CN104219805B - Possesses the carbon heater of bindiny mechanism - Google Patents
Possesses the carbon heater of bindiny mechanism Download PDFInfo
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- CN104219805B CN104219805B CN201310217733.6A CN201310217733A CN104219805B CN 104219805 B CN104219805 B CN 104219805B CN 201310217733 A CN201310217733 A CN 201310217733A CN 104219805 B CN104219805 B CN 104219805B
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Abstract
The present invention relates to a kind of carbon heater possessing bindiny mechanism, comprising: heating part, be made up of the quartz ampoule being configured with carbon fiber exothermic part in inside and the internal electrode being connected with carbon fiber exothermic part；And bindiny mechanism, it being arranged in the side of quartz ampoule, make heating part be installed on and object is set, bindiny mechanism includes: fixing parts, is inserted into one end of fixing quartz ampoule, is formed with fixed projection in outer peripheral edge；First housing, its boss is enclosed in fixing parts, and side longitudinally is towards center, extension extends from boss, being formed with fastener at terminal part, guide groove is formed and slides for fixed projection between boss and fastener, and the first flange forms opposite side longitudinally；With the first connection member, it first has, in conjunction with protuberance, the first through hole that quartz ampoule is through, is attached to the first case inside, and the first flange is exerted a force in conjunction with time in tab to the end of the first housing by the first crimping plate first.
Description
Technical field
The present invention relates to a kind of carbon heater, more particularly to a kind of following carbon heater (Carbonheaterwithcouplingmeans) possessing bindiny mechanism, that is: in carbon heater, possesses bindiny mechanism, thus support heating part when carbon heater is set to and arranges on object, and realize stable installation, it is easy to carry out combination and the decomposition of heating part.
Background technology
Generally, carbon (carbon) is mainly made up of the carbon (carbon) with graphite-structure of inanimate matter or organic matter, as its form, the carbon dust that can be divided into the carbon filament being formed as silk, is formed as powder, be formed as the carbon felt of Cotton Gossypii shape, solidified carbon-point etc., such carbon is due to elastic big with intensity, therefore generally hard than ferrum, lighter than aluminum.Additionally, be divided into according to raw material, polyacrylonitrile (PAN) is, Colophonium (Pitch) is, rayon (Rayon) is, wherein PAN system and rayon system account for major part.
In recent years, a kind of the filament made by carbon component the carbon heater that dispelled the heat by the heating of filament is utilized to use, the thermal efficiency of above-mentioned carbon heater is excellent, discarded time the various effects such as environment is completely harmless, far infrared irradiation and deodorizing effect is notable, sterilization and antibacterial action obtain certification, therefore heater not only it is used in, also extensively it is used in heating installation, drying device, hot water apparatus etc., its trend also sharp deterioration.
Wherein, in heating installation and hot water apparatus, carbon heater is applicable to boiler or instant water heater, especially when boiler, consumes more heating cost by comparison, and there is the problem causing atmospheric pollution, therefore actually preference uses the electric boiler of carbon heater.
To this, following technology disclosed in the Ebrean Registered Patent the 0997957th in the past, it may be assumed that a kind of carbon heating element, being formed, side is closed in the longitudinal direction longlyer, possesses: quartz ampoule, having shape long in the longitudinal direction, be internally formed predetermined space, side ends up with cap-shaped shape；Carbon fiber exothermic part, is accommodated in the inside of above-mentioned quartz ampoule, has the filamentray structure being wound；Inner quartz tube, with length direction longer be built in above-mentioned carbon fiber exothermic part；Molybdenum, connects the both sides of above-mentioned carbon fiber exothermic part and inner quartz tube as high temperature exothermic body；A pair power line, is connected with above-mentioned carbon fiber exothermic part and inner quartz tube respectively, and extends to side, thus only supply external power source in side；Power suppling part part, is arranged in flange side with carbon fiber exothermic part and inner quartz tube in the way of being directly connected to, in order to above-mentioned carbon heating body is supplied external power source；And removably flange, with conjunction of hardening, so that above-mentioned power suppling part part is positioned at inside flange, from the side of the carbon heating body inserting carbon fiber exothermic part and inner quartz tube in the inside of quartz ampoule and constitute, more than one carbon heater structure is set, this carbon heater structure is vertically fixed on the top of storage portion, and erect along vertical length direction and can load and unload, above-mentioned storage portion be combined into the vacuum within maintaining box shape for housing water to supply the storage portion of the hot water of the heating water of boiler, instant water heater.
But, in " having the carbon heating body of flange type structure " that Ebrean Registered Patent the 0997957th is disclosed, there are the following problems.
