turntable is circumferentially equipped with successively：
Apparatus for baking, the apparatus for baking are used for the glass tube heating and are exhausted；
The glass tube wherein one end is carried out clamp by the first clipp-seal device, first clipp-seal device；
The glass tube wherein one end is carried out dent processing by the first dent device, the first dent device；
Turn around device, and the device that turns around is exchanged the both ends of the glass tube；
The glass tube wherein other end is carried out dent processing by the second dent device, the second dent device；
The glass tube wherein other end is carried out clamp by the second clipp-seal device, second clipp-seal device.
Further, the first detection device and second detection device are further included, first detection device is arranged on the baking
The previous station of roasting device, first detection device are used to detect whether the clamping device feeding is installed in place；Described second
Detection device turns around between device and the second dent device described in being arranged on, and the second detection device is exchanged for detection
Whether material is installed in place.
Further, feeding device and blanking device are further included, the feeding device is used for the clamping device feeding；
The blanking device is used for from the clamping device blanking.
Further, the apparatus for baking is equipped with Flame device moving up and down, and the Flame device can be from described
Glass tube is baked to the other end from one end.
Further, first clipp-seal device includes the second Flame device and clamping, and second Flame device is used for
The position that glass tube described in scorification is set, the clamping are used for clamp glass tube by the position after the second Flame device scorification
Put, so as to form clamp structure, second clipp-seal device is identical with the first clipp-seal device structure.
Further, the described first dent device includes the 3rd Flame device and dent pin, and the 3rd Flame device is used
In the position for burning the soft glass tube setting, the dent pin is used to clamp the position that glass tube was burnt by the 3rd Flame device
Put, so as to form concave inward structure, the second dent device is identical with the described first dent apparatus structure.
The beneficial effects of the utility model are：
A kind of carbon fiber infrared heating fluorescent tube and production equipment of the utility model, the fluorescent tube have compact-sized excellent
Point；The production equipment has the advantages that processing technology is simple.
The preferred embodiment and its advantage of the utility model, will combine embodiment further specifically
It is bright.
Brief description of the drawings
Attached drawing is to be used to provide a further understanding of the present invention, and a part for constitution instruction, and following
Embodiment is used to explain the utility model together, but should not form the limitation to the utility model.In the accompanying drawings,
Fig. 1：A kind of front view of the carbon fiber infrared heating fluorescent tube of the utility model embodiment one；
Fig. 2：A kind of production equipment for being used to process carbon fiber infrared heating fluorescent tube of the utility model embodiment two is bowed
View；
The names of the parts and its label
1st, shell；2nd, carbon fiber exothermic wire；3rd, fixing terminal；4th, strut；5th, molybdenum sheet；6th, lamp base；7th, high temperature resistant porcelain head；8、
Silica gel knits line；9th, fast interface；10th, concave inward structure；11st, clamping plate；12nd, exhaust pipe；13rd, clamping device；14th, turntable；15th, dry
Roasting device；16th, the first clipp-seal device；17th, the first dent device；22nd, the second dent device；23rd, the second clipp-seal device； 231、
4th Flame device.
Embodiment
Specific embodiment of the present utility model is described in detail below in conjunction with attached drawing.It should be appreciated that herein
Described embodiment is only used for describing and explaining the present invention, and is not intended to limit the present invention.
Embodiment one
It refer to shown in Fig. 1, the embodiment of the utility model discloses a kind of carbon fiber infrared heating fluorescent tube, the fluorescent tube bag
Glass envelope 1 and the carbon fiber exothermic wire 2 in the shell 1 are included, 2 both ends of heating wire are equipped with fixing terminal 3, institute
State and a strut 4 is connected with fixing terminal 3, the lamp tube ends are equipped with lamp base 6, pass through between the strut 4 and the lamp base 6
Molybdenum sheet 5 is electrically connected, it is preferred that the strut 4 is molybdenum rod.
