KR100395236B1 - Nebra browser control electronics - Google Patents

Abstract

The present invention relates to a medical device and a health device related to the treatment of asthma, which is a conventional nebra product by using an air pump to the nebraser in more detail. The device was applied uniformly without considering the condition of the user's illness or constitution, and the instrument accurately measured the operation time of the air pump by the pressure sensor and the electronic control device. The present invention relates to a nebra control device for maximizing the effect of the nebra device by allowing each user to separately adjust according to physical conditions.

Description

Nebraizer Control Electronics {.}

The present invention relates to a nebulizer, and more specifically, to control the microcomputer, CPU, semiconductor, etc. by using an electric and rechargeable battery, so that the nebulizer port can be used at any time and the air pump of the nebrazer The pumping pressure and time (injection strength and injection volume at the time of injection) are used to easily and accurately use the nebulizer according to the physical condition of the patient and user when using the nebulizer. The present invention relates to a nebrowser control device that allows a user to directly apply the nebulizer effect accurately.

In general, the nephritiser does not care about the health of patients and users, such as the disease and constitution, and the characteristics of the disease, so that the user can use it as it is. At the moment, it can cause a condition that can interfere with life, causing huge side effects.

In fundamentally solving the above problems, the user can set the user's desired time according to the user's constitution and physical condition every time the user uses the browser, and also uses the built-in pressure sensor to use the correct pressure. Users can use these other users to maximize the effect of the nebulizer sphere and adjust the spraying strength of the air or saline solution which is sprayed at the same time during inhalation as well as spraying. It is the invention of the state-of-the-art navigator to regulate.

It is also used as an electric furnace but its purpose is to make it possible to use anytime, anywhere by operating all controllers with rechargeable batteries as needed.

1 is a block diagram according to the present invention;

2 is a HIPO DIAGRAM for explaining the present invention

3 is a flowchart illustrating the present invention.

<Description of Symbols for Major Parts of Drawings>

2: power supply (Vcc) 3: control unit, 4: LED display unit, 5: buzzer unit, 6: relay unit, 7: air pump, 100: pressure sensor unit

1 shows a power supply unit 2 that uses the power supply unit 2 as electricity, but uses a rechargeable battery as needed to control a microcomputer, a CPU, a semiconductor, etc. at any time and anywhere; Switching means that is a means for commanding the operation of the pump 7 and the electronic control device that can operate the pump in a desired way for a desired time (injection intensity and injection amount during injection), the microcomputer and CPU, semiconductors, etc. A control unit 3; A pressure sensor unit 100 configured to control and set the correct pressure (injection strength and injection amount during injection) according to the characteristics and constitution of the user's bottle in the control unit; In the control unit, as long as the user's desire is set, for example, 2 seconds 5 seconds 1 minute (for example, 10mmHG or 10cmHG, etc.), when the injection is a relay unit for controlling the spraying strength and injection amount such as air or saline to the user's desire and switching on the relay (6); According to the user's desired pumping time and pressure (strength and spraying quantity), the control unit instructs and the user's desired time and pressure (strength and spraying quantity) according to the voltage input from the power supply unit through electricity or charging battery. An air pump part 7 which acts as an intake and exhaust; An LED unit 4 which indicates that the power switch is in an on-switching state during operation of the power switch and lights up the pressure display lamp according to the user's desired pressure button selection, and the power indicator lights up according to the user's desired pump operation input condition; When the power switch operation switch and each user desired input time and pressure (injection intensity and injection amount button) button and the desired pump operation input button are operated, a sound is generated so that a user can recognize that a predetermined control is input. It would be desirable to be composed of a buzzer (5) and so on.

The power supply unit 2 may use electricity, and by using a rechargeable battery as needed, it is possible to repeatedly use the recharge and control the microcomputer, CPU, semiconductor, etc. anytime and anywhere according to the state of the user anytime and anywhere It would be desirable to allow the use of pressure and time (injection strength and injection volume during injection).

The control unit 3 detects the user's desired pump driving time and pressure (injection strength and injection amount) during operation according to the operation of the user's desired switch means, thereby deciding the user's desired time and desired pressure (injection intensity and injection amount during injection). Works. For example, 2 seconds or 5 seconds, 1 minute or the desired pressure value (10mmHg, 10cmHg) and when the user wants air or saline, etc. when spraying (injecting drugs required to treat air or saline, etc. In addition, the injection volume is 1, 2 seconds, or 0.1 milliliter, 0.2 liter, etc., and the spraying intensity and spraying volume are adjusted and the user sets the suction time and pressure (spraying strength and spraying volume during spraying). Then, the voltage of the power supply unit is applied to the pump to operate the pump by the user's desired time and pressure (injection strength and injection amount during injection).

