阅读说明：本技术 一种用于脱毛仪的能量释放精确控制电路及其使用方法 (Energy release accurate control circuit for depilating instrument and use method thereof ) 是由 王权全 于 2020-12-31 设计创作，主要内容包括：本发明涉及脱毛仪电路技术领域,尤其为一种用于脱毛仪的能量释放精确控制电路及其使用方法,所述电路中R1限流电容的一脚与LAM灯管的一脚并联后接入高压VH+,同时LAM灯管的另一脚接K1控制开关管的引脚,所述K1控制开关管的部分引脚接地,另一部分引脚通过电信号连接EN控制端,所述LAM灯管的与L3的高压包输出端连接,L3的一脚接地,且L3的另一脚接C1电容的一脚,C1的另一脚与R1限流电阻并联后再与K2的一脚相连,所述K2的二脚接地,在脱毛仪使用精确释放能量控制,不释放没有效果的能量也同时解决了出光速度慢的问题。(The invention relates to the technical field of depilating instrument circuits, in particular to an energy release accurate control circuit for a depilating instrument and a use method thereof, wherein one pin of a R1 current-limiting capacitor in the circuit is connected with one pin of an LAM lamp tube in parallel and then is connected with a high voltage VH +, the other pin of the LAM lamp tube is connected with a pin of a K1 control switch tube, part of pins of the K1 control switch tube are grounded, the other part of pins are connected with an EN control end through electric signals, the LAM lamp tube is connected with an output end of a high voltage packet of L3, one pin of L3 is grounded, the other pin of L3 is connected with one pin of a C1 capacitor, the other pin of C1 is connected with an R1 current-limiting resistor in parallel and then is connected with one pin of K2, the two pins of K2 are grounded, the depilating instrument uses accurate release energy control, the problem that the energy which is not effectively released is solved.)

1. An energy release accurate control circuit for an epilating apparatus, characterized in that: comprises an LAM lamp tube, an R1 current-limiting resistor, a C1 capacitor, a K1 control switch tube and a K2 control switch tube.

2. An energy release accurate control circuit for an epilating apparatus according to claim 1, characterized in that: in the circuit, one pin of a R1 current-limiting capacitor is connected with one pin of an LAM lamp tube in parallel and then is connected with a high voltage VH +, meanwhile, the other pin of the LAM lamp tube is connected with a pin of a K1 control switch tube, part of pins of the K1 control switch tube are grounded, the other part of pins are connected with an EN control end through electric signals, the LAM lamp tube is connected with a high voltage pack output end of an L3, one pin of the L3 is grounded, the other pin of the L3 is connected with one pin of a C1 capacitor, the other pin of the C1 is connected with a R1 current-limiting resistor in parallel and then is connected with one pin of a K2, and the two pins of the K2.

3. An energy release accurate control circuit for an epilating apparatus according to claim 1, characterized in that: the K1, K2 control switch tube is triode, MOS pipe and IGBT pipe.

4. An energy release accurate control circuit for an epilating apparatus according to claim 1, characterized in that: the LAM lamp tube is connected with the L3 through a high-voltage trigger line.

5. An energy release accurate control circuit for an epilating apparatus according to claim 1, characterized in that: and the three pins of the K2 are connected with an EN control terminal.

6. Use of an energy release precision control circuit for an epilating apparatus in accordance with claims 1-5, characterized by the following steps:

the method comprises the following steps: when the circuit is not in operation, the K1 control switch tube and the K2 control switch tube are normally open, and the R1 current-limiting resistor charges the C1 capacitor to the ground through the L3;

step two: during operation, the K1 controls the switch tube to be closed, then the K2 controls the switch tube to be closed, and the K2 controls the switch tube to be closed and discharge the capacitor C1 connected to the ground;

step three: the L3 is a high-voltage breakdown LAM hernia lamp generated by a high-voltage bag, the glow is connected to the ground through a K2 control switch tube, the discharge time is controlled by a K2 control switch tube, a K2 control switch tube is disconnected, the discharge is stopped, and then a K1 control switch tube and a K2 control switch tube are restored to the disconnected mode.

Technical Field

The invention relates to the technical field of depilating instrument circuits, in particular to an energy release accurate control circuit for a depilating instrument and a using method thereof.

