EXHALED GAS DIAGNOSIS DEVICE
The present invention refers to, is judged whether the power supply is a gas within a measure a concentration, or to confirm that the pulmonary disease such gas is placed in a diagnostic device to lung cancer are disclosed. A maximum response time of fresh air oxidizers and fuel gas of human breathing capacity obtained by big. The maximum breathing capacity of fresh breathing capacity and then hidden opens when measuring is placed in throat while fresh air as much as possible while should after measuring the breathing capacity such that the air intake is divided into two value is respiratory diseases but if there is a pretreatment which show differences in value is equal to two. (Spirometer) [...] breathing capacity implies, diagnoses whether or keto-ventilation effort by measurement of index rich in breathing capacity used for substrate. In the buoyancy of the existing method of dual inner cylindrical metal [...] number into a water, physically directly measuring airflow amount of change been used much dick [thu whom it cuts - loss (Benedict-a Roth) type. Steel calls such as number displayed quick change of measure, and inner light plastic number written, it ladles, [theyn show meter measures a change of the electric signal into a inner (potentiometer), the differentiator further determines the airflow velocity, flow rate, flow rate curve to paint in a ceiling-embedded frequently disclosed. As the wedge (wedge) such as type, box (box) type etc.. Further, fluids [phwu oh hagen number tracking (King) like the principle of applying oil (Hagen-a Poiseuille) law and law of sewage sludge is directly using an airflow velocity, airflow amount is determined by integration [...] blemished skin are used widely as simple also. Measuring respiratory gases [...] oxygen in the flow of the existing method, each separately measuring module (module) configured to carbon dioxide, oxygen measuring module, module for measuring carbon dioxide in, the main body has each module are prevented module used for the reaction. The reaction degree in its electric signal to an electrical signal and outputs the amount of oxygen and carbon dioxide [...] display substrate. This device is of constant level or more repeated use through other if so the component needs to be disclosed. Of the existing method respiratory gas flow diaphragm galvanic cell type, solid electrolyte type, semiconductor type, such as detecting tube can be normally used. A device for simultaneously measuring the breathing capacity and respiratory gases domestic patent application 10 - 2003 - 0082679 portable lung analysis, 10 - 2007 - 7009479 disclosure system diagnosis of disease is as follows. Of the existing method techniques, such as the diagnosis of disease by various component NO and CO exhalation during simultaneous analysis simple exhalation gas diagnostic device includes a small length of the 12th. One object of the present invention various components such as the NO and CO simultaneous analysis for diagnosing a disease to a simple arrangement a small number [...] exhalation gas diagnostic device are disclosed. In addition, another of the present invention supplied air for reparing over it receives, ball number number CO NO waste and the like, a diagnostic device for determining the concentration of each component according to exhalation gas [...] number are disclosed. In order to solve a number of outputting said, exhalation gas diagnosis device of the present invention introducing hygroscopic mouse filter and said exhalation gas filters has a plane orientation where a discharge provided with exhalation gas, exhalation gas filtering safely discharging a fluid is placed in said tube; said discharge pipe connected to said filtered includes an exhalation gas exhalation tube number it receives, ball, said number with a measurement gas chamber which are made to exhalation presents a sensor; and said sensor is coupled to the measured gas concentration signal and processing said signal to user number ball it receives, made to signal processing having a predetermined wavelength. The present invention is associated with in one embodiment, said gas chamber, said discharge pipe communicating with the exhalation gas euro with, exhalation gases number 1 are made to said chamber; and said number 1 exhalation gas from the top of the chamber to receive said inserted said number 1, said exhalation gases to said sensing by the sensor measuring receptacle therein comprising a number 2 chamber. Said exhalation [...] include, bent a plurality of times can be formed. Said gas chamber, said number 1 further includes upper chamber coupled to the chamber and the cover, the controller corrects the measurement of circular ring in said one side of said chamber and the cover to said exhalation gas to measure can be coupled. The other in one embodiment associated with the present invention, said exhalation tube includes, external air or exhalation flowing a gas inlet formed along one-with the passage which it will dance body; said inlet the passage which it will dance provided outside said body, a filter for filtering the air up the inflow of large scale; said body provided at both ends of the adapter comprises an inlet valve each having a non-return valve to prevent