KR101655414B1 - Acupuncture device for controlling strength - Google Patents

Abstract

The continuous needle breaker according to the present invention includes a body portion including a gear box for providing a thrust for firing a needle, a needle storage portion for storing the needle, a strength adjusting portion for adjusting the strength of the propelling force, And a launch button for launching the saliva, so that the saliva can be fired continuously and the intensity can be adjusted.

Description

Acupuncture device for controlling strength [0002]

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a magnetic contactor capable of controlling an intensity of a magnetic field, and more particularly, to a magnetic contactor capable of continuously emitting a needle,

In one room, acupuncture is used to treat acupuncture where it is important to put a certain depth, but it is very important. BACKGROUND ART As a conventional technique, there are used devices capable of continuously putting a needle, such as a patent No. 10-0585844 entitled "Continuous Magnetic Dispenser ". These conventional techniques realize a function to continuously put acupuncture but there is a problem in that it is not accomplished faithfully for the purpose of acupuncture because there is no intensity control function. Even if the device has the intensity control function, the intensity control is simple and difficult, so that it is difficult to see the practical effect.

In addition, when the device is not in use or when it is not desired that the needle be fired, the needle is fired, resulting in safety and hygiene problems. Therefore, there is a need for a device that can not only continuously emit the needle but also can easily adjust the intensity of the needle, and a safe device that can prevent the needle from firing when the needle is not desired to be fired.

Korean Patent No. 10-0585844

Disclosure of Invention Technical Problem [8] The present invention is directed to solve the above-mentioned problems, and provides a continuous magnetic contactor capable of controlling the strength to continuously emit saliva using a gear box that transmits power through gears.

In addition, the present invention provides a continuous stitching machine including a strength adjusting part for adjusting the strength, capable of easily adjusting the strength of the stitch, and capable of adjusting the strength to control the strength setting from the outside.

In addition, the present invention provides a continuous stitcher that includes a safety setting unit capable of setting a safety mode, and can adjust the strength to prevent needle-piercing through a safe mode setting when the stitch is not used or when the stitch is not desired.

According to an aspect of the present invention, there is provided a continuous needle breaker including a body portion including a gear box for providing a firing propulsion force for firing a needle, a needle storage portion for storing the needle, An intensity adjusting unit for adjusting the intensity of the propulsion force, and a launch button for emitting the needle.

In addition, the gear box includes a first shooting gear that moves in a direction in which a force is applied when the shooting button is pressed, a connecting gear that is connected to the first shooting gear to transmit power of the first shooting gear, A second shunt gear connected to the first shunt gear to move in a direction opposite to a direction in which the force is applied according to the power of the connecting gear, And a ball connected to the second launch gear to hit the needle.

The gear box further includes a return unit that is pressed while the first launch gear is moved in a direction in which the force is applied, and returns the first launch gear to the original position when the force is lost.

Further, the gear box is formed between the second launch gear and the ball, and prevents a collision between the ball and the gearbox outer tube when the ball strikes the needle, and a second elastic portion .

The intensity adjusting unit may include an intensity adjusting driving gear that rotates when the intensity adjusting unit is turned, an intensity adjusting gear that is connected to the intensity adjusting driving gear and operates when the intensity adjusting driving gear rotates, And an intensity control knob which moves up and down when the intensity adjusting gear operates.

The strength adjusting unit may further include a strength detecting protrusion formed to include a protrusion shape protruding from the body portion, the strength adjusting protrusion being connected to the pinching plate and moving in conjunction with the movement of the pinching plate.

In addition, the strength adjusting driving gear is formed at a predetermined distance outside the intensity adjusting driving gear, and includes at least one step adjusting engaging portion.

The safety setting unit may include a safety setting unit that can prevent the needle from being fired, and the safety setting unit may include a safety setting unit that is connected to the fire button, And a safety lever which rotates the engaging jaw, wherein the engaging jaw is formed so as to correspond to the engaging portion formed on the launch connection portion, and when the safety lever is positioned in the safety mode, the engaging jaw When the firing button is pushed, the firing link is moved and the latching jaw of the safety setting part is engaged with the latching part to prevent the firing linking part from moving.

