Handpiece for drug injection

Abstract

The present invention relates to a handpiece for injecting a drug capable of reducing pain and enhancing a hemostatic effect by allowing cold and heat to penetrate the inside of a multi-needle that comes into contact with the skin, thereby cooling or warming the skin surface. Specifically, the handpiece for drug injection comprises: a multi-needle, coupled to a drug syringe containing a drug, which delivers the drug as the needles are inserted into the skin; a main body that fixes the multi-needle and the drug syringe and regulates both the injection amount of the drug and the temperature of the multi-needle; a drug injection device formed inside the main body for adjusting the injection amount of the drug by controlling the pressure of the drug syringe; and a temperature control device formed at a lower portion of the drug injection device and connected to the multi-needle for controlling the temperature.

Description

Handpiece for drug injection

[0001] The present invention relates to a drug injection handpiece that can reduce pain and increase a hemostatic effect by allowing cold and heat to pass through the inside of a multi-needle in contact with the skin, thereby forming a cool or warm temperature on the skin surface.

[0002]

[0003] Patent Document 001 is a multi-needle module including a needle guide in which a needle is installed, and a needle cap in which the needle guide is inserted, wherein an insertion plate protrudes from an outer surface of the needle guide, and a first mounting groove and a second mounting groove in which the insertion plate is mounted are formed on a portion of an inner surface of the needle cap, wherein the first mounting groove and the second mounting groove are formed to have different lengths in the insertion direction of the needle guide, and the needle guide is a hollow shape with an open upper surface, into which a liquid injection portion is inserted, and a needle is installed on a bottom surface so as to be in communication with the needle, and includes a needle guide main body in which the insertion plate is protruded from an outer surface, and a third male-female coupling part formed on an outer surface of the insertion plate, and the needle cap is a needle cap main body in which the needle guide is inserted, and through which the needle is exposed by penetrating, and the first mounting groove and the second mounting groove are formed on an inner surface, and a first mounting groove and a second mounting groove are formed on the first mounting groove and the second mounting groove. A technology including a first male-female joint and a second male-female joint is presented.

[0004] Patent Document 002 presents a technology including a case having a plurality of guide tubes formed therein, a movable unit including a plurality of injection needles that are movably arranged within the case and can protrude outside the case through the plurality of guide tubes, a plurality of electrode terminals fixed to the case, and a plurality of elastic members that elastically support the movable unit within the case and electrically connect the plurality of electrodes and the movable unit.

[0005] Patent Document 003 relates to a multi-needle module for skin treatment that perforates a plurality of micro-holes in the skin and injects drugs, etc. into the body, comprising: a guide part insertion groove for inserting a reciprocating guide part at the top; a plurality of needle guide holes formed at regular intervals for inserting a plurality of needles into the guide part insertion grooves; a suction part including a male screw part for connecting to a female screw part on the outside; a suction port for connecting a hose to enable suction by pulling air on one side; and a suction space part at the bottom; a reciprocating guide part assembled and installed in the guide part insertion groove and having a drug injection hole formed at the top; a needle part comprising a needle body fixedly installed on the inner bottom surface of the reciprocating guide part, and a plurality of needles fixedly installed on the needle body at regular intervals; a UV adhesive provided on the bottom surface of the needle body for firmly fixing and installing the needles; And a technology is presented that includes a pair of rotating parts, which are assembled and installed on the outer surface of the reciprocating guide part and the suction part, and have a female screw part formed inside to be fastened to a male screw part, and one side projection is fastened to the other side projection groove to be mutually detachable.

[0006] Patent invention 004 proposes a technology including a syringe guider having a syringe for drug injection coupled to the rear and a drug injection passage formed inside, a needle guide integrally coupled to the front of the syringe guider to form a drug receiving space between the syringe guider and a plurality of needle coupling holes formed in communication with the drug receiving space, needles integrally coupled to the needle guider so as to be respectively inserted into the needle coupling holes and protrude forward, a needle hub formed in a body shape in which the syringe guider and the needle guider are inserted and fixed inside, and a needle penetration hole formed in the front of the inside through which the needles each penetrate and protrude, and a plurality of skin support protrusions formed protruding around the needle penetration holes among the front end surfaces of the needle hub so as to surround only the front ends of the needles so as to be exposed, and to form a plurality of support points while being in contact with the skin during simultaneous insertion of the needles.

[0007]

[0008] The present invention relates to a drug injection handpiece that can reduce pain and increase a hemostatic effect by allowing cold and heat to pass through the inside of a multi-needle in contact with the skin, thereby forming a cool or warm temperature on the skin surface.

[0009]

[0010] In order to solve the problems of the prior art, the present invention relates to a handpiece for drug injection, comprising: a drug syringe (10) in which a drug is stored, a multi-needle (100) that penetrates the drug as the needle (20) is inserted into the skin to perform a procedure; a main body (500) that fixes the multi-needle (100) and the drug syringe (10) and controls the amount of drug injected and the temperature of the multi-needle (100); a drug injection device (600) formed inside the main body (500) and controls the amount of drug injected by controlling the pressure of the drug syringe (10); and a temperature control device (700) formed at a lower portion of the drug injection device (600) and connected to the multi-needle (100) to control the temperature.