backflow outlet valve adapter; an adapter inserted into said inlet valve, said exhalation gas filtering upon entry made to hygroscopic mouse filter; and rotatably coupled to said outlet valve and an adapter, said adapter tube is placed in said organ as the exhalation gas comprising said gas chamber. Said inlet valve adapter is said to introduce external air influx eulogy air flowing from the outside with a, said exhalation gas inlet of an evacuation tube end with said outlet chamber for exhausting said number 1 can be. Said number 1 chamber, said pressure sensor is placed in the housing is connected to the power supply is; and Air flowing chambers outside said number 1 are made to gas filter can be capable of filtering to be performed. Said chamber is provided with a gas exhaust passage formed to allow said number 2 exhalation gas sensed, the power supply is sensed [...] number where a discharge pump for discharging said suction force is installed, said exhalation gas outflow path is, back flow prevention valve is made to prevent backflow can be installed. The present invention is associated with another in one embodiment, said gas chamber is provided with said exhalation tube adapter is installed are made to said exhausting tube and gas chamber is communicated, said exhalation tube adapter into said gas chamber to said exhalation gas is introduced to said number [...] discharge pipe, said communication hole are provided such that said exhalation tube adapter is communicates with a discharge pipe. The present invention refers to, allow air is filtered by filter non-return valve in the tube hygroscopic mouse in NO and CO gas is introduced into the chamber and includes an exhalation, exhalation by the sensor measurement of the various component can be simultaneous analysis of disease diagnosis. The present invention refers to, the exhalation tube presents a number exhalation gas in the gas chamber through the sensing chamber remains in chamber received number 1 number 2, is connected to the exhalation gas concentration, the measured gas concentration is used for displaying the diagnosis of disease by can be. Figure 1 shows a general outline of exhalation gas diagnosis device of the present invention also. Figure 2 shows a diagnostic device shown includes an exhalation gas exhalation flow of gas in the gas chamber also in decomposition of sensors mounted thereon. Figure 3 shows a decomposition of exhalation tube also sensors mounted thereon. Figure 4 shows a general outline representing flow in air conditioner for inhalation also in exhalation tube. Figure 5 shows a general outline representing exhalation flow of gas in the exhalation tube also in exhalation. Hereinafter, with reference to the attached drawing is one example embodiment detailed specification to the disclosure, the same or similar components the same heating conditions, local impart a similar drawing code description dispensed the on-sensors other. Description of suffix "part" is hereinafter used in component specification into consideration given the ease of creating only or as mixed, semantic or itself serves not the having distinguished from each other. In addition, the specification disclosure to the example embodiment described specifically in publicly known techniques related to the subject matter of the disclosure description is a specification description example embodiment uses the analogy if can be decided to be supplied from a substrate. In addition, the attached drawing specification for example embodiment to easily understand the disclosure to only, by the attached drawing specification disclosure to event number not one technical scheme, all changing range of idea and techniques of the present invention, including the water to replacement should understood to evenly. Number 1, number 2 including various components such as ordinal number signifies a describes an can be used but the term, defined by said terms of said components are not. Components are mounted to one of said terms are used only distinguished from other components of the object. Any component and other components "connected to" or "connected" when referred to that, or the other components connected directly or may be connected, other components might lead to intermediate is present it will will be. It is apparent that a single representation of the differently in order not providing language translators, comprising plurality of representation. In the application, the term "comprising" or "having disclosed" specification of articles feature, number, step, operation, components, parts or specify a combination not present included, another aspect of one or more moveable number, step, operation, component, component or a combination of these is understood to presence of or additionally pre-times those possibility should not number. Figure 1 shows a general outline of exhalation gas diagnosis device of the present invention also degrees and, exhalation flow of gas in the gas chamber are shown in Figure 2 includes an exhalation gas diagnosis device which decomposition of perspective view, perspective view exhalation tube and decomposition of Figure 3, Figure 4 representing in general outline in the exhalation tube inhalation flow of air are disclosed. In addition, Figure 5 shows