KR102197188B1 - Nasal aspirator - Google Patents

Abstract

The present invention relates to a nasal inhaler, and more particularly, to a nasal inhaler capable of effectively removing a runny nose, as well as replacing a breast pump and a thermometer and a header for various purposes.
The nose inhaler according to the present invention includes a case 100 having an accommodation space formed therein; A first connection part 200 formed on one side of the case; A suction header 400 formed with a second connection part 300 electrically connected to the first connection part, and detachably coupled to one side of the case; A vacuum device 500 provided inside the case and communicating with the suction header to provide a vacuum pressure to suck a runny nose; And a control unit 600 provided inside the case and controlling the operation of the vacuum device.

Description

Nasal aspirator

The present invention relates to a nasal inhaler, and more particularly, to a nasal inhaler capable of effectively removing a runny nose, as well as replacing a breast pump and a thermometer and a header for various purposes.

In general, when infants have a cold, their nose is clogged with mucus from the nose. If a runny nose is left unattended, it may cause difficulty breathing in infants. Therefore, as a tool for removing nasal mucus in infants, a nasal inhaler is being used.

An example of the related technology is disclosed in Patent Documents 1 to 4 below.

In Patent Document 1, the nozzle part inserted into the nose of an infant or child when removing the runny nose or pus is made of silicone rubber, so that it does not damage the nasal mucosa, and does not hurt and when inhaling air from the mouthpiece through the mouth. A filter that prevents runny nose or pus from being sucked into the mouth when air is inhaled by allowing runny nose or pus to be contained inside, or by adding fragrance to the silicone cap to make the baby or child feel a calming scent. And it is disclosed for a nose inhaler designed not to feel the smell of runny nose or pus due to the fragrance when inhaling air through the mouthpiece.

In Patent Document 2, an injection device for heating and spraying saline or therapeutic drugs as fine particles at a temperature suitable for the human body and a suction device for inhaling a runny nose are configured as an integral type. Adoption of a double-acting diaphragm pump method enables absorption by high pressure generation. Consecutive exhaust is provided to maximize convenience by using a rhinitis treatment device or a runny nose inhaler through the user's easy selection change, and the reliability of the product is guaranteed by realizing low vibration and low noise according to the operation, and the manufacturing cost is reduced by the simplification of components. , It is disclosed for a rhinitis treatment device for both use of a runny nose inhaler that has the effect of far-infrared radiation during use and the use of a runny nose inhaler that maximizes the therapeutic effect and relieves the sense of heterogeneity of the drug substance by warming the saline solution or the therapeutic drug to a temperature suitable for the human body and spraying it with fine particles.

In Patent Document 3, a suction port penetrating the inside in the longitudinal direction is formed, and a suction pipe is formed with one end in a shape that can be inserted into the nostril, and a storage space for holding a runny nose is formed inside, and the inlet and gas connected to the suction pipe pass through. It is configured to include a runny nose storage container with an outlet equipped with a filter so that liquid cannot pass through, a suction motor that sucks air inside the runny nose container through the filter, and a power supply that applies power to the suction motor. ; It can generate greater suction power than a runny nose inhaler using a reciprocating air pump, and the size of the product is small enough to be used with one hand and its structure is simple, so it is easy to carry, and parts are not damaged by a runny nose that flows inside. A portable runny nose inhaler is disclosed.

Patent Document 4 includes a hollow transparent container member having a vertical partition wall having a predetermined height installed on the inner bottom surface, the upper part being opened, and the lower part being sealed; A cover member screwed to the upper portion of the transparent container member and having a side through hole and a vertical connection pipe; A suction member coupled to the vertical connection pipe of the cover member and including an insertion part capable of inhaling nasal mucus by being inserted into the nose of an infant; A hollow intermediate connecting member having one end coupled to the side through hole of the cover member and having a nut portion formed inside the other end; A vacuum device connected to the intermediate connection member to provide a suction pressure capable of sucking nasal mucus through the suction member; And a vacuum device connecting member configured to connect the vacuum device and the intermediate connecting member and adjust the suction pressure by the vacuum device.