[0011] The present invention relates to a handpiece for drug injection, and comprises the multi-needle (100); a main body (500); a drug injection device (600); and a temperature control device (700) as previously presented. The multi-needle (100) is fixed to the main body (500), and an injection part (110) is coupled to the rear side of the drug syringe (10) to inject the drug; a needle coupling part (200) coupled to the front side of the injection part (110) and to which a plurality of needles (20) that penetrate the skin are coupled; a suction part (300) into which the needle coupling part (200) is inserted and which suctions air at a location where it comes into contact with the skin; and a temperature control part (400) formed on the front side of the suction part (300) and connected to the temperature control device (700) to control the internal temperature.

[0012] The present invention relates to a handpiece for drug injection, and comprises the multi-needle (100); a main body (500); a drug injection device (600); and a temperature control device (700) as previously presented. The injection unit (110) has a drug syringe (10) attached to the rear side, and an injection case (120) through which the drug passes is added.

[0013] The present invention relates to a handpiece for drug injection, and comprises the multi-needle (100); a main body (500); a drug injection device (600); and a temperature control device (700) as previously presented. In the invention, the needle coupling part (200) is further provided with a coupling case (210) to which the injection part (110) is coupled; and a fixing member (220) protruding from the front of the coupling case (210) and to which the needle (20) is fixed.

[0014] The present invention relates to a handpiece for drug injection, and comprises the multi-needle (100); a main body (500); a drug injection device (600); and a temperature control device (700) as previously presented. The suction unit (300) further comprises a suction case (310) in which the needle coupling unit (200) is accommodated; and a fixing projection (320) protruding from the front of the suction case (310) and through which the needle (20) passes.

[0015] The present invention relates to a handpiece for drug injection, and comprises the multi-needle (100) presented above; a main body (500); a drug injection device (600); and a temperature control device (700). In the invention, the temperature control unit (400) is connected to the temperature control device (700), and a control case (410) through which a refrigerant or a heat medium passes to control the temperature is added; and a control member (420) is coupled to the front of the control case (410), and the fixing protrusion (320) is received and through which the needle (20) passes.

[0016] The present invention relates to a handpiece for drug injection, and comprises the multi-needle (100); a main body (500); a drug injection device (600); and a temperature control device (700) as previously presented. The main body (500) is formed to protrude upward, and a fixing part (510) to which the multi-needle (100) and the drug syringe (10) are respectively fixed; a pressure control part (520) formed at a lower portion of the fixing part (510) and accommodating the drug injection device (600) to control the pressure of the drug syringe (10); and a supply part (530) formed at a lower portion of the pressure control part (520) and accommodating the temperature control device (700) to supply a refrigerant or a heat agent.

[0017] The present invention relates to a handpiece for drug injection, and comprises the multi-needle (100); a main body (500); a drug injection device (600); and a temperature control device (700) as previously presented. The drug injection device (600) is housed inside the main body (500), and includes a rotating part (610) that rotates by power; and a connecting part (620) that moves by being connected to the rotating part (610) and that penetrates the main body (500) and is connected to the rear of the drug syringe (10).

[0018] The present invention relates to a handpiece for drug injection, and comprises the multi-needle (100); a main body (500); a drug injection device (600); and a temperature control device (700) as previously presented. The temperature control device (700) further comprises: an acceleration unit (710) formed inside the main body (500) that rotates and accelerates compressed air introduced from the outside; a separation unit (720) formed at an end of the acceleration unit (710) that separates cold air and hot air; and a discharge unit (730) formed at the other end of the acceleration unit (710) that discharges cold air separated from the separation unit (720).

[0019] The present invention relates to a handpiece for drug injection, and comprises the multi-needle (100); the main body (500); the drug injection device (600); and the temperature control device (700) presented above, and the separation unit (720) further comprises a separation member (721) that is helically connected to the end of the acceleration unit (710); and a separation motor (722) that is connected to the separation member (721) and rotates by power.

[0020]

[0021]

[0022] The present invention can relieve pain by passing cold and warm air through the inside of a multi-needle inserted into the skin.

[0023] The present invention can precisely control the amount of drug injected by controlling the pressure of a drug syringe inside the main body.

[0024] The present invention is such that the needles formed in the multi-needle can be smoothly inserted into the skin as they protrude outward.

[0025] The present invention can increase the hemostatic effect by causing the skin to contract as the surface of the skin is cooled.

[0026] The present invention is such that the skin can be tightly adhered by forming a vacuum by suctioning air at the location where the needle is inserted.

[0027]

[0028] Fig. 1 is a perspective view of a drug injection handpiece of the present invention.

[0029] Figure 2 is a front view of the drug injection handpiece of the present invention.

[0030] Figure 3 is a cross-sectional perspective view of the main body of the present invention.

[0031] Fig. 4 is a perspective view of the multi-needle of the present invention.

[0032] Figure 5 is an exploded perspective view of the multi-needle illustrated in Figure 4.

[0033] Figure 6 is a front view of the multi-needle of the present invention.

[0034] Fig. 7 is a cross-sectional view of the multi-needle of the present invention.

[0035] Fig. 8 is an exploded cross-sectional view of the multi-needle illustrated in Fig. 7.

[0036] Fig. 9 is a cross-sectional view of a drug injection handpiece of the present invention.

[0037] Figure 10 is an exemplary diagram of a drug injection device of the present invention.

[0038] Figure 11 is an exemplary diagram of a temperature control device of the present invention.

[0039]

[0040] Hereinafter, the most preferred embodiment of the present invention will be described in detail to enable a person having ordinary skill in the art to easily carry out the present invention.

[0041] The numbers cited in the examples below are not limited to the referenced objects and can be applied to all examples. Objects that achieve the same purpose and effect as the structures presented in the examples are equivalent replacement objects. The superordinate concepts presented in the examples include subordinate concepts not described.

