CN107062168A - High frequency lights type light supply apparatus with wire and high frequency - Google Patents
High frequency lights type light supply apparatus with wire and high frequency Download PDFInfo
- Publication number
- CN107062168A CN107062168A CN201611061682.2A CN201611061682A CN107062168A CN 107062168 A CN107062168 A CN 107062168A CN 201611061682 A CN201611061682 A CN 201611061682A CN 107062168 A CN107062168 A CN 107062168A
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- China
- Prior art keywords
- high frequency
- wire
- guidewire
- light source
- shape
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01J—ELECTRIC DISCHARGE TUBES OR DISCHARGE LAMPS
- H01J61/00—Gas-discharge or vapour-discharge lamps
- H01J61/02—Details
- H01J61/04—Electrodes; Screens; Shields
- H01J61/06—Main electrodes
- H01J61/067—Main electrodes for low-pressure discharge lamps
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F21—LIGHTING
- F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
- F21V23/00—Arrangement of electric circuit elements in or on lighting devices
- F21V23/06—Arrangement of electric circuit elements in or on lighting devices the elements being coupling devices, e.g. connectors
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F21—LIGHTING
- F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
- F21V23/00—Arrangement of electric circuit elements in or on lighting devices
- F21V23/003—Arrangement of electric circuit elements in or on lighting devices the elements being electronics drivers or controllers for operating the light source, e.g. for a LED array
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01B—CABLES; CONDUCTORS; INSULATORS; SELECTION OF MATERIALS FOR THEIR CONDUCTIVE, INSULATING OR DIELECTRIC PROPERTIES
- H01B7/00—Insulated conductors or cables characterised by their form
- H01B7/04—Flexible cables, conductors, or cords, e.g. trailing cables
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01J—ELECTRIC DISCHARGE TUBES OR DISCHARGE LAMPS
- H01J61/00—Gas-discharge or vapour-discharge lamps
- H01J61/02—Details
- H01J61/12—Selection of substances for gas fillings; Specified operating pressure or temperature
- H01J61/16—Selection of substances for gas fillings; Specified operating pressure or temperature having helium, argon, neon, krypton, or xenon as the principle constituent
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01J—ELECTRIC DISCHARGE TUBES OR DISCHARGE LAMPS
- H01J61/00—Gas-discharge or vapour-discharge lamps
- H01J61/02—Details
- H01J61/36—Seals between parts of vessels; Seals for leading-in conductors; Leading-in conductors
-
- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B41/00—Circuit arrangements or apparatus for igniting or operating discharge lamps
- H05B41/14—Circuit arrangements
- H05B41/24—Circuit arrangements in which the lamp is fed by high frequency ac, or with separate oscillator frequency
Abstract
A kind of high frequency electric that can efficiently circulate, high frequency wire while with processability regarding shape also with shape retention are provided and efficiently to light source supply high frequency electric power and can be obtained the high frequency of higher productivity ratio and ease for maintenance and light type light supply apparatus.High frequency wire is characterised by, possess softness guidewire body and flexible from shape maintaining item body, the guidewire body has the beam of multiple electric conductivity wire rods, and the flexible is configured from shape maintaining item body along the guidewire body.High frequency lights type light supply apparatus and possesses the light source for being supplied to RF power and the supply lines for being electrically connected to the light source, it is characterised in that above-mentioned supply lines is made up of above-mentioned high frequency with wire.
Description
Technical field
The present invention relates to high frequency type light supply apparatus is lighted with wire and high frequency.In more detail, it is related to as quasi-molecule
High frequency wire and possess by high-frequency electrical force that lamp etc. is used by the supply lines for the light source that RF power is lighted
Bright light source lights type light supply apparatus with above-mentioned high frequency with the high frequency of wire.
Background technology
In the past, as the light source lighted by RF power (below, also referred to as " high frequency light source ".), there is such as quasi-molecule
Lamp, fluorescent lamp (specifically high frequency lights special shape fluorescent lamp (high frequency fluorescent lamp)) and
Light-emitting component of the discharge lamp and LED element of long arc type metal halide lamp etc. etc. etc..
These high frequency light sources are widely used as the light emitting source of light supply apparatus (for example, referring to 1~patent document of patent document
3。)。
Specifically, in patent document 1, the high frequency for disclosing following structure lights type light supply apparatus：Fluorescent lamp is passed through
High-frequency converter is electrically connected to by supply lines, (specifically, e.g. frequency is from the high-frequency converter supply high frequency electric power
45kHz electric power), thus by the fluorescent lamp lighting.In the high frequency lights type light supply apparatus, fluorescent lighting fixture is sealed for two ends
Straight tube-like luminous tube, be coated with fluorescent paint in the inner peripheral surface of the luminous tube, and opposed match somebody with somebody in the inside of the luminous tube
It is equipped with a pair of electrodes.
In addition, in patent document 2, the high frequency for disclosing following structure lights type light supply apparatus：By Excimer lamp via
Supply lines is electrically connected to the converter circuit of push pull mode, (specific by supplying the RF power exported from the converter circuit
For be frequency be 20~100kHz square wave electric power), thus the Excimer lamp is lighted.Type optics dress is lighted in the high frequency
In putting, the RF power applied to Excimer lamp is obtained in the following way：It is electric in the polarity inversion of converter circuit
Pressure sharp change and produces electric current drastically due to the voltage change drastically in Excimer lamp.
In addition, in patent document 3, the high frequency for disclosing following structure lights type light supply apparatus：By LED element via confession
Electric wire is electrically connected to LED drive device, by supplying the output power from the LED drive device, thus by the LED element point
It is bright.
In the high frequency lights type Optical devices, LED drive device possesses booster circuit and reduction voltage circuit, passes through the decompression
It (is specifically, that frequency is tens kHz~several that circuit, which carries out the pulse width modulation control (PWM controls) of low frequency and high frequency,
Hundred kHz) PWM control, thus LED element is dimmed.
Prior art literature
Patent document
Patent document 1：Japanese Unexamined Patent Publication 9-298045 publications
Patent document 2：Japanese Unexamined Patent Publication 11-331506 publications
Patent document 3：Japanese Unexamined Patent Publication 2013-110061 publications
The content of the invention
In this high frequency lights type light supply apparatus, when by high frequency light source igniting, circulation has high-frequency electrical in supply lines
Stream.Moreover, the high frequency electric for flowing through supply lines concentrates on the table for the electric conductivity wire rod for constituting the supply lines due to kelvin effect
Face.That is, on the surface of electric conductivity wire rod, current density becomes very large.Therefore, the AC resistance (power loss) of supply lines becomes
Greatly.
Then, in high frequency light source, as supply lines, and non-usage is covered by an electric conductivity wire rod by insulating materials
The single condctor of the single-core line of composition, but electric conductivity wire rod much thinner will have been tied up by insulating materials by using
The multicore cable of split conductor covering.As the split conductor, be widely used for by much thinner electric conductivity wire rod it is stranded and
Into twisted wire.
By using multicore cable as supply lines, can efficiently it be circulated with the supply lines (cored wire) of required sectional area
There is high frequency electric.
The sectional area identical single condctor of multicore cable and cored wire and with by the conduction than constituting the multicore cable
Property wire rod the wire of cored wire tied up of electric conductivity wire rod of the few radical of radical compare, it is more soft, therefore wiring
It is winding easy.
However, in the manufacturing operation that high frequency lights type light supply apparatus and high frequency lights the structural portion of type light supply apparatus
In the replacement operation of part (specifically, e.g. high frequency light source), because supply lines has higher flexibility, cause to produce respectively
The problem of kind.
If specifically describing, particularly light in the case that type light supply apparatus possesses multiple high frequency light sources, making in high frequency
In industry (specifically in manufacturing operation and in replacement operation), supply lines is sagging, and multiple supply lines are wound each other, difficult
To carry out operation.