The side of quartz ampoule it is arranged in fixing state, therefore when changing carbon heating body, it is necessary to also changed together by flange owing to being used for the flange installing quartz ampoule.
In addition, owing to carbon heating body is attached to is arranged on object by multiple joint bolts of through flange, therefore can generation flaw on object be set, and cohesive process is numerous and diverse, combine or Renewal process consumes the longer time when in conjunction with multiple carbon heating body.
Summary of the invention
The present invention proposes to solve above-mentioned problem and technology prejudice, its object is to provide a kind of carbon heater possessing bindiny mechanism, carbon heater possesses bindiny mechanism, thus support heating part when carbon heater is set to and arranges on object, and realize stable installation, it is easy to carry out combination and the decomposition of heating part.
To achieve these goals, the carbon heater possessing bindiny mechanism of the present invention, it is characterized in that, this carbon heater possessing bindiny mechanism includes: heating part, it is made up of quartz ampoule and internal electrode, this quartz ampoule possesses spiral-shaped carbon fiber exothermic part in inside, and this internal electrode is connected with above-mentioned carbon fiber exothermic part, so that external power source is applied to above-mentioned carbon fiber exothermic part；And bindiny mechanism, it is arranged in the side of above-mentioned quartz ampoule, makes above-mentioned heating part be installed on and arranges object, and above-mentioned bindiny mechanism includes: columnar fixing parts, it is inserted into the one end being fixed on above-mentioned quartz ampoule, is formed with at least more than one fixed projection in outer peripheral edge；First housing, it is made up of circular boss, extension, guide groove and the first flange, above-mentioned boss is enclosed in fixation portions part, side longitudinally is towards center, above-mentioned extension extends from above-mentioned boss, is formed with fastener at terminal part, and above-mentioned guide groove is formed between above-mentioned boss and above-mentioned fastener, the above-mentioned fixed projection making fixation portions part slides, and above-mentioned first flange forms opposite side longitudinally；And first connection member, it is formed with first in conjunction with protuberance and the first crimping plate, above-mentioned first has, in conjunction with protuberance, the first through hole that above-mentioned quartz ampoule is through, being attached to the inner side of the first housing, above-mentioned first flange is applied crimp force above-mentioned first in conjunction with time in tab to the end of said first shell by above-mentioned first crimping plate.
Now, it is preferred that possess the elastomeric element that fixation portions part gives elastic force in the inner side of said first shell, above-mentioned elastomeric element is compression helical spring.
Moreover it is preferred that be formed with, in conjunction with the outer peripheral edge of protuberance, the screw thread making said first shell and above-mentioned first connection member screw togather at the inner peripheral of said first shell and above-mentioned first.
And, preferably crimp on the opposite plate face of plate at above-mentioned first flange of said first shell with above-mentioned the first of above-mentioned first connection member, it is respectively formed with insertion groove, above-mentioned first in conjunction with protuberance and said first shell in conjunction with time, be inserted in this insertion groove with the bubble-tight O RunddichtringO arranging object for maintaining.
And then, it is preferred that possessing end cap in the side of the fixation portions part of the one end being inserted with above-mentioned quartz ampoule, above-mentioned quartz ampoule is pressurizeed by this end cap by screwing togather, thus by the inner sealing of fixation portions part.
Moreover it is preferred that the opposite side at above-mentioned quartz ampoule is also equipped with fixed mechanism, this fixed mechanism when above-mentioned quartz ampoule is installed on and arranges on object with the state that object is combined is set the opposite side of above-mentioned quartz ampoule is fixed.
Now, it is preferred that above-mentioned fixed mechanism possesses: the second housing, the opposite side being formed for above-mentioned quartz ampoule is inserted into the accepting groove of inner side, and side longitudinally is formed with the second flange extending in outward direction and bending；Second connection member, it is formed with second in conjunction with protuberance and the second crimping plate, above-mentioned second has, in conjunction with protuberance, the second through hole that the opposite side of above-mentioned quartz ampoule is through, it is attached to the inner side of above-mentioned second housing, above-mentioned second crimping plate is formed above-mentioned second in conjunction with the end of protuberance, above-mentioned second in conjunction with protuberance and above-mentioned second housing in conjunction with time to above-mentioned second flange applying crimp force；And columnar seal member, it is inserted in above-mentioned second through hole, to maintain air-tightness by contacting with the quartz ampoule of through above-mentioned second through hole, and is formed with at least more than one the crimping projection contacted with above-mentioned quartz ampoule at inner peripheral.
Now, it is formed with, at the inner peripheral of above-mentioned second housing and above-mentioned second, the screw thread making above-mentioned second housing and above-mentioned second connection member screw togather in conjunction with the outer peripheral edge of protuberance.