[0042] (Example 1-1) The present invention relates to a handpiece for drug injection, comprising: a multi-needle (100) in which a drug syringe (10) containing a drug is coupled, and which penetrates the drug when the needle (20) is inserted into the skin to perform a procedure; a main body (500) which fixes the multi-needle (100) and the drug syringe (10) and controls the amount of drug injected and the temperature of the multi-needle (100); a drug injection device (600) formed inside the main body (500) and which controls the amount of drug injected by controlling the pressure of the drug syringe (10); and a temperature control device (700) formed at a lower portion of the drug injection device (600) and connected to the multi-needle (100) to control the temperature.

[0043] (Example 1-2) The drug injection handpiece of the present invention includes, in Example 1-1, the drug syringe (10) formed as a syringe in which a drug is stored.

[0044] (Example 1-3) The drug injection handpiece of the present invention includes, in Example 1-2, the needle (20) protruding outward from the multi-needle (100) and inserted into the skin.

[0045] (Example 1-4) The drug injection handpiece of the present invention includes, in Example 1-3, the multi-needle (100) connected to the main body (500) and having its temperature controlled.

[0046] (Example 1-5) The drug injection handpiece of the present invention includes, in Example 1-4, the temperature control device (700) that supplies cold air or heat.

[0047] The present invention relates to a drug injection handpiece, and more specifically, to a drug injection handpiece for injecting drugs into the skin. This drug injection handpiece comprises a drug syringe (10) containing a drug, and a plurality of needles (20) protruding from the syringe to inject a predetermined amount of the drug into the skin.

[0048] In general, medical devices using multi-needles (20) include water light syringes that inject specific drugs into the skin and high-frequency multi-needle (20) treatment devices that apply high-frequency waves into the skin. At this time, the water light syringe is a medical device that uses multi-needles (20) consisting of 3*3 or 4*4 needles to inject specific drugs into the subcutaneous layer at a certain depth, and injects the drugs subcutaneously through the central cavity of each needle. In addition, as a method of inserting multiple needles into the skin by passing through the resistance of the skin, an air suction device is installed at the tip of the multi-needle (20) to pull the skin toward the needles so that the skin is inserted into the needles.

[0049] In addition, the high-frequency multi-needle (20) treatment device uses a multi-needle (20) connected to a high-frequency generator to generate multiple microscopic tissue coagulations at a certain depth under the skin. At this time, when high-frequency is applied to the needles inserted into the skin, Joule heating is generated in the subcutaneous tissue, and the microscopic tissue coagulation (coagulation) caused by this heat causes tissue damage (electrothermal damage) and the body's natural healing process (wound healing process) occurs. This increases collagen and elastin in the skin and has the effect of reducing minor wounds and wrinkles, making the skin smoother and looking younger. In order to artificially generate multiple microscopic tissue damages in this way, the high-frequency needle treatment device (Fractional Radio Frequency Microneedling) has multiple needles attached to a single surface, 7*7 or 9*9. It is a medical device that injects high-frequency waves into the skin through each needle to raise the temperature around the needle to 42℃ or higher, thereby generating small tissue coagulations in the subcutaneous layer around the needles. The multi-needle (20) used in such water light syringes and high-frequency multi-needle (20) treatment devices causes pain when inserted into the skin or when injecting medication, which can cause discomfort to the patient. In addition, temperature control of the treatment area is required to improve the effectiveness of high-frequency multi-needle (20) or drug-injecting multi-needle (20) treatments.

[0050] On the other hand, referring to FIG. 1, the drug injection handpiece of the present invention is formed by combining a drug syringe (10) formed as a syringe in which a drug is stored, a multi-needle (100) that injects the drug as the needle (20) is inserted into the skin to perform the procedure, a main body (500) that fixes the multi-needle (100) and the drug syringe (10), and controls the amount of drug injected and the temperature of the multi-needle (100), a drug injection device (600) formed inside the main body (500) and that controls the amount of drug injected by controlling the pressure of the drug syringe (10), and a temperature control device (700) formed at the bottom of the drug injection device (600) and connected to the multi-needle (100) to control the temperature. At this time, the multi-needle (100) is inserted into the skin so as to protrude outward, and the surface of the skin is formed of metal so that the temperature can be controlled to reduce pain and increase the hemostatic effect. And the main body (500) can guide the injection of a precise amount of drug at an accurate location by fixing the multi-needle (100) and the drug syringe (10), and can inject a precise amount of drug while reducing pain at the same time by the drug injection device (600) and the temperature control device (700).

[0051] Therefore, the drug injection handpiece of the present invention has the characteristic of being able to supply a fixed amount of drug while simultaneously controlling the surface temperature in contact with the skin.

[0052]

[0053] (Example 2-1) The present invention relates to a handpiece for drug injection, and in Example 1-1, the multi-needle (100) is fixed to the main body (500), and includes an injection part (110) in which the drug syringe (10) is coupled to the rear side to inject the drug; a needle coupling part (200) coupled to the front side of the injection part (110) and to which a plurality of needles (20) that penetrate the skin are coupled; a suction part (300) into which the needle coupling part (200) is inserted and which suctions air at a location where it comes into contact with the skin; and a temperature control part (400) formed on the front side of the suction part (300) and connected to the temperature control device (700) to control the internal temperature.

[0054] (Example 2-2) The drug injection handpiece of the present invention, in Example 2-1, includes an injection case (120) through which a drug syringe (10) is coupled to the rear of the injection part (110) and the drug passes.