In addition, in type light supply apparatus is lighted to the high frequency of the structure of high frequency light source application high frequency voltage from high frequency electric source,
In order that multiple supply lines will not be closer to each other, specifically for ensuring insulation distance, it is sometimes desirable to use fixed component
Each by the plurality of supply lines carries out supporting and fixing.Herein, high frequency voltage is being applied to high frequency light source from high frequency electric source
The high frequency of structure is lighted in type light supply apparatus, and when as supply lines state closer to each other, being circulated because of Capacitance Coupled has electricity
Stream, causes the amount of power reduction for being supplied to high frequency light source, luminous efficiency reduction.
Moreover, in position relationship of the supply lines with high frequency light source and supply lines via supply lines with being electrically connected to
In the position relationship of the part of the high frequency light source, it is also required to carry out supporting and fixing to the supply lines by fixed component sometimes, with
Supply lines is just fixed on to desired position.
The present invention is completed based on case above, and its object is to provide one kind and can efficiently circulate to have high-frequency electrical
Stream, while with processability regarding shape also have shape retention high frequency wire.
Other objects of the present invention be provide one kind can efficiently to light source supply high frequency electric power and can obtain compared with
High productivity ratio and the high frequency of ease for maintenance light type light supply apparatus.
The high frequency wire of the present invention is characterised by, possess softness guidewire body and flexible from shape maintaining item
Body, the guidewire body has the beam of multiple electric conductivity wire rods, and the flexible is configured from shape maintaining item body along the guidewire body.
In the high frequency wire of the present invention, it is preferred that above-mentioned guidewire body covers above-mentioned many by using insulating materials
The Shu Ercheng of individual electric conductivity wire rod.
In the high frequency wire of the present invention, above-mentioned flexible preferably has following from shape maintaining item body
(1) structure of any one of~(5).
(1) flexible from shape maintaining item body be so as to along above-mentioned wire by the supporting and fixing of metal wire supporting member
What main body was arranged.
(2) flexible is made up of from shape maintaining item body tubular body, and above-mentioned wire is inserted with the inside of the tubular body
Main body.
(3) flexible is made up of from shape maintaining item body helical form body, and it is in spiral shell to constitute the wire rod of the helical form body to turn into
Rotation shape is wound in the state of above-mentioned guidewire body.
(4) flexible is made up of from shape maintaining item body the plate body that guidewire body maintaining part is provided with both ends.
(5) above-mentioned flexible is made up of from shape maintaining item body clava, and above-mentioned guidewire body is set along the clava.
The high frequency of the present invention lights type light supply apparatus and possesses the light source for being supplied to RF power and be electrically connected to the light source
Supply lines, it is characterised in that
Above-mentioned supply lines is made up of above-mentioned high frequency with wire.
In high frequency of the invention lights type light supply apparatus, it is preferred that above-mentioned light source is Excimer lamp.
The high frequency of the present invention is led with wire by the soft guidewire body of the beam with multiple electric conductivity wire rods and along this
The flexible of line main body configuration is constituted from shape maintaining item body.Therefore, in guidewire body, the production of kelvin effect can be suppressed
It is raw, there is high frequency electric therefore, it is possible to efficiently circulate.Further, since guidewire body has flexibility, and flexible idiomorphism
Shape maintaining item body has bendability, therefore even if by can also be easily carved into desired shape by hand, moreover, can
The shape is kept from shape retention from shape maintaining item body by flexible.
Therefore, according to the high frequency wire of the present invention, can efficiently circulate has high frequency electric, and can obtain excellent
Processability regarding shape and excellent shape retention, i.e. excellent lead forming performance.
In high frequency of the invention lights type light supply apparatus, as with being supplied to the power supply that the light source of RF power is electrically connected
Line, has used the high frequency wire of the present invention.That is, as supply lines, used can efficiently circulate have high frequency electric and
High frequency wire with excellent lead forming performance.Therefore, carry out high frequency light the manufacturing operation of type light supply apparatus with
And high frequency is when lighting the replacement operation of the structure member in type light supply apparatus, supply lines can be drawn in advance or in operation
Line shapes.As a result, in operation, supply lines can be avoided sagging and wind miscellaneous part and can avoiding use it is special
Fixed component supply lines is disposed in desired position with desired state.
Therefore, according to the present invention high frequency light type light supply apparatus, can efficiently to light source supply high frequency electric power, and
Higher productivity ratio can be obtained and easiness is safeguarded.
Brief description of the drawings
Fig. 1 is that the high frequency for conceptually representing the present invention lights the explanation figure of an example of the structure of type light supply apparatus.
Fig. 2 is to be denoted as the Excimer lamp that Fig. 1 high frequency of the invention is lighted the light source of type light supply apparatus and used
The explanation figure of one example of structure.
Fig. 3 is the explanation of the method for the flexibility for representing the guidewire body for confirming the high frequency wire for constituting the present invention
Figure.
Fig. 4 is an example by the structure of the 1st high frequency wire of the present invention to constitute leading for the 1st high frequency wire
The explanation figure that the state that one end of line main body is electrically connected to light source is indicated.
Fig. 5 is an example by the structure of the 2nd high frequency wire of the present invention to constitute leading for the 2nd high frequency wire
The explanation figure that the state that one end of line main body is electrically connected to light source is indicated.
Fig. 6 is an example by the structure of the 3rd high frequency wire of the present invention to constitute leading for the 3rd high frequency wire
The explanation figure that the state that one end of line main body is electrically connected to light source is indicated.
Fig. 7 is the explanation figure of an example of the structure for representing the 4th high frequency wire of the present invention, and (a) is by the present invention
The 4th high frequency be electrically connected to an example of the structure of wire with constituting the 4th high frequency with one end of the guidewire body of wire
The explanation figure that the state of light source is indicated, (b) is the explanation figure for representing to constitute the plate body of the 4th high frequency wire of (a).
Fig. 8 is the explanation figure of the other examples for the structure for representing the 4th high frequency wire of the present invention, and (a) is by the present invention
The 4th high frequency be electrically connected to the other examples of the structure of wire with constituting the 4th high frequency with one end of the guidewire body of wire
The explanation figure that the state of light source is indicated, (b) is the explanation figure for representing to constitute the plate body of the 4th high frequency wire of (a).
Fig. 9 is the explanation figure of an example of the structure for representing the 5th high frequency wire of the present invention, and (a) is by the present invention
The 5th high frequency be electrically connected to an example of the structure of wire with constituting the 5th high frequency with one end of the guidewire body of wire
The explanation figure that the state of light source is indicated, (b) is the explanation figure for representing to constitute the tubular body of the 5th high frequency wire of (a).
Figure 10 is the explanation figure of an example of the structure for representing the 6th high frequency wire of the present invention, and (a) is by the present invention
The 6th high frequency be electrically connected to an example of the structure of wire with constituting the 6th high frequency with one end of the guidewire body of wire
The explanation figure that the state of light source is indicated, (b) is the explanation figure for representing to constitute the tube of the 6th high frequency wire of (a).
Figure 11 is an example by the structure of the 7th high frequency wire of the present invention to constitute the 7th high frequency wire
The explanation figure that the state that one end of guidewire body is electrically connected to light source is indicated.
Figure 12 is an example by the structure of the 8th high frequency wire of the present invention to constitute the 8th high frequency wire
The explanation figure that the state that one end of multiple guidewire bodies is electrically connected to light source is indicated.