The needle storage part may include a first needle holding part for drawing at least one of needle to which at least one needle is placed, a needle formed of a magnet material at one side of the needle storage part and located in the needle pocket, And a needle throwing aperture through which a needle located at the needle throwing platform is fired.

Further, the continuous needle breaker capable of adjusting the strength may further include a second needle holding part formed of a magnet material and pulling one of the needles positioned in the needle bar to the upper part, And is formed at any position of the top of the needle storage section.

The continuous needle breaker according to the present invention is capable of continuously emitting a needle by using a gear box that powerfully transmits through a gear, and includes an intensity controller for adjusting the intensity, There is an effect that the setting can be checked from the outside.

In addition, the present invention includes a safety setting unit capable of setting a safe mode, so that when the needle is not used or the needle is not desired, the needle can be prevented from being used for safety.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a continuous stitcher capable of adjusting the strength according to an embodiment of the present invention; FIG.
BACKGROUND OF THE INVENTION 1. Field of the Invention [0001]
3 is an external view of a gear box of a continuous needle breaker capable of adjusting the strength according to the embodiment of the present invention.
Fig. 4 is a view for explaining the gearbox configuration and operation of Fig. 3; Fig.
FIG. 5 is a view for explaining the structure and operation of the intensity controller of the continuous magnetic contactor capable of adjusting the intensity according to the embodiment of the present invention; FIG.
FIG. 6 is a view for explaining the configuration and operation of the legendary valve of the continuous stitching machine according to the embodiment of the present invention. FIG.

The meaning of the terms described herein should be understood as follows.

It should be understood that the singular " include "or" have "are to be construed as including a stated feature, number, step, operation, component, It is to be understood that the combination is intended to specify that it does not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, or combinations thereof.

<Examples>

FIG. 1 is a perspective view of a continuous stapler according to an embodiment of the present invention, FIG. 2 is an internal configuration diagram of a continuous stapler according to an embodiment of the present invention, FIG. FIG. 4 is a view for explaining the gearbox configuration and operation of FIG. 3, and FIG. 5 is a view for explaining the operation of the gearbox according to the embodiment of the present invention. 6 is a view for explaining the configuration and operation of the safety setting unit of the continuous fingers capable of adjusting the intensity according to the embodiment of the present invention.

1 to 6, a description will be made in detail of a continuous-type disposer capable of adjusting the strength according to an embodiment of the present invention.

The continuous coin-dispenser 100 according to an embodiment of the present invention includes a body portion 110 for providing a firing propulsion force, a needle storage portion 120 for storing a needle, a strength for adjusting the strength of the propelling force And a safety setting unit 160 that includes a control unit 130 and a launch button 140 for emitting the needle and can prevent the needle from being fired when the needle is not used.

The body portion 110 includes a gear box 150 coupled to the needle storage portion 140 and providing a required thrust for firing a needle.

The gear box 150 includes a first launch gear 154, a connecting gear 156, a second launch gear 158, a first elastic portion 159, and a ball 166, and the return portion 157 And a second elastic portion 168. The second elastic portion 168 may be formed of a metal.

The first launch gear 154 is connected to the launch connection 152 and a gear is formed on one side. The first launch gear 154 is moved in a direction in which the force is applied when the launch button 140 is pressed and a force is applied to the launch connection unit 152, And transmits the power to the connecting gear 156. Also, the first launch gear 154 is restored to its original position by the return portion 157 after the propelling force is applied.

The connecting gear 156 connects the first launch gear 154 and the second launch gear 158 and transmits the power generated from the first launch gear 154 to the second launch gear 158 It is the role of

More specifically, the connecting gear 156 is connected to a gear formed on one surface of the first launch gear 154 and connected to a gear formed on one surface of the second launch gear 158, And moves the second launch gear 158 in a direction opposite to the direction in which the first launch gear 154 moves through the connection between the gear 154 and the second launch gear 158.

