KR102546032B1 - Syringe Barrel Silicone Dispenser - Google Patents

Abstract

A syringe barrel silicone dispenser includes a syringe barrel, a jig portion, a spray portion and a jig rotation portion. In addition, the spray portion include a spray body portion, a spray discharge portion, a spray storage portion, a spray rotation portion and a spray rotation protection portion. In addition, a spray discharge portion includes: a spray discharge connection portion connected to the spray body portion and rotated by the spray rotation portion; a spray discharge auxiliary portion spaced apart from the lower side of the spray discharge connection portion; a plurality of spray discharge nozzle portions provided at the lower end of the spray discharge auxiliary portion; and a spray discharge elevating portion provided at the spray discharge connection portion and selectively raising and lowering the spray discharge auxiliary portion. Therefore, silicon remaining in the spray discharge nozzle portion can be minimized, and silicon can be efficiently sprayed inside the syringe barrel.

Description

Syringe Barrel Silicone Dispenser}

The present invention relates to a syringe barrel silicone injector, and relates to a syringe barrel silicone injector for efficiently and accurately injecting silicone into a syringe barrel.

In general, a syringe has a structure in which a piston is inserted into a barrel and the piston is movable. That is, when the user presses the piston of the syringe, the chemical solution inside the “barrel” is discharged through a needle mounted at the end of the “barrel”.

The piston inserted into the barrel consists of a plunger member and a gasket coupled to its end. The gasket is formed of a structure and material that is in close contact with the inside of the barrel so that the chemical solution does not leak by maintaining a seal inside the barrel.

During the manufacturing process of the syringe, it is common to form a lubricating coating by spraying a lubricating liquid such as silicone into the barrel. This is because, if the lubricating coating is not formed, considerable friction may occur between the gasket and the inner circumferential surface of the barrel, and excessive force may be required to press the piston. This not only makes the use of the syringe inconvenient, but also can cause great pain to the patient receiving the drug solution through the syringe.

In order to form a lubricating coating, various devices have been developed for spraying a lubricating liquid such as silicone into the barrel of a syringe. For example, in a conventional syringe barrel silicone injection device, silicon is injected with an injection nozzle perpendicular to the syringe barrel. As a result, pressure remained inside the injection nozzle or silicon remaining in the injection nozzle was unnecessarily buried or dropped on the barrel, and a defect in that the lubricating coating was not smoothly formed inside the syringe barrel occurred.

Accordingly, research into a syringe barrel silicon injection device capable of efficiently applying a lubricating coating while preventing unnecessary silicone from being smeared or dropped from the injection nozzle inside the syringe barrel is being actively conducted.

Korean Patent Registration No. 10-2366640

Embodiments of the present invention are intended to provide a syringe barrel silicone injection device capable of efficiently injecting silicone into the syringe barrel.

In addition, embodiments of the present invention are intended to provide a syringe barrel silicon injection device with a reduced defect rate by fixing the position of the syringe barrel when silicon is injected into the syringe barrel.

According to the present embodiments, the syringe barrel silicon injection device may inject silicone into the syringe barrel by tilting the syringe barrel through a rotatable jig portion and a rotatable injection discharge portion.

Specifically, a jig part forming an exterior and providing a path for a syringe pusher to move, on which a syringe barrel is seated and movable, a spraying part for injecting silicone into the syringe barrel seated on the jig part, and the jig It may include a jig rotation part that tilts the jig part so that the syringe barrel seated in the part faces the injection part.

In addition, the spraying unit has a spraying body portion forming an appearance, a spraying discharge unit connected to the spraying body portion and spraying silicon toward the syringe barrel, a spraying storage unit disposed below the spraying discharger and storing silicon, It is connected to the injection discharge unit, and may include an injection movement unit for rotating the injection discharge unit toward the syringe barrel, and an injection movement protection unit protruding from the injection main body and covering the injection movement unit.

