CN1026390C - High-frequency induction heat electric fire needle - Google Patents

High-frequency induction heat electric fire needle Download PDF

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Publication number
CN1026390C
CN1026390C CN 91106145 CN91106145A CN1026390C CN 1026390 C CN1026390 C CN 1026390C CN 91106145 CN91106145 CN 91106145 CN 91106145 A CN91106145 A CN 91106145A CN 1026390 C CN1026390 C CN 1026390C
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China
Prior art keywords
needle
coil
resistance
capacitor
select
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Expired - Fee Related
Application number
CN 91106145
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Chinese (zh)
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CN1060598A (en
Inventor
郑学良
白永刚
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Tiedong Hospital Of Anshan Iron And Steel Co
Angang Steel Co Ltd
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Tiedong Hospital Of Anshan Iron And Steel Co
Angang Steel Co Ltd
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Application filed by Tiedong Hospital Of Anshan Iron And Steel Co, Angang Steel Co Ltd filed Critical Tiedong Hospital Of Anshan Iron And Steel Co
Priority to CN 91106145 priority Critical patent/CN1026390C/en
Publication of CN1060598A publication Critical patent/CN1060598A/en
Application granted granted Critical
Publication of CN1026390C publication Critical patent/CN1026390C/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Abstract

The present invention provides an electric induction heating fire needle which is composed of a high frequency induction heating power supply 1, a needle body assembly 2 and a connection cable 3, wherein the high frequency induction heating power supply is composed of a power supply transformer 4, an overheat protection circuit 5 and a special-purpose high frequency oscillator 6; the needle body assembly 2 is composed of an inner needle pipe, an outer needle pipe, a power switch 17, a shifting block 10, a cylindrical sliding block 16, a spring 9, a fire needle rod 13, etc. When the shifting block 10 is shifted backwards, the spring 9 is compressed, and the fire needle rod 13 is pushed backwards to the contact of a movable elastic sheet of the power switch and comes into contact with the fixed contact so that the power supply is switched on. A coil L4 emits heat, and thus, a fire needle head just in the coil at the moment is heated. The fire needle has the advantages of high heating speed, convenient operation, safety, reliability and wide application range.

