KR200316513Y1 - Hand type sprayer for bubble neutralization - Google Patents

Abstract

The present invention is a manual type to further have a bubbler to supply the compressed air into the container by the handle provided in a conventional spraying device to form a neutralizing liquid and the bubble discharged more vigorously As a neutralizing bubble spray device,

In constructing a manual type neutralizing bubble generating spray device 30;

The spraying device 30 is a filling container 31 in the normal sprayer 35 is formed by screwing the spray body 34 having the suction pipe 32 and the handle 33 to the filling container 31 to the filling container 31. It is configured to further have an air supply (40) for introducing a bubble to form a bubble and a bubble accelerator (60) for generating more and more neutralized bubbles discharged;

The air supplier (40) and the compressor (42) provided to supply external air to the front side of the supply body 41 provided between the spray body 34 and the handle 33;

A valve (43) provided at the rear of the compressor (42) to supply compressed air to the filling container (31) and to prevent air leakage in the filling container (31);

The bubble accelerator (60) includes an accelerator hole (61) formed in the spray body (34) to be connected to the upper end of the suction pipe (32);

A bubble net (64) embedded in the accelerator hole (61) to help form bubbles;

In order to connect the discharge tube 65 to the outlet side 63 of the foam net 64, the connection portion 66 is brought into front to be engaged with the engaging groove 67 formed on the side of the accelerator hole 61 in the rear. It characterized in that it comprises an interruption opening (69) closed with a locking projection (68).

Description

Hand type sprayer for bubble neutralization

The present invention relates to a manual type neutralizing foam spray device of the manual type, and more particularly, to neutralize the neutralizing agent used to perm used for foaming, and to foam the neutralizing agent used to neutralize the foaming agent. It is about giving.

The wave is made of perm (perm or permanent), and the drug used at this time is called a perm pill, and it is a neutralizer that is used to sustain the state of forming the wave by using the perm pill.

Conventionally, the neutralizer is used after filling in a bottle or a spray device and applied to the hair as it is or sprayed on the hair, but in this case, the neutralized liquid flows down the hair, and the neutralized liquid flows down the neck or the shoulder. Contact with the same skin will of course provide a cause for contamination of clothing.

In order to solve the problem, the neutralizing solution was foamed to bury the foam on the hair, and the neutralizing solution was prevented from flowing down, while being used for convenience.

Such a conventional foaming spray device is mixed with the air supplied by a motor operated by a power source charged in the battery in a container filled with a neutralizing solution to form a neutralizing foam, the foam is sprayed by a conventional spraying means It is composed.

The prior art as described above requires a charging time for power supply after a certain period of time, so that it cannot be used during this time, and the foaming is maximized in the case of the neutralized foam generated by mixing the neutralized liquid and air. Since it still does not flow, there is a disadvantage that the efficiency of foaming is lowered.

In particular, there are a number of problems, such as the inconvenience of the electrical means for supplying the external air to the neutralized liquid by the power source is often inconvenient to use.

Therefore, the present invention was devised to solve the above problems, and the air supply capable of foaming the neutralized liquid by supplying the compressed air into the container by the handle provided in the conventional spraying device, and the foam discharged more vigorously. The purpose of the present invention is to provide a neutralizing foam spraying device having a bubble net that can be formed to increase the efficiency of the perm operation while contributing to the convenience of users.

Figure 1 is a perspective view showing a passive type manual bubble neutralizing spray device applied technology of the present invention.

Figure 2 is a cross-sectional view showing a manual type passive foaming spray device applied to the technology of the present invention.

Figure 3 is a broken perspective view showing an A portion of the manual type manual type neutralizing foam spray device applied to FIG.

Figure 4 is a cross-sectional view taken a portion A of the manual type passive foaming spray device applied to Figure 2;

FIG. 5 is a cross-sectional view illustrating a portion B of the manual type neutralizing foam spray device applied to FIG. 2. FIG.

* Description of the symbols used in the main parts of the drawings *

30; Spray

40; Air supply

42; compressor

43; valve

46; Zhen Piston

47; Posterior piston

51; Airtight pad

60; Bubble accelerator

64; Bubble net

69; Interceptor

Hereinafter, with reference to the accompanying drawings will be described the configuration and operation of the present invention for achieving the above object.

