CN208709890U - Pulmonary function detection instrument probe apparatus and detector system - Google Patents
Pulmonary function detection instrument probe apparatus and detector system Download PDFInfo
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- CN208709890U CN208709890U CN201721212398.0U CN201721212398U CN208709890U CN 208709890 U CN208709890 U CN 208709890U CN 201721212398 U CN201721212398 U CN 201721212398U CN 208709890 U CN208709890 U CN 208709890U
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Abstract
The utility model relates to a kind of pulmonary function detection instrument probe apparatus and detector systems, comprising: respiratory siphon, flow sensor pressure taking structure, ultrasonic cleaning equipment and disinfecting device；Respiratory siphon is tubular cavity structure, and flow sensor pressure taking structure is set to inside respiratory siphon, and respiratory siphon is divided into two sections；The quantity of ultrasonic cleaning equipment and disinfecting device is at least 2, and 2 ultrasonic cleaning equipments are respectively arranged in two sections of respiratory siphon exterior side walls, and 2 disinfecting devices are respectively arranged in two sections of respiratory siphon internal side walls；2 ultrasonic cleaning equipments and disinfecting device pass through control bus respectively and connect with host；When needing to clean respiratory siphon and sterilized, host directly controls ultrasonic cleaning equipment and disinfecting device and respiratory siphon is cleaned and sterilized, and cleans and sterilize very thorough, and lustration type and the safety of pulmonary function detection instrument probe apparatus has been effectively ensured.
Description
Technical field
The utility model relates to the field of medical instrument technology, more particularly to a kind of pulmonary function detection instrument probe apparatus, one
Kind utilizes the pulmonary function detection instrument system of pulmonary function detection instrument probe apparatus.
Background technique
With industrialization and economic continuous development, the quality of living environment increasingly becomes the problem of fears are entertained that.Especially
It is, at present in each big city, air pollution is increasingly severe (such as haze), is chronically at seriously polluted air environment
In, a series of undesirable influences will be generated on people's body, especially to the influence of lung, or even would potentially result in a series of
Pulmonary disease.In addition, the work post of some special operations, such as it is chronically at the worker of dust atmosphere, it can usually generate silicosis.
In order to effectively prevent the generation of pulmonary disease, pulmonary function detection is particularly important.
Pulmonary function detection instrument is a kind of widely used human body cardio-pulmonary function detection device, mainly for detection of firmly lung
Living amount (FVC), tranquillization lung capacity (VC), maximal ventilatory volume (MVV) and tranquillization ventilatory capacity (MV), by these parametric measurements to
To assess the severity of human body pulmonary disease.Pulmonary function detection instrument mainly utilizes lung function when carrying out pulmonary function detection
The respiratory air flow of detector probe collecting test person, is then handled respiratory air flow, to obtain corresponding data.So
And when using the respiratory air flow of pulmonary function detection instrument probe collecting test person, it is (i.e. logical to require the direct contact probe head of tester
Cross probe air-breathing or expiration), though there is filter cotton to protect as first, with the passage and number of users for using the time
Increase, a large amount of bacterial adhesion can be generated, considerably increase the risk of tester's cross-infection, the state of an illness is may result in and add
Weight.As it can be seen that carrying out disinfection to pulmonary function detection instrument probe just seems particularly critical, at present to pulmonary function detection instrument probe disinfection side
Formula is mainly simply sterilized with alcohol swab, and this disinfection way can not carry out pulmonary function detection instrument probe thoroughly clear
Reason.
Utility model content
Based on this, it is necessary to provide a kind of pulmonary function detection instrument probe apparatus, a kind of pulmonary function detection instrument system, Yi Jiyi
Kind utilize pulmonary function detection instrument probe apparatus detection method, with solve cannot pop one's head in the prior art to pulmonary function detection instrument into
The problem of row thorough cleaning sterilizes.