The second launch gear 158 is connected to the connection gear 156 through a gear on one side. The second launch gear 158 moves in a direction opposite to a direction in which the force is applied by the connecting gear 156 when a force is applied to the launch connection portion 152, So that the intensity adjustment is set in the direction in which the feeding plate 136 is positioned.

The first elastic portion 159 is formed of a material having elasticity such as a spring and the strength of the first elastic portion 159 is formed between the shoe plate 136 and the second launch gear 158, And restores the second launch gear 158 to its original position. The second launch gear 158 is restored by the elastic force of the first elastic part 159 and the pushing force of the ball 166 becomes a propelling force for launching the saliva.

The ball 166 serves to transmit a propelling force generated when the second launch gear 158 is returned to its original position to the acupuncture.

The second elastic portion 168 is formed of a material having elasticity outside the hole 166 so that when the second launch gear 158 is restored, the hole 166 is formed in the outer surface of the gear box 150 And restores the ball 166 to its original position.

The return unit 157 includes a resilient material such as a spring and is connected to the first launch gear 154 to return the first launch gear 154 to the original position after the propelling force is applied .

Further, although not shown in detail in the drawings, the gear box 150 may further include a connection guide. The connection guide is formed between the first launch gear 154 and the return portion 157 so that the connection gear 156 is easily disengaged from the first launch gear 154, The first launch gear 154 can be easily reconnected by the connecting gear 156 and the return unit 157. [

The needle storage part 120 includes a first needle holding part 121, a needle launching part 123, a needle bar 124, and a needle dropper 126, and further includes a second needle holding part 122 can do.

The first needle holding part 121 is formed of a magnet material on the side of the needle storage part 140 so that one of the needles positioned in the needle basket is positioned on the needle base 123.

More specifically, the first needle holding part 121 formed on the side of the needle storage part 120 is configured to allow the needle inserted in the needle basket 124 to be positioned on the needle base 123, To the sprue launcher 123 through the sprung part.

The second needle holding part 122 may be formed of a magnet material at a position of at least one of a lower part of the body part 110 and an upper part of the needle storage part 120, And serves to attract the needle positioned at the needle base 123 to the upper portion through the magnetic force so that the propelling force can be sufficiently transmitted through the hole 166 to the needle.

The needle base 123 is formed so that one needle can be positioned on one side of the needle storage unit 120 and is arranged on the same line as the ball 166 so that the propulsion force of the ball 166 can be transmitted .

The passageway 124 is formed with a space in which at least one needle is inserted and can be stored and a passageway connected to the needle bed launcher 123 is formed so that one needle can be positioned at the needle bed 123 do.

The needle sink 126 is connected to the gear box 150 so that the propelling force generated by the gear box 150 is transmitted to the ball 166 and the needle located at the needle board 123 is emitted by the ball 166 to the outside. It plays a role.

The strength adjusting unit 130 may include an intensity adjusting gear 132, an intensity adjusting gear 134, and an intensity adjusting sink 136, and may further include an intensity determining protrusion 138.

The outer side of the intensity adjusting driving gear 132 is formed in the same or similar shape as the outer shape of the intensity adjusting unit, and is connected to the intensity adjusting unit 130, and rotates when the intensity adjusting unit 130 rotates.

In addition, a gear is formed inside the intensity adjusting driving gear 132 and is connected to the intensity adjusting gear 134 to operate the intensity adjusting gear 134 when a rotational force is generated.

In addition, the strength adjusting driving gear 132 may be formed with a step adjusting engaging part 133 on the outside of the strength adjusting driving gear 132. The step adjusting hook 133 is formed at a predetermined distance from the outside of the force adjusting driving gear 132 and is formed to have at least one or more than two step adjusting hooks 133 so that the strength adjusting step can be set when the strength adjusting part 130 rotates And controls the intensity adjusting unit 130 to be step by step.

One end of the intensity adjusting gear 134 is formed as a gear and is connected to the intensity adjusting driving gear 132 and the second emitting gear 158 is positioned at the other end. The body of the intensity adjusting gear 134 is connected to the intensity adjusting flyer 136 and the first elastic part 159 is located outside the body. When the strength adjusting driving gear 132 rotates, the intensity adjusting gear 134 is operated to move the feeding board 136 up and down.