In addition, preferably, crimp on the opposite plate face of plate at above-mentioned second flange of above-mentioned second housing with above-mentioned the second of above-mentioned second connection member, it is respectively formed with insertion groove, above-mentioned second in conjunction with protuberance and above-mentioned second housing in conjunction with time, be inserted in this insertion groove with the bubble-tight O RunddichtringO arranging object for maintaining.
Invention effect
According to the carbon heater possessing bindiny mechanism with structure as above, have the advantage that possess bindiny mechanism in the side of quartz ampoule, thus support heating part when carbon heater is set to and arranges on object, and realizing stable installation, the combination of the heating part carried out to keep in repair and decomposition become easy.
When being set at the through catch basin of carbon heater, the opposite side of quartz ampoule is fixed by fixed mechanism, therefore has the advantage that can be stably installed.
Accompanying drawing explanation
Fig. 1 indicates that the carbon heater of the present invention is arranged on the skeleton diagram of the state of catch basin.
Fig. 2 is the exploded perspective view bindiny mechanism in the structure of the carbon calandria of the present invention being decomposed and representing.
Fig. 3 indicates that bindiny mechanism is arranged on the major part amplification view of the state of quartz ampoule.
Fig. 4 indicate that heating part be arranged on by bindiny mechanism the process of catch basin with reference to figure.
Fig. 5 is the top view of Fig. 4.
Fig. 6 is the exploded perspective view of the fixing parts being fixed by the opposite side of quartz ampoule in the structure of the carbon heater of the present invention.
Fig. 7 indicates that the major part amplification view of the state that the opposite side of quartz ampoule is fixed by fixing parts.
Description of reference numerals
100: heating part 110: quartz ampoule
120: carbon fiber exothermic part 130: internal electrode
200: bindiny mechanism 210: fixing parts
211: fixed projection 213: end cap
220: the first housings 221: boss
223: extension 223a: fastener
225: guide groove 227: the first flange
227a, 233a, 411a, 423a: insertion groove 230: the first connection member
231: the first in conjunction with protuberance the 231a: the first through hole
233: the first crimping plates 300: compression helical spring
400: fixed mechanism 410: the second housing
410a: accepting groove 411: the second flange
420: the second connection members 421: the second are in conjunction with protuberance
421a: the second through hole 423: the second crimps plate
430: seal member 431: crimping projection
500: carbon heater O:O RunddichtringO
S: screw thread
Detailed description of the invention
Below, with reference to accompanying drawing, the present invention is described in detail by preferred embodiment.The present embodiment and accompanying drawing are only used to help and understand the present invention, rather than limit the technical scope of invention.
Fig. 1 indicates that the carbon heater of the present invention is arranged on the skeleton diagram of the state of catch basin, Fig. 2 is the exploded perspective view bindiny mechanism in the structure of the carbon calandria of the present invention being decomposed and representing, Fig. 3 indicates that bindiny mechanism is arranged on the major part amplification view of the state of quartz ampoule, Fig. 4 indicate that heating part be arranged on by bindiny mechanism the process of catch basin with reference to figure.Fig. 5 is the top view of Fig. 4.
Before illustrating, the carbon heater possessing bindiny mechanism of the present invention is arranged in heater, heating installation, drying device, hot water apparatus etc. with vertical or horizontal, to method to set up and arrange object and be not construed as limiting.
In addition, the bindiny mechanism that the carbon heater of the present invention possesses is applicable to Unidirectional heater and the internal electrode two-way carbon heater to be bi-directionally connected that internal electrode connects to quartz ampoule direction, therefore specific carbon heater it is not limited to, in the present embodiment, the situation of the catch basin being arranged on boiler for Unidirectional heater illustrates.
As shown in Figures 1 to 5, the carbon heater 500 possessing bindiny mechanism 200 of the present invention includes: heating part 100, it is made up of quartz ampoule 110 and internal electrode 130, this quartz ampoule 110 is configured with spiral-shaped carbon fiber exothermic part 120 in inside, this internal electrode 130 is connected with above-mentioned carbon fiber exothermic part 120, so that external power source is applied to above-mentioned carbon fiber exothermic part 120；And bindiny mechanism 200, it is arranged in the side of above-mentioned quartz ampoule 110, so that above-mentioned heating part 100 is installed on and arranges object；Above-mentioned bindiny mechanism 200 includes: columnar fixing parts 210, is inserted into the one end being fixed on above-mentioned quartz ampoule 110, is formed with at least more than one fixed projection 211 in outer peripheral edge；First housing 220, it is made up of circular boss 221, extension 223, guide groove 225 and the first flange 227, this boss 221 is enclosed in fixation portions part 210, side longitudinally is towards center, above-mentioned extension 223 extends from above-mentioned boss 221, it is formed with fastener 223a at terminal part, above-mentioned guide groove 225 is between above-mentioned boss 221 and above-mentioned fastener 223a, the above-mentioned fixed projection 211 making fixation portions part 210 slides, and above-mentioned first flange 227 forms opposite side longitudinally；And first connection member 230, it is formed with first in conjunction with protuberance 231 and the first crimping plate 233, above-mentioned first has, in conjunction with protuberance 231, the first through hole 231a that above-mentioned quartz ampoule 110 is through, being attached to the inner side of the first housing 220, above-mentioned first flange 227 is applied crimp force when above-mentioned first is attached on the end of said first shell 220 in conjunction with protuberance 231 by above-mentioned first crimping plate 233.