a general outline representing in exhalation exhalation flow of gas in the exhalation tube also are disclosed. Hereinafter, with reference to the 1 to 5 also also, exhalation gas diagnosis device (100) of structure and operation disclosed is disclosed. Exhalation gas diagnosis device of the present invention (100) is includes an exhalation gas filtering safely discharging a fluid is placed in tube (10), the exhalation tube (10) includes an exhalation gas from the gas chamber which receives a measurement of the filtered motion number ball (30) and the senor (39) is connected to the measured signal number ball it receives, signal and processing the measured gas concentration is connected to user (50) having a predetermined wavelength. Hereinafter, the exhalation tube (10) inhalation operation structure of a user and is described as follows. User absorbed mouse filter (12) suction mouth to mouth side of the exhalation tube (10) top valve adapter (14) with external air type entrance (14b) the change of the outside through to be coated. External air type entrance (14b) bit for filter passage (11b) is allowed to pass through substrate. Filter bit (11b) is outside in an atmosphere gas components (for example, at least one of NO and CO) filtering to combustion chamber. The exhalation tube (10) body (11) has a cylindrical shape can be for example, formed in one direction within the passage which it will dance or an intake to allow passing inlet (11a) contact with each other. Non-return valve (14a, 15a) inlet valve adapter (14) and outlet valves adapter (15) respectively combined with each other. Inlet and outlet valves adapter (15) is includes an exhalation tube (10) body (11) can be inserted at both ends. Hygroscopic mouse filter (12) is mouse filter adapter (13) being provided, mouse filter adapter (13) an inlet valve adapter (14) in the upper side of the body (11) can be coupled to. In the present invention is filtered by a filter various sensing or NO and CO can be at least one of the gas component is measured. In addition, outlet valve adapter (15) with a non-return valve (15a) inlet the passage which it will dance (11a) over a hygroscopic mouse filter (12) user on its way towards an inlet to be coated. Said inlet valve adapter (14) and outlet valves adapter (15) with a non-return valve (14a, 15a) is, if user breath fresh air conduits and, hidden in a gas chamber is equal to the closing springs in breast is powered by preventing the reverse flow. The passage which it will dance inlet (11a) has a body (11) can be formed in one direction. Also be a 3 to 5 a lower one direction is also shown. When user inhalation air inlet to the passage which it will dance number hole (11a) in air can be moved in, when the power supply is the passage which it will dance carry user exhalation inlet (11a) to move downward in exhalation tube (10) exhausted from the gas chamber (30) to flow into the other. The user application of molecular hygroscopic mouse filter (12) the passage which it will dance on its way towards an inlet (11a) through the discharge pipe (19) with an outlet (19a) answer exhalation through government office (40) of a communication hole (40a) beyond the gas chamber (30) to flow into the other. Intake by a user, through the gas chamber which exhalation gas exhalation process (30) to flow into the other. Gas chamber (30) is number 1 and number 2 chamber (31, 34) can be a. Number 1 chamber (31) includes a recess (32) has a recess (32) is formed in the exhalation tube (10) coming from includes an exhalation gas flows is placed [...] (33) is formed on each pixel. The exhalation [...] (33) includes a guide (19) so as to provide the, number 2 exhalation gas chamber (34) flowing receive other. The exhalation [...] (33) is formed bent a plurality of times. The reference 2 also, the exhalation tube (10) answer exhalation from government office (40) gas transfer via chamber (30) into the exhalation gas flow path number 2 moves along upper chamber (34) provided within a measurement receiving portion (35) to flow into the other. Gas chamber (30) of this structure is, exhalation gas is chamber (30) and exhausted through the exhalation gas space according to the actual condition spreading out film disabled completed includes an exhalation is under or over compensation path determining glass structure. Number 2 chamber (34) is number 1 chamber (31) valve by installing, the reference 2 also, number 1 chamber (31) inserted into one-side coupled. To this end, chamber number 1 (31) one side of the number 2 comprises an upper chamber (34) of output enable signal can be cut. Number 2 chamber (34) of a receiving part (35) is in one embodiment, the exhalation [...] (33) is cylindrically formed to different from and not, sensor section (39) for sensing by hereinafter with reference to the 2 also seen like by a given depth so formed. Number 2 chamber (34) one side of the measuring part (35) is placed in one or more external communicated with the gas outlet (34a) is formed, the sensed exhalation gas to the outside rotating the substrate. The exhalation gas outlet (34a) is an air measuring receiving portion (35) to prevent the introduction of a non-return valve (34a-a 1) can be provided. In addition, number 2 chamber (34) is a discharge pump (34b) is