KR102583625B1 - A Device for inhaling foreign substances that have penetrated the skin - Google Patents

Abstract

The device for suctioning foreign substances penetrating into the skin of the present invention includes a syringe having a suction space in communication with the tip through which air is sucked and discharged, and a guide space in communication with the external space through a first opening having a length on the outer periphery; A piston that is movably installed in the suction space and generates vacuum pressure in the suction space when moving backwards, a handle that is coupled to the piston and exposed to the guide space to move the piston forward and backward in the suction space, and is linked with the handle to move the syringer. It consists of a spray means that can spray the functional liquid filled inside the piston when exposed.

Description

A device for inhaling foreign substances that have penetrated the skin}

The present invention relates to a device for inhaling foreign substances that have penetrated the skin, and specifically, to forcibly inhale the toxins that have penetrated into the skin after being bitten by poisonous insects or animals such as snakes, thereby extracting the toxins from the human body and treating them with the detoxifying substances filled inside. It relates to a device for suctioning foreign substances that have penetrated the skin.

Accidents of being bitten or stung by pests such as poisonous insects, bees, snakes, and mosquitoes in hiking, outdoor activities, leisure activities, grass fields, rice paddies, and fields, and by jellyfish in the sea frequently occur.
In this way, if poison or bee stings penetrate the skin due to a bite or sting by a pest, jellyfish, etc., it must be removed as soon as possible. However, it is difficult for a person to remove the poison or stings directly, or a lot of time is consumed when traveling to the hospital. Many life-threatening accidents have occurred due to failure to provide first aid quickly.

Due to this, various poison removers and inhalers have been developed and used that can remove bee stings, poison, etc. that have penetrated the skin, are easy to use, and can be used for emergency rescue purposes outdoors.

However, the current device for removing poisonous needles and liquids that have penetrated the skin is not only inconvenient for the user to use with one hand, but also has the ability to adjust the internal pressure to suck out the poisonous needles and liquids in the skin by pulling the piston. There was a problem that couldn't be resolved.

These prior technologies include the vacuum suction type acne remover of Public Utility Model No. 2000-0002301, which includes a long cylindrical tube 1 with a sharp tip and an empty interior, and a piston 2 installed in the tube 1 to reciprocate the internal space. and an O-ring 3 that is installed in close contact between the inner surface of the tube 1 and the piston 2 to prevent air from entering, and is connected to the end of the piston 2 and has one end of the tube 1 so that the user can hold it. It includes a handle 4 that protrudes outward and a stopper 5 to block the end of the tube 1, and by squeezing out the comedones and acne using vacuum suction, it is possible to cleanly remove acne without damaging the skin. We provide a vacuum suction type acne remover that helps.

The prior art is not equipped with any functions other than bringing the suction port 6 into close contact with the skin and then moving the O-ring 3 to generate vacuum pressure to suck the skin into the suction port 6.

In addition, another prior art is a pimple device presented in Patent Publication No. 20-2011-0008996 that attaches the inlet 41 to the skin and then moves the rubber ring 23 to form a vacuum pressure inside the tube body 10, thereby attaching the skin to the inlet 41. The technology for suctioning through 41 and diversifying the types of inlets 41 and 51 to achieve greater adhesion, or the technology for prescribing after being bitten by mosquitoes or pests, which only has a function contributing to the suction force, has not been disclosed. This is a disadvantage.

Republic of Korea Registered Utility Model No. 20-0302215, (20030113)

The device for inhaling foreign substances penetrated into the skin of the present invention to solve the above problems is a device that absorbs the toxins that have penetrated into the skin after being bitten by animals such as insects or snakes that have poison and cause direct or indirect harm to the human body. It is extracted from the human body.

In addition, the purpose of the present invention is to enable the skin to be treated with medication by spraying a functional liquid through a spray means exposed to the outside of the syringe in conjunction with the piston.

In addition, the purpose of the present invention is to expose the spray means for spraying the functional liquid to the outside of the suction device only when the first and second opening holes formed in the syringe and the cover respectively match, so that infants or preschool children can use it. It is effective in preventing safety accidents.

In addition, the purpose of the present invention is to form a retaining jaw protruding above the inner periphery of the guide space of the syringe so as to lock the handle connected to the piston to fix the position of the piston, thus performing the function of preventing release of vacuum pressure.

In addition, the object of the present invention is to install a heating means in the syringer, so that an electric wire is connected to the heating member installed at the tip of the syringer, so that the heating member generates heat by electrical resistance in response to a signal from the power supply, thereby providing heat treatment to the affected area of the skin. It is possible to neutralize mosquito toxicity and relieve itching.

