KR100865666B1 - Cartridge of consecutive acupuncture device - Google Patents

Abstract

A cartridge of the continuous acupuncture device is provided to make the needle in the needle storage automatically loaded to the shock location although impact is delivered from the outside and the batting power is accumulated due to the continuous magnetic needle and the surgical operation angle of the needle is frequently changed in the different direction. On one side of the storage, the charge slot(14) which guides the stored needle to be supplied to the shock location one by one is formed. The partition which is protruded to the charge slot and is developed in the direction that is in a line with the charge slot is formed in this charge slot opposite side. The valve is formed in the lower part of the needle storage for a bottle not to be separated to the lower stepped projection of the charge slot although the needle which is held inside is separated to the bottom side.

Description

Cartridge of continuous acupuncture device {Cartridge of consecutive acupuncture device}

1 is a view showing a needle storage body for storing a conventional needle.

Figure 2 is an exploded side cross-sectional view showing a continuous magnetic needle and the cartridge according to the present invention.

3 is a perspective view of a cartridge according to the present invention.

Figure 4 is a side cross-sectional view of the continuous magnetic needle and the cartridge coupled to the present invention.

FIG. 5 is a view illustrating AA ′ of FIG. 4. FIG.

FIG. 6 is a view illustrating BB ′ of FIG. 4.

Figure 7 is a view showing the guide tube in and out of the cartridge according to the present invention.

* Description of the symbols for the main parts of the drawings *

1: first magnet 2: second magnet

7: acupuncture 9: acupuncture

10: cartridge 11: needle storage

12: Upper discharge hole 13: Lower discharge hole

14: loading slot 15: step

16: bulkhead 16-1: hole hole

17: discharge hole 18: needle inlet

19: intermediate connecting member 20: needle storage unit

21: housing 22: return spring

23: Button 25: strike spring

26: Ball 27: Between operations

28: Koiko 30: sending part

31: hole 32: valve

35: guide tube 36: adjusting pin

37: step groove 100: continuous magnetic needle

The present invention relates to a cartridge of a continuous magnetic needle which allows a plurality of needles contained therein to be continuously supplied and needled one by one, and more particularly, even when impact force is transmitted from the outside during use or the impact force is accumulated due to continuous needle needles. The present invention also relates to a cartridge of a continuous magnetic needle machine, which can be used safely by a consumer by automatically loading a predetermined hitting position without hooking the needles stored in the needle storage space even if the needle angle is frequently changed in various directions.

As shown in FIG. 1, the continuous magnetic needle includes a needle storage body 4 in which a plurality of needles 7 are arranged in an unaligned state, and needles 7 contained in the needle storage body 4 by magnetic force. The first magnet to attract to the hitting position one by one, and the striking means for hitting the needle loaded in the striking position instantaneously to sleep.

Therefore, the continuous magnetic needle of this structure, the treatment is performed at various angles according to the treatment site, wherein the needles (4) contained in the needle storage body (4) from this end to the other end of the needle storage space formed in an elliptical wide As a result of the heavy flow, some needles 7 are not arranged side by side with the inlet of the slot and are inclined to one side to block the slot inlet, which often prevents other needles 7 from entering the slot and malfunctions of the device. Will cause.

In addition, the needle storage body (4) is concentrated in the magnetic force around the slot, so that the needles (7) contained in the storage space is accumulated in the slot entrance side enters each other into the slot that can enter only one needle (7) Often, needles do not enter the slots smoothly.

In addition, the needle reservoir (4) is supplied along the slot with the needles (7) contained therein are lifted up by a second magnet located on the upper side, the impact force is applied from the outside or continuous needle Due to the accumulation of the striking force, it is often the case that some of the stored needles 7 are displaced downward from the original position, which is upwardly lifted, so that they cannot smoothly enter the slots.

Therefore, the conventional cartridge has a problem that the malfunction rate during use is increased, it is difficult for consumers to use with confidence.

The object of the present invention, which was devised to solve the above-mentioned problems, is that even if the impact force is transmitted from the outside during use or the impact force is accumulated due to continuous self-acupuncture, and even though the angle of the needle is frequently changed in various directions, it is contained in the needle storage space. The present invention provides a cartridge of a continuous magnetic needle device, in which needles are not caught and are automatically loaded to a predetermined hitting position so that a consumer can use the product safely.