The LED unit 4 detects this by the control unit 3 according to the user's desired switching operation, indicating that the power switch is in an on-switching state when the power switch is operated, and also according to the user's desired pressure button selection. LED part (4) that lights up the power indicator according to the user's desired pump operation time and pressure (injection intensity and amount of injection)

The buzzer 5 detects the control unit 3 every time the power switch operation switch and the desired user input pressure button and the desired pump operation time input button are operated. Buzzer 5 for generating sound

The relay unit 6 is set as desired by the user in the control unit 3, for example, for 2 seconds 5 seconds 1 minute or the desired pressure is the pressure gauge (10mmHg, 10cmHg) or when spraying (air or saline treatment, etc.) The spraying part is sprayed for 1 second, 2 seconds or strong, medium, weak, etc., and the spraying amount is for 1 second, 2 seconds, or the relay unit for switching on and off the relay according to 0.1 milliliter, 0.2 liter, etc. )

The pump unit 7 intakes and exhausts the user's desired time and pressure (injection strength and injection amount during spraying) of the control unit according to the voltage input from the power supply unit instructed by the control unit 3 according to the user's desired time and pressure. Acting air pump part (7)

HIPO DIAGRAM HIERARCHY PLUS of FIG. 2

With reference to INPUT-PROCESS-OUTPUT, the relationship between the pump operation according to the user's desired pressure and time (injection strength and injection amount during injection) will be explained.

First, check the user's constitution and physical condition at the input unit, and then determine the desired pressure and driving time (injection amount and spraying intensity) of the pump according to the checking condition.Then, the value is x. If y is input, different pressure and time are inputted according to the user's constitution and physical condition through the switch which is the actual browser control device under these input conditions. Let's go. At this time, the desired pressure and time (injection strength and injection amount during injection) and the time and pressure at which the actual pump runs are compared in the controller, and if the desired pressure and time (injection strength and injection amount during injection) and the time and pressure at which the actual pump is driven are compared. If the injection strength and injection amount are the same, the pump will be stopped.If the desired pressure and time and the actual time and pressure of the pump are different, the desired time and pressure (injection) The pump continues to drive the pump until it reaches the injection strength and injection volume), so that the pump can be continuously pumped for the desired time and pressure (injection strength and injection quantity during injection), thereby enabling accurate user use.

The apparatus of the present invention will be described with reference to FIG.

First, when the power supply is switched on, the voltage of the power supply is applied to the relay unit 6 connected to the pump, and the voltage is reduced to a predetermined low voltage through the decompression unit. The flow advances to step s9 in step s8. In step s9, if the user inputs the desired pressure and time (injection strength and injection amount during injection) according to the patient's condition and physical condition through the switching means, the process goes to step s10. If the injection strength and injection volume) are correct, the setting is made. If the injection is incorrect, the flow returns to step s9 to re-enter. This turns on the setting LED lamp when the setting is completed. At this time, the operation is commanded through the switch means.

In the step s12, the pumping of the pump is operated for a desired time and pressure (injection intensity and injection amount during injection).

In the step s13, the pumping time and pressure of the user (injection strength and injection amount during injection) and the actual pumping time and pressure (injection strength and injection amount during injection) are compared in the controller, If (injection intensity and amount of injection) is less than the desired pumping time and pressure (injection intensity and amount of injection), go to step (s12) and continue pumping, if the actual pump pumping time and pressure (injection intensity and amount of injection) When the injection amount) and the desired pumping time and pressure (injection intensity and injection amount at the time of injection) are equal, this goes to step s14.

In the step s14, the control unit 3 cuts off the voltage of the power supply unit applied to the pump. After the pumping is completed, the control unit 3 moves to step s15 to notify the end of the desired time according to the detection command of the control unit 3. By sounding a predetermined sound is to end the pumping for the desired pressure and time (injection intensity and injection amount during injection) set according to the status and constitution of all users.

As can be seen by the above embodiment, the power supply can be used anywhere, anytime by allowing the controller to control the microcomputer, the CPU, the semiconductor, etc., as well as the power supply as needed.

In addition, by using the nebrowser using the nebulizer electronic input control device, the user discerns the user's physical condition or constitution by a simple switch operation, and sets the operating pressure and the use time (injection strength and injection volume during injection) accordingly. By using it, you can maximize the effect of the nebrazer phrase by using the nebulizer phrase more precisely. Also, you may have many side effects to use the nebrazer without knowing the user's condition. The purpose is to maximize the effect of the nebulizer sphere by accurately determining the use time and pressure (injection strength, injection amount, injection pressure) of each user according to the judgment and the user's condition.

Claims (8)

In order to inject the desired air, saline or drugs needed for treatment, it has a switch to set the time to be sprayed or the intensity of the spray or the amount of spray, and the switch to operate the pump according to the setting. A control unit; A pump unit operable to inject air, saline or drugs necessary for treatment according to the setting of the controller; Nebraizer control electronics, characterized in that having a. A pressure sensor unit which detects the injection pressure when injecting air and saline or a drug necessary for treatment at a desired injection pressure; It has a switch to set the time to be sprayed or the pressure or amount to be sprayed so that the user can inject the desired air, saline or drugs necessary for treatment, and the switch to allow the pump to operate according to the setting. A control unit having a; A pump unit operable to inject air, saline or drugs necessary for treatment according to the setting of the controller; Nebraizer control electronics, characterized in that having a. delete delete delete delete delete delete