[0055] (Example 2-3) The drug injection handpiece of the present invention includes a connecting body (130) formed on the rear surface of the injection case (120) in Example 2-2 and to which the end of the drug syringe (10) is connected.

[0056] (Example 2-4) The drug injection handpiece of the present invention includes a fixture (131) formed on the combination (130) in Example 2-1 and fixing the drug syringe (10).

[0057] (Example 2-5) The drug injection handpiece of the present invention includes, in Example 2-4, an injection cover (140) formed on the outside of the injection case (120) and fastened to the suction part (300) to fix the injection case (120).

[0058] (Example 2-6) The drug injection handpiece of the present invention includes, in Example 2-4, the injection cover (140) being forcibly fitted into the suction portion (300).

[0059] The present invention relates to an injection unit (110), and specifically, the injection unit (110) is configured to deliver a drug to a needle (20) by coupling a drug syringe (10) to the rear surface. Referring to FIGS. 4 and 5, the injection unit (110) is configured to deliver a drug by coupling a drug syringe (10) formed as a syringe to the rear surface. The injection unit (110) is configured to have an injection case (120) through which the drug penetrates, and an injection cover (140) formed on the outside of the injection case (120) and connected to a suction unit (300).

[0060] And, a connecting body (130) is formed on the rear side of the injection case (120) to which the end of the drug syringe (10) is connected, and the connecting body (130) extends from the injection case (120) to the rear side and penetrates the injection cover (140). In addition, a fixing body (131) is formed on the connecting body (130) to fix the drug syringe (10) so that it does not come off, and the fixing body (131) is fixed by a screw connection or a force-fit by pressure with the drug syringe (10), thereby preventing the drug from coming off. And, the injection cover (140) has a protrusion or a groove formed on the outside and is fastened by a force-fit to the outside of the suction part (300), so that the injection case (120) is seated inside the injection cover (140).

[0061] Accordingly, the injection unit (110) of the present invention has a feature of guiding the drug from the drug syringe (10) coupled to the rear to be delivered to the needle (20) as the injection case (120) is installed inside the injection unit (300) by being connected to the suction unit (300).

[0062] (Example 2-7) The drug injection handpiece of the present invention, in Example 2-1, includes: the injection case (120); an injection container (121) in contact with the needle coupling portion (200); and a distribution groove (122) formed inside the injection container (121) and distributing the drug to a plurality of the needles (20).

[0063] (Example 2-8) The drug injection handpiece of the present invention includes an injection groove (123) formed at the center of the injection container (121) in Example 2-7 and through which the drug delivered from the drug syringe (10) passes.

[0064] (Example 2-9) The drug injection handpiece of the present invention includes, in Example 2-8, a first distribution groove (122) formed in the distribution groove (122) and delivered outward from the injection groove (123); and a second distribution groove (122) formed at an end of the first distribution groove (122) and delivering the drug to the needle (20).

[0065] The present invention relates to an injection case (120), and specifically, the injection case (120) is formed inside an injection cover (140) to inject a drug with a needle (20). Referring to FIG. 5, the injection case (120) includes a configuration having a shape corresponding to that of the injection cover (140), and is formed inside the injection cover (140) to deliver the drug with the needle (20). At this time, the injection case (120) is formed with an injection groove (123) through which a drug delivered from a drug syringe (10) passes, and the injection groove (123) is formed at the center of the injection case (120). In addition, a distribution groove (122) is formed on the outside of the injection groove (123), and a first distribution groove (122) is formed in the distribution groove (122) to deliver the drug to the outside from the injection groove (123). In addition, the first distribution groove (122) is formed in multiples, and the second distribution groove (122) is formed at the end of the first distribution groove (122) to allow the drug to be smoothly injected into the needle (20).

[0066] And the injection case (120) is attached to the rear of the needle coupling part (200). This is to prevent the drug from leaking out by the needle coupling part (200) and the injection case (120) being attached to each other, thereby allowing the drug to be smoothly distributed to the distribution groove (122).

[0067]

[0068] (Example 3-1) The present invention relates to a handpiece for drug injection, and in Example 2-1, the needle coupling part (200) includes a coupling case (210) to which the injection part (110) is coupled; and a fixing member (220) protruding from the front of the coupling case (210) and to which the needle (20) is fixed.

[0069] (Example 3-2) The drug injection handpiece of the present invention is formed inside the coupling case (210) in Example 3-1 and includes a close space (211) in which the injection case (120) is in close contact.

[0070] (Example 3-3) The drug injection handpiece of the present invention includes a contact member formed on the front surface of the fixing member (220) in Example 3-2 and formed to be in close contact with the needle (20).

[0071] (Example 3-4) The drug injection handpiece of the present invention includes, in Example 3-3, the fixing member (220) formed in a cone shape.

[0072] The present invention relates to a needle coupling part (200), and specifically, the needle coupling part (200) is inserted into the inside of the suction part (300) and the needle (20) penetrates therethrough. Referring to FIGS. 7 and 8, the needle coupling part (200) has an injection part (110) attached to the rear surface thereof, and the drug distributed between the injection part (110) and the needle coupling part (200) is delivered to the needle (20). At this time, the drug is delivered to the needle (20) by the pressure of the drug syringe (10), and a coupling case (210) to which the injection part (110) is coupled and a fixing member (220) to which the needle (20) is fixed are formed. In addition, the coupling case (210) is formed in the same shape as the injection part (110), and the coupling case (210) is accommodated inside the suction part (300). In addition, a sealing space (211) is formed inside the coupling case (210) to which the injection case (120) is sealed, and a sealing member is formed in the sealing space (211) to prevent the drug from being separated from the distribution groove (122). In addition, a plurality of fixing members (220) to which the needle (20) is fixed are formed on the front side of the coupling case (210), and the fixing members (220) are formed in a cone shape to fix the needle (20). In addition, in order to prevent the drug from being separated when the needle (20) penetrates, a sealing member made of rubber or silicone is formed on the front side of the fixing member (220), and the needle (20) protrudes by penetrating the sealing member.

