KR200282744Y1 - Nozzle pressing apparatus of hair setting machine - Google Patents

Abstract

The present invention relates to a nozzle pressurizing device for a hair setter, the configuration of which is formed with a recess 22b having a through hole 22a and a main cap 22 having a ring-shaped rib 22c provided at an outer circumference of the recess 22b. And a connection protrusion 26a exposed to the outside through the through hole 22a of the main cap 22 and connected to the hose 24 are formed at the upper end thereof, and the lower end of the container nozzle 20b at the lower end thereof. A nozzle press member 26 having a pressurizing protrusion 26b for inserting and pressing the nozzle 20b and a top ring portion of the container 20 are fixedly installed at one side of the bottom surface of the ring-shaped rib 22c of the main cap 22. (20a) a fixed clamp 28 for supporting the bottom surface, and a floating clamp 30 having one end fixed to the bottom surface of the ring-shaped rib 22c of the main cap 22 and the other end thereof rotatably rotated. Characterized in that configured. Therefore, cost reduction is achieved by eliminating the thread forming operation of the upper end of the container 20, and at the same time, it can be easily coupled and separated from the upper ring part 20a of the container 20 by the operation of the flow clamp 30. The contents can be ejected smoothly to obtain the effect of being easy to use.

Description

Nozzle pressing apparatus of hair setting machine

The present invention relates to a nozzle pressurizing device for a hair setter, and more particularly, to a nozzle pressurizing device for a hair setter, which facilitates coupling and detachment with an upper end of a container, and at the same time, allows the contents of the container to be ejected smoothly. .

In general, the mousse, spray, or gel used to create a hair style is complicated and cumbersome since the user sprays the hair directly from the container to the hand or the hair and then combs the hair using a comb. If you use your hands, there was a discomfort to wipe the contents of the hands after hair care.

Accordingly, the present inventors transfer the contents to the hair comb 16 through the connecting hose 14 as the pressure cap 10 pressurizes the nozzle of the container 12 as in FIG. 1 to solve this inconvenience. Then, the hair setting device has been proposed to press the ejection button 16b provided on the handle 16a of the hair comb 16 to eject the contents into the comb teeth 16c.

However, this prior art has to form a thread on the outer circumferential surface of the upper end of the container 12 in order to couple the pressure cap 10 for pressurizing the nozzle to the upper end of the container, considering that the thread forming operation is very difficult and disposable container. At the same time, there was a problem of cost burden.

The present invention has been made to solve the problems of the prior art, the hair setter to facilitate the connection and separation of the upper end of the container without forming a thread on the upper end of the container and at the same time to facilitate the contents of the hair setter The object is to provide a nozzle pressurizing device.

1 is a schematic view showing a nozzle pressurizing device of a hair setter according to the prior art.

Figure 2 is an exploded perspective view showing a nozzle pressurizing device of the hair setter according to the present invention.

3 and 4 are side cross-sectional views showing a state in which the nozzle pressing device of the hair setter according to the present invention is coupled to the upper ring portion of the container.

5 and 6 are schematic cross-sectional view showing a state in which the nozzle pressing device of the hair setter according to the present invention is coupled to the upper ring portion of the container.

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

10 pressure cap 12 container

13 nozzle 14 connection hose

16: hair comb 16a: handle

16b: blowout button 16c: comb teeth

20: container 20a: ring portion

20b: nozzle 22: main cap

22a: through hole 22b: concave groove

22c: ring rib 22d: flow hole

22e: fixed section 22f: fixed hole

24: hose 26: nozzle pressure member

26a: connecting protrusion 26b: pressing protrusion

28: fixing clamp 28a: fixing hole

30: floating clamp 30a: handle

30b: fixing hole 32: leakage preventing member

32a: through hole

In order to achieve the above object, the nozzle pressurizing device of the hair setter of the present invention has a recessed groove having a through hole to cover an upper ring portion of a container filled with contents such as mousse or spray, and the recessed peripheral portion The main cap is provided with a ring-shaped rib, and the connecting protrusion which is exposed to the outside through the through-hole of the main cap and connected to the hose is formed at the upper end, and is inserted into the lower container nozzle at the lower end thereof and pressurized by the nozzle. A nozzle pressurizing member having a pressurized protrusion for ejecting to the main body, a fixed clamp fixed to one side of the ring-shaped rib bottom surface of the main cap to support the bottom of the upper ring portion of the container, and the other side of the ring-shaped rib bottom surface corresponding to the fixed clamp One end is fixed to the other end is installed so that the other end is capable of axial rotation when the main cap is used when rotating in a predetermined direction Additional pressurization of the stone at the same time pressing the nozzle member to be coupled with the upper ring portion of the is characterized by configured by a flow clamp so as to press the nozzle.

In addition, in the nozzle pressurizing device of the hair setter according to the present invention, the fixed clamp is placed on the bottom of the ring-shaped rib of the main cap so that a portion of the inner circumferential surface of the fixed clamp is located inside the concave groove diameter of the main cap. It is preferably formed to support the bottom of the ring portion of the container together with the inner circumferential surface of the flow clamp when rotating toward the fixed clamp.