Preferably, the first housing 220 includes boss 221, extension 223, guide groove 225 and the first flange 227 and constitutes.Preferably, this boss 221 is enclosed within fixing parts 210.From above-mentioned boss 221s, above-mentioned extension 223 extends towards center along its length.Above-mentioned extension 223 is formed with fastener 223a at terminal part.Above-mentioned guide groove 225 is between boss 221 and fastener 223a, it is simple to the fixed projection 211 of fixing parts 210 slides.First flange 227 forms opposite side longitudinally.
Here, object is set and represents the catch basin 30 of boiler (not shown), be the water the becoming heating water place being put aside and heated by carbon heater 500, be generally of various shape.
Carbon heater 500 is installed on catch basin 30, the water continuous heating in catch basin 30 will be put aside, as shown in Figure 1, to be longitudinally provided with two carbon heaters 500 in the catch basin 30 of boiler, now, catch basin 30 is formed with the insertion hole 30a mutually corresponding with quartz ampoule 110 described later, so that carbon heater 500 is with longitudinally mounted.
Carbon heater 500 is made up of heating part 100 and bindiny mechanism 200.
Heating part 100 is to the water put aside in catch basin 30 is heated and position under water, being made up of quartz ampoule 110, carbon fiber exothermic part 120 and internal electrode 130.
Quartz ampoule 110, in the rod shape possessing certain inner space, is formed as predetermined length, and is formed with closure 111 in side, maintains vacuum state and and external isolation so that internal.Here, quartz ampoule 110 is preferably by the quartz manufacture of high heat resistance and durability, can bear the heat occurred from carbon fiber exothermic part 120 described later.
In the present embodiment, the shape of quartz ampoule 110 is rod shape, but is not limited to this, it is also possible in a variety of shapes, and its material can also by the glass tubing manufacture of the special substance with high heat resistance and durability.
Carbon fiber exothermic part 120 in the inner space of quartz ampoule 110 along the length direction of quartz ampoule 110 with the state maintaining certain intervals with inner peripheral be arranged to be wound spiral-shaped, by generating heat from externally applied power supply, the cross section of carbon fiber exothermic part 120 can be fabricated to circle and rectangle.
In this case, it is spiral-shaped that carbon fiber exothermic part 120 is arranged to be wound, and therefore arranges with the length longer length than quartz ampoule 110, therefore significantly improves heating efficiency, and can obtain power savings.
This is because, heat generation characteristic according to carbon fiber exothermic part 120 can carry out fast heating, the heating of the temperature therefore reaching setting reaches faster than similar heater 7-10 times of time, and owing to carbon fiber exothermic part 120 is made up of the carbon fiber that purity is 99.9%, maintain same heating property under long persistent fever, with therefore also there is no impedance variation.
Internal electrode 130 extends to the closure 111 formed in the side of quartz ampoule 110 with the two ends of carbon fiber exothermic part 120 when being connected respectively, and be connected with external power cord 20, make the external power source supplied by external power cord 20 be applied to carbon fiber exothermic part 120.
Bindiny mechanism 200 as shown in Figures 2 and 3, for making heating part 100 be arranged on the upper side of catch basin 30, is made up of fixing parts the 210, first housing 220 and the first connection member 230.
The fixing cylindrical circular shape of parts 210, is inserted into one end of fixing quartz ampoule 110, highlights the fixed projection 211 being formed with at least more than one in outward direction in outer peripheral edge, in order to be inserted into and fixed in the first housing 220 described later.In the present embodiment, fixed projection 211 is two.
Fixed projection 211 slides along the guide groove 225 formed on the first housing 220 described later, it is locked on fixed projection 211, so that fixing parts 210 are combined with the first housing 220 in the fastener 223a formed on the terminal part of extension 223 rotation by fixing parts 210.
And, it is preferred that the inner peripheral of fixing parts 210 is formed obliquely with predetermined angle in the longitudinal direction, in order to be crimped when inserting in one end of quartz ampoule 110.