1 is a perspective view showing a passive type manual neutralizing bubble spray device applied to the technology of the present invention, Figure 2 is a cross-sectional configuration view showing a manual type passive bubble spray device applied to the technology of the present invention, Figure 3 Fracture perspective view showing a portion A of the passive type neutralizing foam spray device applied to 2, Figure 4 is a cross-sectional view showing a portion A of the passive type neutralizing foam spray device applied to Figure 2, Figure 5 It will be described together with a cross-sectional view showing the portion B of the manual type passive foaming spray device applied to FIG.

Manual type neutralizing foam generating spray device 30 to which the technology of the present invention is applied,

A general atomizer configured by screwing a filling container 31 provided to fill the contents to be sprayed (neutralizing liquid), and a spraying body 34 having a suction pipe 32 and a handle 33 for spraying ( It is configured to further have an air supply 40 to inject external air into the filling container (31) in the 35) to form a bubble and a bubble accelerator (60) for generating more and more neutralized bubbles discharged.

The air supplier 40 has a cylindrical supply body 41 that is integrally or separately coupled between the spray body 34 and the handle 33, and can supply external air to the front side of the supply body 41. Compressor 42 is provided so as to be provided with a valve 43 at the rear thereof to supply the compressed air to the filling container (31) and to prevent air leakage in the filling container (31).

The compressor 42 has an operating shaft 45 which protrudes forward and is connected to the handle 33 to be compressed by the operation of the handle 33, and the operating shaft 45 has a predetermined interval. Leave a pair of front and rear pistons (46, 47).

On both sides of the edge of the front piston 46 is formed a suction slot 49 for introducing external air through the air hole 48 formed in the supply body 41, and sucked in the rear piston 47 A supply hole 50 for moving air in the direction of the valve 43 is formed.

When the air is compressed by pressing the handle 33 through the airtight pad 51 made of a material having excellent adhesion, such as rubber or urethane, between the front and rear pistons 46 and 47, the suction slot of the front piston 46 Blocking the 49 to prevent the inflow of external air, upon return to block the supply hole 50 of the rear piston 47 to prevent the outflow of the internal air.

Of course, the airtight pad 51 may block the suction slot 49 to supply the sucked air to the inside, and a distribution hole 51-1 may be formed at the center to flow through the supply hole 50. Of course, it is natural to be able to assist the return of the front and rear pistons 46 and 47 through the spring 52 between the rear of the rear piston 47 and the front of the valve 43.

The valve 43 is in close contact with the valve plate 56 of a thin plate made of a material having excellent adhesion, such as rubber or urethane, and excellent opening and closing properties, to the rear of the air passage 55 formed behind the supply body 41. .

One side of the valve plate 56 is fixed by the fixing means 57, and when the front and rear pistons 46 and 47 are compressed, they are opened by the compressive force to supply external air sucked into the filling container 31 and return. At the time of closing by the suction force is configured to prevent air leakage in the filling container (31).

The foam accelerator 60 forms an accelerator hole 61 connected to the upper end of the suction pipe 32 in the spray body 34, and the inlet side 62 to help form bubbles in the accelerator hole 61. ) Has a wide density and a dense foam net 64 on the outlet side (63).

The outlet side 63 of the foam net 64 has a connecting portion 66 for connecting the discharge tube 65 in the front and the engaging groove 67 formed on the side of the accelerator hole 61 in the rear. It is configured to finish with the intermittent opening 69 having a locking projection 68, it will be obvious that the bubble accelerator 60 has a pumping means having a conventional sprayer 35.

The present invention as described above,

After filling the filling container 31 with the neutralizing liquid, the spray body 34 is combined to hold the handle 33 and take a conventional spraying operation, as in the case of using a conventional spraying machine 35. The neutralized liquid is foamed and discharged through the discharge tube 65, so that it may be used.

Hold the handle 33 and press to reciprocate the operation shaft 45 of the air supply 40 connected to the inner surface of the handle 33 so that the external air is continuously supplied to the filling container 31 to foam the neutralizing liquid. When the foam is activated and discharged into the discharge tube 65 while passing through the foam net 64 mounted in the accelerator hole 61 of the foam accelerator 60 through the suction tube 32, the foam is completely foamed. In this state, the phenomenon such as flowing down is prevented.

As described above, it is possible to prevent the outflow of the supplied air by the reciprocation of the operation shaft 45, the operation shaft 45 is pressed by the handle 33, the front and rear pistons (46, 47) This is because when the inside of the supply body 41 enters the supply body 41, the air filled inside the supply body 41 is supplied to the filling container 31 through the valve 43.