A kind of pulmonary function detection instrument probe apparatus, comprising: respiratory siphon, flow sensor pressure taking structure, ultrasonic cleaning equipment
And disinfecting device；
Respiratory siphon, flow sensor pressure taking structure, ultrasonic cleaning equipment and disinfecting device；
Respiratory siphon is tubular cavity structure, and the flow sensor pressure taking structure is set to the cavity structure of the respiratory siphon
Respiratory siphon is divided into two sections, respectively first segment respiratory siphon and second segment respiratory siphon by inside；
The quantity of the ultrasonic cleaning equipment and the disinfecting device is at least 2, the first segment respiratory siphon and
It is provided with the ultrasonic cleaning equipment in the exterior side wall of the second segment respiratory siphon, and the first segment respiratory siphon and described
The disinfecting device is provided in the internal side wall of second segment respiratory siphon；2 ultrasonic cleaning equipments and disinfection and sterilization
Device by control bus with the host of pulmonary function detection instrument for being connect respectively；
The cleaning control of 2 ultrasonic cleaning equipment receiving hosts instructs, and 2 ultrasonic cleaning equipments are according to cleaning
Control instruction cleans respiratory siphon；
The disinfection and sterilization control instruction of 2 disinfecting device receiving hosts, 2 disinfecting devices according to
Disinfection and sterilization control instruction carries out disinfection sterilization to respiratory siphon.
Above-mentioned pulmonary function detection instrument probe apparatus is provided with ultrasonic cleaning equipment and disinfection and sterilization in breathing inside pipe wall
Device, wherein ultrasonic cleaning equipment and disinfecting device are connected with host respectively, need to carry out respiratory siphon cleaning and
When disinfection, host directly controls ultrasonic cleaning equipment and disinfecting device is opened, and is cleaned and is sterilized to respiratory siphon, a side
Face demounting procedure cumbersome when avoiding to the disinfection of pulmonary function detection instrument probe apparatus, operation is very easy；On the other hand it cleans
It is very thorough with sterilizing, lustration type and the safety of pulmonary function detection instrument probe apparatus has been effectively ensured.
A kind of pulmonary function detection instrument system, comprising: the pulmonary function detection instrument probe apparatus of host, water gas system sum, wherein
Pulmonary function detection instrument probe apparatus includes: respiratory siphon, flow sensor pressure taking structure, ultrasonic cleaning equipment and disinfection and sterilization dress
It sets；
The ultrasonic cleaning equipment and the disinfecting device are separately connected host；
The respiratory siphon connection and the host are separately connected the water gas system.
Above-mentioned pulmonary function detection instrument system due to use pulmonary function detection instrument probe apparatus, can be by simple
Operation is cleaned and is sterilized to institute's pulmonary function detection instrument probe apparatus, and the clean of pulmonary function detection instrument probe apparatus has been effectively ensured
Net type and safety.
Detailed description of the invention
Fig. 1 is the structure chart of the pulmonary function detection instrument probe apparatus of the utility model in one of the embodiments；
Fig. 2 is the structure chart of the pulmonary function detection instrument probe apparatus of the utility model in one of the embodiments；
Fig. 3 is the structure chart of the pulmonary function detection instrument system of the utility model in one of the embodiments.
Fig. 4 is the process signal of the application method of pulmonary function detection instrument system of the invention in one of the embodiments
Figure.
Specific embodiment
The content of the utility model is described in further detail below in conjunction with preferred embodiment and attached drawing.Obviously, under
Literary described embodiment is only used for explaining the utility model, rather than the restriction to the utility model.Based in the utility model
Embodiment, every other embodiment obtained by those of ordinary skill in the art without making creative efforts,
It fall within the protection scope of the utility model.It should be noted that illustrating only for ease of description, in attached drawing practical new with this
The relevant part of type rather than full content.
