CN205515867U

CN205515867U - Oxygen therapy respiratory device is used to pulmonary function lab

Info

Publication number: CN205515867U
Application number: CN201620262325.1U
Authority: CN
Inventors: 朱红波; 张霞明
Original assignee: First Peoples Hospital of Changzhou
Current assignee: First Peoples Hospital of Changzhou
Priority date: 2016-03-31
Filing date: 2016-03-31
Publication date: 2016-08-31
Anticipated expiration: 2026-03-31

Abstract

The utility model discloses an oxygen therapy respiratory device is used to pulmonary function lab, the rain cover comprises a cover body, oxygen therapy pipe and cover sports association lead to, the link still has on the cover body, the oxygen therapy pipe is linked together with the bayonet joint, be equipped with the three -way pipe in the bayonet joint, be oxygen pipeline respectively, pipeline and exhaust pipe dose, annular retaining ring has in oxygen pipeline's the inner chamber, the cooperation of shirt rim that nanotube has through the tip and annular retaining ring is held to cavity, fix in oxygen pipeline's inner chamber, cavity is soaked the piece and is placed in nanotube is held to cavity, still be equipped with first check valve among the oxygen pipeline, the pipeline of dosing links to each other with drug storage box, drug storage box links to each other for the leading features with outside force (forcing) pump, have and directly to link to each other with simple and easy oxygen hose, patient's oxygen uptake supplies, simultaneously can be to characteristics such as the patient dose.

Description

Lung Function Laboratory oxygen therapy breathing equipment

Technical field

This utility model relates to the breathing equipment of a kind of Lung Function Laboratory, belongs to medical field.

Background technology

Pulmonary Disease patients and patient's Preoperative Method; the Lung Function Laboratory being required for hospital carries out a series of inspections of pulmonary, and patients with COPD is when breath test, asthma often occurs; the situations such as dyspnea; and inhalation device the most special in Lung Function Laboratory, relatively easy breathing equipment can only be taked to supply patient respiratory, and; and traditional breathing equipment; structure is relatively big, and function is more single simultaneously, is not easy in smaller Lung Function Laboratory use.

Summary of the invention

The purpose of this utility model is, it is provided that one can directly be connected with simple oxygen hose, and for patient's oxygen uptake, the Lung Function Laboratory oxygen therapy breathing equipment simultaneously can being administered patient, to overcome the deficiency of prior art.

This utility model realizes the technical scheme of its purpose:

nullA kind of Lung Function Laboratory oxygen therapy breathing equipment，Including cover body，Oxygen catheter and cover body UNICOM，Also there is on cover body link，Oxygen catheter is connected with connection-peg，Tee T it is provided with in connection-peg，It is respectively oxygen pipeline、It is administered pipeline and gas exhaust piping，The inner chamber of oxygen pipeline has annular retaining ring，The shirt rim that hollow receiver pipe is had by end coordinates with annular retaining ring，It is fixed in the inner chamber of oxygen pipeline，Hollow is soaked block and is placed in hollow receiver pipe，Oxygen pipeline is additionally provided with the first check valve，It is administered pipeline to be connected with medicinal box，Medicinal box is connected with external pressurisation pump，The inner chamber of medicinal box is provided with pulverizer plate，The some groups of atomization through holes being evenly arranged are had on pulverizer plate，Soakage layer connects with pulverizer plate，Medicinal box also has medicine-pouring pipe，Pulverizer plate is in communication with the outside by medicine-pouring pipe，It is administered in pipeline inner chamber and is provided with the second check valve，The inner chamber of gas exhaust piping is provided with the 3rd check valve.

Described oxygen catheter also has oxygen flow rate adjusting valve.

Critesistor respiratory frequen it is also equipped with on described cover body.

Using after said structure, this utility model includes cover body, oxygen catheter and cover body UNICOM, and cover body also has link, the most in use, it is only necessary to cover body is covered on patient facial region, gets final product oxygen supply, and simple and fast is the most reliable.

nullAnd oxygen catheter is connected with connection-peg，Tee T it is provided with in connection-peg，It is respectively oxygen pipeline、It is administered pipeline and gas exhaust piping，The inner chamber of oxygen pipeline has annular retaining ring，The shirt rim that hollow receiver pipe is had by end coordinates with annular retaining ring，It is fixed in the inner chamber of oxygen pipeline，Hollow is soaked block and is placed in hollow receiver pipe，Oxygen pipeline is additionally provided with the first check valve，When patient needs oxygen uptake，Oxygen can be input to oxygen catheter from oxygen pipeline by the simple oxygen tank placed in Lung Function Laboratory，Then face shield is arrived，For patient's oxygen uptake，And oxygen needs certain humidity，Therefore only with front，Hollow can be soaked block to soak in medical distilled water，Putting into hollow receiver pipe，Then hollow receiver pipe is tucked in oxygen pipeline，So，While oxygen supply，Just can increase the humidity of oxygen，Promote the level of oxygen supply，First check valve can stop that the carbon dioxide that patient breathes out passes through，Owing to patient has only to short time oxygen uptake in Lung Function Laboratory，Need not the professional inhalation device being similar within ward，So it is to can ensure that humidifying effect at short notice completely that hollow soaks block.

