KR200250551Y1 - Indolent depletion device - Google Patents

Abstract

The purpose of the present invention is to change the composition of the ball and the supporting part to facilitate the removal of blood and disinfection of the painless braille blood when using the painless braille blood vessel to facilitate the disassembly by using the ball, the connecting portion and the coupling magnet. This facilitates the removal and disinfection of the inflow blood, and provides a painless braille blood vessel in which the annular jaw is formed to prevent the inflow of blood.

To this end, in a painless braille bleeding machine for bleeding to the affected area by temporarily retreating the needle supported by the needle supporting portion by the striking of the striking rod by forming an appearance in the upper body with the main body (possibly possible), inserted into the inside of the main body The ball is hit by the striking rod in the state and the insertion groove is formed therein, the coupling magnet is inserted into the inner insertion groove of the ball, the coupling wall is maintained by the magnetic force of the coupling magnet and the separation wall inwardly By installing, one side provides a painless braille blood vessel, characterized in that the ball is coupled and the other side is provided with a connection portion formed such that the immersion support.

Description

Painless Braille Device {Indolent depletion device}

The present invention relates to a painless braille blood vessel, and more particularly, to prevent the blood coming out when the painless braille blood vessel triggers in the affected part of the patient into the painless braille blood vessel, and to facilitate disassembly and coupling to facilitate disinfection and replacement of parts. It is about painless braille blood donors.

As is well known, blood bleeding refers to drawing a patient's blood out of the body with a syringe for the purpose of treating the disease. Painless braille bleeding is used to treat rapid body, coagulation, and boil in oriental medicine. In the medical device to be used at the time of blood test, Figure 1 is an internal configuration of a conventional painless braille blood donor, Figure 2 is an exploded perspective view of the body of a conventional painless braille blood donor.

As shown, the conventional painless braille blood vessel is largely composed of a main body 11 and an upper body 12 and screwed together, and supports the needle 24 for bleeding the affected part of the patient inside the main body 11. And a restoring spring formed to return the immersion part 23 and the ball 22 formed to be hit by being integrated with the immersion part 23 and the immersion part 23 and the ball 22 to their original positions. 18 is provided.

In addition, a push button 14 for operating the painless braille blood vessel is provided at the end of the upper body 12, and a thread is formed in the upper body 12 so as to be screwed with the main body 11. While the inside is fitted with a percussion barrel 19 provided with an inward tapered inclined jaw 21 at a gentle inclination.

In addition, between the push button 14 and the trigger assistant 19 is formed to insert the striking rod 15 and the striking rod 15 hitting the ball 22, the push button (14) is provided between the push rod 14 and the push button 14 and the blow rod (15) inside the blow rod tube (16) to be integrally fitted to the lower end of the blow rod (16) A shock absorbing spring (not shown) for absorbing the impact received by the striking rod 15 after striking, and a return spring 17 formed to move the internal components of the upper body 12 after the striking to the original position are provided. .

Referring to the operation of the painless braille blood vessel according to the prior art made of the configuration as described above are as follows.

When not in use, the push button 14 and the striking rod 15 are in the standby state by the return spring 17 and the buffer spring, respectively, and the elastic pieces 20 are provided inside the cock assistant 19 It is fixed to the rounded jaw 21.

At this time, when the user places the nozzle 13 in the affected part and presses the push button 14, the pressure is transmitted to the striking rod 15 through the shock absorbing spring and the elastic pieces 20 receive the elastic force. Sliding slowly), the striking rod 15 is the moment that the elastic pieces 20 are caught when the moment over the gradient of the round jaw 21 is released and the ball 22 is instantaneously striking, in this process, the striking The ball 22 hit by the rod 15 advances the needle 24 to the tip of the nozzle 13 to perform a bleeding procedure.

Thereafter, when the user releases the push button 14, the painless braille blood vessel returns to the initial state by the return spring 17 of the upper body 12 and the restoration spring 18 of the main body 11.