[0073]

[0074] (Example 4-1) The present invention relates to a handpiece for drug injection, and in Example 3-1, the suction part (300) includes a suction case (310) in which the needle coupling part (200) is accommodated inside; and a fixing projection (320) protruding from the front of the suction case (310) and through which the needle (20) passes.

[0075] (Example 4-2) The drug injection handpiece of the present invention is formed inside the suction case (310) in Example 4-1 and includes a receiving space (314) in which the needle coupling part (200) is received.

[0076] (Example 4-3) The drug injection handpiece of the present invention includes a suction space (311) formed on the front of the suction case (310) in Example 4-2 and sucking air between the plurality of fixing protrusions (320).

[0077] (Example 4-4) The drug injection handpiece of the present invention includes a contact protrusion (312) formed on the outside of the suction space (311) and in contact with the temperature control unit (400) in Example 4-3.

[0078] (Example 4-5) The drug injection handpiece of the present invention includes a suction port (313) formed on the outside of the suction space (311) in Example 4-1 and protruding to the outside of the suction case (310) to suck in air.

[0079] (Example 4-6) The drug injection handpiece of the present invention includes a suction tube (315) extending from the suction port (313) in Example 4-1 and connected to a suction pump by being coupled to the main body (500).

[0080] The present invention relates to a suction unit (300), and specifically, the suction unit (300) has a needle coupling unit (200) housed inside, and allows the skin to be pressed against the suction unit by sucking air from the front. Referring to FIGS. 5 and 6, the suction unit (300) can insert a needle (20) to an accurate depth by sucking air to form a vacuum at a location in contact with the skin, and the temperature control unit (400) controls the surface temperature in contact with the skin to reduce pain. At this time, the suction unit (300) is formed in a shape corresponding to the needle coupling unit (200), and a suction case (310) in which the needle coupling unit (200) is housed is formed inside.

[0081] The conventional method of inserting a multi-needle (20) into the skin by pushing the multi-needle (20) into the skin with a strong pressure device has caused fear and rejection in the patients receiving the treatment due to pain caused by the strong pressure, pain caused when multiple needles are inserted into the skin at the same time, and pain caused by drug injection. In addition, when the multi-needle (20) with multiple needles densely arranged is inserted by pulling the skin with vacuum pressure, a phenomenon occurs in which each needle is inserted at an uneven depth depending on the condition and state of the skin. As a result, since the depth of the needles inserted into the skin cannot be inserted consistently, some of the drug is not injected into the skin and may leak out of the skin. In order to prevent this, if the needles are inserted deeply or the vacuum pressure is strong, it causes great pain to the patient receiving the treatment.

[0082] On the other hand, the suction part (300) has a needle coupling part (200) accommodated in the receiving space (314) formed inside the suction case (310), and a suction space (311) formed on the front side to suck air between the fixing protrusions (320). At this time, the suction space (311) sucks air between the temperature control part (400) and the suction case (310), and the suction space (311) is secured by a contact protrusion (312) protruding from the outside of the suction space (311) to the front side. In addition, a suction port (313) protruding from the outside of the suction case (310) is formed, and air is sucked by a suction pipe (315) connected through the suction port (313), so that air is sucked between the fixing protrusion (320) penetrating the temperature control part (400) and the temperature control part (400), and the skin is adhered to the skin with a constant pressure rather than a strong pressure. In addition, the suction pipe (315) is connected to the suction pump by being connected to the main body (500) to prevent detachment and twisting in order to maintain a vacuum state.

[0083] Accordingly, the suction unit (300) of the present invention has a feature of forming a vacuum at a location in contact with the skin to guide the needle (20) to be inserted at an accurate depth.

[0084]

[0085] (Example 5-1) The present invention relates to a handpiece for drug injection, and in Example 4-1, the temperature control unit (400) includes a control case (410) that is connected to the temperature control device (700) and allows a refrigerant or a heat medium to pass through the inside to control the temperature; and a control member (420) that is coupled to the front of the control case (410) and receives the fixing protrusion (320) and allows the needle (20) to pass through it.

[0086] (Example 5-2) The drug injection handpiece of the present invention includes, in Example 5-1, a refrigerant inlet (411) formed on both sides of the control case (410) and protruding outward so that refrigerant or a heat source is introduced; and a refrigerant discharge port (412) formed at a position corresponding to the refrigerant inlet (411) and through which refrigerant or a heat source is discharged.

[0087] (Example 5-3) The drug injection handpiece of the present invention includes a connecting pipe (550) extending from the coolant inlet (411) and the coolant outlet (412) and connected to the temperature control device (700) in Example 5-2.

[0088] (Example 5-4) The drug injection handpiece of the present invention includes a control plate (421) formed on the control member (420) in Example 5-1 and in contact with the skin to control temperature.

[0089] (Example 5-5) The drug injection handpiece of the present invention includes vacuum holes (422) formed at equal intervals on the control plate (421) in Example 5-4 and extending to the rear, and having a vacuum formed inside as the fixing protrusion (320) passes through them.

