KR100924400B1 - Disuse injection needle solution equipment and the method - Google Patents

Abstract

PURPOSE: Waste needle processing device and method are provided, which reduce waste needle processing cost by automatically cutting the top end portion and bottom end portion of the waste needle. CONSTITUTION: Waste needle processing device comprises: a controller(3) which supplies power source and controls the waste needle(41) of the processing device; a cut melting part(1) which is connected to a controller and cuts the top end portion and bottom end portion of the waste needle by melting; and a stopper(2) which fixes a syringe in the upper part of the cut melting part. The cut melting part comprises a cutting unit, a current supply unit(13), and a melting unit.

Description

Waste injection needle treatment device and its method {Disuse injection needle solution equipment and the method}

The present invention relates to a waste needle processing apparatus and a method thereof, and more particularly, an electrode for providing a + current and an electrode for providing a + current to the top and bottom of the needle by fixing the used needle of the syringe once used. The present invention relates to a waste needle processing apparatus and a method for cutting an upper end and a lower end of a waste needle by grounding an electrode providing a current therebetween.

Conventionally, the syringe is equipped with a sharp needle at the end of the syringe for blood collection or drug administration to the patient. At this time, the needle injects the drug into the patient's body or draws the patient's blood while penetrating the epidermis of the patient.

The needle and the patient's blood and body fluids are buried so that the contaminated needle can be reused by another person, or the virus or bacteria containing the patient's blood or body fluid can be transferred to another person.

As mentioned above, the syringe needle once used is contaminated because of the blood or body fluid of the patient. Therefore, when the needle is reused in another person, the second user will cause a second infection by the germs of the patient who used it earlier. For needles, use only once and discard.

Disposal of syringe and needle once used is a problem that the doctor, nurse, clinical patent attorney, medical personnel, and clinical waste treatment agent who handle the needle are stuck in the needle, leading to secondary and tertiary infection. There was this.

Looking at the conventional process of discarding the needle, the metal needle was physically cut through a cutter or the like, or treated after wrapping the needle with a cover. However, even if the needle was cut to a short length, there was a problem of infection as mentioned above because the cut part is still sharp and contaminated with pathogens.

In order to solve such a problem, the first registered patent No. 10-1998-0032584 (name: disposal device of the syringe needle after the treatment and disposal method using the same) has been registered, but the pre-registered patent is injected by the user to the electrode site one by one. The process requires a lot of processing time because the needle must be pushed in, the cumbersome problem that the user has to hold the syringe until the needle is destroyed by the electrode, and the dissolved lung needle is pressed between the electrodes to close the electrodes. There was a problem that must be treated by dissolving both the problem and the closed needle.

Accordingly, the present invention was created to solve the above problems, the object of the present invention is as follows.

First, the present invention has an object to automatically remove the lung needle by cutting the lung needle of the syringe used.

Second, the purpose of the present invention is to automatically cut the needle to prevent infection of the user.

Third, the present invention has an object to sterilize the cut lung needle.

As described above, technical means for achieving the object of the present invention is as follows.

A waste needle processing apparatus for processing a needle of a syringe once used, comprising: a control unit for supplying power and controlling the waste needle processing apparatus; Cutting dissolution unit connected to the control unit for cutting the upper end and the lower end of the needle injection; And it characterized in that it comprises a stopper for fixing the syringe on the top of the cut.

Cutting dissolution unit, a cutting unit for cutting the upper end of the needle close to the stopper; A current supply unit which is grounded at the lower end of the cutting needle to one end of the cutting needle; And it characterized in that it comprises a melting portion for melting the lower end of the needle needle to the lower side of the current supply.

The cutting unit includes a cutting electrode for cutting the needle by using a + current; A ball screw reciprocating horizontally connected to one side of the cutting electrode; And a motor providing power to one side of the ball screw; The current supply unit includes: an auxiliary electrode for grounding a current to the closed needle; And a solenoid connected to one side of the auxiliary electrode to horizontally move the auxiliary electrode; The dissolution unit includes a dissolution electrode for dissolving the end of the waste needle with a + current; A horizontal reciprocating connecting member connected to one side of the melting electrode; And it characterized in that it comprises a stepping motor for providing power to one side of the connection member.

The cutting electrode is formed so that the cross section of the end is tapered from the top to the bottom; The melting electrode is formed in a staircase shape so as to correspond to the needles of different lengths on one side; The connecting member is a rack and pinion or a ball screw; The stopper is characterized in that it further comprises a stepping motor rotates 180 ° reciprocating on one side of the stopper is formed so that the rotating central axis is deflected with the center line of the closed needle.