Description of reference numerals
10 high frequencies light type light supply apparatus
11 light sources (high frequency light source)
12 power supplys
15 supply lines
16 guidewire bodies
17 crimp type terminals
19 weights
21 discharge vessels
21a weeks side
22 high-voltage side electrodes
25 base portions
30 the 1st high frequency wires
31 the 1st flexibles are from shape maintaining item body
32 metal wires
34 supporting members
35 the 2nd high frequency wires
36 tubular bodies
40 the 3rd high frequency wires
41 helical form bodies
43 the 4th high frequency wires
44 plate bodys
45A rectangular flat shape matrixes
45B rectangular plates
46 the 4th high frequency wires
47 plate bodys
47a parts
48 spaces
50 the 5th high frequency wires
51 tubular bodies
52A, 52B, 52C tube
53A, 53B hinge part
55 the 6th high frequency wires
56 tubular bodies
57A, 57B, 57C tube
57a cylindroids portion
57b leading sections
58 fixed components
59A, 59B fixing hole
60 the 7th high frequency wires
61 clavas
70 the 8th high frequency wires
71 the 8th flexibles are from shape maintaining item body
72 metal wires
74 binding materials
Embodiment
Hereinafter, type light supply apparatus is lighted to the high frequency of the present invention and high frequency of the invention is carried out with the embodiment of wire
Explanation.
Fig. 1 is that the high frequency for conceptually representing the present invention lights the explanation figure of an example of the structure of type light supply apparatus.
The high frequency lights type light supply apparatus 10 and possesses the light source (height for being supplied to RF power and being lighted by the RF power
Frequency light source) 11 and for the power supply 12 to the supply high frequency electric power of high frequency light source 11, they are electrically connected via supply lines 15
Connect.
As high frequency light source 11, such as Excimer lamp, fluorescent lamp can be used, and (specifically high frequency lights special shape fluorescence
Lamp) and long arc type metal halide lamp etc. the light-emitting component of discharge lamp and LED element etc. etc..
In the example of the figure, as high frequency light source 11, Excimer lamp has been used.
As shown in Fig. 2 the Excimer lamp possess be internally formed discharge space and it is overall be in one direction strip
The discharge vessel 21 of tabular, in the discharge space of the discharge vessel 21, is airtightly sealed with quasi-molecule gas.In edge electric discharge
In four all sides of the length direction extension of container 21, all side 21a that a width is wide outer surface is configured with netted
High-voltage side electrode 22, be configured with netted in the outer surface of the wide all sides of another width opposed with this week side 21a
Ground connection lateral electrode.In addition, at the two ends of Excimer lamp (discharge vessel 21), the one of discharge vessel 21 is kept with receiving respectively
Partial state is provided with the base portion 25 of ceramics system.
As power supply 12, using can be to the power supply of the supply high frequency electric power of high frequency light source 11.Specifically, electric discharge is being used
In the case that lamp is as high frequency light source 11, using can be to exchange that high frequency light source supply frequency is the kHz of several kHz~hundreds of just
The power supply of string ripple electric power.Herein, the ignition frequency of fluorescent lamp (high frequency lights special shape fluorescent lamp) is 20~70kHz, quasi-molecule
The ignition frequency of lamp is 20~200kHz.In addition, in the case where using light-emitting component (LED element) as high frequency light source 11,
As power supply 12, the power supply for the square wave electric power that pulsating current can be supplied to high frequency light source 11 is used.
As the concrete example of power supply 12, high frequency electric source can be enumerated and possess the frequency converter of dc source and push pull mode
Circuit simultaneously can export power supply of structure of RF power etc. from the converter circuit.That is, as power supply 12, it can also use
The power supply of following structure：In the polarity inversion of converter circuit, voltage sharp changes, due to the voltage change drastically,
High frequency light source 11 is caused to produce electric current drastically, thus to the supply high frequency electric power of high frequency light source 11.
In the example of the figure, high frequency electric source has been used as power supply 12.
As supply lines 15, (below, also referred to as " wire rod beam " can be used includes the beam with multiple electric conductivity wire rods.)
Soft guidewire body and the flexible that configures along the guidewire body are from the wire of shape maintaining item body, the i.e. present invention
High frequency wire.
Herein, in this manual, " soft guidewire body " represents the guidewire body with following flexibility：As schemed
Shown in 3, in the state of guidewire body 16 is flatly kept, T from the front end separating distance D is regard as branch for 100mm position
Point F, when to the front end additional 10g of T weight 19, front end T sagging length L reaches more than 10mm.
In figure 3, the wire master in the state of flatly being kept before to the additional weights of front end T 19 is represented by dashed line
Body 16, the guidewire body 16 indicated by the solid line that addition of to front end T in the state of weight 19.
As wire rod beam, the wire rod beam for the structure for merely tying up multiple electric conductivity wire rods can be used and incited somebody to action
Stranded wire rod beam of structure of multiple electric conductivity wire rods etc., but it is preferred that by the stranded knot of multiple electric conductivity wire rods
The wire rod beam of structure or wire rod beam (the electric conductivity line that will specifically be covered by insulating materials of the structure as litz wire
The wire rod beam of the stranded structure of material).
The radical for constituting the electric conductivity wire rod of wire rod beam can be according to external diameter (sectional area) of electric conductivity wire rod etc. and consideration
The material of electric conductivity wire rod, the species of high frequency light source 11 and frequency of RF power for being supplied to high frequency light source 11 etc. and it is appropriate
Ground is determined.
Specifically, the radical of the electric conductivity wire rod in wire rod beam is for example in AWG (the American Wire of wire rod beam
Gauge, AWG) value be 18 in the case of be preferably more than 7, more preferably more than 19 and less than 37.Herein,
In this manual, " the AWG values of wire rod beam " represents to constitute total sectional area of multiple electric conductivity wire rods of wire rod beam.
In wire rod beam, in the case where the radical of electric conductivity wire rod is too small, there is following hidden danger：Due to producing collection skin effect
Should, cause the AC resistance (power loss) of wire rod beam to become big, and then height can not be supplied to high frequency light source 11 with higher efficiency
Frequency electric power.
In addition, in the case where the radical of electric conductivity wire rod is excessive, there is following hidden danger：In conductor main body, due to right
The electric connecting part of crimp type terminal etc. is attached processing (end-o f-pipe -control), causes a part for electric conductivity wire rod to produce broken string,
Thus the mechanical intensity at the connecting portion being attached with electric connecting part is caused to diminish, and resistance becomes big.
As electric conductivity wire rod, annealed copper wire can be used.
For the kelvin effect inhibition and the viewpoint of flexibility in guidewire body, the external diameter of electric conductivity wire rod is preferably
0.5mm (φ 0.5) is below.
Guidewire body is preferably to cover wire rod Shu Ercheng guidewire body with the coating being made up of insulating materials.
Guidewire body is the guidewire body that wire rod Shu Ercheng is covered with coating, thus ensure that guidewire body with it is flexible
Property is from the insulating properties between shape maintaining item body, therefore flexible is from the material and shape and wire of shape maintaining item body
Main body is not limited with flexible from position relationship of shape maintaining item body etc., so the free degree of the design of high frequency wire
Become big.
As long as in addition, guidewire body for example, by making flexible from shape maintaining item body there is insulating properties etc. thus to make this
Guidewire body turns into the state of electrically insulated from one another with flexible from shape maintaining item body, may not be and is covered with coating
Lid wire rod Shu Ercheng's.That is, guidewire body can also be made up of wire rod beam.
Coating preferably has insulating properties, and in order that guidewire body has desired flexibility and had and line
The coating of the close flexibility of material beam.
As the insulating materials for constituting the coating, fluororesin and silicone etc. can be used.
In addition, the thickness of coating can be according to flexibility needed for material of coating etc. and consideration coating etc.
Suitably determine.
Flexible from shape maintaining item body there is following bendability to keep function from shape：What is configured along guidewire body
Under state, without using instrument but the wire master for being provided with the flexible from shape maintaining item body can will be increased by craft
Body bends to desired shape, and can keep the shape.That is, flexible has excellent bending from shape maintaining item body
Property (processability regarding shape) and with excellent machining shape retentivity.
As flexible from the concrete example of shape maintaining item body, the flexible idiomorphism of various structures described later can be enumerated
Shape maintaining item body.
On the bendability using which kind of structure from shape maintaining body, it is contemplated that flexibility, the guidewire body of guidewire body
Structure (specifically, e.g. the length and external diameter of guidewire body, constitute guidewire body insulating materials species) etc.
And properly select.