Background

The hair on the body, which is called as body hair collectively, is composed of keratin scales stacked layer by layer, one part of organisms can replace the body hair because of seasons, the organisms have different body hair, even if the same organism, the color and the growth rate of the body hair are different, the body hair of part of organisms has different functions of keeping warm, detecting, indirectly triggering a touch receptor, camouflaging and the like, although the body hair is a normal physiological phenomenon, but a part of people in life adopts various methods for depilation for appearance, the traditional method adopts a shaving knife, depilatory cream, beeswax and the like for depilation, but as long as hair follicles are still, small hair stubbles can grow repeatedly in two or three days, therefore, in the current technological development process, the depilation is carried out by a depilation instrument, the depilation instrument adopts laser for depilation, which is recognized by the medical field at present, the only method can effectively and permanently depilate, and through the selective photo-thermal action, melanin in hair follicles is enabled to absorb energy, the hair follicles are damaged, hairs fall off along with the hair follicles, and the hair follicles are depilated from the root, however, the existing depilating instruments on the market generally adopt silicon controlled rectifiers to trigger and release energy of a high-voltage energy storage capacitor, the disadvantage is that 90% of energy in the capacitor is released once, the depilating effect is released from a high curve to a low curve, the later low-energy curve cannot achieve the depilating effect, and because the energy is insufficient, a circuit is needed to timely turn off and stop releasing the later depilating energy, and therefore, the energy release accurate control circuit for the depilating instrument and the using method thereof are provided aiming at the problems.

Disclosure of Invention

The present invention is directed to an energy release precision control circuit for an epilating apparatus and a method for using the same, which solves the above-mentioned problems of the prior art.

In order to achieve the purpose, the invention provides the following technical scheme:

an energy release accurate control circuit for an epilator and a using method thereof comprise a LAM lamp tube, a R1 current limiting resistor, a C1 capacitor and K1 and K2 control switch tubes.

Preferably, in the circuit, one pin of the R1 current-limiting capacitor is connected in parallel with one pin of the LAM lamp tube and then connected to a high voltage VH +, and meanwhile, the other pin of the LAM lamp tube is connected to a pin of the K1 control switch tube, part of the pins of the K1 control switch tube are grounded, the other part of the pins are connected to the EN control terminal through electrical signals, the LAM lamp tube is connected to the high voltage packet output terminal of the L3, one pin of the L3 is grounded, the other pin of the L3 is connected to one pin of the C1 capacitor, the other pin of the C1 is connected in parallel with the R1 current-limiting resistor and then connected to one pin of the K2, and the two pins of the K2.

Preferably, the K1 and K2 control switch tubes are triodes, MOS tubes and IGBT tubes.

Preferably, the LAM lamp tube is connected to the L3 by a high voltage trigger line.

Preferably, the three pins of the K2 are connected with an EN control terminal.

Preferably, the method comprises the following steps:

the method comprises the following steps: when the circuit is not in operation, the K1 control switch tube and the K2 control switch tube are normally open, and the R1 current-limiting resistor charges the C1 capacitor to the ground through the L3;

step two: during operation, the K1 controls the switch tube to be closed, then the K2 controls the switch tube to be closed, and the K2 controls the switch tube to be closed and discharge the capacitor C1 connected to the ground;

step three: the L3 is a high-voltage breakdown LAM hernia lamp generated by a high-voltage bag, the glow is connected to the ground through a K2 control switch tube, the discharge time is controlled by a K2 control switch tube, a K2 control switch tube is disconnected, the discharge is stopped, and then a K1 control switch tube and a K2 control switch tube are restored to the disconnected mode.

Compared with the prior art, the invention has the beneficial effects that:

in the invention, the control of accurately releasing energy is carried out when the depilating instrument is used, the application effect on a high-grade desk-type depilating instrument machine is good, when the energy is reduced to a certain value, the automatic closing can be realized, the ineffective energy is not released, the depilating efficiency of the depilating instrument is ensured, and the problem of low light emitting speed is solved.

Drawings

Fig. 1 is a schematic diagram of the overall circuit structure of the present invention.

Detailed Description

Example 1:

referring to fig. 1, the present invention provides a technical solution:

an energy release accurate control circuit for an epilator and a using method thereof comprise a LAM lamp tube, a R1 current limiting resistor, a C1 capacitor and K1 and K2 control switch tubes.

A pin of R1 current-limiting capacitor inserts high pressure VH + after parallelly connected with a pin of LAM fluorescent tube in the circuit, and another pin of LAM fluorescent tube connects the pin of K1 control switch pipe simultaneously, the partial pin ground of K1 control switch pipe, another part pin passes through electric signal connection EN control end, the high-pressure package output terminal with L3 of LAM fluorescent tube is connected, the connection of LAM fluorescent tube and L3 is connected through the high-pressure trigger line, a pin ground of L3, and another pin of L3 connects a pin of C1 electric capacity, another pin of C1 and R1 resistance are parallelly connected back and are connected with a pin of K2 again, two pins ground of K2, the three-pin and the EN control end of K2 link to each other.

The K1 and K2 control switch tubes are triodes.