Cartridge of the continuous magnetic needle according to the present invention for achieving the above object,

In the cartridge of the continuous magnetic needle supplying a plurality of needles contained in the needle storage space to the striking position, one side of the needle storage space is provided with a loading slot for guiding the stored needles to be supplied to the striking position one by one, The middle part of the loading slot is provided with a step for catching the needles of adjacent needles so that adjacent needles are not discharged together when the needle of the hitting position is hit, and the loading slots protrude toward the loading slots opposite the loading slots. The partition wall is formed in the direction parallel to the needle, and even if the operation angle of the continuous magnetic needle is changed, the flow of the needle contained in the needle storage space is reduced, and the plurality of needles contained in the needle storage space are supported so that they are arranged side by side with the loading slot. It is characterized in that the smoothly introduced into.

In addition, the upper side of the needle storage space is provided with a second magnet to allow the needle contained therein to rise to the upper side by the magnetic force, and the needle stored in the lower side of the needle storage space, even if the position is separated from the lower side from the position floating up The acupuncture on the needle side is characterized in that the valve is formed to support the needle so as not to be out of position to the bottom of the step of the loading slot.

In addition, the lower end of the cartridge is formed with a hole for movably coupling the guide tube through which the hit needle is discharged in the longitudinal direction, the one side wall is provided with step grooves at predetermined intervals along the discharge direction of the needle, One side of the guide tube is characterized in that the control pin is caught by the step groove to adjust the protruding length of the guide tube.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described in more detail.

Prior to this, terms or words used in the present specification and claims should not be construed as being limited to the common or dictionary meanings, and the inventors should properly explain the concept of terms in order to best explain their own invention. Based on the principle that can be defined, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

Therefore, the embodiments described in the specification and the drawings shown in the drawings are only one of the most preferred embodiments of the present invention, and do not represent all of the technical idea of the present invention, they can be replaced at the time of the present application It should be understood that there may be various equivalents and variations.

Firstly, the basic configuration of the continuous magnetic needle to which the cartridge of the present invention is mounted is a cartridge into which one or more needles are stored, and the needles located on one side and the upper side of the cartridge are blown up by magnetic force. A first magnet and a second magnet to be automatically loaded into position, a striking means for striking the needle at the striking position, which is located on the upper side of the cartridge, to be a needle on the affected part, and a striking needle disposed below the cartridge, A discharge part having a discharge hole formed therein, a button installed by being lifted up by a return spring on the upper side of the cartridge, a ball installed by being pushed down by the impact spring inside the button, and an inclined surface upward on one side of the ball; When the button is pushed under the ball nose and the ball nose, the ball nose is caught and the blow spring is compressed to a certain position. Compression jaws are formed so that as the ball pressing the inclined surface of the nose when the ball is hit the spring is compressed more than a predetermined length in the upper nose and the ball includes a release jaw such that the nose is separated from the compression jaws.

Regarding the cartridge mounted to the continuous magnetic needle according to an embodiment of the present invention Figure 2 is a separate side cross-sectional view showing the continuous magnetic needle and the cartridge according to the present invention, Figure 3 is a perspective view of the cartridge according to the present invention.

First, the cartridge 10 according to the present invention is the intermediate connecting member 19 forming the upper needle storage space 11, the needle storage portion 20 forming the lower needle storage space 11, and finally hit the needle It is separated into a discharge unit 30 is discharged. However, the cartridge 10 is also included in the scope of the present invention is an integrated cartridge 10 in which the intermediate connecting member 19, the needle storage unit 20, and the discharge unit 30 are combined into one.

In the illustrated continuous magnetic needle 100, the intermediate connecting member 19, the needle storage unit 20, the discharge unit 30 is sequentially coupled to the housing 21 provided with the striking means. At this time, the intermediate connecting member 19 and the needle storage unit 20 is formed on the one side of the needle storage space 11 is a plurality of needles 7, one side of the needle storage space (11) The loading slots 14 for supplying the stored needles 7 to the striking position one by one are formed. At this time, the loading slot 14 of the upper intermediate connecting member 19 is a relatively wide portion so that the needle 9 of the stored needle 7 passes, the loading slot of the lower needle storage 20 14 is a portion having a relatively narrow width so that the needle line passes, the middle portion of the loading slot 14 that the intermediate connecting member 19 and the needle storage 20 abuts along the direction of entry of the needle 7 The step 15 is naturally formed. The step 15 serves to support the needles (9) of the adjacent needle (7) is caught when hitting the needle (7) in the striking position is not dragged along with the hit needle (7).