(the 1st flexible from shape maintaining item body)
Fig. 4 is an example by the structure of the 1st high frequency wire of the present invention to constitute leading for the 1st high frequency wire
One end of line main body is electrically connected to the explanation figure that the state of light source (high frequency light source) is indicated.
In the 1st high frequency with wire 30, one end of guidewire body 16 is inserted in the base portion 25 shown in Fig. 2, and in the base
High frequency light source (specifically outer lead) is electrically connected in portion 25, the base portion 25 is installed on the high frequency being made up of Excimer lamp
Light source 11 (discharge vessel 21).In addition, the other end of guidewire body 16 turns into free end, crimp type terminal is provided with the other end
17.Moreover, the other end of guidewire body 16 is electrically connected to power supply 12 (reference picture 1) via crimp type terminal 17.
The 1st flexible of the 1st high frequency wire 30 is constituted from shape maintaining item body 31 by metal wire 32 and support
Part 34 is constituted, and metal wire 32 is prolonged by the supporting and fixing of supporting member 34 so as to be disposed of along the length direction of guidewire body 16
Stretch.Supporting member 34 has the shape of tubulose, and it covers guidewire body 16 and metal wire 32, be disposed of along guidewire body 16 with
And metal wire 32 extends.
In the 1st flexible from shape maintaining item body 31, metal wire 32 need bendability (processability regarding shape) and
Machining shape retentivity, supporting member 34 needs bendability (processability regarding shape).
As metal wire 32, the metal wire being made up of stainless steel, nickel and iron etc. is used.In addition, guidewire body 16 by
Wire rod beam constitutes, is not in the case of covering wire rod Shu Ercheng with coating, as metal wire 32, to be covered using with insulating materials
Cover the metal wire for the metal wire rod being made up of stainless steel, nickel and iron etc..
The length (total length) of metal wire 32 can (be specifically, from base portion 25 to outside according to the length of guidewire body 16
The length in prominent region) and consider the external diameter of guidewire body 16 and the weight etc. of guidewire body 16 and suitably true
It is fixed.
Specifically, for operability and the viewpoint of operation easiness, the length of metal wire 32, which is preferably, compares wire
The length of main body 16 is slightly shorter.Alternatively, it is also possible to make metal wire 32 be the length with the same degree of guidewire body 16, and in wire master
Increase setting metal wire 32 in the whole region in the region protruding to the outside from base portion 25 in body 16.
In addition, the external diameter of metal wire 32 (can have according to the size of material of metal wire 32 etc. and consideration guidewire body 16
External diameter and length for body) and guidewire body 16 weight etc. and suitably determine.
In the example of the figure, metal wire 32 is more slightly shorter than the length of guidewire body 16, and is disposed in guidewire body 16
Centre portion.That is, the both ends in the region protruding to the outside from base portion 25 in guidewire body 16, do not increase and are provided with metal wire
32。
As long as supporting member 34 can support metal wire 32 state to extend along guidewire body 16.It is specific and
Speech, can be made up of and metal wire 32 is whole the tubular body with the substantially equal length of the length (total length) with metal wire 32
Body or the supporting member substantially integrally covered, can also be and are made up of multiple tubes and use the plurality of tube office in addition
Portion covers the supporting member of metal wire 32.In addition, supporting member 34 is not necessarily the state for being close to guidewire body 16, but
The state being close to can be set to.
In the example of the figure, supporting member 34 is by the cylindric pipe of the slightly shorter elongated of the length (total length) than metal wire 32
Shape body is constituted, and covers the central portion of metal wire 32.That is, the both ends of metal wire 32 are not supported by part 34 and covered, but
It is set to the state protruded from supporting member 34.In addition, the tubular body for constituting supporting member 34 is close to metal wire 32 and wire
The ground of main body 16 is set.
In order that the 1st high frequency has enough bendabilities (processability regarding shape) with wire 30, supporting member 34 is preferably
With the bendability with metal wire 32 on an equal basis above.
As the material of the supporting member 34, vistanex, fluororesin, thermoplastic elastomer (TPE) and silicone can be enumerated
Deng.In addition, in order to which supporting member 34 is close into metal wire 32 and the setting of the ground of guidewire body 16, can also use heat-shrinkable tube
It is used as supporting member formation material.
In addition, the thickness of supporting member 34 can be according to needed for material of supporting member 34 etc. and consideration supporting member 34
Bendability etc. and suitably determine.
In the example of the figure, supporting member 34 is obtained by using heat-shrinkable tube as supporting member formation material.
(the 2nd flexible from shape maintaining item body)
Fig. 5 is an example by the structure of the 2nd high frequency wire of the present invention to constitute leading for the 2nd high frequency wire
One end of line main body is electrically connected to the explanation figure that the state of light source (high frequency light source) is indicated.
In the 2nd high frequency with wire 35, one end of guidewire body 16 is inserted in the base portion 25 shown in Fig. 2, and in the base
High frequency light source (specifically outer lead) is electrically connected in portion 25, the base portion 25 is installed on the high frequency being made up of Excimer lamp
Light source 11 (discharge vessel 21).In addition, the other end of guidewire body 16 turns into free end, crimp type terminal is provided with the other end
17.Moreover, the other end of guidewire body 16 is electrically connected to power supply 12 (reference picture 1) via crimp type terminal 17.
Constitute the 2nd flexible of the 2nd high frequency wire 35 from shape maintaining item body be following structure：It is by with curved
The cylindric tubular body 36 of song (processability regarding shape) and machining shape retentivity is constituted, by the tubular body 36
Portion plugs guidewire body 16, so as to be arranged in the way of the length direction extension along the guidewire body 16.The tubular body 36 passes through
One end (right part in Fig. 5) is set to be embedded in base portion 25, and supporting and fixing is in the base portion 25.
Tubular body 36 is made up of metal or is made up of resin.Particularly, it is made up of, i.e. wire rod beam in guidewire body 16
Be not with coating covering wire rod Shu Ercheng in the case of, as tubular body 36, using by resin (specifically insulating properties tree
Fat) tubular body that constitutes or the tubular body of tubular substrate being made up of metal is covered with insulating materials.
As the resin for constituting tubular body 36, polyflon and silicone resin etc. can be enumerated.
As the metal for constituting tubular body 36, aluminium, copper and iron etc. can be enumerated.In addition, being made up of in tubular body 36 metal
In the case of, for the viewpoint of bendability (processability regarding shape), the metal tubular body 36 is preferably annealed
Processing.
The length of tubular body 36 (is specifically, length from the region protruding to the outside of base portion 25, below, also referred to as
" prominent length ".) (specifically, it can be length from the region protruding to the outside of base portion 25 according to the length of guidewire body 16
Degree) and consider the external diameter of guidewire body 16 and the weight of guidewire body 16 etc. and suitably determine.Specifically, for
The viewpoint of operability and operation easiness, the prominent length of tubular body 36 is preferably more slightly shorter than the length of guidewire body 16.
In addition, the internal diameter of tubular body 36 is set as being adapted to the size of the external diameter of guidewire body 16.
In addition, the thickness of tubular body 36 (can have according to the size of material of tubular body 36 etc. and consideration guidewire body 16
External diameter and length for body) and guidewire body 16 weight etc. and suitably determine.
In the example of the figure, tubular body 36 is more slightly shorter than the length of guidewire body 16, and is disposed in throughout guidewire body 16
In the region protruding to the outside from base portion 25 one end (right part in Fig. 5) and the region of central portion.That is, in wire
The other end (left part in Fig. 5) in the region protruding to the outside from base portion 25 in main body 16 is not equipped with tubular body 36,
The other end is set as the state protruded from tubular body 36.
(the 3rd flexible from shape maintaining item body)
Fig. 6 is an example by the structure of the 3rd high frequency wire of the present invention to constitute leading for the 3rd high frequency wire
One end of line main body is electrically connected to the explanation figure that the state of light source (high frequency light source) is indicated.