Description

High-frequency induction heat electric fire needle
The present invention relates to medical apparatus and instruments, particularly the high-frequency induction heat electric fire needle medical apparatus and instruments.
Fire acupuncture disease is a kind of fruitful traditional medical method of the traditional Chinese medical science, has indication very widely, and the mankind's health care has been played positive facilitation.
From traditional charcoal fire heating, the alcohol burner heating develops into electrical induction, and fiery pin heating means have had obvious improvement.Common induction heating is that fiery pin is sent in the load coil, is heated to take out after the red heat to carry out acupuncture patient acupuncture point immediately.This heating means health, safety, syringe needle directly do not contact power supply and thermal source, and is more far better than the alcohol burner heating.But the syringe needle of common induction heating and heater coil are isolating two systems.Therefore cause operation convenient inadequately, shortcomings such as wayward fiery pin temperature.
The purpose of this invention is to provide a kind of electrical induction fire pin medical apparatus and instruments, this medical apparatus and instruments is easy to operate, can arbitrarily control the temperature of fiery pin, has overtemperature protection system, and energy consumption is low, the scalable needle length.Can arbitrarily change the syringe needle of different shape as required.
According to the present invention, the high-frequency induction heat electric fire needle medical apparatus and instruments is that high-frequency induction heating power and needle body, connection cord are formed, and this cable couples together high-frequency induction heating power and needle body.
According to the present invention, high-frequency induction heating power is made up of mains transformer, overheating protection circuit and special-purpose high frequency generator.By mains transformer the 220V electric network source is become the used 1~37V work of this machine piezoelectric voltage, regulate this voltage with an adjustable potentiometer.
According to the present invention, overheating protection circuit is made up of an adjustable resistance, an electric capacity, an overheat protective relay, an audion and another resistance.
According to the present invention, special-purpose high frequency generator is made up of two resistance, two electric capacity, an oscillating tube and one group of oscillator coil.By suitable apolegamy component parameters, reach and cut down the consumption of energy, improve the purpose of the thermal efficiency.
According to the present invention, needle body is by the inner needle tube of a rear end cap, a trough of belt mouth, outer needle tubing, be contained in spring in this inner needle tube, be contained in shifting block and screw in the notch, the cylindrical slider that can in inner needle tube, slide that links to each other with this screw, be fixed on fiery pin in this slide block, be contained in outside in the needle tubing and surround before induction coil, the outer needle tubing drive end bearing bracket of fiery pin portion and the parts such as on and off switch that are contained in the inner needle tube rear end form.Shifting block movable cylindrical slider that drives in notch slides in inner needle tube.When sliding backward, the rear end of slide block compression spring, fiery pin is oppressed on and off switch and is connected circuit, makes induction coil obtain high-frequency electrical, and this moment, fiery needle point just in time was among the induction coil, and behind the several seconds pin, needle point just can be heated to 700~800 ℃.Unclamp shifting block, needle point penetrates needle tubing and thrusts patient acupuncture point on one's body under the effect of spring, and at this moment switch disconnects.If shifting block is not unclamped in the generation maloperation, switch continues closed, and at this moment overheating protection circuit works, and behind certain hour, the relay normally closed contact in this circuit is opened, and the high-frequency oscillating circuits outage stops heating automatically.
Adopt electrical induction electric fire needle of the present invention, have advantages such as easy to use, that power consumption is low, heating is fast, and the patient does not directly contact electricity can arbitrarily control fiery pin heating-up temperature, and structural safety is reliable, can be widely used in the fire needle therapeutic of various conditions.
Below in conjunction with accompanying drawing the present invention is elaborated:
Fig. 1 is an assembly drawing of the present invention.
Fig. 2 is an electric part block diagram of the present invention.
Fig. 3 is the overheating protection circuit schematic diagram.
Fig. 4 is special-purpose high-frequency oscillating circuits schematic diagram.
Fig. 5 is the needle structure sketch map.
As shown in Figure 1, electric fire needle of the present invention is formed by high frequency electric source 1, needle body assembly 2 with the 4 core cables 3 that the two couples together.High frequency electric source 1 produces the low pressure high-frequency electrical and delivers to the intravital induction coil L of pin by quad 3 4Heat takes place, and reaches the purpose of heating needle point.