[0090] The present invention relates to a temperature control unit (400), and specifically, the temperature control unit (400) is a unit that comes into contact with the skin, and can increase the efficacy of a drug and reduce pain as a coolant or a substance supplied by a temperature control device (700) passes through it. Referring to FIG. 6, the temperature control unit (400) is coupled to the front of the suction unit (300), and the fixing protrusion (320) of the suction unit (300) passes through it so that the skin is in close contact with the needle (20), and at the same time, the coolant or substance passes through it so that the in-contact skin can be cooled or warmed. At this time, the temperature control unit (400) is formed with a control case (410) through which the coolant or substance passes, and a control member (420) coupled to the front of the control case (410) is formed.

[0091] And the control case (410) is in close contact with the front of the suction part (300), and a refrigerant inlet (411) and a refrigerant outlet (412) are formed on both sides of the control case (410) so as to protrude outward and through which refrigerant or heat is introduced and discharged. In addition, the refrigerant inlet (411) and the refrigerant outlet (412) are formed at positions facing each other, so that the refrigerant or heat introduced through the refrigerant inlet (411) passes through the interior of the control case (410) and is discharged through the refrigerant outlet (412).

[0092] And the adjusting member (420) formed on the front of the adjusting case (410) has an adjusting plate (421) that comes into contact with the skin and a vacuum hole (422) formed at equal intervals on the adjusting plate (421) and extending downward. At this time, the vacuum hole (422) has a fixing protrusion (320) inserted into it, and the fixing protrusion (320) and the adjusting plate (421) may be formed at the same position or the position of the fixing protrusion (320) may be variable. In this way, as air is sucked from the suction unit (300), the skin is pulled between the vacuum hole (422) and the fixing protrusion (320), so that the needle (20) is effectively inserted into the skin.

[0093] And the temperature of the control plate (421) is controlled as the refrigerant or fruit moves. When the control plate (421) is cooled by the refrigerant, the pain when the needle (20) is inserted into the skin is reduced and hemostasis is achieved as the skin contracts. In addition, when the control plate (421) is warmed by the fruit, the effect can be maximized through thermal stimulation, such as collagen.

[0094] Accordingly, the temperature control unit (400) of the present invention has a feature that can reduce pain and increase the hemostatic effect by cooling or warming the needle (20) when it is inserted into the skin.

[0095]

[0096] (Example 6-1) The present invention relates to a handpiece for drug injection, and in Example 5-1, the main body (500) is formed to protrude upward, and includes a fixing portion (510) to which the multi-needle (100) and the drug syringe (10) are respectively fixed; a pressure control portion (520) formed at a lower portion of the fixing portion (510) and accommodating the drug injection device (600) to control the pressure of the drug syringe (10); and a supply portion (530) formed at a lower portion of the pressure control portion (520) and accommodating the temperature control device (700) to supply a refrigerant or a heat source.

[0097] (Example 6-2) The drug injection handpiece of the present invention includes a mounting plate (511) formed on the fixing part (510) in Example 6-1, on which the multi-needle (100) and the drug syringe (10) are mounted.

[0098] (Example 6-3) The drug injection handpiece of the present invention, in Example 6-2, includes: a mounting space in which the drug injection device (600) is mounted; an open hole formed at an upper portion of the mounting space and opened so that the drug injection device (600) is exposed;

[0099] (Example 6-4) The drug injection handpiece of the present invention includes a partition plate (531) formed in the supply section (530) and partitioning the temperature control device (700) in Example 6-1.

[0100] (Example 6-5) The drug injection handpiece of the present invention includes a connection port (540) formed in the main body (500) and the partition plate (531) in Example 6-4, and through which a connection pipe (550) connecting the multi-needle (100) to the temperature control device (700) passes.

[0101] (Example 6-6) The drug injection handpiece of the present invention comprises, in Example 6-4, a first connection port (541) formed in the connection port (540) and formed in the main body (500); and a second connection port (542) formed in the partition plate (531) and into which refrigerant or heat discharged from the multi-needle (100) is introduced.

[0102] The present invention relates to a main body (500), and specifically, the main body (500) has a multi-needle (100) and a drug syringe (10) fixed to the upper portion thereof to accommodate a drug injection device (600) and a temperature control device (700). Referring to FIGS. 2 and 3, the main body (500) is formed to be small in size so that a user can easily hold it and perform a procedure, and a friction pad may be formed on the outside to enhance the grip. In addition, the main body (500) is formed to protrude upward, and has a fixing portion (510) to which the multi-needle (100) and the drug syringe (10) are respectively fixed, and a pressure control portion (520) formed at the lower portion of the fixing portion (510), in which the drug injection device (600) is accommodated to adjust the pressure of the drug syringe (10), and a supply portion (530) formed at the lower portion of the pressure control portion (520), in which the temperature control device (700) is accommodated to supply a refrigerant or a heat agent. At this time, the fixing part (510) is formed with a fixing plate (511) to which the multi-needle (100) and the drug syringe (10) are fixed, and the fixing plate (511) is formed with a first fixing plate (511) formed at a position where the multi-needle (100) and the drug syringe (10) come into contact, and a second fixing plate (511) to which the drug syringe (10) is fixed. In addition, a clamp is formed on the fixing plate (511) to prevent the multi-needle (100) and the drug syringe (10) from being detached.