In addition, the injection discharge unit is connected to the injection main body, and is provided with a plurality of injection discharge connection parts rotated by the injection and discharging unit, an injection discharge auxiliary unit spaced apart from the lower side of the injection discharge connection unit, and a lower end of the injection discharge auxiliary unit. It is provided with a jet discharge nozzle unit and the jet discharge connection unit, and may include a jet discharge elevation unit for selectively lifting the jet discharge auxiliary unit.

In addition, the base through which the jig part, the jet body part, and the jet storage unit are disposed and formed through the base part, and a part of the jig rotation part is disposed to prevent interference with the jig rotation unit. can include

In addition, the jig rotation unit is connected to the jig rotation power unit and the jig rotation power unit provided in the lower part of the base portion, and is provided at the end of the jig rotation main body portion and the jig rotation main body portion disposed in the base penetrating portion, It may include a jig rotation pressing unit for pressing the jig unit to rotate.

In addition, the jig rotation pressure portion includes a jig pressure connection portion connected to the jig rotation body portion and a jig pressure contact portion that bends and extends in a direction in which the jig portion is tilted at an end of the jig pressure connection portion, wherein the jig portion presses the jig portion. It may include a connection part and a jig step part formed to be stepped to correspond to the jig pressure contact part.

In addition, it is disposed spaced apart on both sides of the injection body portion, may further include a jig fixing portion for selectively pressing the jig portion.

In addition, a barrel support is disposed in front of the injection storage unit and further includes a barrel support for supporting the syringe barrel tilted by the jig pivoting unit, wherein the barrel support includes a barrel support body fixed to the base, and the barrel support. It may include a barrel support extension portion extending obliquely toward the syringe barrel from an upper portion of the body portion and a barrel support recess portion recessed so that the syringe barrel is inserted and supported at an end of the barrel support extension portion.

In addition, silicon may be injected into the syringe barrel in a state where the jig part is inclined by 60 degrees to 80 degrees relative to the base part.

In addition, the spray discharge nozzle part may inject silicon into the syringe barrel in a state of being inclined by 40 degrees to 70 degrees relative to the base part.

In addition, the barrel support extension part may be inclined at an angle of 5 degrees to 30 degrees with respect to the base part.

In addition, the jig turning and pressing parts may be provided in three pieces and arranged at equal intervals, and the jet discharge lifting parts may be provided in three pieces and arranged at equal intervals.

In addition, the injection discharge nozzle portion may enter the inside of the syringe barrel by 10 mm to 15 mm to inject silicon.

Embodiments of the present invention may provide a syringe barrel silicone injection device capable of efficiently injecting silicone into the syringe barrel.

In addition, embodiments of the present invention can provide a syringe barrel silicon injection device in which the defect rate is reduced by fixing the position of the syringe barrel when silicon is injected into the syringe barrel.

1 is a perspective view of a syringe barrel in one embodiment of the present invention.
2 is a perspective view of a syringe barrel silicone injector according to an embodiment of the present invention.
3 is a front view of a syringe barrel silicone injector according to an embodiment of the present invention.
4 is a top view of a syringe barrel silicone injection device according to an embodiment of the present invention.
5 is a view showing a jig fixing part according to an embodiment of the present invention.
6 is a view showing a barrel support according to an embodiment of the present invention.
7 is a view showing that silicone is injected into the syringe barrel according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings, embodiments of the present invention will be described in detail so that those skilled in the art can easily carry out the present invention.

However, the present invention may be embodied in many different forms and is not limited to the embodiments described herein. And in order to clearly explain the present invention in the drawings, parts irrelevant to the description are omitted, and similar reference numerals are attached to similar parts throughout the specification.

In this specification, redundant descriptions of the same components are omitted.

In addition, in this specification, when a component is referred to as being 'connected' or 'connected' to another component, it may be directly connected or connected to the other component, but another component in the middle It should be understood that may exist. On the other hand, in this specification, when a component is referred to as 'directly connected' or 'directly connected' to another component, it should be understood that no other component exists in the middle.

In addition, terms used in this specification are only used to describe specific embodiments and are not intended to limit the present invention.

