CN2638682Y

CN2638682Y - Bipolar electrocautery with lighting device

Info

Publication number: CN2638682Y
Application number: CN 03276354
Authority: CN
Inventors: 林洋德
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-08-18
Filing date: 2003-08-18
Publication date: 2004-09-08
Anticipated expiration: 2013-08-18

Abstract

The utility model relates to an illuminating double-electrode electric broiler, including a fixture and an illuminating source; wherein, the fixture is provided with a first fixture arm which has an electrode tip and a second fixture arm which is often opened when compared with the first fixture arm and has an electricity conducting abutting end; the illuminating source is a structure which is attached externally to or arranged inside the fixture and the illumination derives from the direction of the electrodes and the abutting end so as to illuminate the surrounding areas.

Description

The bipolar electricity of tool illumination burns

Technical field

The bipolar electricity that this utility model relates to a kind of tool illumination burns, and particularly a kind of is conductive medium with heat energy, can be to the utensil that electricity burns treatment that imposes of therapentic part.

Background technology

It is a kind of operational tool that can become heat energy through current conversion that bipolar electricity burns, by heat is conductive medium, destroy therapentic part epidermis and gland tissue, allow the position normal epidermis of hypertrophy more again after treating, generally have two jig arm and be made as tweezers or clip shape, what therefore, medical circles claimed again is tweezers.

As the existing electric sintering structure that Fig. 1 took off, can see that from figure knowing it has two jig arm, an end ora terminalis of two jig arm directly or by a fixation kit is linked, the other end then is relative normally open, must impose external force just can make its each other tweezer close.Because electricity burns the necessary electric current competence exertion effect that sees through, two jig arm mainly are made by the material of electric conductivity, allow two jig arm when the tweezer splice grafting touches, and can make two jig arm that pass to electric current produce the effect of heating at the contact ora terminalis, to bring into play the affected part treatment effect.

Medical practitioner is when carrying out electricity burning treatment work, if when running into affected part and being positioned at the position that eyes can't be clearly visible, then must be aided with ligthing paraphernalia and treat, general common way all is to utilize illuminating equipment default in the therapeutic room, perhaps uses hand-held or wear-type illuminating equipment.In the only aforementioned various means of illuminations of mentioning auxiliary treatment, the light source that directly provides in the therapeutic room is a kind of diffusibility light source, can't impose the local illumination of strengthening at affected part especially, though can adjust irradiation area at any time as for hand-held and wear-type illuminating equipment, the flexible usability of tool, but because of must in time adjusting lighting position along with electricity burns treatment position, still having lighting position in the operation and take place with electric situation of burning the asynchronous adjustment in operating position, mainly is because the adjustment of lighting position must be carried out by other people hands or electric other position of health of burning of utilization not operation.

Summary of the invention

The purpose of this utility model provides a kind of bipolar electricity in conjunction with lighting function and burns, and allows electricity burn when carrying out treatment work, has the function that the illumination therapentic part is provided concurrently, and can be along with the change of treatment position synchronous shift.

This utility model directly is incorporated into electricity with luminous source and burns on the anchor clamps, wherein luminous source be one take to add or in be built in member on the anchor clamps, luminous source can send lighting source, and light source can be towards the peripheral region of anchor clamps working position.

For reaching the purpose of above-mentioned utility model, this utility model comprises: anchor clamps have first jig arm of an electrode tip, and one are normally open and have conduction tweezer second jig arm of closing end; And at least one luminous source, be located on these anchor clamps sending light source, and make the light source irradiation direction close the operation affected part of end towards this electrode tip and tweezer.

This utility model is elaborated with instantiation below in conjunction with accompanying drawing.

Description of drawings

Fig. 1 is the axonometric chart of known bipolar electric sintering structure;

Fig. 2 is that the bipolar electricity of this utility model burns the axonometric chart of preferred embodiment;

Fig. 3 is the cutaway view of structure that Fig. 2 takes off;

Fig. 4 is the user mode sketch map that the bipolar electricity of this utility model burns; And

Fig. 5 is that the bipolar electricity of this utility model burns the cutaway view of another preferred embodiment;

Fig. 6 is the cutaway view that optical fiber constituted of the external light-emitting device of a light-conductive media (as glass) for the set luminous source of this utility model.

Description of reference numerals: anchor clamps 10; First jig arm 11; Electrode tip 111; Second jig arm 12; The conduction tweezer closes end 121; Insulator 13; Insulating barrier 14; Storage tank 15; Light guide 16; Light-conductive media 17; Luminous source 20; Electric wire 21; Power lead 30; Optical fiber 40.