In addition, in the nozzle pressing device of the hair setter according to the present invention, the flow clamp is bent upwards to form a handle and the handle is protruded upward to the ring-shaped rib predetermined portion of the main cap so as to operate It is preferable that a flow hole is provided and a fixed piece for supporting the bottom of the flow clamp is formed on the bottom of the flow hole while the flow clamp is rotated toward the fixed clamp to support the ring portion of the container.

In addition, in the nozzle pressurizing apparatus of the hair setter according to the present invention, a leakage preventing member is installed at the outer circumferential portion of the pressure pressing member of the nozzle pressing member to prevent leakage of contents ejected from the nozzle of the container pressurized by the pressure protrusion. This is preferred.

Hereinafter, the present invention based on the accompanying drawings.

As shown in Figures 2 to 6, the nozzle pressing device of the hair setter according to the present invention is formed with a concave groove portion 22b having a through hole 22a to cover the upper ring portion 20a of the container 20, The main cap 22 in which the ring-shaped rib 22c is provided in the outer peripheral part of this recessed groove part 22b, and the connection protrusion part 26a connected to the hose 24 are formed in the upper end, and the lower container nozzle 20b in the lower end part. A nozzle press member 26 having a pressurizing protrusion 26b for inserting a furnace and pressurizing the nozzle 20b, a fixed clamp 28 for supporting the bottom of the upper ring portion 20a of the container 20, and one end of which is a ring type The flow clamp 30 is fixed to the bottom of the rib 22c and is provided so that the other end is axially rotatable.

The main cap 22 has a two-stage cylindrical concave groove portion 22b having a ring-shaped rib 22c formed on an outer circumferential surface thereof, and a connection protrusion of the nozzle pressing member 26 connected to the hose 24 at the center thereof ( A through hole 22a is formed to expose 26a to the outside, and the handle 30a of the floating clamp 30 protrudes from a predetermined portion of the ring-shaped rib 22c while the handle 30a is a predetermined distance. A flow hole 22d for providing a flow is provided, and a bottom of the flow hole 22d supports the bottom surface of the flow clamp 30 that supports the upper ring portion 20a of the container 20, thereby providing the flow clamp. The needle-shaped b-shaped fixing piece 22e which prevents the 30 from being separated in the opposite direction toward the fixing clamp 28 is bent.

And, on the ring-shaped rib 22c of the main cap 22 to correspond to the fixing clamp 28 and the fixing holes 28a, 30b of the floating clamp 30 to be fixed by a predetermined fixing member (not shown) Fixing holes 22f are formed, respectively.

The nozzle pressurizing member 26 is in the shape of an upper surface sealed tube disposed at the upper end of the concave groove 22b of the main cap 22, and protrudes upward through the through hole 22a of the main cap 22 at the center thereof. A connecting protrusion 26a is formed to be connected to the 24, and a pressing protrusion 26b for pressing the nozzle 20b of the container 20 is formed at the lower end portion in line with the connecting protrusion 26a. The connecting protrusion 26a and the pressing protrusion 26b are penetrated so that the contents of the container 20 can be ejected to the hose 24.

The fixing clamp 28 is a half moon shape disposed on the bottom surface of the ring-shaped rib 22c of the main cap 22, and a part of the inner circumferential surface of the fixing clamp 28 has a diameter inside the recess 22b of the main cap 22. When the flow clamp 30 is rotated toward the fixed clamp 28, the inner clamp surface of the container 20 and the bottom surface of the ring portion 20a of the container 20 may be formed to rotate the clamping valve 30. At both ends of the fixing clamp 28, fixing holes 28a are formed to be fixed to the ring-shaped ribs 22c of the main cap 22 by a predetermined coupling member.

The floating clamp 30 has a half moon shape corresponding to the fixed clamp 28, and a fixed hole 30b is formed so that one end thereof can be fixed to the ring-shaped rib 22c of the main cap 22, and the other end that flows. The handle 30a is bent upward to protrude into the flow hole 22d formed in the ring-shaped rib 22c of the main cap 22, and the handle 30a is formed on the opposite side of the fixed clamp 28. To open the ring portion 20a of the vessel 20 into the concave groove 22b of the main cap 22, and then the handle 30a after the ring portion 20a of the vessel 20 is inserted. When it flows toward the fixed clamp 28, the inner circumferential surface of the flow clamp 30 is positioned within the diameter of the concave groove 22b of the main cap 22 and formed to support the bottom of the ring portion 20a of the container 20. It is.

The leakage preventing member 32 has a through hole 32a formed at the center thereof so that the pressing protrusion 26b of the nozzle pressing member 26 is penetrated, and the container 20 pressurized by the pressing protrusion 26b. In order to prevent the contents ejected from the nozzle 20b from leaking out, it has a cylindrical shape that can be disposed on the inner circumferential surface of the nozzle pressing member 26.