Also, in this specification, a singular expression may include a plurality of expressions unless the context clearly indicates otherwise.

In addition, in this specification, terms such as 'include' or 'having' are only intended to designate that there is a feature, number, step, operation, component, part, or combination thereof described in the specification, and one or more It should be understood that the presence or addition of other features, numbers, steps, operations, components, parts, or combinations thereof is not precluded.

Also in this specification, the term 'and/or' includes a combination of a plurality of listed items or any item among a plurality of listed items. In this specification, 'A or B' may include 'A', 'B', or 'both A and B'.

1 is a perspective view of a syringe barrel in one embodiment of the present invention. 2 is a perspective view of a syringe barrel silicone injector according to an embodiment of the present invention. Referring to FIGS. 1 and 2 , a syringe barrel silicone injection device P according to an embodiment of the present invention may include a syringe barrel J.

The syringe barrel (J) forms an exterior and may provide a path for the syringe push rod to move. That is, the syringe barrel (J) is formed in a cylindrical pipe shape, an injection solution such as a drug may be contained therein, and a syringe pusher moves along the inside of the syringe barrel (J), and the liquid can be discharged to the outside. .

In addition, the syringe barrel silicon injection device P according to an embodiment of the present invention may include a jig part 1, an injection part 3, and a jig rotation part 5. The jig part 1 may be provided so that the syringe barrel J is seated and movable. That is, the jig part 1 may have a plurality of holes formed at equal intervals, and a plurality of syringe barrels J may be inserted into each hole to be protected from the outside and moved.

The injection unit 3 may inject silicon into the syringe barrel J seated on the jig unit 1 . As described above, the syringe barrel J may move the syringe push rod into the space formed therein.

If the frictional force between the syringe barrel J and the syringe push rod increases, the user's use may be inconvenient, and there may be a risk of injury due to excessive force by the user.

Accordingly, the injection unit 3 injects silicone into the syringe barrel J, so that the syringe push rod moves smoothly inside the syringe barrel J, and the injection solution inside the syringe barrel J is smoothly and accurately injected. can do.

The jig rotation unit 5 may tilt the jig unit 1 so that the syringe barrel J seated on the jig unit 1 faces the injection unit 3 . That is, the jig pivoting part 5 may incline the syringe barrel J toward the injection part 3 .

Accordingly, the injection unit 3 can gently inject the silicone along the inner circumferential surface of the syringe barrel (J), so that the outside of the syringe barrel (J) can be prevented from being contaminated by the silicone splashing out of the syringe barrel (J). there is.

3 is a front view of a syringe barrel silicone injector according to an embodiment of the present invention. Referring to FIG. 3, the spraying unit 3 may include a spraying body 31, a spraying discharge unit 33, a spraying storage unit 35, a spraying moving unit 37, and a spraying motion protection unit 39. can

The injection main body 31 may form an external appearance. That is, the injection main body 31 may be provided on the base portion B of the syringe barrel silicon injection device P to be described later to form the overall appearance of the injection portion 3. Specifically, the injection body portion 31 may be provided with a plurality of plates extending away from the base portion (B) on the upper surface of the base portion (B) and spaced apart.

The injection discharge unit 33 is connected to the injection body 31 and may inject silicon toward the syringe barrel J. That is, the injection discharge unit 33 may be disposed between the injection main body 31 provided with a plurality of plates to inject silicon into the syringe barrel J.

The injection storage unit 35 may be disposed below the injection discharge unit 33 to store silicon. That is, silicon is stored in the jet storage unit 35, and the jet discharge unit 33 can absorb the silicon stored in the jet storage unit 35 and inject it into the syringe barrel J.

The spraying and discharging unit 37 is connected to the spraying and discharging unit 33, and the spraying and discharging unit 33 may rotate toward the syringe barrel J. That is, the injection and discharge unit 37 rotates the injection and discharge unit 33 toward the syringe barrel J tilted by the jig rotation unit 5 so that silicon can be easily injected.