The specific embodiment

See also the preferred embodiment structure that the bipolar electricity of this utility model tool illumination that Fig. 2 takes off burns.As shown in the figure, it includes anchor clamps 10 and at least one luminous source 20.Wherein anchor clamps 10 have one first jig arm 11 and one second jig arm 12, and wherein an end of first and

second jig arm

11,12 has connection relationship, and the other end then is normally open.First and

second jig arm

11,12 adopts the material of tool electric conductivity, and passes to electric current by power lead 30 respectively, and making any Chang Kaiduan of first and

second jig arm

11,12 is electrode tip 111, and another then closes end 121 for the conduction tweezer.First and

second jig arm

11,12 connecting end does not contact each other, when implementing, can adopt an insulator 13 to link at interval for two jig arm, allow and be delivered to first and second jig arm 11 respectively, 12 electric currents can conducting, in addition, other position also further uses insulating barrier 14 to be coated on its outer surface, except the part position of closing end 121 near electrode tip 111 and conduction tweezer.

By this, provide current to first and

second jig arm

11,12, and anchor clamps 10 are implemented treatment through stressed and when making electrode tip 111 and conduction tweezer close end 121 to be in contact with one another, can produce the effect of heating at the ora terminalis place to affected part by power lead 30.

Please cooperate shown in Figure 3ly, luminous source 20 is the objects that can send light, can adopt the luminescent material of light emitting diode (LED), bulb or other pattern on using.Luminous source 20 provides required power supply to see through the electric wire 21 that is disposed at anchor clamps 10, or takes the practice at anchor clamps 10 internal battery (not shown), allows luminous source 20 send light source.In design, the direction of illumination of luminous source 20 be towards and comprise the position that electrode tip 111 and tweezer close end 121 indications, to burn anchor clamps 10 in electricity in execution treatment work, can be as shown in Figure 4, provide the function of floor light therapentic part by luminous source 20, and can be along with the change of treatment position synchronous shift.

At the mode of connection of luminous source and anchor clamps, feasible means comprise is located at any outside of first jig arm 11 or second jig arm 12 with luminous source, and envelopes the inessential part that appears and institute's wire connecting 21 by insulating barrier 14.In addition, as shown in Figure 5, luminous source 20 can be located in the set storage tank 15 in first jig arm 11 or second jig arm, 12 outsides, and a light guide 16 can be set in this storage tank 15 in case of necessity, makes luminous source 20 by light guide 16 light source that sends is directed to the outside forward.

In addition, as shown in Figure 6, luminous source 20 of the present utility model can be a light-conductive media (as glass) 17 external light-emitting devices optical fiber 40 formation, and this light-conductive media is located in the set storage tank 15 in this first jig arm 11 or second jig arm, 12 outsides, when making the optical fiber 40 of anchor clamps 10 terminal external light-emitting devices (as equipment such as endoscope light source machines), the light that light-emitting device (figure do not show) is launched then can shine via the conduction of optical fiber 40 and light-conductive media 17 in outside, make when carrying out the operation of electricity burning, similarly can provide the doctor enough light.

As from the foregoing, this utility model proposed, and bipolar electricity burns is a kind of structure that has illumination functions concurrently, and burns in the process of using in electricity, the radiation source that is provided can be along with the change of treatment position synchronous shift.

The above only is preferred embodiment of the present utility model, and all impartial design variation of being done according to this utility model claim scope all should fall in the protection domain of the present utility model.

Claims

1, a kind of bipolar electricity of tool illumination burns, and it is characterized in that comprising:

One anchor clamps have first jig arm of an electrode tip, and one is normally open and has conduction tweezer second jig arm of closing end; And

At least one luminous source is located on these anchor clamps sending light source, and is made the light source irradiation direction close the operation affected part of end towards this electrode tip and tweezer.

2, the bipolar electricity of tool illumination functions as claimed in claim 1 burns, and wherein this luminous source is located at the outside of first jig arm, and is coated by an insulating barrier.

3, the bipolar electricity of tool illumination functions as claimed in claim 1 burns, and wherein this luminous source is located at the outside of second jig arm, and is coated by an insulating barrier.

4, the bipolar electricity of tool illumination functions as claimed in claim 2 burns, wherein this luminous source is located in this set storage tank of this first jig arm outside, be provided with a light guide in this storage tank in addition, this luminous source sees through this light guide the light source that sends is directed to the outside forward.

5, the bipolar electricity of tool illumination functions as claimed in claim 3 burns, wherein this luminous source is located in this set storage tank of this second jig arm outside, be provided with a light guide in this storage tank in addition, make this luminous source see through this light guide the light source that sends is directed to the outside forward.

6, the bipolar electricity of tool illumination functions as claimed in claim 1 burns, and wherein this luminous source is light emitting diode (LED).

7, the bipolar electricity of tool illumination functions as claimed in claim 1 burns, and wherein this luminous source is made of the optical fiber of the external light-emitting device of a light-conductive media, and this light-conductive media is located in the set storage tank in this first jig arm outside.

8, the bipolar electricity of tool illumination functions as claimed in claim 1 burns, and wherein this luminous source is made of the optical fiber of the external light-emitting device of a light-conductive media, and this light-conductive media is located in the set storage tank in this second jig arm outside.