In the 3rd high frequency with wire 40, one end of guidewire body 16 is inserted in the base portion 25 shown in Fig. 2, and in the base
High frequency light source (specifically outer lead) is electrically connected in portion 25, the base portion 25 is installed on the high frequency being made up of Excimer lamp
Light source 11 (discharge vessel 21).In addition, the other end of guidewire body 16 turns into free end, crimp type terminal is provided with the other end
17.Moreover, the other end of guidewire body 16 is electrically connected to power supply 12 (reference picture 1) via crimp type terminal 17.
Constitute the 3rd flexible of the 3rd high frequency wire 40 from shape maintaining item body be following structure：It is by with curved
Song (processability regarding shape) and machining shape retentivity and the structure of helical form body 41 being made up of the wire rod of non-elastic material
Into the helical form body 41 is wound in the state of the outer peripheral face of guidewire body 16 with the wire rod in the shape of a spiral, along the guidewire body 16
Length direction extension ground arrange.
Herein, it is disposed in the side of guidewire body 16 from shape maintaining item body (helical form body 41) as by the 3rd flexible
One example of method, can be used following method：Prepare guidewire body 16 and the wire rod for forming helical form body 41, in wire master
The outer peripheral face of body 16, from the one end side of the guidewire body 16 towards the other end side wound skein product in the shape of a spiral.In addition, conduct
Other method, can be used following method：Prepare guidewire body 16 and with the external diameter with the guidewire body 16 it is substantially equal in
The helical form body 41 in footpath (internal coil diameter), and insert guidewire body 16 in the inside of helical form body 41.
For constituting the wire rod of helical form body 41, it is necessary to bendability (processability regarding shape) and machining shape retentivity.
Moreover, as constitute helical form body 41 wire rod, can be used by stainless steel, nickel, iron, copper, aluminium etc. metal and
The wire rod of the compositions such as resin.Particularly, it is made up of wire rod beam in guidewire body 16, is not with coating covering wire rod Shu Ercheng
In the case of, as helical form body 41, use the helical form body or use being made up of resin (specifically insulative resin)
The helical form body for the helical form base material that insulating materials covering is made up of metal.
The length (total length) of helical form body 41 can (be specifically, outside from base portion 25 according to the length of guidewire body 16
The length in the region that portion is protruded) and consider the external diameter of guidewire body 16 and the weight etc. of guidewire body 16 and suitably true
It is fixed.Specifically, for operability and the viewpoint of operation easiness, the length of helical form body 41, which is preferably, compares guidewire body
16 length is slightly shorter.
In addition, the external diameter for constituting the wire rod of helical form body 41 can be according to material of wire rod etc. and consideration guidewire body 16
Size (specifically, being external diameter and length, coil pitch) and guidewire body 16 weight etc. and suitably determine.
In the example of the figure, helical form body 41 is more slightly shorter than the length of guidewire body 16, and is disposed in guidewire body 16
The region protruding to the outside from base portion 25 central portion.That is, the area protruding to the outside from base portion 25 in guidewire body 16
The both ends in domain are not equipped with helical form body 41, and the both ends are set as the state protruded from helical form body 41.
(the 4th flexible from shape maintaining item body)
Fig. 7 is the explanation figure of an example of the structure for representing the 4th high frequency wire of the present invention, and (a) is by the present invention
The 4th high frequency be electrically connected to an example of the structure of wire with constituting the 4th high frequency with one end of the guidewire body of wire
The explanation figure that the state of light source (high frequency light source) is indicated, (b) is the plate body for representing to constitute the 4th high frequency wire of (a)
Explanation figure.In addition, Fig. 8 is other explanation figure of the structure for representing the 4th high frequency wire of the present invention, (a) is by this
Other of the structure of 4th high frequency wire of invention are electrically connected with the one end for constituting the guidewire body of the 4th high frequency wire
The explanation figure being indicated in the state of light source (high frequency light source), (b) is the tabular for representing to constitute the 4th high frequency wire of (a)
The explanation figure of body.
In these the 4th high frequencies with wire 43,46, one end of guidewire body 16 is inserted in the base portion 25 shown in Fig. 2, and
High frequency light source (specifically outer lead) is electrically connected in the base portion 25, the base portion 25 is installed on what is be made up of Excimer lamp
High frequency light source 11 (discharge vessel 21).In addition, the other end of guidewire body 16 turns into free end, pressure connection terminal is provided with the other end
Son 17.Moreover, the other end of guidewire body 16 is electrically connected to power supply 12 (reference picture 1) via crimp type terminal 17.
Constitute these the 4th high frequencies with the 4th flexible of wire 43,46 from shape maintaining item body be following structure：By
Guidewire body maintaining part is at least respectively equipped with both ends and with bendability (processability regarding shape) and machining shape retentivity
Plate body 44,47 constitute, the plate body 44,47 is supported by being fixed on multiple guidewire body maintaining parts, so as to be disposed of edge
The length direction extension of guidewire body 16.In the plate body 44,47, the area being located in guidewire body maintaining part beyond both ends
In the case of domain, the region being specifically provided between the guidewire body maintaining part at both ends, the guidewire body in the region
The equipping position of maintaining part can suitably be determined according to length of the plate body 44,47 etc..
In the example of fig. 7, plate body 44 has the rectangular flat shape matrix 45A of strip, and in the rectangular flat shape base
Body 45A both ends are respectively equipped with guidewire body maintaining part.Each guidewire body maintaining part is by the length from rectangular flat shape matrix 45A
Each long lateral margin of lateral margin is to the orthogonal direction of the length direction (rectangular flat shape matrix 45A length direction) with plate body 44
Two rectangular plates 45B, 45B of extension are constituted, and these rectangular plates 45B, 45B are curved in the way of being wound in guidewire body 16
Song, thus supports the guidewire body 16.Two rectangular plates 45B, 45B are in the shape bent in the way of being wound in guidewire body 16
Under state, not overlap, but closely arrange.On the other hand, in the example of fig. 8, plate body 47 is the rectangle of strip
Tabular, guidewire body maintaining part is respectively equipped with both ends.Moreover, each guidewire body maintaining part is by inserting guidewire body 16
Enter tunnel-shaped space 48,48 and clamped to support the guidewire body 16, the space 48,48 be by parallel to plate
Part 47a, 47a that two otch extended to the orthogonal direction of the length direction of shape body 47 are divided carry out extrusion process and made
Formed by it is bloated.
As plate body 44,47, it can use and be protected with the bendability needed for flexible from shape maintaining item body from shape
Hold the plate body of the corresponding appropriate material of function.
Specifically, as plate body 44,47, it can be used by metal and resin of stainless steel, nickel, iron, copper, aluminium etc. etc.
The plate body of composition.Or, it can also use the plate body for combining the multiple materials such as ceramics.Particularly, in wire master
Body 16 is made up of wire rod beam, be not with coating covering wire rod Shu Ercheng in the case of, as plate body 44,47, using by
Resin (specifically insulative resin) constitute plate body, by resin (specifically insulative resin) with ceramics (tool
It is insulating ceramicses for body) plate body that constitutes or cover the plate-like substrate that is made up of metal with insulating materials
Plate body.
The length (total length) of plate body 44,47 can (be specifically, outside from base portion 25 according to the length of guidewire body 16
The length in the region that portion is protruded) and consider that external diameter, the weight of guidewire body 16 and the guidewire body of guidewire body 16 are protected
Hold the composition in portion etc. and suitably determine.Specifically, for operability and the viewpoint of operation easiness, plate body 44,47
Length be preferably it is more slightly shorter than the length of guidewire body 16.
In addition, the width of plate body 44,47 according to the material of plate body 44,47, the external diameter of guidewire body 16 and can be led
Structure of line main body maintaining part etc. and suitably determine.
In addition, the thickness of plate body 44,47 according to material of plate body 44,47 etc. and can consider guidewire body 16
Structure of size (specifically external diameter and length), the weight of guidewire body 16 and guidewire body maintaining part etc. and fit
Locality is determined.