The injection action protection unit 39 may protrude from the injection main body 31 and cover the injection action portion 37 . That is, the injection action protection unit 39 can protect the injection action portion 37 that provides power to rotate the injection discharge portion 33 from external impact.

Specifically, the spray movement protection unit 39 may cover a part of the spray discharge unit 33 . That is, since heat can be dissipated by the operation of the spraying unit 37, it can be provided to cover only a part of the spraying/discharging unit 33 so that the heat can be easily discharged to the outside.

On the other hand, the jet discharge unit 33 may include a jet discharge connection unit 331, a jet discharge assisting unit 333, and a jet discharge elevation unit 337. The injection discharge connection part 331 is connected to the injection main body 31 and can be rotated by the injection moving part 37. That is, the injection/discharge connection part 331 is not physically fixed to the injection main body 31 and can be rotated by the power of the injection moving part 37 .

The injection/discharge auxiliary unit 333 may be spaced apart from the lower side of the injection/discharge connection unit 331 . That is, the injection/discharge assisting unit 333 may be connected to the injection/discharge connection unit 331 by an injection/discharge elevating unit 337 to be described later and rotated together by the rotation of the injection/discharge connection unit 331.

A plurality of jet discharge nozzle units 335 may be provided at the lower end of the jet discharge assist unit 333 . That is, the injection discharge nozzle unit 335 may absorb silicon of the injection storage unit 35 and discharge it into the syringe barrel J.

In addition, the spray discharge nozzle unit 335 is provided in the same number as the plurality of syringe barrels J seated on the jig unit 1, and simultaneously sprays silicon to improve the process speed.

The injection/discharge lifting unit 337 is provided at the injection/discharge connecting unit 331 and can selectively lift the injection/discharge assisting unit 333 . Specifically, the injection/discharge elevating unit 337 is fixed to the injection/discharge connecting portion 331, and an end thereof is connected to the injection/discharge assisting unit 333 to move the injection/discharging assisting unit 333 in the vertical direction.

When the process of injecting silicon into the syringe barrel (J) is comprehensively described, the jet discharge assisting unit 333 descends due to the descent of the jet discharge elevation unit 337, and the jet discharge nozzle unit 335 is the jet storage unit ( 35) and can inhale the silicon. Next, the jet/discharge assisting unit 333 and the jet/discharge nozzle unit 335 may return to their original positions by the elevation of the jet/discharge elevation unit 337 .

Next, the syringe barrel (J) seated on the jig part (1) can be tilted, and when the injection discharge connection part 331 is rotated by the injection moving part 37, the injection connected by the injection discharge lifting part 337 The assist discharge unit 333 and the jet discharge nozzle unit 335 may rotate to face the inside of the syringe barrel J.

Next, the jet discharge nozzle unit 335 may enter the inside of the syringe barrel (J) by the descent of the jet discharge elevation unit 337, and may inject silicon into the syringe barrel (J). After that, when the injection discharge elevating unit 337 moves up and down, the injection of silicon into the syringe barrel J may end.

Accordingly, as both the syringe barrel (J) and the injection discharge nozzle portion 335 are tilted and the silicon is injected, the injection discharge nozzle portion 335 remains inside the nozzle generated when the injection discharge nozzle portion 335 is vertically injected into the syringe barrel (J) Silicone remaining in the pressure or nozzle can be prevented from unnecessarily smearing or falling on the syringe barrel (J).

That is, as the syringe barrel (J) and the jet discharge nozzle part 335 are sprayed in a state inclined from the ground, silicon remaining in the jet discharge nozzle part 335 or the remaining silicon falls to the syringe barrel (J) and contamination can be prevented.

4 is a top view of a syringe barrel silicone injection device according to an embodiment of the present invention. Referring to FIG. 4 , the syringe barrel silicone injection device P according to an embodiment of the present invention may further include a base portion B and a base penetrating portion C.