Republic of Korea Utility Model Publication No. 20-0211372 (Registered on November 13, 2000) Republic of Korea Utility Model Publication No. 20-0266170 (Registered on February 15, 2002) Republic of Korea Utility Model Publication No. 20-0390834 (Registered on July 15, 2005) Republic of Korea Utility Model Publication No. 20-0441185 (registered on July 22, 2008)

An object of the present invention has been conceived to solve the above-described problems, as well as effectively removing the runny nose, as well as to provide a nose inhaler that can be used for a variety of purposes as the header for breast pump and thermometer are replaceable.

In order to achieve the above object, the nose inhaler according to the present invention comprises: a case 100 having an accommodation space formed therein; A first connection part 200 formed on one side of the case; A suction header 400 having a second connection part 300 electrically connected to the first connection part, and detachably connected to one side of the case; A vacuum device 500 provided inside the case and communicating with the suction header to provide a vacuum pressure to suck a runny nose; And a control unit 600 provided inside the case and controlling the operation of the vacuum device.

In addition, the first connection portion includes a first connection socket 210 detachably coupled to the case; A connection terminal 220 formed on one side of the first connection socket and protruding so that the connection part 320 of the second connection part is connected; And a connection hole 230 formed on one side of the first connection socket and through which the connection pin 711 of the third connection part is connected.

In addition, the suction header is formed protruding from one side of the second connection, the runny nose receptor 410 for receiving the sucked runny nose; A cap 420 coupled to one side of the second connection part and sealing the runny nose to the outside; And an insertion tip 430 detachably coupled to one side of the cap and inserted into the nose, wherein the second connection part includes a second connection socket 310 detachably coupled to the suction header; And a connection part 320 formed on one side of the second connection socket and connected to the connection terminal of the first connection part.

In addition, it includes; a breast pump header 700 detachably coupled to the first connection part, wherein the breast pump header is electrically connected to the first connection part, and a connection pin 711 connected to the connection hole protrudes. A third connection part 710 having a connection pipe 712 connected to the connection terminal; A pressure regulator 720 that is coupled to one side of the third connection and controls the breast milk to be sucked; And a cap 730 which is coupled to one side of the third connection part, the control switch 731 for controlling the operation of the pressure regulator is exposed to the outside, and through which the breast pump hose is communicated.

In addition, a thermometer header 800 is detachably coupled to the first connection unit, wherein the thermometer header is detachably coupled to the first connection unit, and a header body 810 having an infrared sensor built therein; A first sensing unit 820 provided inside the header body and sensing a wavelength emitted from a part of the body at a preset distance; And a first sensor control unit 830 provided inside the header body and calculating the body temperature of the human body based on the amount of infrared rays from the infrared sensor.

In addition, it includes; a thermometer header 800 detachably coupled to the first connection, wherein the thermometer header is a header body 810 detachably coupled to the first connection; A second sensing unit 840 provided inside the header body and sensing body temperature by contacting a part of the body; And a second sensor control unit 850 provided inside the header body and calculating body temperature sensed by the second sensing unit.

As described above, the nasal inhaler according to the present invention forms a nasal inhaler for removing runny nose, and the header for the breast pump and the thermometer can be replaced through one first connection, so that it can be used for various purposes. There is an effect of eliminating the inconvenience of purchasing and reducing costs.

1 is a perspective view showing a nose inhaler according to the present invention.
Figure 2 is a partial exploded perspective view showing a nasal inhaler according to the present invention.
Figure 3 is a block diagram showing a nose inhaler controller according to the present invention.
Figure 4 is a partial exploded perspective view showing another embodiment of the nose inhaler according to the present invention.
Figure 5 is a partial exploded perspective view showing another embodiment of the nose inhaler according to the present invention.
6 is a block diagram showing a nasal inhaler controller according to FIG. 5.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. A specific embodiment of the present invention will be described with reference to FIGS. 1 to 6.