The device for suctioning foreign substances penetrated into the skin of the present invention to achieve the above object includes a suction space communicating with the tip through which air is sucked and discharged, and a guide space communicating with the external space through a first opening having a length on the outer periphery. A syringer having a syringe, a piston that is movably installed in the suction space and generates vacuum pressure in the suction space when moving backwards, a handle coupled to the piston and exposed to the guide space to move the piston forward and backward in the suction space, and It consists of a spray means that can spray the functional liquid filled inside the piston when exposed from the syringer in conjunction with the handle.

According to the present invention, a spray means is installed on the piston to spray the functional liquid, and the spray means is installed in the filling space formed inside the piston and the upper part of the piston to spray the functional liquid through the pressure generated by the pressing operation. It consists of a spray button that sprays liquid to the outside.

According to the present invention, the handle is coupled to the syringe by forming a connection hole in the center, and a coupling jaw having a coupling groove is formed on the inner wall of the connection hole to selectively engage the end of the first opening hole formed in the guide space of the syringe. This limits the travel distance.

According to the present invention, a locking groove is formed on the upper outer periphery of the piston, and a locking protrusion is formed on the inner diameter formed in the center of the handle to engage the piston.

According to the present invention, a cover is coupled to the opened upper part of the syringe, and a first opening hole is formed in the longitudinal direction on the outer periphery of the syringe so that the spray means is selectively exposed to the exposed hole formed in the center of the cover. The second opening holes formed on the outer periphery are connected to each other, and when the engaging jaw of the handle is inserted into the second opening hole, the spray means is configured to protrude into the exposed hole.

As described above, the device for suctioning foreign substances penetrating into the skin of the present invention has a suction space in communication with the tip through which air is sucked and discharged, and a guide space in communication with the external space through a first opening having a length on the outer periphery. A syringer, a piston that is movably installed in the suction space and generates vacuum pressure in the suction space when moving backwards, a handle coupled to the piston and exposed to the guide space to move the piston forward and backward in the suction space, and the handle It consists of a spray means that can spray the functional liquid filled inside the piston when exposed from the syringer.

Through this, there is the effect of extracting the toxins from the human body by inhaling the toxins that have penetrated the skin after being bitten by animals such as insects or snakes that have poison and cause harm to the human body directly or indirectly.

In other words, the area of skin bitten by a poisonous insect is placed at the tip of the syringer, and then the piston is moved using the handle to generate vacuum pressure in the suction space, so that the toxins that have penetrated the skin are sucked into the suction space by suction force to provide prompt emergency treatment. Make it possible.

In particular, after removal of toxicity, the spray means installed on the piston is effective in spraying functional liquid on the affected area of the skin, enabling detoxification treatment.

This has the effect of improving the portability and storage of the miniaturized and lightweight device for suctioning foreign substances penetrating the skin, enabling a quick response to poisonous insect accidents.

In addition, the spray means that sprays the functional liquid is exposed to the outside of the suction device only when the first and second openings formed in the syringer and the cover respectively match, thereby preventing safety accidents for infants or preschool children. It has the effect of preventing it.

In addition, a retaining jaw is protrudingly formed on the upper part of the inner periphery of the guide space of the syringe to lock the handle connected to the piston to fix the position of the piston, which has the effect of preventing release of vacuum pressure.

In addition, installing a heating means on the syringe generates heat on the affected area of the skin to neutralize toxicity and relieve itching.

Figure 1 is a front perspective view showing the suction device of the present invention.
Figure 2 is a perspective view showing the suction device of the present invention in an operating state.
Figure 3 is a perspective view showing the drug injection state of the inhalation device of the present invention.
Figure 4 is a bottom perspective view showing the suction device of the present invention.
Figure 5 is an exploded perspective view showing the suction device of the present invention.
Figure 6 is a cross-sectional view showing the state before operation of the suction device of the present invention.
Figure 7 is a cross-sectional view showing the operating process of the suction device of the present invention.
Figure 8 is an exploded cross-sectional view showing the suction device of the present invention.
Figure 9 is a partial enlarged view showing the suction device of the present invention.

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

First of all, it should be noted that in the drawings, identical components or parts are indicated by the same reference numerals whenever possible.
In describing the present invention, detailed descriptions of related known functions or configurations are omitted in order to not obscure the gist of the present invention.

As shown in Figures 1 to 9, the device for suctioning foreign substances penetrating into the skin of the present invention consists of a syringer 110, a piston 120, and a spray means 140.

The syringe 110 is hollow on the inside, has a narrow hole at the tip, and has a hollow entrance at the end.

And, the syringer 110 intakes and discharges air into the interior through the tip.