In addition, a partition wall 16 protruding toward the loading slot 14 is formed on the opposite side of the loading slot 14 of the intermediate connecting member 19, and the partition wall 16 is parallel to the loading slot 14. Arranged in a long way, the stored needles 7 are supported so that they are arranged side by side with the loading slots 14 so that they can smoothly enter the loading slots 14, and stored needles 7 even if the treatment angle is frequently changed in various directions. It also serves to partition the space so that they do not flow badly in the needle storage space (11).

In addition, the upper discharge hole 12 is formed in the hitting position inside the loading slot 14 of the intermediate connecting member 19, the blow ball of the continuous magnetic needle 100 on the upper discharge hole 12 ( 26) A hole 16-1 is formed so that the ball 7 can be struck by the inter-operation 27. In addition, the needle storage unit 20 also has a lower discharge hole 13 connected to the upper discharge hole 12 at the impact position inside the loading slot 14 to form one discharge hole 17 up and down. do.

At this time, the discharge hole 17 is formed to be larger than the upper discharge hole 12 of the lower discharge hole 13 below the step 15 so that the hit one needle can be smoothly discharged In addition, the lower discharge hole 13 formed in the needle storage portion is formed in a funnel shape so that the needle can be induced at the correct position during the procedure while avoiding interference with the adjacent needles 7 when the needles 7 are discharged. It is desirable to.

In addition, the first magnet 1 and the second magnet are respectively located at one side and the upper side of the intermediate connecting member 19 in the housing 21 of the continuous magnetic needle 100 on which the cartridge 10 of the present invention is mounted. (2) is provided. The first magnet 1 is located at the upper discharge hole 12 side of the intermediate connecting member 19 when assembling the product, so that the needles 7 contained in the needle storage space 11 are hit along the loading slot 14. The second magnet 2 is positioned above the intermediate connecting member 19 so that the stored needle is lifted upward by magnetic force and the sharp portion of the needle 7 touches the floor and is damaged. It serves to prevent.

In addition, the lower end of the needle storage space 11 of the needle storage unit 20 is opened to form the inlet inlet 18, and even through the needle 9 sterilized through the inlet 18. It is configured to be poured randomly into the needle storage space 11 directly from the envelope without touching. Then, the penetrating inlet 18 is detachably coupled so that the delivery unit 30 for finally discharging the hitting needle 7 can be opened and closed. At this time, the upper surface of the discharge unit 30 is formed with a valve 32 for supporting the needles 7 stored in the needle storage space 11 so as not to be separated from the lower position from the predetermined position. That is, the needles 7 contained in the needle storage space 11 are positioned to be lifted up by the second magnet 2 disposed above, and the impact force is accumulated by external impact or continuous needle needle during use. If you look at some of the needles (7) is lifted up from the down position when the state is raised, at this time, the valve 32 of the discharge unit 30 to prevent the needle from dropping down position do.

In addition, as shown in FIG. 7, a hole 31 is formed in the hitting direction of the needle 7 in the discharge part 30, and a guide tube for discharging the needle 7 hit inside the hole 31. 35 is coupled to flow in the longitudinal direction. At this time, the one side wall of the hole 31 of the sending unit 30 is provided with a plurality of step grooves 37 at predetermined intervals along the discharge direction of the needle 7, the step on one side of the guide tube 35 Adjusting pin 36 is provided to adjust the protruding length of the guide tube 35 is caught in the groove 37, it is possible to adjust the insertion depth of the needle (7) during the procedure.

In the above description, the refill type cartridge in which the penetrating inlet 18 of the needle storage unit 20 is opened and closed by the discharge unit 30 has been described. However, the discharge unit 30 is integral with the needle storage unit 20. The cartridge 10 may be made of a disposable cartridge 10 that is discarded when the stored needle 7 is consumed without refilling the needle 7.

The operation mechanism of the preferred embodiment according to the above configuration will be described with reference to FIGS. 2 to 4 as follows.

The continuous magnetic needle 100 is a random sterilized by opening the sterilized needle (7) in the cartridge 10, and coupled to the inlet inlet 18, the discharge unit 30 with a valve formed in the inlet 18 ) And then, when the striking means is coupled to the upper side of the cartridge 10, the assembly is completed.