[Embodiment 1] The present invention is an invention for a nose inhaler, comprising: a case 100 having an accommodation space formed therein; A first connection part 200 formed on one side of the case; A suction header 400 having a second connection part 300 electrically connected to the first connection part, and detachably connected to one side of the case; A vacuum device 500 provided inside the case and communicating with the suction header to provide a vacuum pressure to suck a runny nose; And a control unit 600 provided inside the case and controlling the operation of the vacuum device.

The nasal inhaler of the present invention forms a nasal inhaler form for removing a runny nose when the inhalation header is combined, and a header for a breast pump and a thermometer can be replaced through a single first connection, so it is a technology that can be used for various purposes.

To this end, the nose inhaler includes a case, a first connection part, a suction header, a vacuum device, and a control unit. The case is constructed in a pair that is symmetrical to each other and is manufactured in a form that is assembled with each other.

The first connection portion is formed in the form of a disk that closes the opening formed in the case. A circuit board (PCB) is provided in the receiving space of the case, and a battery and a vacuum pump connected to the circuit board by wires are coupled.

In the case, a control unit exposed to the outside is connected to a circuit board with an electric wire. A vacuum pump is used as the vacuum device, and a runny nose can be sucked toward the suction header with a vacuum pressure controlled by the vacuum pump.

[Embodiment 1-2] In Embodiment 1, the nose inhaler of the present invention includes a button operation unit 110 formed on one side of the case and capable of selecting an operation time, an output intensity, and an operation mode.

The button operation unit is a component for user manipulation and may be provided in various forms such as buttons and levers.

Switches and circuit boards operated by the button operation unit are disposed inside the case. The operation signal of the switch is transmitted to the control unit through the circuit board.

[Example 1-3] In Example 1-2, the nasal inhaler of the present invention was formed on one side of the case, and when a command input by a button operation unit and the first connection part and the second connection part are connected, the product is It includes; a display unit 120 to display.

The control unit recognizes whether a connection between the first connection unit and the second connection unit is connected and displays it on the display unit. In addition, the display unit displays the remaining power and the operation mode.

[Embodiment 1-4] In Embodiment 1, the nose inhaler of the present invention includes a battery 130 provided inside the case and supplying power to the vacuum device.

The battery is composed of a lithium polymer or lithium ion type, and wired charging is possible through a charging terminal.

[Embodiment 2] In Embodiment 1, the nose inhaler of the present invention comprises: a first connection socket 210 detachably coupled to the case; A connection terminal 220 formed on one side of the first connection socket and protruding so that the connection part 320 of the second connection part is connected; And a connection hole 230 formed on one side of the first connection socket and through which the connection pin 711 of the third connection part is connected.

In order to remove the runny nose accumulated in the user's nose, the suction header and the first connection part are electrically connected, and the operation is in a standby state. That is, the connection part of the second connection part is inserted into the connection terminal formed in the first connection socket to be electrically connected. Accordingly, the vacuum pressure generated by the vacuum device can be provided to the suction header.

[Example 3] In the nose inhaler of the present invention in Example 2, the suction header is formed protruding from one side of the second connection part, and the runny nose receptor 410 for receiving the sucked runny nose; A cap 420 coupled to one side of the second connection part and sealing the runny nose to the outside; And it is detachably coupled to one side of the cap, the insertion tip 430 inserted into the nose; includes,

The second connection part comprises a second connection socket 310 detachably coupled to the suction header; And a connection part 320 formed on one side of the second connection socket and connected to the connection terminal of the first connection part.

The suction header is detachably coupled to the first connection part, so that it is easy to assemble and separate, so that it is convenient to discharge or wash the runny nose. Therefore, when the insertion tip is inserted into the cap of the suction header and the power is turned on through the button operation part, vacuum pressure is generated by the vacuum pump and the runny nose is sucked.

The runny nose is quickly transferred to the runny nose receptor through the insertion tip by vacuum pressure, so the runny nose can be removed cleanly. The runny nose receptor is made of a transparent synthetic resin material, which is to visually check the inside of the runny nose receptor. The runny nose collected by the runny nose receptor is discharged by separating the cap or the second connection part.

The second connection part is electrically connected to the first connection part, and the connection part is inserted into a connection terminal of the first connection part to be electrically connected. Accordingly, the vacuum pressure generated by the vacuum device can be provided to the suction header.