The base part (B) may be disposed with the jig part 1, the spraying body part 31 and the spraying storage part 35. That is, the base portion (B) is provided as a plate to form the overall appearance of the syringe barrel silicone injection device (P), and various components may be disposed.

The base penetrating portion (C) is formed through the base portion (B), and a part of the jig rotation portion (5) is disposed so that interference with the jig rotation portion (5) can be prevented. That is, the base penetrating portion (C) may be formed to penetrate the base portion (B) in order to facilitate the operation of the jig rotation portion (5) and efficiently arrange the jig rotation portion (5).

On the other hand, the jig rotation unit 5 may include a jig rotation power unit 51, a jig rotation main body 53 and a jig rotation pressing unit 55. The jig rotation power unit 51 can be disposed under the base portion B, so that it can be efficiently disposed with other configurations.

The jig rotation main body 53 is connected to the jig rotation power unit 51 and may be disposed in the base penetrating portion (C). That is, the jig rotation main body 53 may be rotated through the power provided from the jig rotation power unit 51 .

The jig rotation pressing unit 55 is provided at an end of the jig rotation main body 53 and can press the jig unit 1 to rotate. That is, the jig rotation pressure unit 55 is configured to directly contact the jig unit 1, and tilts the jig unit 1 and the syringe barrel J seated on the jig unit 1 toward the injection unit 3. you can make it

Specifically, the jig rotation pressure portion 55 may include a jig pressure connection portion 551 and a jig pressure contact portion 553, and correspondingly, the jig portion 1 may include a jig step portion 11 . The jig pressure connection part 551 may be connected to the jig rotation body part 53 and may be provided as a flat plate.

The jig pressure contact portion 553 may be curvedly extended from an end of the jig pressure connection portion 551 in a direction in which the jig portion 1 is inclined. Specifically, the jig pressure contact portion 553 may be orthogonal to the jig pressure connection portion 551 .

The jig stepped portion 11 may be formed stepwise to correspond to the jig pressure connection portion 551 and the jig pressure contact portion 553 . That is, the jig step portion 11 is in contact with both the jig pressure connection portion 551 and the jig pressure contact portion 553 so that the contact area can be maximized, so that the power of the jig rotation power unit 51 can be maximally received.

5 is a view showing a jig fixing part according to an embodiment of the present invention. Referring to FIG. 5 , the syringe barrel silicon injection device P according to an embodiment of the present invention may further include a jig fixing part 7 .

The jig fixing part 7 is spaced apart from both sides of the injection body part 31, and can selectively press the jig part 1. That is, the jig fixing part 7 may align the position by pressing the jig part 1 so that the jig part 1 can accurately move along the path.

In addition, the jig fixing part 7 can align the jig part 1 before silicone is injected into the syringe barrel (J) and after silicone is injected into the syringe barrel (J), so the overall alignment is further improved. can make it

Specifically, the jig fixing part 7 is a first jig fixing part 71 for aligning the jig part 1 before silicone is injected into the syringe barrel J and the syringe barrel J, in which silicon is injected into the interior. Then, a second jig fixing part 73 for aligning the jig part 1 may be included.

6 is a view showing a barrel support according to an embodiment of the present invention. 7 is a view showing that silicone is injected into the syringe barrel according to an embodiment of the present invention.

Referring to FIGS. 6 and 7 , the syringe barrel silicone injection device P according to an embodiment of the present invention may further include a barrel support 9 . The barrel support part 9 is disposed in front of the injection storage part 35 and can support the syringe barrel J tilted by the jig rotation part 5.

That is, the barrel support part 9 may fix the position by supporting the syringe barrel J so that the silicon is accurately injected by the injection part 3 . In addition, the barrel support portion 9 can effectively support the syringe barrel J even in the event of a sudden external impact.

Specifically, the barrel support portion 9 may include a barrel support body portion 91 , a barrel support extension portion 93 and a barrel support recessed portion 95 . The barrel support body portion 91 may be fixed to the base portion (B). That is, the barrel support body portion 91 forms the overall appearance of the barrel support portion 9 and may be disposed on the base portion B.