As the intensity adjusting flyer 136 is positioned below, the position with respect to the second launch gear 158 becomes closer to increase the elasticity of the first elastic part 159, and the intensity of the emitted light becomes stronger. On the other hand, as the strength adjusting flyer 136 is positioned on the upper side, the position with respect to the second launch gear 158 becomes farther away, so that the elasticity of the first elastic part 159 becomes small, and the intensity of the launch becomes weak.

The strength check protrusion 138 is connected to the intensity control swage plate 136 and moves in association with the movement of the intensity control swage plate 136. The intensity determination protrusion 138 includes a protrusion shape protruding from the body portion, Is formed on the outside of the body portion.

Therefore, according to the present invention, it is possible to confirm the setting of the intensity of emission by using the intensity confirmation protrusion 138 and to easily adjust the intensity of the emission using the intensity adjustment unit 130 have.

The launch button 140 is protruded to allow the user to apply a force and is connected to the launch connection unit 152 to transmit a force to the launch connection unit 152 when the launch button is pressed. The launch button 140 may be connected to the launch connection 152 and may be integrally formed with the launch connection 152.

The safety setting unit 160 includes a locking protrusion 162 and a safety lever 164 and is formed on a path through which the firing connection unit 152 moves so that when the safety lever 164 is turned, Are formed to rotate at an angle.

The latching protrusion 162 of the stabilization setting part is formed to correspond to the latching part 153 formed on the launch connection part 152. When the safety lever 164 is positioned in the safety mode, the latching protrusion 162 is positioned on the same path as the latching protrusion 153, and when the release button 130 is pressed, The latching protrusion 162 of the safety setting part is coupled to the latching part 153 so that the firing connection part is prevented from moving further.

When the safety lever 164 is positioned in the operation mode, the latching protrusion 162 of the safety setting portion is positioned on a different path from the latching portion 153, 153 are not engaged with each other and thus the first launch gear 154 connected to the launch connection unit 152 is moved.

Therefore, according to the present invention, it is possible to prevent the needle from being fired when the needle breaker is not used or the needle is not desired to be fired.

1 and 4, the basic operation of the continuous stitcher capable of adjusting the strength according to the embodiment of the present invention will be described.

First, when the firing button 140 is pressed, a force is applied to the firing connection part 152 connected to the firing button 140, and the first firing gear 154 connected to the firing connection part 152 is moved in a direction .

When the first launch gear 154 is moved in the direction to which the force is applied, the connection gear 156 connected to the first launch gear 154 operates. When the connection gear 156 is operated, Is moved in a direction opposite to the direction in which the second launch gear (158) is applied to the first launch gear (154).

At this time, the first elastic part 159 connected to the second launch gear 158 also receives a force in a direction in which the second launch gear 158 moves.

The first launch gear 154 is moved until it is separated from the connecting gear 156 while pressing the return portion 157 and the second launch gear 158 is moved by the connecting gear 156 The intensity control is moved in the direction in which the billet 136 is located.

The position of the intensity adjusting switch board 136 may be changed according to the setting of the intensity adjusting unit 130. When the first launch gear 154 is disengaged from the connecting gear 154, the connecting gear 156 is not operated and the power of the connecting gear 156 is not transmitted to the second launch gear 158 .

If the power of the connecting gear 156 is not transmitted to the second launch gear 158, only the connection with the first elastic part 159 is left in the second launch gear 158, The ball 166 is struck by the restoring force of the spool 159 so that the needle positioned in the needle storage unit 120 is fired.

Next, with reference to FIG. 5, the intensity adjusting operation of the continuous needle breaker capable of adjusting the intensity according to the embodiment of the present invention will be described.

First, when the strength adjusting part 130 is turned, the strength adjusting driving gear 132 connected to the strength changing part 130 rotates. When the strength adjusting driving gear 132 rotates, the strength adjusting driving gear 132 The connected strength adjusting gear 134 is operated.

At this time, the strength can be set stepwise by the step adjusting hook 133 formed on the outside of the strength adjusting driving gear 132.