The method comprises the following steps:

the method comprises the following steps: when the circuit is not in operation, the K1 control switch tube and the K2 control switch tube are normally open, and the R1 current-limiting resistor charges the C1 capacitor to the ground through the L3;

step two: during operation, the K1 controls the switch tube to be closed, then the K2 controls the switch tube to be closed, and the K2 controls the switch tube to be closed and discharge the capacitor C1 connected to the ground;

step three: the L3 is a high-voltage breakdown LAM hernia lamp generated by a high-voltage bag, the glow is connected to the ground through a K2 control switch tube, the discharge time is controlled by a K2 control switch tube, a K2 control switch tube is disconnected, the discharge is stopped, and then a K1 control switch tube and a K2 control switch tube are restored to the disconnected mode.

Example 2:

referring to fig. 1, the present invention provides a technical solution:

an energy release accurate control circuit for an epilator and a using method thereof comprise a LAM lamp tube, a R1 current limiting resistor, a C1 capacitor and K1 and K2 control switch tubes.

A pin of R1 current-limiting capacitor inserts high pressure VH + after parallelly connected with a pin of LAM fluorescent tube in the circuit, and another pin of LAM fluorescent tube connects the pin of K1 control switch pipe simultaneously, the partial pin ground of K1 control switch pipe, another part pin passes through electric signal connection EN control end, the high-pressure package output terminal with L3 of LAM fluorescent tube is connected, the connection of LAM fluorescent tube and L3 is connected through the high-pressure trigger line, a pin ground of L3, and another pin of L3 connects a pin of C1 electric capacity, another pin of C1 and R1 resistance are parallelly connected back and are connected with a pin of K2 again, two pins ground of K2, the three-pin and the EN control end of K2 link to each other.

The K1 and K2 control switch tubes are IGBT tubes.

The method comprises the following steps:

the method comprises the following steps: when the circuit is not in operation, the K1 control switch tube and the K2 control switch tube are normally open, and the R1 current-limiting resistor charges the C1 capacitor to the ground through the L3;

step two: during operation, the K1 controls the switch tube to be closed, then the K2 controls the switch tube to be closed, and the K2 controls the switch tube to be closed and discharge the capacitor C1 connected to the ground;

step three: the L3 is a high-voltage breakdown LAM hernia lamp generated by a high-voltage bag, the glow is connected to the ground through a K2 control switch tube, the discharge time is controlled by a K2 control switch tube, a K2 control switch tube is disconnected, the discharge is stopped, and then a K1 control switch tube and a K2 control switch tube are restored to the disconnected mode.

Example 3:

referring to fig. 1, the present invention provides a technical solution:

an energy release accurate control circuit for an epilator and a using method thereof comprise a LAM lamp tube, a R1 current limiting resistor, a C1 capacitor and K1 and K2 control switch tubes.

A pin of R1 current-limiting capacitor inserts high pressure VH + after parallelly connected with a pin of LAM fluorescent tube in the circuit, and another pin of LAM fluorescent tube connects the pin of K1 control switch pipe simultaneously, the partial pin ground of K1 control switch pipe, another part pin passes through electric signal connection EN control end, the high-pressure package output terminal with L3 of LAM fluorescent tube is connected, the connection of LAM fluorescent tube and L3 is connected through the high-pressure trigger line, a pin ground of L3, and another pin of L3 connects a pin of C1 electric capacity, another pin of C1 and R1 resistance are parallelly connected back and are connected with a pin of K2 again, two pins ground of K2, the three-pin and the EN control end of K2 link to each other.

The K1 and K2 control switch tubes are MOS tubes.

The method comprises the following steps:

the method comprises the following steps: when the circuit is not in operation, the K1 control switch tube and the K2 control switch tube are normally open, and the R1 current-limiting resistor charges the C1 capacitor to the ground through the L3;

step two: during operation, the K1 controls the switch tube to be closed, then the K2 controls the switch tube to be closed, and the K2 controls the switch tube to be closed and discharge the capacitor C1 connected to the ground;

step three: the L3 is a high-voltage breakdown LAM hernia lamp generated by a high-voltage bag, the glow is connected to the ground through a K2 control switch tube, the discharge time is controlled by a K2 control switch tube, a K2 control switch tube is disconnected, the discharge is stopped, and then a K1 control switch tube and a K2 control switch tube are restored to the disconnected mode.

The principles and embodiments of the present invention are explained herein using specific examples, which are presented only to assist in understanding the method and its core concepts of the present invention. The foregoing is only a preferred embodiment of the present invention, and it should be noted that there are objectively infinite specific structures due to the limited character expressions, and it will be apparent to those skilled in the art that a plurality of modifications, decorations or changes may be made without departing from the principle of the present invention, and the technical features described above may be combined in a suitable manner; such modifications, variations, combinations, or adaptations of the invention using its spirit and scope, as defined by the claims, may be directed to other uses and embodiments.