Cutting dissolution unit, the cutting unit for cutting the upper end of the waste needle to the bottom of the stopper; A current supply unit which is grounded at the lower end of the cutting needle to one end of the cutting needle; Melting part for melting the lower end of the needle injection to the lower side of the current supply; A rotating shaft for rotating the cutting part and the melting part; And a motor that provides power by forward or reverse rotation on one side of the rotating shaft.

The cutting unit may include: a first fixing part fixed to an upper end of a rotating shaft, and a cutting electrode to cut an upper end of a closed needle to one current at one side of the first fixing part; And a dissolution unit, a second fixing part fixed to the lower end of the rotating shaft, and a dissolving electrode for dissolving the lower end of the closed needle with a positive current at one side of the second fixing part.

The cutting electrode and the melting electrode are formed to be staggered from each other at an angle of 0 ° to 90 ° with respect to the center of the rotation axis, and the current supply unit includes: an auxiliary electrode for grounding a current to the closed needle; And a solenoid connected to one side of the auxiliary electrode to horizontally move the auxiliary electrode.

Auxiliary rotary shaft to be rotated in the same direction by connecting to the pulley spaced apart from the rotary shaft; And forming a current supply unit in the auxiliary rotation shaft; The current supply unit, the third fixing portion fixed to the auxiliary rotating shaft; And an auxiliary electrode formed at one side of the third fixing part and grounded to a stop portion of the closed needle.

The cutting electrode, the melting electrode, and the auxiliary electrode further include an insulating wall formed of an insulator in the center; The stopper is rotated by 180 ° by receiving the power of the rotating shaft by using a connection portion made of a bevel gear on one side.

To the upper side of the stopper, a disk-shaped rotating plate is formed in a plurality of radially the semi-circular seating groove to which the syringe once used; A rotating motor providing power to rotate the rotating plate at the bottom of the rotating plate; And a conveying device; and a guide pin for supplying a syringe to the stopper on one side of the upper rotating plate; It characterized in that it further comprises a sterilization lamp for sterilizing by applying ultraviolet rays to the cut lung needle.

The auxiliary electrode further comprises a gripping groove for grounding and gripping the needle needle; The stopper forms a seating groove in which the syringe is seated, and a support bar for fixing and supporting the syringe in the seating groove on one side of the seating groove; And an auxiliary stopper formed of a solenoid or a rotating member fixing the support bar.

CLAIMS What is claimed is: 1. A method of processing a needle needle for processing a needle of a syringe used once, the method comprising: supplying a needle of a syringe used once to a stopper; Cutting the dissolving unit to the upper end and the lower end of the supplied needle to cut the upper end and the lower end of the needle; And discharging the syringe dissolving the lung needle.

In the step of cutting, cutting or dissolving the lower end of the needle together with the upper end of the needle; In the cutting step, cutting the upper end of the needle and dissolving or cutting the lower end; In the cutting step, the lower end of the needle injection is dissolved or cut, characterized in that the upper end cut.

In the step of cutting, using the support groove formed in the auxiliary electrode of the cutting and dissolving needle in the needle to ground and gripping to the needle needle, it characterized in that the upper and lower parts are cut or dissolved.

As mentioned above, the effect of this invention is as follows.

First, the present invention by automatically cutting the upper and lower end of the syringe needle used, it is possible to easily and quickly handle the syringe needle, there is an effect of reducing the cost and processing of a large amount of the needle needle.

Second, the present invention by cutting only a part of the needle needle, that is, the top and bottom, there is an effect of reducing the occurrence of waste generated by melting the needle needle and the closure between the electrodes by the waste.

Third, the present invention automatically cuts the needle to prevent infection of the user, thereby preventing the user from secondary and tertiary infection.

Fourth, the present invention has the effect of rehabilitation of the lung needle by sterilizing the lung needle.

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

<Configuration according to the present invention>

1 is a schematic configuration diagram showing a closed needle processing apparatus according to the present invention. As shown in FIG. 1, the present invention relates to a waste needle processing apparatus for processing a needle of a syringe once used. The configuration of the present invention relates to a control unit 3, a cutting melter 1, and a stopper 2. Is done.

The control unit 3 supplies control and power to the closed needle processing apparatus. At this time, the control unit 3 may be composed of a conventional switch, a microcomputer, a sensor, and the like, a conventional control means to automatically cut the needle needle 41 of the syringe 4 and to cut the needle needle 41 The power supply means may be composed of a transformer, a battery, a power supply, and the like for amplifying a conventional power source.