The barrel support extension part 93 may extend from the top of the barrel support body part 91 to be inclined toward the syringe barrel J. That is, the barrel support extension 93 may be inclined and extended at a predetermined angle to effectively support the syringe barrel J.

In addition, the barrel support body 91 may be provided with a steel-based material, and the barrel support extension 93 is made of a plastic-based material to prevent unnecessary impact or scratches on the syringe barrel J. may be provided.

The barrel support depression 95 may be recessed so that the syringe barrel J is inserted and supported at an end of the barrel support extension 93 . In addition, the barrel support depression 95 may be recessed in a shape corresponding to the outer circumference of the syringe barrel J to maximize the contact area with the syringe barrel J.

Meanwhile, silicon may be injected into the syringe barrel J in a state in which the jig part 1 forms a first angle θ1 with the base part B. The first angle θ1 may be 60 degrees to 80 degrees. That is, silicon may be injected into the syringe barrel (J) in a state where the jig part (1) is tilted by 60 degrees to 80 degrees relative to the base part (B).

If the first angle (θ1) is less than 60 degrees, the syringe barrel (J) is excessively tilted and injected silicon may be discharged to the outside, and if the first angle (θ1) is greater than 80 degrees, the injection discharge nozzle unit Silicone remains in 335, which may contaminate the syringe barrel (J). Specifically, the first angle θ1 is provided at 65 degrees to 75 degrees so that silicon can be more efficiently injected into the syringe barrel J.

Silicon may be injected into the syringe barrel (J) in a state where the spray discharge nozzle part 335 forms a second angle θ2 with the base part B. The second angle θ2 may be 50 degrees to 70 degrees. That is, the spray discharge nozzle unit 335 may inject silicon into the syringe barrel J in a state in which the base unit B is tilted at an angle of 50 to 70 degrees.

If the second angle θ2 is less than 50 degrees, the injection discharge nozzle unit 335 is excessively tilted so that injected silicon can be discharged to the outside of the syringe barrel J, and the second angle θ2 is 70 degrees. If it is larger than that, silicon may remain in the injection discharge nozzle part 335 and the syringe barrel (J) may be contaminated. Specifically, the second angle θ2 is provided at 55 degrees to 65 degrees so that silicon can be more efficiently injected into the syringe barrel J.

The barrel support extension part 93 may extend to form a third angle θ3 with the base part B. The third angle θ3 may be 5 degrees to 30 degrees. That is, the barrel support extension 93 extends at an angle of 5 degrees to 30 degrees with respect to the base part B to stably support the syringe barrel J. Specifically, the third angle (θ3) is provided in the range of 10 degrees to 25 degrees, so that the syringe barrel (J) can be supported more stably.

On the other hand, the jig rotation pressure unit 55 is provided in three pieces and is arranged at equal intervals so that the jig unit 1 can be rotated efficiently by applying a rotational force evenly to the entire jig unit 1. In addition, three injection and discharge elevating units 337 are provided and arranged at equal intervals so that the spraying and discharging assisting units 333 can be efficiently lifted by applying force to the spraying and discharging assisting units 333 in a balanced manner. In addition, the injection discharge lifting unit 337 disposed in the center can have relatively large power, so that it can be moved up and down efficiently. The dictionary meaning of ascending and descending may include both raising and lowering as ascending and descending.

On the other hand, the spray discharge nozzle unit 335 may inject silicon by entering 10 mm to 15 mm into the syringe barrel (J). Accordingly, it is possible to stably and efficiently inject silicon into the entire inside of the syringe barrel (J). More specifically, the spray discharge nozzle unit 335 can inject silicone into the syringe barrel (J) by 12 mm to 13 mm and more stably and efficiently inject the silicone into the syringe barrel (J).

Although representative embodiments of the present invention have been described in detail above, those skilled in the art will understand that various modifications are possible to the above-described embodiments without departing from the scope of the present invention. . Therefore, the scope of the present invention should not be limited to the described embodiments and should not be defined, and should be defined by not only the claims to be described later, but also those equivalent to these claims.