Here, the inner hollow of the syringe 110 consists of two spaces.

First, it is divided into a suction space 110a that communicates with the tip, and a guide space 110b that continuously communicates with the suction space 110a and is formed up to the entrance of the hollow.

In particular, a first opening hole 111 having a length is formed on the outer periphery of the syringe 110 where the guide space 110b is formed.

The suction space 110a is a space in which positive or negative pressure can be selectively generated by the reciprocating motion of the piston 120, and the guide space 110b and the first opening hole 111 are configured to enable the moving stroke of the piston 120.

Through the configuration described above, the syringe 110 moves rearward from the suction space 110a of the piston 120 and generates vacuum pressure in the suction space 110a between the piston 120 and the skin in close contact with the entrance of the tip.

The piston 120 is capable of moving forward or backward in the suction space 110a, and generates vacuum pressure in the suction space 110a when moving backward.

To make this possible, a sealing member 112 made of rubber is attached to the tip of the piston 120 to maintain close contact with the inner periphery of the suction space 110a, making it easier to generate vacuum pressure.

In addition, the piston 120 is equipped with a spray means 140 to spray the functional liquid.

That is, the spray means 140 consists of a filling space 141 formed inside the piston 120, and a spray button 142 installed on the top of the piston 120 to spray the functional liquid to the outside using pressure generated by a pressing operation.

The functional liquid may be a therapeutic agent for treating damaged areas of the skin after a procedure in which foreign substances are removed from the skin using vacuum pressure.

At this time, the type of liquid therapeutic agent for the functional liquid may vary depending on the intended use of the inhalation device of the present invention.

Here, in order to spray the functional liquid, the piston 120 is positioned upward in the syringe 110 so that the spray button 142 is exposed to the end of the suction device.

This allows the exposed spray button 142 to be pressed to spray the functional liquid to the outside.

The handle 130 is coupled to the piston 120 and is exposed at the top of the guide space 110b, so that the piston 120 can be moved while holding the handle 130 with the hand.

Additionally, the handle 130 may be coupled to the outer periphery of the syringe 110 by forming a connection hole 131 in the center.

A coupling jaw 132 having a coupling groove 133 is formed on the inner wall of the connection hole 131.

The coupling groove 133 is formed in the form of an open bottom, so that when the piston 120 is located at the bottom dead center in the intake space 110a, the end of the first opening hole 111 is caught in the coupling groove 133 to limit the moving distance of the piston 120 to the bottom dead center. .

In addition, a locking groove 121 is formed on the upper outer periphery of the piston 120, and a locking protrusion 134 is formed on the inner diameter formed at the center of the handle 130 to provide a coupling state in which the handle 130 presses the piston 120.

Additionally, a cover 150 is coupled to the opened upper part of the syringe 110.

To this end, the cover 150 is opened at the bottom and coupled to the open upper outer periphery of the syringe 110.

In addition, a second opening hole having a length is formed on the outer periphery of the cover 150.

That is, in normal times, the cover 150 is fixedly coupled to the syringe 110, and when it is desired to inject functional liquid, the cover 150 is rotated to match the second opening hole with the first opening hole 111 of the syringe 110.

This means that the coupling jaw 132 of the handle 130 can move to the first opening hole 111 and the second opening hole, so that the spray means 140 can be exposed through the exposure hole 151.

Additionally, a retaining jaw 115 is formed to protrude on the inner periphery of the guide space 110b of the syringe 110.

That is, vacuum pressure is generated in the suction space 110a through the upward movement of the piston 120, and the position of the piston 120 must be fixed to maintain the vacuum pressure.

At this time, the piston 120 is caught by the retaining jaw 115 to prevent changes in vacuum pressure and improve the suction efficiency of foreign substances.

In other words, when the piston 120 moves from the syringe 110 to generate vacuum pressure in the suction space and then release the handle, the vacuum pressure tends to return to the initial atmospheric pressure state, the vacuum pressure disappears, and the position of the syringer returns to its original state. A phenomenon of trying to return to the original position occurs.

In order to prevent this, a retaining jaw 115 is formed to protrude on the upper part of the inner periphery of the guide space 110b of the syringe 110 to lock the handle 130 connected to the piston 120 to fix the position of the piston 120, thereby preventing release of vacuum pressure. Let's do it.

The device for inhaling foreign substances penetrated into the skin of the present invention, configured as described above, extracts toxins from the human body by inhaling toxins that have penetrated the skin after being bitten by animals such as insects or snakes that have poison and cause direct or indirect harm to the human body. There is an effect.