Cutting dissolution unit 1 is connected to the control unit 3 to cut the upper end and the lower end of the needle injection (41). More detailed configuration is mentioned below.

The stopper 2 fixes the syringe 4 at the upper end of the cutting and dissolving unit 1, and forms an insertion hole into which a main stool is inserted and fixed at the center. In this case, the means for fixing the syringe 4 to the stopper 2 may directly insert the syringe 4 into the stopper 2 or use the transfer device 7.

18 is a perspective view showing a moving device of the waste needle processing apparatus according to the present invention. As shown in FIG. 18, the transfer device 7 is a disk-shaped rotary plate 71 in which a plurality of semi-circular seating grooves 711 are radially formed at the ends thereof to one side of the upper end of the stopper 2. ) And a rotating motor 72 that provides power to rotate the rotating plate 71 at the bottom thereof, and at one side of the upper side of the rotating plate 71 to supply the syringe 4 to the stopper 2 from the rotating plate 71. It is preferable to form the guide pin 73 for supplying the syringe 4 by the free fall method to the stopper 2.

The cutting melting part 1 is installed at the lower part of the stopper 2, and its configuration is a cutting part 11 for cutting the upper end of the waste needle 41, and a current supply part for grounding at the lower end of the waste needle with one side lower end thereof. 13) and the melting part 12 which melts the lower end of the closed needle to one side of the current supply part 13.

The cutting part 11 includes a cutting electrode 111, a ball screw 112, and a motor 113. The cutting electrode 111 is grounded at the upper end of the waste needle 41 and is dissolved by cutting the upper end of the waste needle 41 using + current. The ball screw 112 horizontally moves the cutting electrode 111 to the ground needle 41 and grounded. The motor 113 provides power for forward and reverse rotation for the horizontal reciprocating movement of the ball screw 112. In this case, the cutting electrode 111 and the motor 113 are controlled by the controller 3. (See Fig. 2)

The current supply unit 13 includes an auxiliary electrode 131 and a solenoid 132. The auxiliary electrode 131 is grounded to the interruption portion of the waste needle 41 to provide -current to the waste needle 41. The solenoid 132 is connected to one side of the auxiliary electrode 131 to allow the auxiliary electrode 131 to move horizontally. In this case, the auxiliary electrode 131 and the solenoid 132 are controlled by the controller 3. (See Fig. 2)

The melting part 12 includes a melting electrode 121, a connection member 122, and a stepping motor 123. The melting electrode 121 is grounded at the end of the waste needle 41 to melt the end of the waste needle 41 by using a + current. The connection member 122 moves horizontally and reciprocally to ground and drop the melting electrode 121 to the closed needle 41. The stepping motor 123 provides power for forward and reverse rotation for the horizontal reciprocating motion of the connecting member 122. At this time, the melting electrode 121 and the stepping motor 123 is controlled by the controller (3). The connection member 122 may use a rack and pinion, a ball screw, or the like for horizontal reciprocating motion. (See Fig. 2)

The aforementioned cutting electrode 111 is formed so that the cross section of the end is tapered from the top to the bottom. The reason for this is to dissolve and cut the end of the closed needle 41.

The melting electrode 121 is formed in a stepped form so that one side of the ground needle 41 is grounded to correspond to the needles of different lengths. The reason is that since the needle of the syringe 4 varies in length and diameter according to its use, only the end portion is melted along the length of the lung needle 41. The reason for using the stepping motor 123 in the melting part 12 is to precisely reciprocate the horizontal movement.

The stopper 2 is formed by rotating the stopper 2 so that the center of rotation of the stopper needle is deflected from the center line of the needle needle 41 in order to automatically discharge the syringe 4 after cutting the needle needle 41. Rotate 180 ° using 6) to automatically discharge the syringe 4 from which the stopper needle 41 was cut at 20. (See Fig. 3).

The following description describes another configuration of the cutting melting unit 1, and the cutting melting unit 1 described above controls the cutting unit 11 and the melting unit 12 for cutting the waste needle 41, respectively. If it is configured to cut the upper end and the lower end of the closed needle 41 is a configuration for controlling the delivery unit 11 and the dissolution unit 12 of the cutting and dissolution unit 1 described below at the same time.