(the 5th flexible from shape maintaining item body)
Fig. 9 is the explanation figure of an example of the structure for representing the 5th high frequency wire of the present invention, and (a) is by the present invention
The 5th high frequency be electrically connected to an example of the structure of wire with constituting the 5th high frequency with one end of the guidewire body of wire
The explanation figure that the state of light source (high frequency light source) is indicated, (b) is the tubular body for representing to constitute the 5th high frequency wire of (a)
Explanation figure.
In the 5th high frequency with wire 50, one end of guidewire body 16 is inserted in the base portion 25 shown in Fig. 2, and in the base
High frequency light source (specifically outer lead) is electrically connected in portion 25, the base portion 25 is installed on the high frequency being made up of Excimer lamp
Light source 11 (discharge vessel 21).In addition, the other end of guidewire body 16 turns into free end, crimp type terminal is provided with the other end
17.Moreover, the other end of guidewire body 16 is electrically connected to power supply 12 (reference picture 1) via crimp type terminal 17.
Constitute the 5th flexible of the 5th high frequency wire 50 from shape maintaining item body be following structure：By via hinge
The tubular body 51 that portion 53A, 53B link multiple tube 52A, 52B, 52C is constituted, and is plugged and is led in the inside of the tubular body 51
Line main body 16, so that with the length direction extension being set to along the guidewire body 16.Herein, tubular body 51 can also locally have and cut
Oral area.Specifically, constituting tube 52A, 52B, 52C of tubular body 51 can also have along the axially extending of tube respectively
Notch.The tubular body 51 is bent at hinge part 53A, 53B.That is, tubular body 51 passes through the hinge at hinge part 53A, 53B
Bend and embody bendability (processability regarding shape), and kept by the hinge bending at hinge part 53A, 53B and embody and process
Shape retention.
Herein, as manufacture an example of the 5th flexible from the method for shape maintaining item body (tubular body 51),
Method can be listed below：Prepare with hinge bendability (processability regarding shape) and hinge bending retentivity (machining shape holding
Property) tubular tubular body material, and form on the tubular body material notch radially extended along the tubular body material.
In the method, hinge part 53A, 53B is formed by otch remainder.In addition, the position of the circumferencial direction of hinge part can basis
Shape machine direction is suitably determined.
In the example of the figure, tubular body 51 is vertical with the pipe axle of cylindric tubular body material by forming two edges
The notch of direction extension and obtain, and be made up of three tubes 52A, 52B, 52C with two hinge parts 53A, 53B.Moreover,
Two hinge parts 53A, 53B are configured to, are in making the 1st tube 52A and the 3rd tube 52C relative to the 2nd tube 52B
In the state of right-angle bending, when from the 2nd tube 52B tube axial direction, the 1st tube 52A pipe axle and the 3rd tubulose
Portion 52C pipe axle is located along the same line.
As tubular body 51, the tubulose being made up of metal and resin of stainless steel, nickel, iron, copper, aluminium etc. etc. can be used
Body.Particularly, in the case where guidewire body 16 is made up of wire rod beam, is not to cover wire rod Shu Ercheng with coating, as
Tubular body 51, using the tubular body being made up of resin (specifically insulative resin) or with insulating materials covering by gold
Belong to the tubular body of the tubular substrate constituted.
The length of tubular body 51 can (be specifically, protruding to the outside from base portion 25 according to the length of guidewire body 16
The length in region) and consider the external diameter of guidewire body 16 and the weight of guidewire body 16 etc. and suitably determine.Specifically
For, for operability and the viewpoint of operation easiness, the length of tubular body 51 is preferably the length than guidewire body 16
It is slightly shorter.Moreover, the length for constituting multiple tube 52A, 52B, 52C of tubular body 51 can be flexible according to tubular body 51, i.e. the 5th
Property is appropriate from bendability (processability regarding shape) (position that can specifically bend) needed for shape maintaining item body etc.
Ground is determined.Herein, multiple tube 52A, 52B, 52C can be all with identical length or at least a portion
With different length.
In addition, the internal diameter of tubular body 51 is set as being adapted to the size of the external diameter of guidewire body 16.
In addition, the thickness of tubular body 51 (can have according to the size of material of tubular body 51 etc. and consideration guidewire body 16
External diameter and length for body) and guidewire body 16 weight etc. and suitably determine.
In the example of the figure, tubular body 51 is more slightly shorter than the length of guidewire body 16.In addition, the internal diameter of tubular body 51 is set
For the external diameter than guidewire body 16 is slightly larger, and smaller than the external diameter (maximum outside diameter) of crimp type terminal 17.Moreover, the quilt of tubular body 51
With being set to, in the state of three tubes 52A, 52B, 52C pipe axle are consistent, can along the guidewire body 16 length direction
Slide.
(the 6th flexible from shape maintaining item body)
Figure 10 is the explanation figure of an example of the structure for representing the 6th high frequency wire of the present invention, and (a) is by the present invention
The 6th high frequency be electrically connected to an example of the structure of wire with constituting the 6th high frequency with one end of the guidewire body of wire
The explanation figure that the state of light source (high frequency light source) is indicated, (b) is the tube for representing to constitute the 6th high frequency wire of (a)
Explanation figure.
In the 6th high frequency with wire 55, one end of guidewire body 16 is inserted in the base portion 25 shown in Fig. 2, and in the base
High frequency light source (specifically outer lead) is electrically connected in portion 25, the base portion 25 is installed on the high frequency being made up of Excimer lamp
Light source 11 (discharge vessel 21).In addition, the other end of guidewire body 16 turns into free end, crimp type terminal is provided with the other end
17.Moreover, the other end of guidewire body 16 is electrically connected to power supply 12 (reference picture 1) via crimp type terminal 17.
Constitute the 6th flexible of the 6th high frequency wire 55 from shape maintaining item body be following structure：By passing through fixation
The tubular body 56 that part 58 links multiple tube 57A, 57B, 57C is constituted, and wire is plugged in the inside of the tubular body 56
Main body 16, so that with the length direction extension being set to along the guidewire body 16.The tubular body 56 with it is being formed by fixed component 58,
The connecting portion of tube adjacent to each other bends for pivot point.That is, tubular body 56 embodies bending by the bending of connecting portion
Property (processability regarding shape), and by the connecting portion produce friction and embody machining shape retentivity.
In the example of the figure, tubular body 56 is solid by three tubes 57A, 57B, 57C of generally oblong tubular and two
Determine part 58 to constitute.Tube 57A, 57B, 57C have cylindroid portion 57a and from cylindroid portion 57a one end respectively
Opposed to each other to the cylindroid portion 57a length direction ground leading section 57b, 57b of substantially rectangular shape for extending protruding outside.
In these leading sections, 57b, 57b a side (the right-hand member side in Figure 10 (b)) are formed with the fixed use of toroidal opposed to each other
Hole 59A, 59A.In addition, in cylindroid portion 57a another side (left end side in Figure 10), in fixing hole 59A, 59A
It is formed with the fixation of toroidal on the extended line of the center line extended along cylindroid portion 57a length direction opposed to each other respectively
Use hole 59B.Moreover, by the fixing hole 59A in the fixing hole 59B and the 2nd tube 57B in the 1st tube 57A
Shared fixed component 58 is plugged, so as to the 1st tube 57A is connected with the 2nd tube 57B, in addition, by the 2nd tubulose
The fixing hole 59A in fixing hole 59B and the 3rd tube 57C in portion 57B plugs shared fixed component 58, so that will
2nd tube 57B is connected with the 3rd tube 57C.
As tube 57A, 57B, the 57C for constituting tubular body 56, the gold by stainless steel, nickel, iron, copper, aluminium etc. can be used
The tubular body of the compositions such as category, resin and ceramics.Particularly, it is made up of wire rod beam in guidewire body 16, is not to use coating
In the case of covering wire rod Shu Ercheng, as tubular body 56, the pipe being made up of resin (specifically insulative resin) is used
Shape body, the tubular body being made up of ceramic (specifically insulating ceramicses) or it is made up of with insulating materials covering metal
The tubular body of tubular substrate.Herein, tube 57A, 57B, 57C can also have bendability (processability regarding shape) and
The tube of machining shape retentivity is but it is also possible to be the tube without bendability and machining shape retentivity.