The nozzle pressurizing device of the hair setter of the present invention according to the above constitution arranges the nozzle pressurizing member 26 on the top of the concave groove part 22b of the main cap 22 and at the same time protrudes upward through the through hole 22a. To the hose 24 and the leakage preventing member 32 is disposed on the inner circumferential surface thereof. Then, the fixing clamp 28 is fixed to the bottom surface of the ring-shaped rib 22c of the main cap 22, and then the floating clamp 30 is fixed at one end thereof so as to be movable, and the handle 30a of the floating clamp 30 is fixed. Is projected upward through the flow hole 22d of the ring-shaped rib 22c.

Then, the flow clamp 30 flows in the opposite direction of the fixed clamp 28 so that the diameter of the inner circumferential surface thereof is increased, and then the upper ring portion 20a of the container 20 is recessed in the main cap 22. Insert into (22b). Then, the bottom surface of one side of the upper ring portion 20a of the vessel 20 is supported by the inner circumferential surface of the fixed clamp 28, and the pressing protrusion 26b of the nozzle pressurizing member 26 is the nozzle 20b of the vessel 20. ) It is inserted into the upper end. In this state, if the flow clamp 30 flows toward the fixed clamp 28 and the inner circumferential surface of the flow clamp 30 is positioned to support the bottom of the ring portion 20a of the vessel 20, the ring portion of the vessel 20 The main cap 22 is moved downward by a predetermined distance (20a) by a thickness, which results in the pressing protrusion 26b of the nozzle pressing member 26 pressing the nozzle 20b. In other words, in order for the inner circumferential surface of the flow clamp 30 to be positioned at the bottom of the ring portion 20a of the vessel 20, the entire main cap 22 may be lowered by the thickness of the ring portion 20a of the vessel 20. After pressurizing, the flow clamp 30 is caused to flow, and in this process, the pressing protrusion 26b of the nozzle pressing member 26 is to pressurize the nozzle 20b by a force of the main cap 22 being pressed.

Then, the flow clamp 30 is completed, the bottom surface is supported by the fixing piece 22e formed on the bottom surface of the ring-shaped rib 22c of the main cap 22, the coupling with the ring portion 20a of the container 20 is completed. Will be. The flow clamp 30 is further closely supported by the fixed piece 22e by the repulsive force of the nozzle 20b being pressed.

Meanwhile, the contents of the container 20 are ejected from the nozzle 20b pressurized by the pressure protrusion 26b of the nozzle pressing member 26, and the ejected contents are combed out of the hair setter through the hose 24. It is transferred to (not shown) to be able to care for the hair.

As described above, the nozzle pressurizing device of the hair setter according to the present invention combines the main cap with the upper end of the container and simultaneously ejects the contents from the nozzle through the pressure protrusion, thereby eliminating the thread forming operation of the upper end of the container, thereby reducing the cost. By the operation of the flow clamp, the upper ring portion of the container can be easily coupled and separated, and at the same time, the contents can be ejected smoothly, thereby achieving the effect of convenience.

As described above, the present invention has been described with respect to only one preferred embodiment, but it is apparent to those skilled in the art that various modifications and changes are possible within the technical spirit of the present invention based on the above embodiments. Of course, it falls within the scope of the utility model registration claim attached to the modification.

Claims (4)

A main cap in which a concave groove having a through hole is formed to cover the upper ring portion of a container filled with contents such as a mousse or a spray, and a ring rib is provided at an outer circumference of the concave groove; The connection protrusion is exposed to the outside through the through-hole of the main cap and connected to the hose is formed in the upper end, and the pressure protrusion is inserted into the lower container nozzle at the lower end and pressurizes the nozzle to eject the contents into the hose. Nozzle pressurizing member; A fixing clamp fixedly installed at one side of the ring-shaped rib bottom surface of the main cap to support the bottom surface of the upper ring portion of the container; One end is fixed to the other side of the bottom surface of the ring-shaped rib of the main cap so as to correspond to the fixing clamp, and the other end is installed to be axially rotated so that the main cap is coupled to the upper ring of the container while rotating in a predetermined direction. A flow clamp allowing the pressure protrusion to pressurize the nozzle; Nozzle pressure device of the hair setter, characterized in that configured to include a. The fixed clamp of claim 1, wherein the fixed clamp has a portion of the inner circumferential surface of the fixed clamp positioned inside the diameter of the concave groove of the main cap when the fixed clamp is disposed on the bottom surface of the ring-shaped rib of the main cap. The nozzle pressing device of the hair setter, characterized in that it is formed to support the bottom of the ring portion of the container together with the inner circumferential surface. The flow clamp of claim 1, wherein the flow clamp is provided with a flow hole at a predetermined portion of the ring-shaped rib of the main cap so that one end of the flow clamp is bent upward to form a handle and the handle protrudes upward. And a fixing piece for supporting the bottom surface of the flow clamp while the flow clamp is rotated toward the fixed clamp to support the ring portion of the container. The nozzle of the hair setter according to claim 1, wherein a leakage preventing member is installed at an outer circumferential portion of the pressure pressing member of the nozzle pressing member to prevent leakage of contents ejected from the nozzle of the container pressurized by the pressure protrusion. Pressurization device.