As shown in Figure 2, high frequency electric source 1 is made up of D.C. regulated power supply 4, overheating protection circuit 5, high-frequency oscillating circuits 6.D.C. regulated power supply 4 is 28V by secondary voltage, and electric current is the mains transformer of 2A, and the rectifier bridge of 3A, 100V is exported the large power triode 3CD5D that continuously adjustable three terminal integrated voltage stabilizer LMs17 and is used to expand output current and formed.Entire circuit is a typical current expansion LM317 application circuit, and its output voltage can be regulated in 0~37V scope continuously with a potentiometer.Output current is via being contained in the intravital on and off switch of pin, overheating protection circuit, supply high frequency agitator.
As shown in Figure 3, be connected on overheating protection circuit 5 between D.C. regulated power supply 2 and the high frequency generator 4 by resistance R 3, capacitor C 3, audion BG 2, resistance R 4, relay J interconnect form.When on and off switch was closed, electric current passed through resistance R 3To capacitor C 3Charging, audion BG 2Base potential along with capacitor C 3Charging and rise, until this audion BG 2Conducting, the coil electricity of relay J and its normally closed contact is opened makes the high-frequency oscillating circuits outage that is connected on its back, thereby realizes overtemperature protection.Resistance R 2Be adjustable resistance, for example adopt 100K Ω adjustable resistance, heated protective was selected arbitrarily in the scope at 3~15 seconds movement time.
As shown in Figure 4, special-purpose high-frequency oscillating circuits is by resistance R 5, resistance R 6, capacitor C 5, audion BG 3, capacitor C 4, three coil L 1, L 2, L 3With a heater coil L 4Interconnect form.This high-frequency oscillating circuits is the transformer feedback sine-wave oscillator, owing to waveform quality and no requirement (NR), only note reducing power consumption, improves energy conversion efficiency, and institute is so that generator triode BG 3Be operated on off state, output waveform is impulse wave rather than sine wave.
As shown in Figure 5, electric fire needle needle body assembly 2 of the present invention is by rear end cap 7, the outer needle tubing 12 that is connected with this rear end cap 7, be contained in the outer needle tubing 12 but the inner needle tube 8 shorter than outer needle tubing 12, this inside and outside needle tubing has a notch that coincides 14, this notch 14 is provided with a shifting block 10 and is connected with the cylindrical slider 16 that can slide in inner needle tube 8, between the on and off switch 17 of this cylindrical slider 16 and syringe rear end, spring 9 is arranged, the front end that is in notch 14 when shifting block 10 advances, this spring is in relaxed state, when shifting block 10 is in the position, rear end of notch 14, the fiery shank 13 that compression spring 9 is contained in cylindrical slider 16 centers is along with shrinking back up to contacting to the active contacting plate of on and off switch 17 and making it to contact with fixed contact, make supply line's energized, give to be contained in the inner needle tube front, the load coil L of outer needle tubing the inside 4Carry high frequency electric, this moment, the needle point of fiery pin 13 just in time was in heater coil L 4Among.After 2~3 seconds kinds, can be with the needle point heating in the red heat situation, temperature can reach 700~800 ℃.Loosen shifting block 10 this moment, slide block 16 and fiery pin 13 eject forward under the effect of spring 9, and needle point can thrust the patient acupuncture point treats.
If maloperation or in time-delay during acupuncture, shifting block 10 rests on rear positions and on and off switch 17 is kept closed, then overheating protection circuit operation and cut off the power supply that leads to high-frequency oscillating circuits has promptly been cut off high frequency electric, thereby has been guaranteed safety.
Drive end bearing bracket 15 and outer needle tubing 12 adopt and are threaded, and make it to have the effect that needle point exposes the outer length of needle tubing of regulating.
Inner needle tube 8, outer needle tubing 12, shifting block 10, cylindrical slider 16 are all made with insulant.
In most preferred embodiment of the present invention, the resistance R in the overheating protection circuit 3 3Be 100K Ω adjustable resistance, capacitor C 3Select 220 μ f/50V electric capacity for use, R 4Select 75 Ω/1W resistance for use, audion BG 2Select 3DG130C for use, relay J is selected DZ100,24V for use, the resistance R in the special-purpose high-frequency oscillating circuits 5Select 470~560 Ω/2W resistance for use, resistance R 6Select 10~20 Ω/2W resistance for use, capacitor C 4Select 700~1000p ceramic disc capacitor for use, C 5Select 0.01~0.033 μ f electric capacity for use, the high frequency transformer iron core is selected 42 * 26 magnetic jars, coil L for use 1With φ 1.00mm enamel-covered wire, around 15~20 circles, coil L 2With φ 0.7mm enamel-covered wire around 2~4 circles, coil L 4With φ 1.2mm enamel-covered wire 15~30 circles, for air core coil around 2 layers, internal diameter is φ 4~7mm, long is 15mm, audion BG 3Select 3DD15D for use.
Use high-frequency induction heat electric fire needle of the present invention, easy to use, handling safety is reliable, and clinical therapeutic efficacy is fine.