The cutting melting part 1 is installed at the lower part of the stopper 2, and its configuration is a cutting part 11 which cuts the upper end of the waste needle 41, which is grounded at the lower end of the waste needle 41 to one lower end thereof. It consists of a dissolving portion 12 for melting the lower end of the waste needle (41) to the lower end of the current supply unit 13 and the current supply unit 13, the cutting section 11 and the dissolution unit 12 is fixed to the rotating shaft (14) To rotate. The motor 15 that powers the rotating shaft 14 rotates forward or reverse. At this time, the cutting melting unit 1 and the motor 15 are controlled by the control unit 3 (see FIG. 7).

The aforementioned cutting part 11 includes a first fixing part 114 and a cutting electrode 111. The first fixing part 114 is fixed to the upper end of the rotating shaft 14, the cutting electrode 111 is rotated to ground or drop off the upper end of the closed needle 41 on one side of the first fixing part 114 while + current Cutting the upper end of the needle needle 41 using. (See Fig. 7)

The melting part 12 includes a second fixing part 124 and a melting electrode 114. The second fixing part 124 is fixed to the lower end of the rotating shaft 14, the melting electrode 114 is rotated to ground or drop off at the lower end of the closed needle 41 on one side of the second fixing part 124 while + current Use to melt the lower end of the needle needle (41). At this time, the current supply unit 13 used has the same configuration as the aforementioned current supply unit 13. (See Fig. 7)

The cutting electrode 111 and the melting electrode 121 are alternately formed at an angle of 0 ° to 90 ° with respect to the center of the rotation axis 14. The reason is that the cutting electrode 111 for cutting the upper end of the needle needle 41 and the melting electrode 121 for melting the lower part may simultaneously cut and melt the upper and lower parts of the needle needle 41, but are sequentially cut. While the electrode 111 first cuts the upper end of the waste needle 41, the dissolution electrode 121 may dissolve the lower end of the waste needle 41. On the contrary, the dissolution electrode 121 is first grounded and the cutting electrode ( 11) is intended to be cut next time. (See FIGS. 10 and 11)

It is configured to rotate the current supply unit 13 together using the rotation shaft 14 to form an auxiliary rotation shaft 16 to be rotated in the same direction by connecting to the pulley (P) spaced apart on one side of the rotation shaft 14 to the current supply unit ( 13) Install. The current supply unit 13 is formed of a third fixing part 134 fixed to the auxiliary rotating shaft 16 and an auxiliary electrode 131 which is formed at one side thereof and grounded to a stop portion of the closed needle 41. (See FIG. 16)

The cutting electrode 111, the melting electrode 121, and the auxiliary electrode 131 mentioned in the above description form an insulating wall 5 made of an insulator in the center. The reason is that the current supplied from the controller 3 does not conflict with other devices.

Although the use of the stepping motor 6 for automatically discharging the syringe 4 by rotating the stopper 2 has been mentioned above, the connection part 8 made of the bevel gear may be used by rotating the stopper 2 by 180 °. have. (See FIG. 17)

 In the case of the cut waste needle 41 to form a sterilization lamp (L) for sterilizing by applying ultraviolet rays to the cut waste needle 41 and the syringe (4) for recycling. (See Fig. 1)

19 is a main configuration diagram showing a first embodiment of a supporting groove formed in the auxiliary electrode according to the present invention. As shown in FIG. 19, the auxiliary electrode 131 forms a support groove 130 on one side. In this case, the support groove 130 is preferably formed in the power supply unit 13 in which the solenoid 132 is formed.

The above-described support groove 130 is for holding the waste needle and at the same time as the ground needle.

FIG. 20 is a main structural diagram illustrating a second embodiment of the support groove 130 formed in the auxiliary electrode 131 according to the present invention. As shown in FIG. 20, the second embodiment of the support groove 130 is preferably formed in the power supply unit 13 formed on the rotation shaft 14.

The role of the support groove 130 described above is the same as the first embodiment.

21 is a main structural view showing an auxiliary stopper formed on the stopper according to the present invention; Fig. 22 is an enlarged perspective view showing main parts of a first embodiment of an auxiliary stopper according to the present invention; As shown in FIGS. 21 and 22, the stopper 2 forms a seating groove 21 in which the syringe 4 is seated, and fixes the syringe 4 to the seating groove 21 on one side of the seating groove 21. And an auxiliary stopper 9 formed of a support bar 91 and a solenoid 92 for supporting the same.