[0103] And the pressure control unit (520) is formed with a mounting space in which the drug injection device (600) is mounted, and the mounting space is formed in a shape that is sunken inward from the upper part of the main body (500). In addition, an open hole is formed in the upper part of the mounting space to expose the drug injection device (600), and as the drug injection device (600) moves through the open hole, the pressure of the drug syringe (10) is adjusted to control the amount of drug to be injected.

[0104] And the supply unit (530) formed at the lower part of the pressure control unit (520) and housing the temperature control device (700) therein is divided into multiple sections, and the temperature control device (700) is divided by a partition plate (531). In addition, a connection hole (540) is formed in the partition plate (531) through which a connection pipe (550) connecting the multi-needle (100) and the temperature control device (700) passes, and the connection hole (540) is formed on the front side of the main body (500) together with the partition plate (531). At this time, the connection port (540) is formed with a first connection port (541) formed on the front of the main body (500) and a second connection port (542) formed on the partition plate (531), and the first connection ports (541) are formed in multiple numbers on the front of the main body (500) so that a connection pipe (550) connected to the refrigerant inlet (411) and refrigerant outlet (412) of the multi-needle (100) passes through each of them. And the connecting pipe (550) of the refrigerant inlet (411) that passes through the first connecting port (541) is connected to the temperature control device (700), and the connecting pipe (550) of the refrigerant outlet (412) that passes through the first connecting port (541) and the second connecting port (542) simultaneously is transmitted to the temperature control device (700) inside the main body (500) to control the temperature of the temperature control device (700).

[0105]

[0106] (Example 7-1) The present invention relates to a handpiece for drug injection, and in Example 6-1, the drug injection device (600) includes a rotating part (610) that is accommodated inside the main body (500) and rotates by power; a connecting part (620) that moves by being connected to the rotating part (610), and that penetrates the main body (500) and is connected to the rear of the drug syringe (10).

[0107] (Example 7-2) The drug injection handpiece of the present invention comprises, in Example 7-1, a rotating shaft (611) formed on the rotating part (610) and having a spiral groove formed therein; and a rotating motor (612) connected to the rotating shaft (611) and rotating by power.

[0108] (Example 7-3) The drug injection handpiece of the present invention includes, in Example 7-1, the drug injection device (600) formed as a hydraulic or pneumatic cylinder.

[0109] The present invention relates to a drug injection device (600), and specifically, the drug injection device (600) is accommodated inside a main body (500) to control the internal pressure of a drug syringe (10). Referring to FIGS. 9 and 10, the drug injection device (600) is accommodated in a pressure control unit (520) of the main body (500), and includes a rotating unit (610) that rotates by power, and a coupling unit (620) that is connected to the rotating unit (610) and is coupled to the rear of the drug syringe (10). At this time, the rotating unit (610) is formed with a rotating shaft (611) accommodated in a seating space of the pressure control unit (520) and a rotating motor (612) that rotates the rotating shaft (611). In addition, the rotating motor (612) is formed inside the seating space, and moves the coupling unit (620) as it rotates by power. Additionally, the rotation shaft (611) rotates without moving as it rotates by the bearing, as a spiral groove is formed.

[0110] And the coupling part (620) is formed with a coupling groove that is coupled to the rotation shaft (611), and the coupling groove has a spiral protrusion formed therein so that the direction of movement of the coupling part (620) is determined according to the direction in which the rotation shaft (611) rotates. In addition, the coupling part (620) extends upward from the rotation shaft (611) and penetrates the open hole of the main body (500) to be coupled to the rear of the drug syringe (10). In addition, both sides of the coupling part (620) protrude and are guided by the main body (500) to move, so that the coupling part (620) can be prevented from tilting or sagging when moving by the rotation of the rotation part (610).

[0111] Additionally, the drug injection device (600) may be formed as a cylinder formed hydraulically or pneumatically as another embodiment, and the cylinder is connected by an external pump.

[0112]

[0113] (Example 8-1) The present invention relates to a handpiece for drug injection, and in Example 7-1, the temperature control device (700) includes an acceleration unit (710) formed inside the main body (500) and accelerating compressed air introduced from the outside by rotating it; a separation unit (720) formed at an end of the acceleration unit (710) and separating cold air and hot air; and a discharge unit (730) formed at the other end of the acceleration unit (710) and discharging cold air separated from the separation unit (720).

[0114] (Example 8-2) The drug injection handpiece of the present invention includes a supply member (711) connected to the acceleration member (710) in Example 8-1 and coupled to the outside of the main body (500) to supply compressed air.

[0115] (Example 8-3) The drug injection handpiece of the present invention includes, in Example 8-2, a coupling body (712) formed in the acceleration unit (710) and to which the supply member (711) is coupled; and an acceleration body (713) connected to the coupling body (712) and extending toward the separation unit (720).

[0116] (Example 8-4) The drug injection handpiece of the present invention includes an acceleration groove that rotates compressed air and is formed in the acceleration body (713) in Example 8-3.

[0117] (Example 8-5) The drug injection handpiece of the present invention, in Example 8-1, includes a separation member (721) that is helically connected to the end of the acceleration member (710), a separation motor (722) that is connected to the separation member (721) and rotates by power.

[0118] (Example 8-6) The drug injection handpiece of the present invention includes a silencer (740) formed on the outside of the separation part (720) in Example 8-1 and absorbing heat and noise.