That is, the airtight pad 51 between the front and rear pistons 46 and 47 is moved to the front side to block the suction slot 49 formed in the front piston 46, so that a compression operation can be made. The valve plate 56 blocked on the air passage 55 of 43 is naturally pushed open.

After the compression is completed, the handle 33 is released, and the front and rear pistons 46 and 47 are returned by the spring 52, thereby sucking the valve plate 56, thereby naturally closing the air passage 55 to fill the filling container ( 31) It prevents the air from leaking out.

At the same time, the airtight pad 51, which is in close contact with the front piston 46, is attached to the rear piston 47 to prevent the inflow of external air through the suction slot 49 of the front piston 46. Blocking the supply hole 50 formed in the 47 is to help the suction of external air.

Since the suction slot 49 is blocked by the distribution hole 51-1 formed in the airtight pad 51, and the supply hole 50 can be supplied with air through the distribution hole 51-1. It will not affect the air distribution due to over compression operation.

As described above, air is supplied into the filling container 31 by suction and compression of the front and rear pistons 46 and 47 so that the neutralizing liquid is bubbled and the pumping means is provided in the foaming device 60. The foam is supplied to the foam net 64 through the suction pipe 32.

As the foam passes through the foam net 64, the foam becomes active and becomes a complete foam. The activation of the foam is enhanced because the inlet 62 of the foam net 64 is dense and the outlet 63 is dense. It becomes possible.

As described above, the bubble passing through the bubble net 64 is discharged and used through the discharge pipe 65 connected to the intermittent opening 69 that controls the bubble net 64.

The present invention as described above is to provide a compressed air supply into the container by a handle provided in a conventional spraying device to have a bubbler to form more vigorously the air supply and the bubbles discharged to neutralize the liquid. By providing a neutralizing foam spraying device can increase the efficiency of perm work while having a variety of effects, such as can contribute to the convenience of users.

Claims (3)

In constructing a manual type neutralizing bubble generating spray device 30; The spraying device 30 is a filling container 31 in the normal sprayer 35 is formed by screwing the spray body 34 having the suction pipe 32 and the handle 33 to the filling container 31 to the filling container 31. It is configured to further have an air supply (40) for introducing a bubble to form a bubble and a bubble accelerator (60) for generating more and more neutralized bubbles discharged; The air supplier (40) and the compressor (42) provided to supply external air to the front side of the supply body 41 provided between the spray body 34 and the handle 33; A valve (43) provided at the rear of the compressor (42) to supply compressed air to the filling container (31) and to prevent air leakage in the filling container (31); The bubble accelerator (60) includes an accelerator hole (61) formed in the spray body (34) to be connected to the upper end of the suction pipe (32); A bubble net (64) embedded in the accelerator hole (61) to help form bubbles; In order to connect the discharge tube 65 to the outlet side 63 of the foam net 64, the connection portion 66 is brought into front to be engaged with the engaging groove 67 formed on the side of the accelerator hole 61 in the rear. Manual type neutralizing foam spray device, characterized in that it comprises an interruption opening (69) closed with a locking projection (68). The method of claim 1; The compressor (42) is projected to the front and the operating shaft (45) which is provided so that the compression operation by the operation of the handle 33; Front and rear pistons 46 and 47 formed at regular intervals on the operation shaft 45; On both sides of the edge of the front piston (46) includes a suction slot (49) formed to allow the introduction of external air through the air hole (48) of the supply body (41); The rear piston (47) includes a supply hole (50) for moving the sucked air in the direction of the valve (43); When pressing the handle 33 to compress air by interposing the upper and rear pistons 46 and 47, the suction slot 49 of the front piston 46 is blocked to prevent the inflow of external air, An airtight pad 51 having a distribution hole 51-1 at the center thereof to block the supply hole 50 of the piston 47 to prevent the outflow of internal air; Manual type neutralizing foam spray device, characterized in that further interposed between the rear of the rear piston (47) and the front of the valve 43, the spring (52) to help the return of the front, rear piston (46, 47). The method of claim 1; The valve 43 has an air passage 55 formed behind the supply body 41; It consists of a thin plate valve plate 56 in close contact with the rear of the air passage (55); One side of the valve plate 56 is fixed by the fixing means 57 so that the front and rear pistons 46 and 47 are opened by the compression force to compress the supplied external air to the filling container 31 when compressed. Manual type neutralizing foam spray device, characterized in that when the return of the front and rear pistons (46, 47) is closed by the suction force to prevent air leakage in the filling container (31).