That is, the part of the skin bitten by a poisonous insect is placed at the tip of the syringe 110, and then the piston 120 is moved using the handle 130 to generate vacuum pressure in the suction space 110a, so that the poison that has penetrated the skin is transferred to the suction space 110a by suction force. Suction allows rapid emergency treatment.

In particular, after removal of toxicity, the spray means 140 installed on the piston 120 is effective in spraying functional liquid on the affected area of the skin to enable detoxification treatment.

This has the effect of improving the portability and storage of the miniaturized and lightweight device for suctioning foreign substances penetrating the skin, enabling a quick response to poisonous insect accidents.

In addition, the spray means that sprays the functional liquid is exposed to the outside of the suction device only when the first and second openings formed in the syringer and the cover respectively match, thereby preventing safety accidents for infants or preschool children. It has the effect of preventing it.

In addition, a heating means 160 is installed in the syringe 110 to generate heat at the tip of the syringe 110 or the end of the inlet hole 114 of the contact member 113 to generate a thermal compressing effect on the area in contact with the affected skin area.

The reason is that mosquitoes insert their needles into the human body to suck human blood. At this time, the mosquito's saliva enters our body and when we are bitten by an insect, the mosquito's saliva that penetrates the skin contains a component called formsam in addition to haudin.

This ingredient causes swelling and itching.

On the other hand, this ingredient is weak to heat, and when the temperature is maintained above 48°C for 30 seconds, the haudin and formsam ingredients are denatured, which has the effect of relieving itching.

For this purpose, a power supply unit 161 equipped with a power battery and a switch is installed on the outer periphery of the syringe 110, a wire 162 electrically connected to the power supply unit 161 is installed, and the wire 162 is connected to the heating member 163 installed at the tip of the syringe 110. When connected, the heating member 163 generates heat due to electrical resistance in response to a signal from the power supply unit 161, enabling heat treatment of the affected area of the skin.

In addition, when applying the contact member 113 to the syringe 110, the contact member 164 is installed on the inner peripheral step of the contact member 113, the heating member 163 is installed at the end of the inlet hole 114, and the contact member 164 and the heating member 163 is connected to the conductor 165 and can generate heat in the heating member 163 installed on the contact member 113 through heat conduction.

In this way, the suction device 100 generates heat in the affected part of the skin through the heating means 160 to neutralize the toxicity and relieve itching, while at the same time extracting the toxicity from the affected part of the skin to the outside and then spraying the functional liquid through the spray means. This has the effect of ensuring an effective treatment process by applying the medicine to the affected skin area.

The present invention described above is not limited to the above-described embodiments and the accompanying drawings, and various substitutions, modifications and changes are possible without departing from the technical spirit of the present invention as is known in the technical field to which the present invention pertains. It will be clear to those who have the knowledge of.

100: Suction device
110: Syringer 110a: Suction space
110b: Guide space 111: First opening hole
112: sealing member 113: contact member
114: inlet hole 115: retaining jaw
120: Piston 121: Locking groove
130: handle 131: connector
132: coupling jaw 133: coupling groove
134: Locking protrusion 140: Spray means
141: Filling space 142: Spray button
150: Cover 151: Exposure hole
152: second opening hole 160: heating means
161: power unit 162: wire
163: heating member 164: contact member
165: conductor

Claims (5)

An exposure formed in the center of the cover by attaching a cover to the upper part of the opening and having a suction space that communicates with the tip through which air is sucked and discharged, and a guide space that communicates with the external space through a first opening having a length on the outer periphery. The spraying means is selectively exposed to the ball, the first opening hole formed in the longitudinal direction on the outer periphery and the second opening hole formed on the outer periphery of the cover are connected to each other, and then spraying occurs when the engaging jaw of the handle is inserted into the second opening hole. a syringe for causing the means to protrude into the exposure hole;
A piston that is movably installed in the suction space and has a locking groove on the upper outer periphery to generate vacuum pressure in the suction space when moving backwards and a locking jaw;
It is coupled to the piston and exposed to the guide space to form a connecting hole in the center to move the piston forward and backward in the suction space to couple the syringer, and a coupling jaw having a coupling groove is formed on the inner wall of the connecting hole to connect to the guide space of the syringer. A handle that is selectively caught at the end of the first opening formed to limit the moving distance,
When exposed from the syringer in conjunction with the handle, a filling space is formed inside the piston so that the functional liquid filled inside the piston can be sprayed, and it is installed on the upper part of the piston to force the functional liquid to the outside using the pressure generated by the pressing action. A device for suctioning foreign substances that have penetrated the skin, characterized in that it consists of a spray means consisting of a spray button for spraying. delete delete delete delete