an upper cover, a discharge pump (34b) connected to the connecting hose is sensed exhalation gas exhalation gas outlet (34a) suction for exhausting a number [...] substrate. A discharge pump (34b) is includes an exhalation tube (10) presents a number from exhalation gas and air gas filter (31b) gas through a gas chamber (30) number to number [...] suction force [...] disapproval. On the other hand, a discharge pump (34b) is a DC motor is coupled can be [...] rotational number. Gas chamber (30) is, number 1 chamber (31) is coupled to the upper side of the gas chamber (30) chamber that forms the upper surface of the cover (36) to further including, the reference 2 also, number 1 chamber (31) on number 1 chamber (31) to be inserted number 2 chamber (34) to form the upper surface of the chamber and the cover (36) is shown in one example is coupled with each other. In addition, chamber and the cover (36) the sensor part (39) can be provided. Also 2 is provided with a cover (36) on the upper side of sensor section (39) are installed in one example described, chamber and the cover (36) is number 1 and number 2 incision (36a, 36b) can be formed. Number 1 incision (36a) is includes an exhalation tube (10) can be inserted to for example, a round shape can be cut. In addition, number 2 incision (36b) of the sensor part (39) is measured receiving portion (35) that can be formed in which a measurement of the motion, in one embodiment, the shape of rectangular exchange disclosed. On the other hand, sensor section (39) measuring sensor terminal part (35) comes into contact with the exhalation in to combustion chamber. Sensor section (39) is in one embodiment, sensor module implementation being PCB. In addition sensor section (39) is 2 x 2 gas sensor array can be made. Sensor section (39) wherein to measure a gas concentration in a gas includes an exhalation is, sensor section (39) is in one embodiment, at least one of with a non-NO and CO can be. Number 1 chamber (31) is the exhalation pressure sensor (31a) and gas filter (31b) to be performed can be. The exhalation pressure sensor (31a) is includes an exhalation tube (10) is placed in a front gas flow, pressure substrate. The exhalation pressure sensor (31a) is includes an exhalation tube (10) number 1 from chamber (31) to measure the amount of entering is placed in exhalation tube (10) and number 1 chamber (31) is communicated is placed in answer government office (40) at a position adjacent to force is removed. The exhalation pressure sensor (31a) amount of the exhalation gas is timing relay, measurement of exhalation gas can begin. Gas filter (31b) number which is also a stand-alone gas air distributed manner by, for example, stand-alone NO and CO gas when in a number are disclosed. A signal processing unit (50) is, sensor section (39) connected to it receives, ball number measured signal, signal to process combustion chamber. In addition, signal processing unit (50) (not shown) of the display to the user to indicate gas concentration is a part can be. Gas chamber (30) is answer exhalation government office (40) to be performed can be. Answer exhalation government office (40) is includes an exhalation tube (10) tube (19) and gas chamber (30) of number 1 chamber (31) to communicate with the reaction chamber. Answer exhalation government office (40) includes a guide (19) as well as to accommodate and, discharge pipe (19) government office is placed in receiving answer (40) is provided with a communication hole (40a) is formed a communication hole (40a) is exhalation [...] (33) to allow [...] communicated to the controller (33) is exhalation gas [...] diffuse to the number. Answer exhalation government office (40) is includes an exhalation [...] (33) is equipped with a recess (32) can be inserted into one side of the. Exhalation gas diagnosis device of the present invention (100) is, the exhalation tube (10) in the package board mouse filter (12) and non-return valve (14a, 15a) air is filtered includes an exhalation gas is by NO and CO in chamber (30) open at, sensor section (39) exhalation by various component can be a measurement of the simultaneous analysis of disease diagnosis. Exhalation gas diagnosis device of the present invention (100) is, the exhalation tube (10) presents a number exhalation gas from gas chamber (30) number 1 in chamber (31) through the number 2 chamber (34) corresponding to a received sensing, the concentration of gas is connected to the exhalation, the diagnosis of disease by the user to indicate the measured gas concentration can be. Than includes an exhalation gas diagnosis device (100) in the embodiment described above is limited to rather than of compositional and method, various modifications can be made in the embodiment are all or part of 3 selectively combined in such a manner in the embodiment disapproval. The present invention refers to of the present invention mental and essential characteristics embodied other inputted from deviating from a particular type of the engine to one skilled in the nontrivial disclosed. The, said detailed description is interpreted limited number in all should have been taken into account in an exemplary WD. The range of the present invention rationally determined by analysis in a number of appended claim, all in the scope of the present invention change is equivalent range of the present invention multiple myelomas are included. 