nullAnd be administered pipeline and be connected with medicinal box，Medicinal box is connected with external pressurisation pump，The inner chamber of medicinal box is provided with pulverizer plate，The some groups of atomization through holes being evenly arranged are had on pulverizer plate，Soakage layer connects with pulverizer plate，Medicinal box also has medicine-pouring pipe，Pulverizer plate is in communication with the outside by medicine-pouring pipe，It is administered in pipeline inner chamber and is provided with the second check valve，When pulmonary checks，Liquid medicine after sucking powder sometimes for allowing patient or be atomized，Powder or liquid medicine can be poured into pulverizer plate from medicine-pouring pipe the most in use，If liquid，Just directly can penetrate into soakage layer from pulverizer plate，After dosing，Medical personnel can open outside plant force (forcing) pump，To medicinal box internal pressurization，Now，Medicine powder can be kicked up，Enter in oxygen catheter，Then cover body is arrived，Suck for patient，And liquid medicine，Effect due to pressure，Can ascension，After the atomization through hole of pulverizer plate，Will be atomized，Enter in oxygen catheter，Suck for patient，Such it is advantageous in that，The medicine of similar asthma provocative test，The method just can be utilized to suck for patient，And when patient tests during asthma attack，This utility model can be directly utilized again and carry out oxygen uptake，Not only ensure that the safety of patient，Simultaneously，Test is ensured that to needing a test equipment，Save cost，It is administered in pipeline inner chamber and is provided with the second check valve，The carbon dioxide being prevented from patient's exhalation passes through.

And the inner chamber of gas exhaust piping is provided with the 3rd check valve, the carbon dioxide of patient's exhalation can enter the 3rd check valve and be discharged to the external world.

And described oxygen catheter also has oxygen flow rate adjusting valve, critesistor respiratory frequen it is also equipped with on cover body, regulation valve can regulate the flow of oxygen for medical personnel according to the practical situation of patient, and by critesistor respiratory frequen, medical personnel can real-time monitor the respiratory frequency that patient is per minute, need not artificial counting, it is ensured that accuracy rate.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model;

Fig. 2 is the structural representation of this utility model hollow receiver pipe 10.

Detailed description of the invention

The below comparison accompanying drawing description by detailed description of the invention, the utility model is described in further detail.

Detailed description of the invention, as shown in accompanying drawing 1,2.

nullA kind of Lung Function Laboratory oxygen therapy breathing equipment，Including cover body 1，Oxygen catheter 2 and cover body 1 UNICOM，Also there is on cover body 1 link 3，Oxygen catheter 2 is connected with connection-peg 4，Tee T 5 it is provided with in connection-peg 4，It is respectively oxygen pipeline 6、It is administered pipeline 7 and gas exhaust piping 8，The inner chamber of oxygen pipeline 6 has annular retaining ring 9，The shirt rim 11 that hollow receiver pipe 10 is had by end coordinates with annular retaining ring 9，It is fixed in the inner chamber of oxygen pipeline 6，Hollow is soaked block 12 and is placed in hollow receiver pipe 10，Oxygen pipeline 6 is additionally provided with the first check valve 13，It is administered pipeline 7 to be connected with medicinal box 14，Medicinal box 14 is connected with external pressurisation pump，The inner chamber of medicinal box 14 is provided with pulverizer plate 15，The some groups of atomization through holes 16 being evenly arranged are had on pulverizer plate 15，Soakage layer 17 connects with pulverizer plate 15，Medicinal box 14 also has medicine-pouring pipe 18，Pulverizer plate 15 is in communication with the outside by medicine-pouring pipe 18，It is administered in pipeline 7 inner chamber and is provided with the second check valve 19，The inner chamber of gas exhaust piping 8 is provided with the 3rd check valve 20.

Described oxygen catheter 2 also has oxygen flow rate adjusting valve 21.

It is also equipped with critesistor respiratory frequen 22 on described cover body 1.

Claims

null1. a Lung Function Laboratory oxygen therapy breathing equipment，Including cover body (1)，Oxygen catheter (2) and cover body (1) UNICOM，Also there is on cover body (1) link (3)，It is characterized in that: oxygen catheter (2) is connected with connection-peg (4)，Tee T (5) it is provided with in connection-peg (4)，It is respectively oxygen pipeline (6)、It is administered pipeline (7) and gas exhaust piping (8)，The inner chamber of oxygen pipeline (6) has annular retaining ring (9)，The shirt rim (11) that hollow receiver pipe (10) is had by end coordinates with annular retaining ring (9)，It is fixed in the inner chamber of oxygen pipeline (6)，Hollow is soaked block (12) and is placed in hollow receiver pipe (10)，Oxygen pipeline (6) is additionally provided with the first check valve (13)，It is administered pipeline (7) to be connected with medicinal box (14)，Medicinal box (14) is connected with external pressurisation pump，The inner chamber of medicinal box (14) is provided with pulverizer plate (15)，The some groups of atomization through holes (16) being evenly arranged are had on pulverizer plate (15)，Soakage layer (17) connects with pulverizer plate (15)，Medicinal box (14) also has medicine-pouring pipe (18)，Pulverizer plate (15) is in communication with the outside by medicine-pouring pipe (18)，It is administered in pipeline (7) inner chamber and is provided with the second check valve (19)，The inner chamber of gas exhaust piping (8) is provided with the 3rd check valve (20).
2. Lung Function Laboratory as claimed in claim 1 oxygen therapy breathing equipment, it is characterised in that described oxygen catheter (2) also has oxygen flow rate adjusting valve (21).
3. Lung Function Laboratory as claimed in claim 1 oxygen therapy breathing equipment, it is characterised in that be also equipped with critesistor respiratory frequen (22) on described cover body (1).