The length of tubular body 56 can (be specifically, protruding to the outside from base portion 25 according to the length of guidewire body 16
The length in region) and consider the external diameter of guidewire body 16 and the weight of guidewire body 16 etc. and suitably determine.Specifically
For, for operability and the viewpoint of operation easiness, the length of tubular body 56 is preferably the length than guidewire body 16
It is slightly shorter.Moreover, multiple tube 57A, 57B, 57C for constituting tubular body 56 are contemplated that tubular body 56, i.e. the 6th flexible idiomorphism
Bendability (processability regarding shape) (position that can specifically bend) needed for shape maintaining item body etc. and suitably determine.
Herein, multiple tube 57A, 57B, 57C can all have difference with identical length or at least a portion
Length.
In addition, the internal diameter of tubular body 56 is set as being adapted to the size of the external diameter of guidewire body 16.
In addition, the thickness of tubular body 56 (tube 57A, 57B, 57C) can according to tubular body 56 (tube 57A, 57B,
Material 57C) etc. and the size (specifically external diameter and length) and guidewire body 16 for considering guidewire body 16
Weight etc. and suitably determine.
In the example of the figure, tubular body 56 is more slightly shorter than the length of guidewire body 16.In addition, the internal diameter of tubular body 56 is (most
Large diameter) it is set as, the external diameter than guidewire body 16 is slightly larger, and smaller than the external diameter (maximum outside diameter) of crimp type terminal 17.Moreover,
Tubular body 56 is disposed of, in the state of three tubes 57A, 57B, 57C pipe axle are consistent, can be along the guidewire body 16
Length direction slide.
(the 7th flexible from shape maintaining item body)
Figure 11 is an example by the structure of the 7th high frequency wire of the present invention to constitute the 7th high frequency wire
One end of guidewire body is electrically connected to the explanation figure that the state of light source (high frequency light source) is indicated.
In the 7th high frequency with wire 60, one end of guidewire body 16 is inserted in the base portion 25 shown in Fig. 2, and in the base
High frequency light source (specifically outer lead) is electrically connected in portion 25, the base portion 25 is installed on the high frequency being made up of Excimer lamp
Light source 11 (discharge vessel 21).In addition, the other end of guidewire body 16 turns into free end, crimp type terminal is provided with the other end
17.Moreover, the other end of guidewire body 16 is electrically connected to power supply 12 (reference picture 1) via crimp type terminal 17.
Constitute the 7th bendability of the 7th high frequency wire 60 from shape maintaining item body be following structure：By with bendability
The clava 61 of (processability regarding shape) and machining shape retentivity is constituted, by setting guidewire body 16 along the clava 61,
So as to the length direction extension being set to along guidewire body 16.Herein, clava 61 can also have hollow structure.The clava
61 are embedded in base portion 25 by one end (right part in Figure 11) and are supported by being fixed on the base portion 25.
In the example of the figure, guidewire body 16 turns into the state for the outer peripheral face for being wound in clava 61 in the shape of a spiral.This
Place, guidewire body 16 is fixed on multiple positions by bundling belt etc. in the outer peripheral face of clava 61.
Clava 61 is made up of metal or is made up of resin.Particularly, it is made up of, i.e. wire rod beam in guidewire body 16
Be not with coating covering wire rod Shu Ercheng in the case of, as clava 61, using by resin (specifically insulating properties tree
Fat) clava that constitutes or the clava of tubular substrate being made up of metal is covered with insulating materials.
As the resin for constituting clava 61, polyflon and silicone resin, fluororesin etc. can be enumerated.
As composition clava 61 into metal, aluminium, copper, stainless steel and iron etc. can be enumerated.In addition, clava 61 by
In the case that metal is constituted, for the viewpoint of bendability (processability regarding shape), the preferably metal clava 61 is entered
Annealing is gone.
The length (total length) of clava 61 can (be specifically, from base portion 25 to outside according to the length of guidewire body 16
The length in prominent region) and suitably determine.Specifically, for operability and the viewpoint of operation easiness, clava
61 length is preferably shorter than the length of guidewire body 16.
It (is, for example, to justify in the case where clava 61 has hollow structure that the section shape of clava 61, which is preferably circular,
Ring-type), elliptical shape (clava 61 have hollow structure in the case of be, for example, oval ring-type).In addition, clava 61
Section shape can also be rectangular-shaped, starriness etc., can suitably use the section shape for being adapted to bending.
In addition, the external diameter of clava 61 (can have according to the size of material of clava 61 etc. and consideration guidewire body 16
External diameter and length for body) and guidewire body 16 weight etc. and suitably determine.
In the example of the figure, clava 61 has circular section shape, and shorter than the total length of guidewire body 16.
Possess of the invention high frequency wire of that flexible of the above from shape maintaining item body, including led with multiple
The soft guidewire body 16 of the beam of electrical wire rod and the flexible that configures along the guidewire body 16 are from shape maintaining item body.
Therefore, in guidewire body 16, the generation of kelvin effect can be suppressed, have high frequency electric therefore, it is possible to efficiently circulate.In addition,
Because guidewire body 16 has flexibility, and flexible has bendability from shape maintaining item body, even if therefore passing through hand
Work can also be easily carved into desired shape, moreover, can be by flexible from shape maintaining item body from shape
Retentivity keeps the shape.
Therefore, according to the high frequency wire of the present invention, can efficiently circulate has high frequency electric, and can obtain excellent
Processability regarding shape and excellent shape retention, i.e. excellent lead forming performance.
Moreover, in high frequency lights type light supply apparatus 10, as supply lines 15, having used the high frequency wire of the present invention.
That is, as supply lines 15, can efficiently circulate high frequency electric and leading with excellent lead forming performance have been used
Line.Therefore, the structural portion in the manufacturing operation and high frequency that progress high frequency lights type light supply apparatus 10 light type light supply apparatus
During the replacement operation of part, lead forming can be carried out to supply lines 15 in advance or in operation.As a result, in operation, can
Avoid supply lines 15 sagging and wind miscellaneous part and can avoid supply lines 15 using special fixed component with institute
Desired state is disposed in desired position.Particularly, in power supply 12 by that in the case that high frequency electric source is constituted, will can power
Line 15 is arranged with the state that insulation distance is ensure that in the relation with other supply lines.
Therefore, type light supply apparatus 10 is lighted according to high frequency, can be efficiently to light source supply high frequency electric power, and can obtain
Higher productivity ratio and safeguard easiness.
In addition, in high frequency of the invention lights type light supply apparatus 10, higher ignition frequency is needed even in using
In the case that Excimer lamp is as high frequency light source 11, also can efficiently circulate has high frequency electric.
Embodiments of the present invention are this concludes the description of, the present invention is not limited to above-mentioned embodiment, can also added
Various changes.
For example, the high frequency of the present invention be not limited to wire above-mentioned structure (specifically the 1st high frequency wire,
2nd high frequency wire, the 3rd high frequency wire, the 4th high frequency wire, the 5th high frequency wire, the 6th high frequency wire and the 7th
High frequency wire).
Specifically or, high frequency of the invention wire has multiple wires as shown in Figure 12, flexible
Property is common to multiple wires from shape maintaining item body.
Herein, Figure 12 is to constitute the 8th high frequency with leading by an example of the structure of the 8th high frequency wire of the present invention
One end of the guidewire body of line is electrically connected to the explanation figure that the state of light source (high frequency light source) is indicated.