The shell 1 is equipped with concave inward structure 10 at the position of the correspondence fixing terminal 3, and concave inward structure 10 is used to hinder
Carbon fiber exothermic wire 2 crosses fixing terminal 3 and goes to 1 end of shell, is additionally provided with exhaust pipe on the housing.
The fluorescent tube further includes fast interface 9, and the fast interface 9 is electrically connected by power cord with the lamp base 6.
Silica gel is arranged with outside the power cord and knits line 8, and is arranged with outside the power cord of close described 1 one end of shell resistance to
The shell 1 is knitted line 8 with the silica gel and separated by high temperature porcelain head 7.High temperature resistant porcelain head 7 knits silica gel between line 8 and the shell 1
Separate and be not directly contacted with, making carbon fiber infrared heating fluorescent tube, the high temperature of the shell 1 does not interfere with silica gel and knits at work
Line 8, so as to improve the security that silica gel is knitted the service life of line 8 and used.
The molybdenum sheet 5 is burnt by 1 both ends of shell to be melted the clamping plate 11 that rear clamp forms and fixes, together with the lamp base one being connected with molybdenum sheet
End and strut one end are all melted sealing and are scheduled in clamping plate 11.
Embodiment two
It refer to shown in Fig. 2, the present embodiment discloses a kind of production equipment for being used to process carbon fiber infrared heating fluorescent tube, institute
Stating production equipment includes turntable 14 and the clamping device 13 being evenly distributed on the turntable 14, and the clamping device is used to install
Glass tube and carbon fiber exothermic wire to be processed, the direction rotated along the turntable 14 are equipped with successively：
Feeding device（It is not shown）, it is to be understood that feeding device can be mechanical device or manually replace
Mechanical device completes feeding.In the present embodiment, carbon fiber exothermic wire, fixing terminal, strut, molybdenum sheet and lamp base are connected in advance
One is connected in, is placed in glass tube, the lamp base of one end is fixed on by fluorescent tube one end by lamp base folder, and live to manage by lamp base clamp
Mouthful, other end lamp base and fluorescent tube are fixed on clamping device, and exhaust pipe is connected to the exhaust outlet of equipment；First detection device（Figure
Do not show）, first detection device is for detecting whether feeding is installed in place；
Apparatus for baking 15, the apparatus for baking 15 are used for the glass tube heating, meanwhile, it is exhausted, removes in pipe
The foreign gas such as steam；
First clipp-seal device 16, first clipp-seal device 16 by the glass tube wherein one end carry out burn melting it is laggard
Row clamp, while protection is exhausted by exhaust pipe；
First dent device 17, the first dent device 17 is by the glass tube wherein one end close to the position of fixing terminal
Put dent processing after being burnt；
Turn around device（It is not shown）, the device that turns around exchanged the both ends of the glass tube, i.e. by other end lamp
Foot and fluorescent tube take out from clamping device, turn fluorescent tube, and lamp base folder is removed from lamp base and lamp base is fixed on clamping device
On, while also retighten fluorescent tube on clamping device；
Second detection device（It is not shown）, the second detection device exchanges whether feeding is installed in place for detection；
Second dent device 22, the second dent device 22 is by the glass tube wherein other end close to fixing terminal
Position dent processing after being burnt；
Second clipp-seal device 23, after the glass tube wherein other end is carried out baked wheaten cake melting by second clipp-seal device 23
Clamp is carried out, while protection is exhausted by exhaust pipe；
Blanking device（It is not shown）, the blanking device from the turntable 14 for removing the fluorescent tube.
It should be noted that in some embodiments, the feeding device and the blanking device can be same
On station, by one man operation；The device that turns around, can be by manual operation in u-turn.
The apparatus for baking 15 is equipped with Flame device moving up and down, and the Flame device can be from the glass tube one
End is baked to the other end, makes temperature increase in pipe, easy to the discharge of foreign gas in shell, it is preferred that in baking process, also
Can be by exhaust pipe to carrying out nitrogen charging gas disposal in lamp.