Moreover it is preferred that possess end cap 213 in the side of the fixing parts 210 of the one end being inserted into quartz ampoule 110, this end cap 213 pressurizes and the inside of seal holder part part 210 by screwing togather the one end to quartz ampoule 220.
This is in order to by with the side of end cap 213 seal holder part part 210, making the closure 111 of quartz ampoule 110 and outside being environmentally isolated, owing to end cap 213 is attached to fixing parts 210 by screwing togather, therefore to the change of the quartz ampoule keeping in repair and carrying out becomes easy.
Now, it is formed with the screw thread S for screwing togather in the front end of the outer peripheral edge of end cap 213 and the inner peripheral of fixing parts 210, is formed with opening 213a in the side of end cap 213, in order to the external power cord 20 being connected with internal electrode 130 extends to the outside of end cap 213.
First housing 220, in the columnar shape of inside connection, is made up of boss 221, extension 223, guide groove 225 and the first flange 227.
Boss 221 extends to central side in the side of the length direction of the first housing 220 and bends, so that fixing parts 210 are slidably inserted into the length direction of the first housing 220, and this boss 221 circular in shape, there is at least corresponding with the external diameter of fixing parts 210 internal diameter.
Extension 223 has the diameter bigger than the diameter of boss 221, from the medial surface of boss 221 along the length direction definite length extended of the first housing 220, is formed with fastener 223a at its terminal part.
Namely, extend from the one side of the boss 221 of the inner side towards the first housing 220, now the fastener 223a of extension 223 forms the inner peripheral at the first housing 220, therefore maintains circular shape, and due to fastener 223a in the section of the being internally formed difference of the first housing 220.
Guide groove 225 forms ditch in outward direction from the inner peripheral diameter of boss 221, and extend to fastener 223a along the length direction of extension 223, slide so that the fixed projection 211 of fixing parts 210 is inserted by boss 221, and the number that this guide groove 225 is preferably with the fixed projection 211 formed on fixing parts 210 is correspondingly formed.
First flange 227 maintains circular form in outward direction at the opposite side of the length direction of housing and extends and bend, and is close to catch basin 30 by the combination with the first connection member 230 described later.
The first through catch basin 30 of connection member 230 is also combined with the first housing 220, so that the first housing 220 is installed on catch basin 30, the first connection member 230 is constituted in conjunction with protuberance 231 and the first crimping plate 233 by first.
First possesses the first through hole 231a corresponding with the diameter of quartz ampoule 110 in conjunction with protuberance 231 penetrates into inner side for quartz ampoule 220, and first is formed to prominent with the side that the inner side of the first housing 220 is combined in conjunction with protuberance 231.
Now, first in conjunction with the first through hole 231a of protuberance 231 inner peripheral surface formed O RunddichtringO, to prevent the water of catch basin 30 to be immersed in the inside of the first housing 220.
First crimping plate 233 is formed in conjunction with the lateral direction of protuberance 231 to first with the shape corresponding with the first flange 227 in conjunction with the end of protuberance 231 first, when first is attached to the inner side of the first housing 220 in conjunction with protuberance 231, first flange 227 is applied crimp force, be fixed on the state of catch basin 30 closely maintaining the first housing 220.
Now, it is preferred that in the plate face that the first flange 227 of the first housing 220 is opposite with the first of the first connection member 230 the crimping plate 233, be formed with insertion groove 227a, 233a of being inserted into for maintaining the bubble-tight O RunddichtringO with catch basin 30.
And then, it is preferred that the first housing 220 and the first connection member 230 screw togather mutually to combine closely across catch basin 30, for this reason, it is preferred that, form internal and external threads S at the inner peripheral of the first housing 220 and first in conjunction with the outer peripheral edge of protuberance 231.
Additionally, in the inner side of the first housing 220 being combined with the first connection member 230, possess the elastomeric element that fixing parts 210 are given elastic force.
As shown in Figure 3, the fixed projection 211 of fixing parts 210 is along the guide groove 225 formed on the first housing 220 to the first housing 220 internal slide, the fixed projection 211 of elastomeric element fixed part 210 compresses, when fixed projection 211 is stuck on fastener 223a, make fixed projection 211 and fastener 223a close contact by restoring elastic force, prevent the rotation of fixing parts 210.
In the present embodiment, elastomeric element is illustrated as compression helical spring 300, but is not necessarily limited to this.
Hereinafter, illustrate that the carbon heater possessing bindiny mechanism of the present invention is installed on the process of catch basin.
As shown in Figures 4 and 5, first, heating part 100 i.e. one end of quartz ampoule 110 is inserted into fixing parts 210, utilizes end cap 213 to close the side of fixing parts 210, and by opening 213a, external power cord 20 is exposed to outside.