In such a state, when the guide tube 35 of the delivery unit 30 is pressed against the affected part and the button 23 is pushed down by a predetermined length or more, the ball nose 28 inside the button 23 is pushed in the compression jaw (not shown). Hitting the ball 26, which is caught by the ball 26, is compressed, and when the button 23 is lowered further by a predetermined length, the inclined surface of the ball nose 28 is placed on the release jaw (not shown). It is pressed by the release of the compression jaw (not shown) is released by the ball spring 26 by the elastic force of the striking spring (25) to strike a needle 7 in the striking position instantaneously.

In this process, the cartridge of the present invention is provided with a partition wall 16 protruding in the direction parallel to the loading slot 14 opposite the loading slot 14 of the needle storage space 11, as shown in FIG. A plurality of needles (7) contained in the space (11) is supported to be arranged side by side with the loading slot (14) to smoothly flow into the loading slot (14), by reducing the flow of stored needles (7) even when changing the operation angle The arrangement of the needles 7 can be prevented from being disturbed.

In addition, under the needle storage space 11, even if the needle 7 contained therein is displaced downward due to the impact force or external impact at the position lifted upward by the second magnet 2, the needle 9 part is loaded. A valve 32 is formed to support the slot 14 so as not to be displaced to the bottom of the step 15. Therefore, the needle 10 of the cartridge 10 of the present invention does not leave the position even when the impact force is accumulated or the external impact is transmitted through the continuous needle, so that the needle 9 of the needle 7 is lower than the step 15. It is possible to prevent the malfunction due to the narrow loading slot (14) of the consumer, so that the consumer can use with confidence, the reliability of the product is improved by that.

As described above, although the present invention has been described by way of limited embodiments and drawings, the present invention is not limited thereto, and the technical idea of the present invention and the following by those skilled in the art to which the present invention pertains. Of course, various modifications and variations are possible within the scope of equivalents of the claims to be described.

According to the present invention described above, even if the impact is transmitted from the outside to the continuous magnetic needle or the striking force is accumulated due to the continuous magnetic needle, the needles contained in the needle storage space are not caught even if the needle angle is frequently changed in various directions. As it is automatically loaded, consumers can use with confidence, and the reliability of the product is significantly improved because it is a very useful invention.

Claims (6)

In the cartridge of the continuous magnetic needle for supplying a plurality of needles contained in the internal needle storage space to the striking position one by one, One side of the needle storage space and the loading slot formed to guide the stored needles to be supplied to the blow position one by one, The middle part of the loading slot is provided with a step to hang the needles of the adjacent needles so that the adjacent needles are not discharged together when the needle of the hitting position is hit, Opposite to the loading slot is a cartridge of a continuous magnetic needle, characterized in that protruding toward the loading slot is provided with a partition wall formed in parallel with the loading slot. The method of claim 1, The partition wall prevents the flow of the needles contained in the needle storage space even if the operation angle of the continuous magnetic needle is changed, and the plurality of needles contained in the needle storage space are supported to be arranged side by side with the loading slot to smoothly flow into the loading slot. A cartridge of a continuous magnetic needle, characterized in that. The method of claim 1, The upper side of the needle storage space is provided with a second magnet to allow the needle contained in the inside to rise to the upper side by magnetic force, the lower side of the needle storage space, even if the needle contained in the inside is separated from the position from the upper side to the lower side of the needle Cartridge of the continuous magnetic needle, characterized in that the valve is formed to support the needle so that the needle is not deviated to the position below the step of the loading slot. The method of claim 1, The lower end of the cartridge is formed with a hole for movably coupling the guide tube in which the hit needle is discharged in the longitudinal direction, the one side wall is provided with step grooves at predetermined intervals along the discharge direction of the needle, the guide tube One side of the cartridge of the continuous magnetic needle is characterized in that the control pin is caught by the step groove to adjust the protruding length of the guide tube. According to claim 1, The discharge unit formed on the lower end of the needle storage space and a plurality of step grooves formed spaced apart in a predetermined space on one side of the outer peripheral surface, The cartridge of the continuous magnetic needle, characterized in that the coupling is formed to the lower side is formed of a control pin formed on one side of the outer peripheral surface of the cylindrical shape, the hole is provided therein. According to claim 5, The guide pipe having a step pin is coupled to the inner space of the sending unit is adjusted to the length of the guide tube protruding downward while the step pin is moved in and out in each step groove configured in the sending unit Cartridge of the continuous magnetic needle, characterized in that it comprises a.

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