However, after use of the painless braille blood vessel, the blood of the affected part is retreated into the main body 11 in a state where the blood of the affected part is in the saliva 24, and the blood in the saliva 24 flows into the main body 11, but the ball (22) is fitted inside the main body 11 and the ball 22 is directly coupled to the immersion portion 23, it was very difficult to remove or disinfect the introduced blood, which is a medical device that should put hygiene first It became a big issue.

Therefore, the present invention was devised to solve the above problems, and the purpose of the present invention was to integrate the ball and the immersion part to facilitate the removal of the blood flowing in the use of painless braille and sterilization of painless braille. By changing the configuration to facilitate the disassembly by using the ball and the connecting portion and the coupling magnet to facilitate the removal and disinfection of the blood, the connection portion to provide a painless braille blood shaping the annular jaw to prevent blood inflow.

1 is an internal configuration of a conventional painless braille blood donor.

Figure 2 is an exploded perspective view of the body of a conventional painless braille blood donor.

Figure 3 is an internal configuration of the painless braille blood vessel according to the present invention.

Figure 4 is an exploded perspective view of the body of a painless braille blood donor according to the present invention.

Explanation of symbols on the main parts of the drawings

11: body 12: upper body

13: nozzle 14: pushbutton

15: Strike Rod 16: Strike Rod

17: return spring 18: restoration spring

19: trigger assistant 20: elastic piece

21: Thrill 22: The Ball

23: immersion part 24: (disposable) needle

51: coupling magnet 52: connecting portion

53: partition 54: annular jaw

55: insertion groove

In the present invention for achieving the above object, in the painless braille vascular machine which performs a bleeding to the affected area by momentarily advancing the needle supported by the needle supporting portion by the striking of the striking rod while forming the appearance of the body and the upper body, The ball is hit by the striking rod in the state inserted therein and the insertion groove is formed therein, the coupling magnet is pressed into the inner insertion groove of the ball, the coupling magnet is held and maintained by the magnetic force of the coupling magnet By installing a separation wall, one side is provided with a painless braille blood, characterized in that the ball is coupled and the other side has a connection portion formed so as to fit the immersion support.

And, it provides a painless braille blood vessel characterized in that the annular jaw is formed so that the blood is not introduced into the main body in the outer peripheral end of the end of the connecting portion of the immersion supporting portion.

Hereinafter, with reference to the accompanying drawings will be described in detail with the painless braille blood vessel of the present invention, the same or similar parts to the conventional structure described before, the same name and the same reference numerals will be omitted.

Figure 3 is an internal configuration of the painless braille blood vessel according to the present invention, Figure 4 is an exploded perspective view of the body of the painless braille blood vessel according to the present invention.

As shown, the painless braille blood vessel of the present invention, in connection with the prior art, the body 11, upper body 12, push button 14, similar to the configuration of the striking rod 15, striking rod tube 16, elastic piece 20, the needle support 23, the needle 24, and the like.

The main body 11 and the upper body 12 can be formed integrally.

Herein, the gist structure of the present invention is easy to separate and disinfect while inserting grooves 55 having a coupling magnet 51 formed inside the ball 22 so that blood does not enter the part of the ball 22 inside the main body 11. ), And the connection part 52 is formed so that the immersion part 23 and the ball 22 may be integrated.

As shown in Figure 3, the painless braille blood vessel according to the present invention is largely composed of the main body 11 and the upper body 12 screwed to each other, the impact rod in the state inserted into the main body (11) ( 15 is provided with a ball 22 is hit by the insertion groove 55 is formed therein.

The insertion hole 55 of the ball 22 is inserted into the coupling magnet 51 having a magnetic force (磁力), the coupling is held by the coupling magnet 51 and one side is coupled to the ball 22 and the other side The connection part 52 is formed so that the immersion part 23 is interfitted, and the restoring spring 18 is provided so that the immersion part 23 and the ball 22 can be returned to their original positions.