[Embodiment 4] In Embodiment 2, the nose inhaler of the present invention includes a breast pump header 700 detachably coupled to the first connection part,

The breast pump header is electrically connected to the first connection part, a third connection part 710 having a connection pin 711 connected to the connection hole protruding, and a connection pipe 712 connected to the connection terminal; A pressure regulator 720 that is coupled to one side of the third connection and controls the breast milk to be sucked; And a cap 730 which is coupled to one side of the third connection part, the control switch 731 for controlling the operation of the pressure regulator is exposed to the outside, and through which the breast pump hose is communicated.

The breast pump header is detachably coupled to the first connection and can be assembled or separated. Therefore, if you want to use it as a breast pump, separate the suction header for the nose inhaler and then replace it with the breast pump header and assemble it.

The breast pump header is electrically connected when a connection pin is inserted into the connection hole of the first connection part. At this time, when the power is turned on through the button operation unit, vacuum pressure is generated by the vacuum pump to suck breast milk.

When the connection pipe of the third connection part is connected to the connection terminal of the first connection part, it serves as a suction force passage of the vacuum pump. The pressure regulator is covered by the cap, and controls to forcibly discharge breast milk by the suction force of the vacuum pump. As the control switch rotates, air is finely introduced to adjust the vacuum pressure.

On the other hand, the breast pump header is coupled with a funnel that is in close contact with the mother's breast, and a breast milk reservoir in which breast milk is stored is connected. That is, the breast pump hose is connected between the cap of the breast pump header and the breast milk reservoir. The breast pump hose is made of a transparent soft material so that it can be easily checked that breast milk is introduced.

[Embodiment 5] According to Embodiment 1 of the present invention, the nose inhaler includes a thermometer header 800 detachably coupled to the first connection part,

The thermometer header is detachably coupled to the first connection part, the header body 810 in which an infrared sensor is built therein; A first sensing unit 820 provided inside the header body and sensing a wavelength emitted from a part of the body at a preset distance; And a first sensor control unit 830 provided inside the header body and calculating a body temperature of the human body based on the amount of infrared rays from the infrared sensor.

The thermometer header is detachably coupled to the first connection and can be assembled or separated. Therefore, if you want to use it as a thermometer, separate the suction header for the nose inhaler and replace it with a thermometer header to assemble.

The thermometer header is configured in a non-contact manner, and receives minute infrared rays generated from a part of the body to measure body temperature.

The first sensor controller may calculate a final temperature value by correcting the measured temperature value based on the distance to the temperature measurement object detected by the infrared sensor.

[Embodiment 6] In Embodiment 1, the nose inhaler of the present invention includes a thermometer header 800 detachably coupled to the first connection part,

The thermometer header includes a header body 810 detachably coupled to the first connection portion; A second sensing unit 840 provided inside the header body and sensing body temperature by contacting a part of the body; And a second sensor control unit 850 provided inside the header body and calculating body temperature sensed by the second sensing unit.

The thermometer header is made of a body contact method and measures body temperature by contacting a part of the body. Since the thermometer header has the same configuration except for the aforementioned infrared sensor, a detailed description thereof will be omitted.

The present invention has been described with reference to the accompanying drawings, but it is apparent to those skilled in the art that various modifications are possible without departing from the scope of the present invention from such description. Accordingly, the scope of the present invention should be interpreted by the claims set forth to include examples of such many variations.

100: case 110: button control unit
120: display unit 130: battery
200: first connection part 210: first connection socket
220: connection terminal 230: connection hole
300: second connection part 310: second connection socket
320: connection part 400: suction header
410: runny nose receptor 420: cap
430: insertion tip 500: vacuum device
600: control unit 700: breast pump header
710: third connection part 711: connection pin
712: connection pipe 720: pressure regulator
730: cap 731: control switch
800: thermometer header 810: header body
820: first detection unit 830: first sensor control unit
840: second detection unit 850: second sensor control unit

Claims (6)