When the strength adjusting gear 134 is operated, the strength adjusting gear 136 connected to the strength adjusting gear 134 moves up and down.

The strength of the first elastic part 159 is increased as the intensity control is positioned below the first plate gear 136 by the control of the strength adjusting part 130 so that the elasticity of the first elastic part 159 is strengthened Since the intensity of the light is increased and the intensity of the light is shifted away from the second projectile gear 158 as the plowing plate 136 is positioned on the plowing plate 136, the elastic force of the first elastic portion 159 weakens, do.

When the strength adjusting hook 138 is connected to the strength adjusting hooking plate 136 so that the strength adjusting hooking plate 136 is moved, the strength adjusting hook 138 is also moved so that the user can confirm the strength setting .

It will be understood by those skilled in the art that the present invention can be embodied in other specific forms without departing from the spirit or essential characteristics thereof.

It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive. The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

110: body part 120:
130: intensity control unit 140: launch button
150: Gear box

Claims (10)

In the continuous-type stitcher capable of adjusting the strength,
A body portion including a gear box for providing a firing propulsion force for firing a needle;
A needle storage part in which the needle is stored;
An intensity adjusting unit for adjusting the intensity of the shooting propulsion force; And
And a firing button for firing the needle,
The intensity controller may include:
An intensity regulating gear that rotates when the intensity regulator is turned;
An intensity adjusting gear connected to the intensity adjusting driving gear and operated when the intensity adjusting driving gear rotates; And
And an intensity control knob connected to the intensity adjusting gear and moving up and down when the intensity adjusting gear is operated. 2. The gearbox according to claim 1,
A first launch gear that moves in a direction in which a force is applied when the launch button is pressed;
A connecting gear connected to the first launch gear to transmit the power of the first launch gear;
A second release gear connected to the coupling gear and moving in a direction opposite to a direction in which the force is applied according to the power of the coupling gear;
A first elastic part for returning the second launch gear to an original position when the power connection of the first launch gear is cut off; And
And a ball connected to the second launch gear and striking the needle. 3. The automatic transmission according to claim 2,
Further comprising a return unit for pressing the first launch gear while moving in a direction in which the force is applied, and returning the first launch gear to the original position when the force is lost. 3. The automatic transmission according to claim 2,
And a second elastic portion formed between the second launch gear and the ball and preventing the ball from colliding with the gearbox outer tube when the ball strikes the needle and returning the ball to the original position. Continuous stitcher with adjustable strength. delete The apparatus of claim 1,
Wherein the strength control is formed so as to include a protrusion shape protruding from the body portion and connected to the plowing plate so that the intensity control protrusion moves in conjunction with movement of the plowing plate. Possible continuous stitches. The method according to claim 1,
Wherein the strength adjusting driving gear is formed at a predetermined distance from the outside of the strength adjusting driving gear and includes at least one step adjusting engaging portion. [2] The apparatus according to claim 1,
Further comprising a safety setting unit capable of preventing the emission of the needle,
Wherein the safety setting portion includes a locking protrusion formed on a path through which a firing connection portion that is connected to the fire button and transmits a force to the gear box moves and a safety lever that rotates the locking protrusion,
When the safety lever is positioned in the safety mode, the latching jaw is positioned on the same path as the latching portion, and when the launch button is pressed, the latching jaw is formed to correspond to the latching portion formed on the launch connection portion. And the engagement portion of the safety setting portion is engaged with the engagement portion to prevent the movement of the firing connection portion. 2. The apparatus according to claim 1,
An abdominal cavity in which at least one needle is located;
A first needle holding part formed of a magnet material on one side of the needle storage part and drawing one of the needles positioned in the needle pocket;
A needle launching part in which a needle drawn by the first needle holding part is located; And
And a needle throwing opening through which a needle positioned at the needle throwing base is fired. 10. The stapler according to claim 9, wherein the strength-
And a second needle holding part formed of a magnet material and attracting any one of the needles positioned in the neck to the upper part,
Wherein the second needle holding part is formed at any one of a lower portion of the body portion and an upper portion of the needle storage portion.

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