Further, make the first housing 220 and the first connection member 230 be combined with each other by forming the insertion hole 30a on catch basin 30, be fixed into the first housing 220 and be exposed to the outside ((a) with reference to Fig. 4) of catch basin 30.
Then, make through first housing 220 of quartz ampoule 110, and make the fixed projection 211 of the fixing parts 210 being arranged on one end of quartz ampoule 110 be registered to (a) of the guide groove 225(formed on the first housing 220 (b) with reference to Fig. 4 and Fig. 5).
In this condition, fixing parts 210 being pushed into the inside of the first housing 220, now fixed projection 211 slides into the guide groove 225 formed on the first housing 220, so can the compression helical spring 300 in the inside that be arranged in the first housing 220 be pressurizeed.
Then, if fixing parts 210 go successively to, then fixed projection 211 is positioned at, through guide groove 225, the fastener 223a formed on the terminal part of extension 223, fixing parts 210 are made to rotate to a direction (arrow of Fig. 5 (b)) in this condition, fixed projection 211 is made to depart from from guide groove 225 and be stuck in fastener 223a, thus fix parts 210 to be combined with the first housing 220, complete the installation ((c) of reference Fig. 4 and (b) of Fig. 5) of carbon heater 500.
On the other hand, when being used for a long time by carbon heater 500 and change heating part 100, if above-mentioned method being performed with inverted order, then can change heating part 100.
In addition, opposite side at quartz ampoule 110 can also possess fixed mechanism 400, this fixed mechanism 400 when quartz ampoule 110 has been mounted on catch basin 30 with catch basin 30 in conjunction with the opposite side of quartz ampoule 110 is fixed, this be in order to: requiring that the heating part 100 i.e. opposite side of quartz ampoule 110 is fixed in the structure of catch basin 30, or the two-way carbon heater 500 that internal electrode 130 connects in the both direction of quartz ampoule 110 is installed on catch basin 30, by the opposite side of quartz ampoule 110 is fixed, realize the stable installation of carbon heater 500.
Fig. 6 is the exploded perspective view of the fixing parts being fixed by the opposite side of quartz ampoule in the structure of the carbon heater of the present invention, and Fig. 7 indicates that the fixing parts major part amplification view by the opposite side of quartz ampoule state after fixing.
Before illustrating, in the present embodiment, assume that the structure of bindiny mechanism that two-way carbon heater possesses and carbon heater is the structure identical with the Unidirectional heater above described, simply internal electrode changes two-way formation into, therefore identical accompanying drawing labelling is given, omit the explanation to its repetition, and only fixed mechanism is illustrated.
As shown in FIG. 6 and 7, fixed mechanism 400 is made up of second housing the 410, second connection member 420 and seal member 430.
Second housing 410 is formed for the opposite side of quartz ampoule 110 and is inserted into the accepting groove 410a of inner side, and side longitudinally forms the second flange 411 of circle that the lateral direction of oriented second housing 410 extends and bends.
Second flange 411, by the combination with the second connection member 420 described later, touches with the wall body of the catch basin 30 of the opposite side being fixed with quartz ampoule 110.
Additionally, form porose 410b in the side of the second housing 410, so that internal electrode 130 is exposed to the outside of the second housing 410.
The second through catch basin 30 of connection member 420 and be combined with the second housing 410, so that the second housing 410 is installed on catch basin 30, and this second connection member 420 is formed with second in conjunction with protuberance 421, above-mentioned second possesses the opposite side for quartz ampoule 110 in conjunction with protuberance 421 penetrates into the second through hole 421a of inner side, to prominent with the side that the inner side of the second housing 410 is combined, it is formed with the circle second corresponding with the second flange 411 second in conjunction with the end of protuberance 421 and crimps plate 423, so that second in conjunction with protuberance 421 and the second housing 410 in conjunction with time closely sealed with the wall body of catch basin 30 and the second flange 411 is applied crimp force.
Seal member 430 is cylindrical, it is inserted in the second through hole 421a, to maintain air-tightness by contacting with the quartz ampoule 110 of through second through hole 421a, inner peripheral at seal member 430 is formed with at least more than one the crimping projection 431 contacted with quartz ampoule 110, and crimping projection 431 is illustrated as 3 in the present embodiment.
And then, seal member 430 is formed by having elastic material, in order to be in close contact with quartz ampoule 110.
Additionally, the second housing 410 and the second connection member 420 preferably screw togather, mutually to combine closely, for this reason, it is preferred that form internal and external threads S at the inner peripheral of the second housing 410 and second in conjunction with the outer peripheral edge of protuberance 421.