The support bar 91 for fixing the syringe 4 to the seating groove 21 described above is to press and fix the syringe 4 in the horizontal direction from the front or side to one side of the opening of the seating groove 21. At this time, Figure 22 shows that the support bar 91 in the horizontal direction from the side to open or close the opening of the seating groove 21 to fix or drop the syringe (4).

The role of the auxiliary stopper 9 described above is to discharge the syringe 4 by rotating the stopper 2 by using the stepping motor 6 and by the self-weight of the syringe 4 by using the auxiliary stopper 9. To induce

Fig. 23 is an enlarged plan view showing main parts of a second embodiment of the auxiliary stopper according to the present invention; FIG. 23 shows a second embodiment of the auxiliary stopper 9 of FIG. 22, wherein the auxiliary stopper 9 is formed at one side of the opening of the seating groove 21 of the stopper 2 to rotate the opening of the seating groove 21. The support bar 91 rotatably supports the syringe 4 by using the 93.

The role of the auxiliary stopper 9 described above is the same as in the first embodiment.

The stopper 2 provided by the auxiliary stopper 9 described above is configured to discharge the syringe 4 to its own weight by detaching the auxiliary stopper 9 freely, so that the stopper 2 has a predetermined angle. It is also possible to install at an angle.

<Method according to the present invention>

24 is a flowchart illustrating a method for processing a closed needle according to the present invention. As shown in Figure 19, the method of processing the needle injection needle according to the present invention, the step of supplying the needle needle of the syringe used once to the stopper (S100), by cutting the ground portion to the upper end and the lower end of the supplied needle injection needle Comprising the step of cutting the upper end and the lower end of the needle injection needle (S200) and the step of discharging the syringe cut dissolve the needle injection (S300).

In this cutting step (S200), while cutting the upper end by using the cutting needle and the dissolution electrode to the lung needle dissolving or cutting the lower end. In addition, it is most preferable to cut the upper end of the closed needle and dissolve or cut the lower end. The reason is to discharge the injection solution, blood and body fluids remaining in the needle injection. However, the needle may be dissolved or cut at the lower end and the upper end may be cut in the reverse order.

In the above cutting step (S200), using a support groove formed in the auxiliary electrode of the cutting and dissolving needle in the waste needle to ground and grip the waste needle and then cut or melt the top and bottom.

The reason why the support groove is first grounded to the waste needle in the above cutting step (S200) is that the waste needle is prevented from being cut and dissolved when the syringe seated on the stopper is not securely fixed. It is to fix the needle.

As such, the auxiliary electrode first grips the waste needle, in order to fix the position of the waste needle at a predetermined position in the step S200 of cutting the upper end portion described above. Therefore, even if the upper end of the closed needle is cut first will be able to cut the lower end.

The main configuration of the waste needle processing apparatus according to the present invention is mentioned above, detailed description thereof will be omitted in the following embodiments.

<Agent according to the present invention Example 1 >

2 is a main configuration diagram showing a first embodiment of the needle processing apparatus according to the present invention, Figure 3 is an operating state diagram showing a first embodiment of the needle processing apparatus according to the present invention. As shown in Figures 2 and 3, the main configuration of the first embodiment according to the present invention is a stop needle (2) for fixing the syringe 4 and a closed needle of the syringe (4) fixed to the stopper (2) 41) is composed of a cutting melting part (1) for cutting.

The cutting melting part 1 is formed of a cutting part 11, a melting part 12, and a current supply part 13. At this time, the cutting portion 11 is composed of a cutting electrode 111, the ball screw 112 and the motor 113, the melting portion 12 is a melting electrode 121, the connecting member 122 and the stepping motor 123 The current supply unit 13 includes an auxiliary electrode 131 and a solenoid 132.

<Agent according to the present invention 2 Example >

Figure 4 is a main configuration showing a second embodiment of the needle processing apparatus according to the present invention, Figure 5 is a first operating state diagram showing a second embodiment of the needle processing apparatus according to the present invention. 6 is a second operation state diagram showing a second embodiment of the closed needle processing apparatus according to the present invention. As shown in Figures 4 to 5, the second embodiment according to the present invention in order to automatically discharge after removing the needle needle 41 from the syringe 4 fixed to the stopper 2 in the configuration of the first embodiment The stepping motor 6 is further installed.