J: syringe barrel 1: jig part
3: injection part 5: jig rotation part
7: jig fixing part 9: barrel support part
P: Syringe Barrel Silicone Injector

Claims (13)

a jig portion forming an external appearance and provided so that a syringe barrel, which provides a path for moving the syringe push rod, is seated and movable;
an injection unit for injecting silicon into the syringe barrel seated in the jig unit; and
Syringe barrel silicon injection device comprising a; jig rotation portion for tilting the jig portion so that the syringe barrel seated in the jig portion toward the injection portion. According to claim 1,
the injection part
Injection body portion to form an appearance;
a spray discharge unit that is connected to the injection body and injects silicon toward the syringe barrel;
a jet storage unit disposed under the jet discharge unit to store silicon;
a spraying and discharging unit connected to the spraying/discharging unit and pivoting the spraying/discharging unit toward the syringe barrel; and
A syringe barrel silicone injection device comprising a; injection movement protection portion protruding from the injection main body and provided to surround the injection action portion. According to claim 2,
The injection discharge part
a spray discharge connecting portion connected to the spray main body and rotated by the spray moving unit;
a spray/discharge assisting unit spaced apart from the lower side of the spray/discharge connecting unit;
a plurality of spray discharge nozzles provided at the lower end of the spray discharge assisting unit; and
A syringe barrel silicon injection device comprising a; injection discharge elevating unit provided in the injection discharge connection unit and selectively elevating the injection discharge assisting unit. According to claim 3,
a base portion on which the jig part, the jet body part, and the jet storage unit are disposed; and
The syringe barrel silicone injection device further comprising a base penetrating portion formed through the base portion and in which a portion of the jig rotation portion is disposed to prevent interference with the jig rotation portion. According to claim 4,
The jig rotation part
A jig rotation power unit provided under the base unit;
A jig rotation main body portion connected to the jig rotation power unit and disposed in the base penetrating portion; and
A syringe barrel silicone injection device comprising a; jig rotation pressing unit provided at an end of the jig rotation body unit and pressurizing the jig unit to rotate. According to claim 5,
The jig rotation pressing part
A jig pressure connecting portion connected to the jig rotation body portion; and
A jig pressure contact portion bently extending in a direction in which the jig portion is inclined at an end of the jig pressure connection portion; includes,
The jig part
The syringe barrel silicone injection device comprising a; jig step portion formed stepwise to correspond to the jig pressure connection portion and the jig pressure contact portion. According to claim 6,
Syringe barrel silicone injection device further comprising a; jig fixing portion disposed spaced apart from both sides of the injection body portion and selectively pressurizing the jig portion. According to claim 7,
A barrel support portion disposed in front of the injection storage portion and supporting the syringe barrel tilted by the jig rotation portion; further comprising,
The barrel support
a barrel support body fixed to the base;
a barrel support extension portion extending from an upper portion of the barrel support body portion to be inclined toward the syringe barrel; and
A syringe barrel silicone injection device comprising a; barrel support depression formed at an end of the barrel support extension so that the syringe barrel is inserted and supported. According to claim 8,
Syringe barrel silicone injection device, characterized in that the silicone is injected into the syringe barrel in a state where the jig part is inclined by 60 degrees to 80 degrees relative to the base part. According to claim 9,
The syringe barrel silicone injection device, characterized in that the spray discharge nozzle injects silicone into the syringe barrel in a state inclined at 40 to 70 degrees relative to the base. According to claim 10,
The syringe barrel silicone injection device, characterized in that the barrel support extension extends at an angle of 5 degrees to 30 degrees with respect to the base part. According to claim 11,
The jig rotation pressing part is provided in three and arranged at equal intervals,
The syringe barrel silicon injection device, characterized in that the injection discharge elevating portion is provided in three and arranged at equal intervals. According to claim 12,
The injection discharge nozzle portion enters the inside of the syringe barrel by 10 mm to 15 mm and injects silicon.

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