In addition, preferably, the second housing 410 the second flange 411 with the second of the second connection member 420 crimp plate 423 opposite plate face on, form insertion groove 411a, 423a respectively, this insertion groove 411a, 423a are combined with the second housing 410 in conjunction with protuberance 421 for second, are inserted into for maintaining the bubble-tight O RunddichtringO O with catch basin 30 across catch basin 30.
The fixed structure 400 with said structure is arranged on the opposite position of bindiny mechanism 200, fixes and support the opposite side of carbon heater 500, thus maintaining the stable stationary state of carbon heater 500 under outside impact and floating.
The carbon heater possessing bindiny mechanism of the present invention described above has the advantage that possess bindiny mechanism in the side of quartz ampoule, thus support heating part when carbon heater is installed on and arranges on object, and realize stable installation, can easily carry out combination and the decomposition of heating part when safeguarding.
When being set at the through catch basin of carbon heater, the opposite side of quartz ampoule is fixed by fixed mechanism, therefore has the advantage that can be stably installed.
Above, describe the present invention by preferred embodiment, but the those skilled in the art belonging to the present invention it would be appreciated that can carry out various improvement and deformation in the scope without departing from the technological thought of the present invention.
Such as, possess the kind of the carbon heater of bindiny mechanism, the structure of bindiny mechanism and shape, the first housing and the shape of the associated methods of the first connection member, fixed projection and guide groove, the kind of elastomeric element, the structure of fixed mechanism and the shape etc. of shape, the second housing and the associated methods of the second connection member, seal member and should not become the benchmark of the technical scope determining the present invention, only determined by claims.
Claims (10)
1. the carbon heater (500) possessing bindiny mechanism, it is characterised in that this carbon heater (500) possessing bindiny mechanism including:
Heating part (100), it is made up of quartz ampoule (110) and internal electrode (130), this quartz ampoule (110) is configured with spiral-shaped carbon fiber exothermic part (120) in inside, this internal electrode (130) is connected with above-mentioned carbon fiber exothermic part (120), so that external power source is applied to above-mentioned carbon fiber exothermic part (120)；And
Bindiny mechanism (200), it is arranged in the side of above-mentioned quartz ampoule 110, makes above-mentioned heating part (100) be installed on and arranges object,
Above-mentioned bindiny mechanism (200) including:
Columnar fixing parts (210), it is inserted into the one end being fixed on above-mentioned quartz ampoule (110), is formed with at least more than one fixed projection (211) in outer peripheral edge；
nullFirst housing (220)，It is by circular boss (221)、Extension (223)、Guide groove (225) and the first flange (227) are constituted，Above-mentioned boss (221) is enclosed in fixation portions part (210) and in the side of said first shell (220) length direction towards center，From above-mentioned boss, (221)s extended towards center above-mentioned extension (223) along the length direction of said first shell (220)，And it is formed with fastener (223a) at terminal part，Above-mentioned guide groove (225) is formed between above-mentioned boss (221) and above-mentioned fastener (223a)，The above-mentioned fixed projection (211) making fixation portions part (210) slides，Above-mentioned first flange (227) forms the opposite side at said first shell (220) length direction；And
First connection member (230), it is formed with first in conjunction with protuberance (231) and the first crimping plate (233), above-mentioned first has, in conjunction with protuberance (231), the first through hole (231a) that above-mentioned quartz ampoule (110) is through, and being attached to the inner side of the first housing (220), above-mentioned first flange (227) is applied crimp force when above-mentioned first is attached on the end of said first shell (220) in conjunction with protuberance (231) by above-mentioned first crimping plate (233).
2. possess the carbon heater (500) of bindiny mechanism as claimed in claim 1, it is characterised in that
Possessing elastomeric element in the inner side of said first shell (220), fixation portions part (210) is had elasticity by described elastomeric element.
3. possess the carbon heater (500) of bindiny mechanism as claimed in claim 2, it is characterised in that
Above-mentioned elastomeric element is compression helical spring (300).
4. possess the carbon heater (500) of bindiny mechanism as claimed in claim 1 or 2, it is characterised in that
It is formed with, in conjunction with the outer peripheral edge of protuberance (231), the screw thread (S) making said first shell (220) and above-mentioned first connection member (230) screw togather at the inner peripheral of said first shell (220) and above-mentioned first.
5. possess the carbon heater (500) of bindiny mechanism as claimed in claim 4, it is characterised in that
Crimp on the opposite plate face of plate (233) above-mentioned first flange (227) of said first shell (220) with above-mentioned the first of above-mentioned first connection member (230), it is respectively formed with insertion groove (227a, 233a), above-mentioned first in conjunction with protuberance (231) and said first shell (220) in conjunction with time, be inserted in this insertion groove (227a, 233a) with bubble-tight 0 RunddichtringO (0) arranging object for maintaining.