<Agent according to the present invention 3 Example >

7 is a main configuration diagram showing a third embodiment of the waste needle processing apparatus according to the present invention, Figure 8 is a first operating state diagram showing a third embodiment of the waste needle processing apparatus according to the present invention 9 is a second operation state diagram showing a third embodiment of the waste needle processing apparatus according to the present invention, Figure 10 is a first configuration diagram showing a cut portion and a dissolution portion of the third embodiment according to the present invention, 11 is a second configuration diagram showing a cut portion and a melt portion in a third embodiment according to the present invention. As shown in Figs. 7 to 11, the third embodiment according to the present invention uses the rotary shaft 14 to cut the cutting portion 11 and the dissolution portion 12 of the cutting melting portion 1 in the configuration of the first embodiment. Installed in the cutting unit 11 and the dissolution unit 12 through a single motor (15) is configured to cut or melt by grounding to the needle needle 41 at the same time or sequentially.

The cutting part 11 includes a first fixing part 114 and a cutting electrode 111, and the melting part 12 includes a second fixing part 124 and a melting electrode 121, and the cutting electrode 111. The melting electrodes 121 are alternately formed at an angle of 0 ° to 90 ° with respect to the center of the rotation shaft 14. At this time, the current supply unit 13 has the same configuration as in the first embodiment.

<Agent according to the present invention 4 Examples >

12 is a main configuration diagram showing a fourth embodiment of the waste needle processing apparatus according to the present invention, Figure 13 is an operating state diagram showing a fourth embodiment of the waste needle processing apparatus according to the present invention. As shown in Figure 12 and 13, the fourth embodiment according to the present invention in order to automatically discharge after removing the needle needle 41 in the syringe 4 fixed to the stopper 2 in the configuration of the third embodiment The stepping motor 6 is further installed.

<Agent according to the present invention 5 Example >

14 is a main configuration diagram showing a fifth embodiment of the waste needle processing apparatus according to the present invention, Figure 15 is an operating state diagram showing a fifth embodiment of the waste needle processing apparatus according to the present invention. As shown in Fig. 14 and Fig. 15, the fifth embodiment according to the present invention uses the one motor 15 to control all of the current supply unit 13 which has not been changed in the third embodiment. It is a configuration using.

The current supply unit 13 is spaced apart from one side of the rotation shaft 14 to form a secondary rotation shaft 16 to be rotated in the same direction by connecting to the pulley (P) to install the current supply unit (13). The current supply unit 13 is formed of a third fixing part 134 fixed to the auxiliary rotating shaft 16 and an auxiliary electrode 131 which is formed at one side thereof and grounded to a stop portion of the closed needle 41.

<Agent according to the present invention 6 Example >

16 is a main configuration diagram showing the sixth embodiment of the apparatus for treating a needle needle according to the present invention. As shown in FIG. 16, the sixth embodiment according to the present invention is a stepping motor for automatically discharging after removing the needle needle 41 from the syringe 4 fixed to the stopper 2 in the configuration of the fifth embodiment. 6) installed more.

<Agent according to the present invention 7 Example >

17 is a main configuration diagram showing a seventh embodiment of the apparatus for treating a needle needle according to the present invention. As shown in FIG. 17, the seventh embodiment according to the present invention is a barbell gear for automatically discharging after removing the needle needle 41 from the syringe 4 fixed to the stopper 2 in the configuration of the fifth embodiment. The connection part 8 made was further installed.

One of the above-described bevel gears of the connection part 8 further installs a connector 81 for detaching with a parallax by an electronic signal to remove the waste needle from the stopper 2, and then rotates the stopper 2 to the outside. To be discharged.

The current supplied to the configuration, method and embodiments of the present invention described above represents the most preferred embodiment for the supply of the + current and-current, but is not limited to the current supplied to the cutting electrode, the melting electrode and the auxiliary electrode Can be supplied by swapping + current and-current.

As described above, those skilled in the art will understand that the present invention can be implemented in other specific forms without changing the technical spirit or essential features. Therefore, the above-described embodiments are to be understood in all respects as illustrative and not restrictive. The scope of the present invention is shown by the following claims rather than the detailed description, and all changes or modifications derived from the meaning and scope of the claims and equivalent concepts should be construed as being included in the scope of the present invention.

The following drawings, which are attached in this specification, illustrate the preferred embodiments of the present invention, and together with the detailed description thereof, serve to further understand the technical spirit of the present invention, and therefore, the present invention is limited only to the matters described in the drawings. It should not be interpreted.

1 is a schematic configuration diagram showing a closed needle processing apparatus according to the present invention.

Figure 2 is a main part of the configuration showing a first embodiment of the needle injection processing apparatus according to the present invention.

Figure 3 is an operating state diagram showing a first embodiment of a closed needle processing apparatus according to the present invention.