Claims (4)

1, a kind of high-frequency induction heat electric fire needle, by high frequency electric source (1), needle body assembly (2) is formed, high frequency electric source is made up of D.C. regulated power supply (4), high-frequency oscillating circuits (6), the shifting block (1) that has notch (14) in the needle body assembly and in this notch, slide, the slide block that can slide in needle tubing (16) is with spring in the needle body, it is characterized in that:
1) high frequency electric source is connected with 4 core cables with the needle body assembly,
2) high-frequency oscillating circuits is by resistance R 5, resistance R 6, capacitor C 5, audion BG 3, capacitor C 4With three coil L 1, L 2, L 3With a heater coil L 4Interconnect form heater coil L 4Be contained in the interior pipe of needle body assembly,
3) high frequency electric source has an overheating protection circuit (5), by resistance R 3, audion BG 2, resistance R 4, relay J interconnect form,
4) needle body assembly (2) is by rear end cap (7), the outer needle tubing (12) that is connected with this rear end cap (7), be contained in the needle tubing (12) in addition but than the short inner needle tube (8) of needle tubing (12) in addition, notch (14) this coincidence of footpath of inside and outside needle tubing, spring (9) is contained between the on and off switch (17) of cylindrical slider (16) and inside and outside syringe rear end, when shifting block (10) when being in back-end location, the fiery shank (13) that is contained in cylindrical shifting block (16) center makes the on and off switch active contacting plate contact and energized with the circle static contact clip, gives the load coil L that is contained in needle tubing the inside outside the inner needle tube front 4Carry high-frequency electrical, this moment, fiery syringe needle just in time was in this coil L 4In.
2, electrical induction fire pin according to claim 1 is characterized in that described resistance R 3Be 100K Ω adjustable resistance, R 4Select 75K Ω/1W resistance for use, capacitor C 3Select 220 μ f/50V electric capacity for use.
3, electrical induction fire pin according to claim 1 is characterized in that described resistance R 5Select 470~560 Ω/2W resistance for use, resistance R 6Select 10~20 Ω/2W resistance for use, capacitor C 4Select 700~1000p ceramic disc capacitor for use, capacitor C 5Select 0.01~0.033 μ f electric capacity for use.
4, electrical induction fire pin according to claim 1 is characterized in that described coil L 1With Φ 1.0mm enamel-covered wire around 15~20 circles, coil L 2With Φ 0.7mm enamel-covered wire around 2~4 circles, coil L 3With Φ 1.2mm enamel-covered wire around 2~8 circles, coil L 4With Φ 1.2mm enamel-covered wire around 15~30 circles and be air core coil around 2 layers, internal diameter is Φ 4~7mm, long is 15mm.
CN 91106145 1991-06-12 1991-06-12 High-frequency induction heat electric fire needle Expired - Fee Related CN1026390C (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 91106145 CN1026390C (en) 1991-06-12 1991-06-12 High-frequency induction heat electric fire needle

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 91106145 CN1026390C (en) 1991-06-12 1991-06-12 High-frequency induction heat electric fire needle

Publications (2)

Publication Number Publication Date
CN1060598A CN1060598A (en) 1992-04-29
CN1026390C true CN1026390C (en) 1994-11-02

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Application Number Title Priority Date Filing Date
CN 91106145 Expired - Fee Related CN1026390C (en) 1991-06-12 1991-06-12 High-frequency induction heat electric fire needle

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CN (1) CN1026390C (en)

Families Citing this family (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5613505A (en) * 1992-09-11 1997-03-25 Philip Morris Incorporated Inductive heating systems for smoking articles
EP2100525A1 (en) 2008-03-14 2009-09-16 Philip Morris Products S.A. Electrically heated aerosol generating system and method
EP2110034A1 (en) 2008-04-17 2009-10-21 Philip Morris Products S.A. An electrically heated smoking system
CN106344398A (en) * 2016-11-01 2017-01-25 羊汝琴 Innovative fire needle instrument for treating aches, pains and multiple difficult miscellaneous diseases
CN106726529B (en) * 2017-01-25 2023-08-04 浙江中医药大学附属第三医院 Automatic electric fire needle with controllable depth
CN108992344A (en) * 2018-07-03 2018-12-14 江西中医药大学 A kind of electric fire needle for dermatology
CN111544292A (en) * 2020-06-10 2020-08-18 冯涛 Self-heating acupuncture needle for warm acupuncture and moxibustion

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CN1060598A (en) 1992-04-29

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