A case 100 in which an accommodation space is formed therein;
A first connection part 200 formed on one side of the case;
A suction header 400 formed with a second connection part 300 electrically connected to the first connection part, and detachably coupled to one side of the case;
A vacuum device 500 provided inside the case and communicating with the suction header to provide a vacuum pressure to suck a runny nose; And
Includes; a control unit 600 provided inside the case, controlling the operation of the vacuum device, and displaying a connection between the first connection unit and the second connection unit on the display unit,
The first connection part includes a first connection socket 210 detachably coupled to the case;
A connection terminal 220 formed on one side of the first connection socket and protruding so that the connection part 320 of the second connection part is connected; And
It is formed on one side of the first connection socket, and a connection hole 230 through which the connection pin 711 of the third connection part is connected; includes,
Includes; breast pump header 700 detachably coupled to the first connection,
The breast pump header is electrically connected to the first connection part, a third connection part 710 having a connection pin 711 connected to the connection hole protruding, and a connection pipe 712 connected to the connection terminal;
A pressure regulator 720 that is coupled to one side of the third connection and controls the breast milk to be sucked; And
A nose inhaler comprising: a cap 730 coupled to one side of the third connection part, the control switch 731 for controlling the operation of the pressure regulator, to be exposed to the outside, and to communicate with the breast pump hose.
A case 100 in which an accommodation space is formed therein;
A first connection part 200 formed on one side of the case;
A suction header 400 formed with a second connection part 300 electrically connected to the first connection part, and detachably coupled to one side of the case;
A vacuum device 500 provided inside the case and communicating with the suction header to provide a vacuum pressure to suck a runny nose; And
Includes; a control unit 600 provided inside the case, controlling the operation of the vacuum device, and displaying a connection between the first connection unit and the second connection unit on the display unit,
The first connection part includes a first connection socket 210 detachably coupled to the case;
A connection terminal 220 formed on one side of the first connection socket and protruding so that the connection part 320 of the second connection part is connected; And
Includes; a connection hole 230 formed on one side of the first connection socket and through which the connection pin 711 of the third connection part is connected,
Includes; a thermometer header 800 detachably coupled to the first connection,
The thermometer header is detachably coupled to the first connection part, the header body 810 in which an infrared sensor is built therein;
A first sensing unit 820 provided inside the header body and sensing a wavelength emitted from a part of the body at a preset distance; And
And a first sensor control unit 830 provided inside the header body and calculating a body temperature of the human body based on the amount of infrared rays from the infrared sensor.
A case 100 in which an accommodation space is formed therein;
A first connection part 200 formed on one side of the case;
A suction header 400 formed with a second connection part 300 electrically connected to the first connection part, and detachably coupled to one side of the case;
A vacuum device 500 provided inside the case and communicating with the suction header to provide a vacuum pressure to suck a runny nose; And
Includes; a control unit 600 provided inside the case, controlling the operation of the vacuum device, and displaying a connection between the first connection unit and the second connection unit on the display unit,
The first connection part includes a first connection socket 210 detachably coupled to the case;
A connection terminal 220 formed on one side of the first connection socket and protruding so that the connection part 320 of the second connection part is connected; And
Includes; a connection hole 230 formed on one side of the first connection socket and through which the connection pin 711 of the third connection part is connected,
Includes; a thermometer header 800 detachably coupled to the first connection,
The thermometer header includes a header body 810 detachably coupled to the first connection portion;
A second sensing unit 840 provided inside the header body and sensing body temperature by contacting a part of the body; And
A nose inhaler comprising: a second sensor control unit 850 provided inside the header body and calculating body temperature sensed by the second sensing unit.
The method according to any one of claims 1 to 3,
The suction header is protruding from one side of the second connection part, and the runny nose receptor 410 for receiving the sucked runny nose;
A cap 420 coupled to one side of the second connection part and sealing the runny nose to the outside; And
Includes; an insertion tip 430 detachably coupled to one side of the cap and inserted into the nose,
The second connection part comprises a second connection socket 310 detachably coupled to the suction header; And a connection part 320 formed on one side of the second connection socket and connected to the connection terminal of the first connection part. delete delete

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