Figure 4 is a main part of the configuration showing a second embodiment of the needle injection processing apparatus according to the present invention.

Figure 5 is a first operating state showing a second embodiment of the needle injection processing device according to the present invention.

Figure 6 is a second operating state showing a second embodiment of the needle injection processing apparatus according to the present invention.

Figure 7 is a main part of the configuration showing a third embodiment of the needle injection processing apparatus according to the present invention.

Figure 8 is a first operating state showing a third embodiment of the needle injection processing device according to the present invention.

Figure 9 is a second operating state showing a third embodiment of the needle injection processing device according to the present invention.

10 is a first configuration diagram showing a cut portion and a melt portion in a third embodiment according to the present invention.

FIG. 11 is a second configuration diagram showing a cut portion and a melt portion of a third embodiment according to the present invention; FIG.

12 is a main configuration diagram showing a fourth embodiment of the needle injection processing device according to the present invention;

13 is an operational state diagram showing a fourth embodiment of the needle injection processing device according to the present invention.

14 is a main configuration diagram showing a fifth embodiment of the needle injection processing device according to the present invention.

Figure 15 is a state diagram showing a fifth embodiment of the needle injection processing apparatus according to the present invention.

Figure 16 is a main part of the configuration showing a sixth embodiment of the needle injection processing device according to the present invention.

17 is a main configuration diagram showing a seventh embodiment of the apparatus for treating a needle closed in accordance with the present invention.

18 is a perspective view showing a moving device of the waste needle processing apparatus according to the present invention.

19 is a main structural view showing a first embodiment of a supporting groove formed in the auxiliary electrode according to the present invention;

20 is a main structural view showing a second embodiment of a supporting groove formed in the auxiliary electrode according to the present invention;

21 is a main structural view showing an auxiliary stopper formed on the stopper according to the present invention;

Figure 22 is an enlarged perspective view of the main portion showing a first embodiment of the auxiliary stopper according to the present invention.

23 is an enlarged plan view of a main portion showing a second embodiment of the auxiliary stopper according to the present invention;

24 is a flowchart illustrating a method of processing the needle injection needle according to the present invention.

<Explanation of symbols for the main parts of the drawings>

1: cutting melting part 11: cutting part 111: cutting electrode

112: ball screw 113: motor 114: first fixing ball

12: melting part 121: melting electrode 122: connection portion

123: stepping motor 124: second fixing tool 13: current supply

131: auxiliary electrode 132: solenoid 134: third fixture

14: rotating shaft 15: motor 16: auxiliary rotating shaft

2: stopper 3: control unit 4: syringe

41: Waste needle 5: Insulation wall 6: Stepping motor

7: moving device 71: rotating plate 711: seating groove

72: rotary motor 73: guide pin 8: connection

130: support groove 9: auxiliary stopper 91: support bar

92: solenoid

Claims (26)