8th high frequency wire 70 is by multiple (being three in the example of the figure) guidewire bodies 16 and is common to this
8th flexible of multiple guidewire bodies 16 is constituted from shape maintaining item body 71.Moreover, in the 8th high frequency with wire 70, it is multiple
One end of guidewire body 16 is inserted in the base portion 25 shown in Fig. 2, and is electrically connected to high frequency light source (specifically in the base portion 25
It is outer lead), the base portion 25 is installed on the high frequency light source 11 (discharge vessel 21) being made up of Excimer lamp.In addition, multiple lead
The other end of line main body 16 turns into free end, and crimp type terminal 17 is provided with the other end.The crimp type terminal 17 is common to multiple lead
Line main body 16.Moreover, the other end of multiple guidewire bodies 16 is electrically connected to power supply 12 (reference picture 1) via crimp type terminal 17.
In the 8th high frequency with wire 70, the 8th flexible from shape maintaining item body 71 by metal wire 72 with it is multiple (
It is four in the example of the figure) binding material 74 constitutes, and metal wire 72 is by multiple supporting and fixing of binding material 74, so that with being set to
Extend along the length direction of the plurality of guidewire body 16.Multiple binding materials 74 are made up of bundling belt or adhesive tape respectively, and
It is wound in multiple guidewire bodies 16 and metal wire 72.
In the 8th flexible from shape maintaining item body 71, metal wire 72 need bendability (processability regarding shape) and
Machining shape retentivity, in addition, as metal wire 72, can use the 1st flexible with pie graph 4 from shape maintaining item body
The metal wire of the 30 identical structure of metal wire 32.
In addition, the present invention high frequency light type light supply apparatus possess be supplied to RF power light source (high frequency light source), with
And be electrically connected to the supply lines of the light source, the supply lines is made up of the high frequency of the present invention with wire, the light supply apparatus it is whole
The construction of body is not limited to shown in Fig. 1, can use various structures.
For example, high frequency, which lights type light supply apparatus, can also use the structure for being provided with multiple light sources (high frequency light source) side by side.
The high frequency of this structure is lighted in type light supply apparatus, can significantly obtain the effect of the present invention.If specifically illustrating, in height
In the manufacturing operation of the bright type light supply apparatus of frequency and high frequency lights structure member (the specifically light in type light supply apparatus
Source) replacement operation in, multiple supply lines of multiple light sources will not be sagging and mutually wound, and can be consolidated without using special
Each supply lines of multiple supply lines is disposed in desired position with determining part with desired state.Particularly, in height
The bright type light supply apparatus of frequency is in the case of applying the structure of the high frequency voltage from high frequency electric source to light source, can be supplied multiple
Electric wire is arranged with the state that ensure that insulation distance.
Claims (9)
1. a kind of high frequency wire, it is characterised in that
Possess softness guidewire body and flexible from shape maintaining item body, the guidewire body has multiple electric conductivity wire rods
Beam, the flexible is configured from shape maintaining item body along the guidewire body.
2. high frequency wire according to claim 1, it is characterised in that
Above-mentioned guidewire body covers the Shu Ercheng of above-mentioned multiple electric conductivity wire rods by using insulating materials.
3. high frequency wire according to claim 1 or 2, it is characterised in that
Above-mentioned flexible from shape maintaining item body be so as to along above-mentioned wire master by the supporting and fixing of metal wire supporting member
What body was arranged.
4. high frequency wire according to claim 1 or 2, it is characterised in that
Above-mentioned flexible is made up of from shape maintaining item body tubular body, and above-mentioned wire master is inserted with the inside of the tubular body
Body.
5. high frequency wire according to claim 1 or 2, it is characterised in that
Above-mentioned flexible is made up of from shape maintaining item body helical form body, is constituted the wire rod of the helical form body and is turned into the shape of a spiral
It is wound in the state of above-mentioned guidewire body.
6. high frequency wire according to claim 1 or 2, it is characterised in that
Above-mentioned flexible is from shape maintaining item body by being constituted in plate body of the both ends provided with guidewire body maintaining part.
7. high frequency wire according to claim 1 or 2, it is characterised in that
Above-mentioned flexible is made up of from shape maintaining item body clava, and above-mentioned guidewire body is set along the clava.
8. a kind of high frequency lights type light supply apparatus, possess the light source for being supplied to RF power and the confession for being electrically connected to the light source
Electric wire, it is characterised in that
Above-mentioned supply lines is made up of the high frequency any one of claim 1 to claim 7 with wire.
9. high frequency according to claim 8 lights type light supply apparatus, it is characterised in that
Above-mentioned light source is Excimer lamp.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2015-256134 | 2015-12-28 | ||
| JP2015256134A JP2017120699A (en) | 2015-12-28 | 2015-12-28 | Conductor for high frequency and high frequency lightening-type light source deice |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107062168A true CN107062168A (en) | 2017-08-18 |
Family
ID=59272346
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611061682.2A Pending CN107062168A (en) | 2015-12-28 | 2016-11-28 | High frequency lights type light supply apparatus with wire and high frequency |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP2017120699A (en) |
| KR (1) | KR20170077793A (en) |
| CN (1) | CN107062168A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112204704A (en) * | 2018-07-06 | 2021-01-08 | 优志旺电机株式会社 | Excimer lamp |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2004253200A (en) * | 2003-02-19 | 2004-09-09 | Iwasaki Electric Co Ltd | Excimer lamp, and excimer lamp irradiation device |
| JP2012022803A (en) * | 2010-07-12 | 2012-02-02 | Yazaki Corp | Wiring harness and arrangement structure of wiring harness |
| CN102727984A (en) * | 2011-03-30 | 2012-10-17 | 朝日英达科株式会社 | Guidewire |
| CN202796228U (en) * | 2012-09-26 | 2013-03-13 | 安徽无为县东龙科技有限公司 | High frequency power cable |
| JP2013131387A (en) * | 2011-12-21 | 2013-07-04 | Harutsugu Hiramoto | Signal cable, power cable, electronic equipment, and method of manufacturing signal cable |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS614317U (en) * | 1984-06-15 | 1986-01-11 | 東洋サクセス株式会社 | Core wire cord |
| JP4096712B2 (en) * | 2002-11-20 | 2008-06-04 | 松下電器産業株式会社 | Induction heating coil and induction heating apparatus using the same |
| JP5213349B2 (en) * | 2007-03-20 | 2013-06-19 | 矢崎総業株式会社 | High-frequency electric wire, wire harness including the same, high-frequency electric wire manufacturing method, and manufacturing apparatus for manufacturing high-frequency electric wire |
| EP3085545B1 (en) * | 2014-02-04 | 2018-01-03 | Ezawa Jimuki Co., Ltd. | Print target surface reforming device |
-
2015
- 2015-12-28 JP JP2015256134A patent/JP2017120699A/en active Pending
-
2016
- 2016-11-28 CN CN201611061682.2A patent/CN107062168A/en active Pending
- 2016-12-16 KR KR1020160172908A patent/KR20170077793A/en not_active Application Discontinuation
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2004253200A (en) * | 2003-02-19 | 2004-09-09 | Iwasaki Electric Co Ltd | Excimer lamp, and excimer lamp irradiation device |
| JP2012022803A (en) * | 2010-07-12 | 2012-02-02 | Yazaki Corp | Wiring harness and arrangement structure of wiring harness |
| CN102727984A (en) * | 2011-03-30 | 2012-10-17 | 朝日英达科株式会社 | Guidewire |
| JP2013131387A (en) * | 2011-12-21 | 2013-07-04 | Harutsugu Hiramoto | Signal cable, power cable, electronic equipment, and method of manufacturing signal cable |
| CN202796228U (en) * | 2012-09-26 | 2013-03-13 | 安徽无为县东龙科技有限公司 | High frequency power cable |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112204704A (en) * | 2018-07-06 | 2021-01-08 | 优志旺电机株式会社 | Excimer lamp |
Also Published As
| Publication number | Publication date |
|---|---|
| KR20170077793A (en) | 2017-07-06 |
| JP2017120699A (en) | 2017-07-06 |
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| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20170818 |