Fig. 1 is the flow diagram of the pulmonary function detection instrument probe apparatus of the utility model in one embodiment, such as Fig. 1
It is shown, the pulmonary function detection instrument probe apparatus in the utility model embodiment, comprising: respiratory siphon 110, flow sensor pressure knot
Structure 120, ultrasonic cleaning equipment 130 and disinfecting device 140；Respiratory siphon 100 is tubular cavity structure, and flow sensor takes
Inside the cavity structure that laminated structure 120 is set to, respiratory siphon is divided into two sections, respectively first segment respiratory siphon and second segment breathing
Pipe.The quantity of ultrasonic cleaning equipment 130 and disinfecting device 140 is at least 2, and 2 ultrasonic cleaning equipments 130 are respectively set
On side wall inside two sections of respiratory siphons, i.e., ultrasound is provided in the exterior side wall of first segment respiratory siphon and second segment respiratory siphon
Cleaning device 130, and 2 disinfecting devices 140 are respectively arranged in two sections of respiratory siphon internal side walls, i.e. first segment respiratory siphon
Disinfecting device 140 is provided with in the internal side wall of second segment respiratory siphon.2 ultrasonic cleaning equipments 130 and disinfection and sterilization
Device 140 by control bus with the host 200 of pulmonary function detection instrument for being connect respectively；2 ultrasonic cleaning equipments 130 receive
The cleaning control of host 200 instructs, and 2 ultrasonic cleaning equipments 130 clean respiratory siphon according to cleaning control instruction；2
The disinfection and sterilization control instruction of 140 receiving host 200 of disinfecting device, 2 ultrasonic cleaning equipments 140 are according to disinfection and sterilization control
System instruction carries out disinfection sterilization to respiratory siphon.
Specifically, pulmonary function detection instrument is a kind of device for being detected to human body lung function, generally comprises host
(i.e. respiratory siphon or gas delivery passage, are provided with flow sensing for (including display screen, control panel etc.) and probe apparatus
Device is used to come collecting test the airstream data of person's air-breathing or expiration).When in use, tester passes through benefit to pulmonary function detection instrument
Air-breathing or expiration are carried out with probe apparatus, using flow sensor come the air-breathing of collecting test person or the airstream data of expiration,
Then these airstream datas are transmitted to host, host carries out relevant treatment to these airstream datas, then obtains measurement result
Value, the report first closed finally can be generated according to test result values, assessed according to these reports the lung function of tester.
Probe apparatus includes respiratory siphon, and respiratory siphon is usually a tubular cavity structure, when tester uses respiratory siphon
More or less can breathing tube wall on leave some residues (such as saliva), and include in residue a large amount of bacterium,
Virus etc., the pathophorous patient of saliva can be passed through by especially suffering from.If these residues are not carried out thorough clear stream
And disinfection treatment, when the tester below reuses this respiratory siphon, it is easy that cross-infection can occur, may result in
The generation of disease.In order to which respiratory siphon is thoroughly cleaned and sterilized, in the present embodiment, in the present embodiment, using super
130 pairs of breathing inside pipe walls of sound cleaning device are thoroughly cleaned.In addition, using 140 pairs of breathing inside pipe walls of disinfecting device
Carry out disinfection sterilization treatment.
In addition, in the present embodiment, (i.e. a part of flow sensing, is primarily used to flow sensor pressure taking structure 110
Collecting test person air-breathing or expiratory gas flow) it is placed in the inside (respiratory siphon bosom position can be located at) of respiratory siphon, it will exhale
Suction pipe is divided into two sections of cavity structures, and wherein the quantity of ultrasonic cleaning equipment 130 and disinfecting device 140 is at least 2,
In a ultrasonic cleaning equipment 130 and a disinfecting device 140 are all at least set in each section of respiratory siphon cavity structure,
The completeness of cleaning and disinfection is effectively ensured.Wherein, each ultrasonic cleaning equipment 130 and disinfecting device 140 are logical
Bus is crossed to connect with host 200.When needing that respiratory siphon 100 is cleaned and sterilized, host 200 controls ultrasonic cleaning respectively
Device 130 and disinfecting device 140 carry out cleaning and disinfection and sterilization to respiratory siphon.