[0119] The present invention relates to a temperature control device (700), and specifically, the temperature control device (700) is formed inside a main body (500) to separate compressed air into cold air and hot air and supply them to the inside of a multi-needle (100). Referring to FIG. 11, the temperature control device (700) is preferably formed as a vortex tube to supply cold air and hot air by being connected to a multi-needle (100). At this time, the temperature control device (700) is formed in a supply part (530) formed inside the main body (500), and includes an acceleration part (710) that rotates and accelerates compressed air introduced from the outside, a separation part (720) formed at an end of the acceleration part (710) to separate cold air and hot air, and a discharge part (730) formed at the other end of the acceleration part (710) to discharge cold air.

[0120] And the acceleration unit (710) is formed with a supply member (711) that is coupled to the outside of the main body (500) to supply compressed air, and the supply member (711) is connected to an external compression pump so that compressed air is supplied. In addition, the acceleration unit (710) is formed with a combination box (712) that is connected to the supply member (711) and accommodated inside the main body (500), and an acceleration box (713) is formed at the rear of the combination box (712) to transmit compressed air toward the separation unit (720). At this time, the combination box (712) and the acceleration box (713) are partitioned by a partition plate (531) of the supply unit (530), and the refrigerant or heat passing through the multi-needle (100) is supplied to the acceleration box (713). This is to control the temperature of the main body (500) when the compressed air is heated by the spiral acceleration groove formed in the acceleration housing (713) and discharged into the main body (500). In addition, a separation member (721) formed as a valve is formed in the separation member (720) formed at the end of the acceleration housing (713), and the separation member (721) is formed diagonally so that heat is discharged to the outside through the space between the separation member (721) and the acceleration housing (713) and cold air is circulated and discharged to the discharge member (730). In addition, the size of the space opened by the separation member (721) is determined as it rotates by the separation motor (722), and this is to determine the temperature of the cold air according to the size of the space opened. In addition, a silencer (740) formed integrally with or separately from the discharge member (730) and absorbing the heat separated from the separation member (720) is formed. In addition, the silencer (740) is attached to the outside of the main body (500) and can absorb heat as the inside is opened or absorb noise when heat is discharged.

[0121] And the discharge part (730) is formed on the front of the combination body (712), and the cold air separated from the separation part (720) is discharged, and the cold air is introduced into the multi-needle (100) by a connecting pipe (550) extending from the multi-needle (100).

Claims

1. A multi-needle (100) in which a drug syringe (10) containing the drug is combined and the drug is injected into the skin as the needle (20) is inserted; A main body (500) that fixes the multi-needle (100) and the drug syringe (10) and controls the injection amount of the drug and the temperature of the multi-needle (100); A drug injection device (600) formed inside the main body (500) and controlling the amount of drug injected by controlling the pressure of the drug syringe (10); A drug injection handpiece including a temperature control device (700) formed at the lower portion of the drug injection device (600) and connected to the multi-needle (100) to control temperature.

2. In claim 1, The above multi-needle (100) is fixed to the main body (500), and the drug syringe (10) is coupled to the rear side to form an injection part (110) through which the drug is injected; A needle joint (200) that is connected to the front of the injection unit (110) and to which a plurality of needles (20) that penetrate the skin are connected; The above needle joint (200) is inserted inside and a suction part (300) that sucks in air at a location where it comes into contact with the skin; A drug injection handpiece comprising a temperature control unit (400) formed on the front of the suction unit (300) and connected to the temperature control device (700) to control the internal temperature.

3. In claim 2, A drug injection handpiece including an injection case (120) through which a drug syringe (10) is connected to the rear of the injection part (110).

4. In claim 2, The above needle joint (200) is a joint case (210) to which the injection joint (110) is joined; A drug injection handpiece including a fixing member (220) protruding from the front of the above-mentioned combination case (210) and to which the needle (20) is fixed.

5. In claim 2, The above suction part (300) is a suction case (310) in which the needle coupling part (200) is accommodated inside; A drug injection handpiece including a fixing projection (320) protruding from the front of the suction case (310) and through which the needle (20) penetrates.

6. In claim 5, The above temperature control unit (400) is connected to the temperature control device (700), and has a control case (410) through which a refrigerant or heat medium passes to control the temperature; A drug injection handpiece comprising an adjustment member (420) coupled to the front of the adjustment case (410) and receiving the fixing projection (320) and through which the needle (20) passes.

7. In claim 1, The above main body (500) is formed to protrude upward, and has a fixing part (510) to which the multi-needle (100) and the drug syringe (10) are respectively fixed; A pressure control unit (520) formed at the lower part of the above-mentioned fixed part (510) and accommodating the drug injection device (600) to control the pressure of the drug syringe (10); A drug injection handpiece including a supply unit (530) formed at the lower portion of the pressure control unit (520) and containing the temperature control device (700) to supply a refrigerant or a fruit.

8. In claim 1, The above drug injection device (600) is housed inside the main body (500) and has a rotating part (610) that rotates by power; A drug injection handpiece including a coupling part (620) that is connected to and moves the rotating part (610) and penetrates the main body (500) to be coupled to the rear of the drug syringe (10).

9. In claim 1, The above temperature control device (700) is formed inside the main body (500) and includes an acceleration unit (710) that rotates and accelerates compressed air introduced from the outside; A separation unit (720) formed at the end of the above acceleration unit (710) and separating cold and hot air; A drug injection handpiece comprising a discharge unit (730) formed at the other end of the acceleration unit (710) and discharging cold air separated from the separation unit (720).

10. In claim 1, The above separation unit (720) is a separation member (721) that is spirally connected to the end of the acceleration unit (710); A drug injection handpiece including a separation motor (722) connected to the above separation member (721) and rotated by power.

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