First clipp-seal device 16 includes the second Flame device and clamping, and second Flame device is to glass tube one end
Surrounding carries out baked wheaten cake melting, the clamping is used for the glass after clamp scorification, so that clamping plate is formed in glass tube one end, it is described
Second clipp-seal device is identical with 16 structure of the first clipp-seal device.
The first dent device 17 includes the 3rd Flame device and dent pin, and the 3rd Flame device is used for glass
One end carries out baked wheaten cake melting close to the both sides of terminal position, and the dent pin is used to clamp glass tube by the 3rd Flame device
The position burnt, so as to form concave inward structure, the second dent device is identical with the described first dent 17 structure of device.
Preferably, the technique that the carbon fiber infrared heating fluorescent tube is produced using the production equipment, is comprised the following steps：
Carbon fiber exothermic wire, fixing terminal, strut, molybdenum sheet and lamp base, are placed in by the first step with being connected as one in advance
In glass envelope, glass tube and carbon fiber exothermic wire are fixed on clamping device；
Second step, to step 1）In the glass tube that fixes toasted, while be exhausted by exhaust pipe, remove pipe
Interior impurity；
3rd step, first end clamp：After first end surrounding to molten condition with Flame device scorification glass tube, folder is utilized
The first end clamp of glass tube is made the lamp base and molybdenum sheet for fixing glass tube first end, the first end pipe of the glass tube by mould
Mouth down is set；
4th step, first end are dent：With Flame device scorification glass tube first end close to the both sides of terminal position to melting
After state, moved inward using dent pin so as to produce the concave inward structure of glass tube first end；
5th step, the good first end of clamp and the second end position of non-clamp is exchanged, it is preferred that make clamping device
Open, the good one end lamp base of clamp and fluorescent tube are taken out from clamping device, turn fluorescent tube, the good lamp base of non-clamp is fixed on folder
Hold on device, while also retighten fluorescent tube on clamping device, clamping device closes tight；
6th step, second end are dent：With Flame device scorification glass tube second end close to the both sides of terminal position to melting
After state, moved inward using dent pin so as to produce the concave inward structure of glass tube second end；
7th step, second end clamp：After second end surrounding to molten condition with Flame device scorification glass tube, folder is utilized
Mould and the second end clamp by glass tube, make to fix glass tube second end lamp base and molybdenum sheet；
8th step, burns envelope exhaust pipe, exhaust pipe is had no progeny with baked wheaten cake, seal, carbon fiber infrared fluorescent tube makes and finishes；
The fluorescent tube can be directly installed in utensil and use, can also be by connecting quick coupling after, then used.
In conclusion a kind of carbon fiber infrared heating fluorescent tube, production equipment and its technique of the utility model, fluorescent tube tool
There is the advantages of compact-sized；The production equipment and process has the advantages that processing technology is simple.
The various different embodiments of the utility model are carried out any group by the thought created without departing from the utility model
Close, should be considered as the utility model disclosure；In the range of the technology design of the utility model, technical solution is carried out
Any combination for the thought created without prejudice to the utility model that a variety of simple modifications and different embodiments carry out, should all be at this
Within the protection domain of utility model.
Claims (9)
1. a kind of carbon fiber infrared heats fluorescent tube, it is characterised in that the fluorescent tube includes glass envelope and arranged on the shell
Interior carbon fiber exothermic wire, the heating wire both ends are equipped with fixing terminal, a strut, the lamp are connected with the fixing terminal
Pipe both ends are equipped with lamp base, are electrically connected between the strut and the lamp base by molybdenum sheet, and the shell is in the correspondence fixing end
Concave inward structure is equipped with the position of son, on the shell equipped with exhaust pipe.