In the needle injection processing device for processing the needle of the syringe once used, A control unit for supplying power and controlling the waste needle processing apparatus; Cutting dissolution unit connected to the control unit for cutting by dissolving the upper end and the lower end of the needle needle; And Lung needle processing apparatus characterized in that it comprises a stopper for fixing the syringe on the top of the cutting melt. According to claim 1, The cutting melting portion, the cutting portion for cutting by cutting the upper end of the waste needle to the lower stopper; A current supply unit which grounds the interruption portion of the closed needle to one lower end of the cutting part; And Waste needle processing apparatus characterized in that it comprises a melting portion for melting the lower end of the needle needle to the lower side of the current supply. The method of claim 2, The cutting unit, a cutting electrode for cutting the waste needle with a + current; A ball screw reciprocating horizontally connected to one side of the cutting electrode; And Waste needle processing apparatus comprising a motor for providing power to one side of the ball screw. The method of claim 2, The current supply unit, an auxiliary electrode for grounding the current to the needle-closed; And A needle injection processing device comprising a solenoid connected to one side of the auxiliary electrode to move the auxiliary electrode horizontally. The method of claim 2, The dissolving unit, the dissolving electrode for melting the end of the needle needle with a + current; A horizontal reciprocating connecting member connected to one side of the melting electrode; And Waste needle processing apparatus comprising a stepping motor for providing power to one side of the connection member. The method of claim 3, wherein The cutting electrode is a needle injection processing device, characterized in that the cross section of the end is formed tapered from the top to the bottom. The method of claim 5, The molten electrode is a needle processing apparatus, characterized in that the one side formed in a staircase type to correspond to the needles of different lengths. The method of claim 5, The connecting member is a rack and pinion or ball screw processing apparatus, characterized in that the screw. The method of claim 1, The stopper is a needle rotation processing apparatus characterized in that it further comprises a stepping motor rotates 180 ° reciprocating on one side of the stopper is formed so that the rotating central axis is deflected with the center line of the needle. The method of claim 1, The cutting melting portion, the cutting portion for cutting by cutting the upper end of the waste needle to the lower end of the stopper; A current supply unit which grounds the interruption portion of the closed needle to one lower end of the cutting part; Melting unit for melting the lower end of the needle injection to the lower side of the current supply unit; A rotating shaft rotating the cut portion and the melt portion; And Waste needle processing apparatus characterized in that it comprises a motor for providing power by rotating forward or reverse rotation on one side of the rotating shaft. The method of claim 10, The cutting unit may include: a first fixing part fixed to the upper end of the rotating shaft, and a cutting electrode cutting the upper end of the closed needle to one current on one side of the first fixing part; And The dissolving unit, a needle needle processing apparatus characterized in that the second fixing part fixed to the lower end of the rotating shaft, and a melting electrode for melting the lower end of the waste needle with a + current on one side of the second fixing part. The method of claim 11, The cutting electrode and the melting electrode is a needle injection processing device, characterized in that formed with a staggered angle of 0 ~ 90 ° with respect to the center of the rotation axis. The method of claim 10, The current supply unit, an auxiliary electrode for grounding the current to the needle-closed; And A needle injection processing device comprising a solenoid connected to one side of the auxiliary electrode to move the auxiliary electrode horizontally. The method of claim 10, An auxiliary rotating shaft spaced apart from one side of the rotating shaft and connected to a pulley to rotate in the same direction; And Waste needle processing apparatus characterized in that the current supply is formed on the auxiliary rotating shaft. The method of claim 13, The current supply unit, the third fixing portion fixed to the auxiliary rotating shaft; And The needle injection processing device, characterized in that formed on one side of the third fixing part to form an auxiliary electrode that is grounded to the stop portion of the needle injection needle. The method according to any one of claims 3, 4, 5, 11, 13, and 15, The cutting electrode, the dissolving electrode and the auxiliary electrode further comprises an insulator wall formed of an insulator in the center. The method of claim 1, The stopper is a needle injection processing device, characterized in that for rotating the 180 ° by receiving the power of the rotating shaft using a connection portion made of a bevel gear on one side. The method of claim 1, A disk-shaped rotary plate having a plurality of semi-circular seating grooves radially formed at the end portions of the stopper, on which the syringe once used is seated; A rotating motor providing power to rotate the rotating plate at the bottom of the rotating plate; And A guide pin for supplying the syringe to the stopper on an upper side of the rotating plate; Waste needle processing apparatus characterized in that it further comprises a transfer device comprising a. The method of claim 1, Lung needle processing apparatus characterized in that it further comprises a sterile lamp for sterilizing by applying ultraviolet rays to the cut needle or syringe once used. The method of claim 3, wherein The auxiliary electrode further comprises a gripping groove for grounding and gripping the needle injection needle. The method of claim 1, The stopper may include a support bar which forms a seating groove in which the syringe is seated, and fixes and supports the syringe to the seating groove on one side of the seating groove; And Waste needle processing apparatus further comprises; an auxiliary stopper formed of a solenoid or a rotating member for fixing the support bar. In the needle injection treatment method for treating the needle injection needle used syringe, Supplying a closed needle of the used syringe to the stopper; Cutting and dissolving the ground portion at the upper end and the lower end of the supplied needle to cut the disassembled upper end and the lower end of the needle; And Lung needle handling method comprising the step of discharging the syringe by dissolving the lung needle. The method of claim 22, In the step of cutting, the needle injection treatment method, characterized in that the cutting the upper end of the needle by dissolving and cutting the lower end by dissolving or dissolving. The method of claim 22, In the cutting step, the waste needle processing method characterized in that the upper end of the needle was cut by dissolution and the lower end was dissolved or dissolved by cutting. The method of claim 22, In the cutting step, the waste needle processing method characterized in that the cutting edge by dissolving or dissolving the needle, and the upper end is cut by dissolving. The method according to any one of claims 22 to 25, In the step of cutting, using the support groove formed in the auxiliary electrode of the cutting melting part in the needle and the ground needle and grounding the waste needle, characterized in that the cutting or dissolving the upper and lower parts by dissolving the needle Treatment method.

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