100: Exhalation gas diagnosis device 10: exhalation tube 11A: inlet the passage which it will dance 11b: filter bit 12: Hygroscopic mouse filter 13: mouse filter adapter (13) 14: Inlet valve adapter 14a: non-return valve 14B: external air type entrance 15: outlet valve adapter 15A: non-return valve 19: discharge pipe 19A: outlet 30: gas chamber 32: Number 1 chamber recess 31a: exhalation pressure sensor 31B: gas filter 33: [...] exhalation 34A: exhalation chamber gas outlet 34b number 2: a discharge pump 34A provided 1: non-return valve 35: measuring receiving portion 36: Chamber and the cover 36a: number 1 incision 36B: number 2 incision 39: sensor 40: 40A exhalation government office answer: a communication hole 50: Signal processing unit The present invention provides an exhaled gas diagnosis device which includes: an exhalation tube which includes an absorbing mouth filter for filtering and introducing a specific exhaled gas and a discharge tube for discharging the exhaled gas and receives the exhaled gas in a filterable manner and discharges the exhaled gas; a gas chamber which is connected to the discharge tube, receives the filtered exhaled gas from the exhalation tube and includes a sensor unit for measuring the provided exhaled gas; and a signal processing unit which is connected to the sensor unit, receives a measured signal, and processes the signal to display a gas concentration to the user. Accordingly, the present invention can diagnose a disease by analyzing various components at the same time. COPYRIGHT KIPO 2018 Introducing said exhalation gas specific exhalation gas filters the resulting mouse filter and where a discharge provided with, exhalation gas filtering safely discharging a fluid is placed in said tube; said discharge pipe connected to said filtered includes an exhalation gas exhalation tube it receives, ball number, said number having a sensor section presents a measurement gas chamber which are made to exhalation; and said sensor is coupled to the measured gas concentration signal and processing said signal to user number ball it receives, made to signal processing active, said gas chamber, said discharge pipe communicating with the exhalation gas euro with, exhalation gases number 1 are made to said chamber; and said number 1 exhalation gas from the top of the chamber to receive said inserted said number 1, said exhalation gases to said sensing by the sensor measuring receptacle therein including the number 2 chamber characterized is placed in gas diagnosis device. Back number According to Claim 1, said exhalation [...] include, characterized is placed in gas diagnosis device formed bent a plurality of times. According to Claim 1, said gas chamber, said number 1 further includes upper chamber coupled to the chamber and the cover, the controller corrects the measurement of circular ring in said chamber and the cover to said one side of said power supply is coupled to measure characterized is placed in gas diagnosis device. According to Claim 1, said exhalation tube includes, external air or exhalation flowing a gas inlet formed along one-with the passage which it will dance body; said inlet the passage which it will dance provided outside said body, a filter for filtering the air up the inflow of large scale; said body provided at both ends of the adapter comprises an inlet valve each having a non-return valve to prevent backflow outlet valve adapter; an adapter inserted into said inlet valve, filtering said exhalation gas upon entry made to hygroscopic mouse filter; and rotatably coupled to said outlet valve and an adapter, said adapter including said exhalation gas exhalation tube as the tube is placed in said gas chamber characterized is placed in gas diagnosis device. According to Claim 5, said air flowing from the outside to introduce external air influx eulogy is said inlet valve adapter with a, at the end of said discharge pipe for exhausting said exhalation gas outlet chamber number 1 characterized is placed in gas diagnostic device is applied. According to Claim 1, said number 1 chamber, said pressure sensor is placed in the housing is connected to the power supply is; filtering said number 1 the exterior air flowing chambers are made to the gas filter can be characterized is placed in gas diagnosis device to be performed. According to Claim 1, said number 2 chamber is provided with a gas exhaust passage formed to allow said exhalation gas sensed, the power supply is sensed [...] number where a discharge pump for discharging said suction force is installed, said exhalation gas outflow path is, to prevent backflow of gas is placed in diagnostic device comprising installing back flow prevention valve is characterized. According to Claim 1, said gas chamber is provided with said exhalation tube adapter is installed are made to said exhausting tube and gas chamber is communicated, said exhalation tube adapter into said gas chamber to said exhalation gas is introduced to said number [...] discharge pipe, said discharge pipe is equipped with a communication hole communicating with said exhalation tube adapter is characterized is placed in gas diagnosis device.