6. possess the carbon heater (500) of bindiny mechanism as claimed in claim 1 or 2, it is characterised in that
End cap (213) is possessed in the side of the fixation portions part (210) being inserted with above-mentioned quartz ampoule (110) one end, above-mentioned quartz ampoule (110) is pressurizeed by this end cap (213) by screwing togather, thus by the inner sealing of fixation portions part (210).
7. possess the carbon heater (500) of bindiny mechanism as claimed in claim 1 or 2, it is characterised in that
Opposite side at above-mentioned quartz ampoule (110) is also equipped with fixed mechanism (400), this fixed mechanism (400) when above-mentioned quartz ampoule (110) is installed on and arranges on object with the state that object is combined is set the opposite side of above-mentioned quartz ampoule (110) is fixed.
8. possess the carbon heater (500) of bindiny mechanism as claimed in claim 7, it is characterised in that
Above-mentioned fixed mechanism (400) possesses:
Second housing (410), the opposite side being formed for above-mentioned quartz ampoule (110) is inserted into the accepting groove (410a) of inner side, and side longitudinally is formed with the second flange (411) extending in outward direction and bending；
Second connection member (420), it is formed with second in conjunction with protuberance (421) and the second crimping plate (423), above-mentioned second has, in conjunction with protuberance (421), the second through hole (421a) that the opposite side of above-mentioned quartz ampoule (110) is through, and it is attached to the inner side of above-mentioned second housing (410), above-mentioned second crimping plate (423) is formed above-mentioned second in conjunction with the end of protuberance (421), above-mentioned second in conjunction with protuberance (421) and above-mentioned second housing (410) in conjunction with time above-mentioned second flange (411) is applied crimp force；And
Columnar seal member (430), it is inserted in above-mentioned second through hole (421a), to maintain air-tightness by contacting with the quartz ampoule (110) of through above-mentioned second through hole (421a), and it is formed with at least more than one the crimping projection (431) contacted with above-mentioned quartz ampoule (110) at inner peripheral.
9. possess the carbon heater (500) of bindiny mechanism as claimed in claim 8, it is characterised in that
It is formed with, in conjunction with the outer peripheral edge of protuberance (421), the screw thread (S) making above-mentioned second housing (410) and above-mentioned second connection member (420) screw togather at the inner peripheral of above-mentioned second housing (410) and above-mentioned second.
10. possess the carbon heater (500) of bindiny mechanism as claimed in claim 9, it is characterised in that
The opposite plate face of above-mentioned second crimping plate (423) of above-mentioned second flange (411) and above-mentioned second connection member (420) of above-mentioned second housing (410) is respectively formed with insertion groove (411a, 423a), above-mentioned second in conjunction with protuberance (421) and above-mentioned second housing (410) in conjunction with time, be inserted in this insertion groove (411a, 423a) with bubble-tight 0 RunddichtringO (0) arranging object for maintaining.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310217733.6A CN104219805B (en) | 2013-06-03 | 2013-06-03 | Possesses the carbon heater of bindiny mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310217733.6A CN104219805B (en) | 2013-06-03 | 2013-06-03 | Possesses the carbon heater of bindiny mechanism |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104219805A CN104219805A (en) | 2014-12-17 |
| CN104219805B true CN104219805B (en) | 2016-07-27 |
Family
ID=52100835
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310217733.6A Expired - Fee Related CN104219805B (en) | 2013-06-03 | 2013-06-03 | Possesses the carbon heater of bindiny mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104219805B (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101505554A (en) * | 2009-02-13 | 2009-08-12 | 周存文 | Infrared radiation ceramic heater |
| CN101953226A (en) * | 2008-01-29 | 2011-01-19 | 株式会社东热 | Dip-type heater |
| CN102625503A (en) * | 2012-04-01 | 2012-08-01 | 常熟市海晟电器有限公司 | Water-electricity separating type carbon fiber heating device |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS643981A (en) * | 1987-06-25 | 1989-01-09 | Nec Corp | Heating device |
-
2013
- 2013-06-03 CN CN201310217733.6A patent/CN104219805B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101953226A (en) * | 2008-01-29 | 2011-01-19 | 株式会社东热 | Dip-type heater |
| CN101505554A (en) * | 2009-02-13 | 2009-08-12 | 周存文 | Infrared radiation ceramic heater |
| CN102625503A (en) * | 2012-04-01 | 2012-08-01 | 常熟市海晟电器有限公司 | Water-electricity separating type carbon fiber heating device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104219805A (en) | 2014-12-17 |
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Granted publication date: 20160727 Termination date: 20190603 |