2. carbon fiber infrared according to claim 1 heats fluorescent tube, it is characterised in that the fluorescent tube further includes fast quick access
Mouthful, the fast interface is electrically connected by power cord with the lamp base.
3. carbon fiber infrared according to claim 2 heats fluorescent tube, it is characterised in that is arranged with silica gel outside the power cord
Line is knitted, and is arranged with high temperature resistant porcelain head outside the power cord of described shell one end and the shell and the silica gel is knitted into line
Separate.
4. carbon fiber infrared according to claim 1 heats fluorescent tube, it is characterised in that the molybdenum sheet is by the scorification of shell both ends
The flat Boards wall formed is pressed from both sides afterwards, is fixed on together with the lamp base one end and strut one end being connected with molybdenum sheet in clamping plate.
5. a kind of production equipment for being used to process carbon fiber infrared heating fluorescent tube, it is characterised in that the production equipment includes turning
Disk and the clamping device being evenly distributed on the turntable, the clamping device are used to install glass tube and carbon fiber to be processed
Heating wire, the periphery of the turntable are circumferentially equipped with successively：
Feeding device, the feeding device are used for the clamping device feeding；
Apparatus for baking, the apparatus for baking are used for the glass tube heating and are exhausted from exhaust pipe；
The glass tube wherein one end is carried out clamp by the first clipp-seal device, first clipp-seal device；
The glass tube wherein one end is carried out dent processing by the first dent device, the first dent device；
Turn around device, and the device that turns around is exchanged the both ends of the glass tube；
The glass tube wherein other end is carried out dent processing by the second dent device, the second dent device；
The glass tube wherein other end is carried out clamp by the second clipp-seal device, second clipp-seal device；
Blanking device, the blanking device are used for from the clamping device blanking.
6. the production equipment according to claim 5 for being used to process carbon fiber infrared heating fluorescent tube, it is characterised in that also wrap
Including the first detection device and second detection device, first detection device is arranged on the previous station of the apparatus for baking, and described
One detection device is used to detect whether the clamping device feeding is installed in place；The second detection device turns around to fill described in being arranged on
Put between the described second dent device, the second detection device exchanges whether feeding is installed in place for detection.
7. the production equipment according to claim 6 for being used to process carbon fiber infrared heating fluorescent tube, it is characterised in that described
Apparatus for baking is equipped with Flame device moving up and down, and the Flame device can be baked to another from described glass tube one end
End.
8. the production equipment according to claim 6 for being used to process carbon fiber infrared heating fluorescent tube, it is characterised in that described
First clipp-seal device includes the second Flame device and clamping, and second Flame device is used for the position that glass tube described in scorification is set
To put, the clamping is used for clamp glass tube by the position after the second Flame device scorification, so that clamp structure is formed, it is described
Second clipp-seal device is identical with the first clipp-seal device structure.
9. the production equipment according to claim 6 for being used to process carbon fiber infrared heating fluorescent tube, it is characterised in that described
First dent device includes the 3rd Flame device and dent pin, and the 3rd Flame device is used to burn the soft glass tube setting
Position, the dent pin is used to clamp the position that glass tube was burnt by the 3rd Flame device, so that concave inward structure is formed, institute
It is identical with the described first dent apparatus structure to state the second dent device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721331015.1U CN207353198U (en) | 2017-10-16 | 2017-10-16 | A kind of carbon fiber infrared heating fluorescent tube and its production equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721331015.1U CN207353198U (en) | 2017-10-16 | 2017-10-16 | A kind of carbon fiber infrared heating fluorescent tube and its production equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207353198U true CN207353198U (en) | 2018-05-11 |
Family
ID=62354742
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721331015.1U Active CN207353198U (en) | 2017-10-16 | 2017-10-16 | A kind of carbon fiber infrared heating fluorescent tube and its production equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207353198U (en) |
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2017
- 2017-10-16 CN CN201721331015.1U patent/CN207353198U/en active Active
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