At this time, a separation wall 53 for separating the ball 22 and the immersion support 23 is formed in the connection portion 52, and the separation wall 53 is magnetically coupled to the coupling magnet 51. .

In addition, the upper body 12 is provided with a push button 14 for operating the painless braille blood vessel as in the prior art, and the thread is provided inside the upper body 12 to be screwed with the main body 11. While being formed therein is inserted into the percussion barrel 19 provided with a rounded jaw 21 inward tapered with a gentle slope.

In addition, between the push button 14 and the trigger assistant 19 is formed to insert the striking rod 15 and the striking rod 15 hitting the ball 22, the push button (14) is provided between the push rod 14 and the push button 14 and the blow rod (15) inside the blow rod tube (16) to be integrally fitted to the lower end of the blow rod (16) A shock absorbing spring (not shown) for absorbing the impact received by the striking rod 15 after striking, and a return spring 17 formed to move internal components of the upper body 12 after striking, are provided.

Hereinafter, a description will be given on the basis of the accompanying drawings, the operation and the effect of the assembly of the painless braille blood vessel according to the present invention made as described above.

As shown in FIG. 4, the coupling magnet 51 is fitted into the ball 22 and fitted into the main body 11 together with the restoring spring 18. One side of the connecting portion 52 is coupled to the ball 22 into which the coupling magnet 51 is inserted. When disassembling, the connecting portion is applied by holding a connection portion 52 and applying a force to beat the magnetic force of the coupling magnet 51. 52 is easily detached from the ball 22. Since the immersion part 23 is fitted into the connection part 52, the ball 22, the coupling magnet 51, the connection part 52, and the immersion part 23 are integrally formed, and thus, when the striking bar 15 is hit, the hitting part 15 is hit. It plays the same role as

When not in use, the push button 14 and the striking rod 15 are in a standby state by the return spring 17 and the buffer spring, respectively, the user places the nozzle 13 in the affected part and the push button 14 When the pressure is transmitted to the striking rod 15 through the buffer spring to press the ball 22 instantaneously, in the process, the ball 22 hitting the striking rod 15 and the connection portion 52 ) And the immersion portion 23 is advanced to the tip of the nozzle 13 to perform a bleeding procedure.

Thereafter, when the user releases the push button 14, the painless braille blood vessel returns to the initial state by the return spring 17 of the upper body 12 and the restoration spring 18 of the main body 11.

In the above, although the connection portion 52 of the painless braille blood vessel is illustrated as being coupled by a coupling magnet 51 having magnetic force, an object of the present invention is a structure that is decomposable to easily disinfect and repair the interior of the painless braille blood vessel It will be appreciated by those skilled in the art that various modifications and changes can be made without departing from the spirit and scope of the present invention without being limited to the above-described configuration.

As described above, according to the painless braille blood vessel according to the present invention, the coupling ball is inserted into the ball by changing the structure of the ball and the bearing part of the conventional ball directly, and a separation wall is formed inside and the outer side of the coupling part coupling side. It is a very useful and effective design to facilitate the prevention of the inflow of blood and the removal and disinfection of blood by combining the ball and the immersion support using a connection part having an annular jaw along.

Claims (2)

In a painless braille machine that forms an appearance with the main body 11 and the upper body 12 and momentarily retreats the needle 24 supported by the needle supporter 23 by the striking of the striking rod 15 to bleed the affected area. , A ball 22 hit by the striking rod 15 in the state inserted into the main body 11 and having an insertion recess 55 formed therein; A coupling magnet 51 press-fitted into the inner insertion recess 55 of the ball 22; Coupled by the magnetic force of the coupling magnet (51) and install the separation wall 53 to the inside, the connection portion formed so that the ball 22 is coupled to one side and the immersion support 23 is pressed on the other side Painless braille blood vessels, comprising 52. 3. The painlessness of claim 1, wherein an annular jaw (54) is formed to prevent blood from flowing into the main body (11) on the outer periphery of the end of the connecting portion (52) in which the immersion portion (23) is pressed. Braille blood vessels.