Above-mentioned pulmonary function detection instrument probe apparatus is provided with ultrasonic cleaning equipment 130 and is disappeared in 100 inner wall of respiratory siphon
Malicious sterilizing unit 140, wherein ultrasonic cleaning equipment 130 and disinfecting device 140 are connected with host 200 respectively, are needing
When respiratory siphon is cleaned and sterilized, host 200 directly controls ultrasonic cleaning equipment 130 and disinfecting device 140 is opened,
Respiratory siphon is cleaned and is sterilized, cumbersome disassembly step when on the one hand avoiding to the disinfection of pulmonary function detection instrument probe apparatus
Suddenly, operation is very easy；On the other hand it cleans and disinfection is very thorough, the clean of pulmonary function detection instrument probe apparatus has been effectively ensured
Net type and safety.
The quantity of ultrasonic cleaning equipment 130 is multiple in one of the embodiments,；First segment respiratory siphon and described second
Multiple ultrasonic cleaning equipments 130 are provided in the exterior side wall of section respiratory siphon, and each ultrasonic cleaning equipment 130 is according to preset
Distance interval distribution.
It in the present embodiment, can be more in 110 exterior side wall of respiratory siphon in order to guarantee to the clean completeness of respiratory siphon
Several ultrasonic cleaning equipments 130 are set, when carrying out installation settings to multiple ultrasonic cleaning equipments 130, it should keep each ultrasound clear
Cleaning device 130 is distributed according to preset distance interval, wherein preset spacing distance can be arbitrary value.It is alternatively possible to be
Distribution at an angle, wherein this angle can be reasonably adjusted according to the quantity of ultrasonic cleaning equipment 130, and any
Angle between two ultrasonic cleaning equipments 130 can not be identical, if each ultrasonic cleaning equipment 130 carry out cooperation can be to exhaling
Suction pipe 110 reaches 360 degree and cleans without dead angle.
The quantity of disinfecting device 140 is multiple in one of the embodiments, and first segment respiratory siphon and second segment are exhaled
Multiple disinfecting devices 140 are provided in the exterior side wall of suction pipe, and each disinfecting device 140 is according to preset distance
It is spaced apart.
It in the present embodiment, can be more in 110 inner wall of respiratory siphon in order to guarantee the completeness to respiratory siphon disinfection and sterilization
Several disinfecting devices 140 are set, when carrying out installation settings to multiple disinfecting devices 140, it should kill each disinfection
Bacterium device 140 is distributed according to preset distance interval, wherein preset spacing distance can be arbitrary value.It is alternatively possible to be
Distribution at an angle, wherein this angle can be reasonably adjusted according to the quantity of disinfecting device 140, and any
Angle between two disinfecting devices 140 can not be identical, if each disinfecting device 140 carry out cooperation can be to exhaling
Suction pipe 110 reaches 360 degree without dead angle disinfection and sterilization.
The quantity of ultrasonic cleaning equipment 130 is 4 in one of the embodiments, and 4 ultrasonic cleaning equipments 130 are to flow
Quantity sensor pressure taking structure be distributed for center point symmetry in two sections of respiratory siphon exterior side walls.
Specifically, the quantity of ultrasonic cleaning equipment 130 is 4, wherein 4 disinfecting devices are with flow sensor pressure
Structure is distributed in the exterior side wall of first segment respiratory siphon and second segment respiratory siphon for center point symmetry, each section of respiratory siphon sky
Two ultrasonic cleaning equipments 130 are all set in cavity configuration.Using above-mentioned 130 set-up mode of ultrasonic cleaning equipment, it is ensured that
Using ultrasonic cleaning equipment 130 few as far as possible, reach good cleaning effect.
The quantity of disinfecting device 140 is 4 in one of the embodiments, and 4 disinfecting devices 140 are to flow
Quantity sensor pressure taking structure is distributed in the internal side wall of first segment respiratory siphon and second segment respiratory siphon for center point symmetry.
Specifically, the quantity of disinfecting device 140 is 4, wherein 4 disinfecting devices are with flow sensor pressure
Structure is distributed in two sections of respiratory siphon internal side walls for center point symmetry, is all arranged two in each section of respiratory siphon cavity structure
Disinfecting device 140.Using above-mentioned 140 set-up mode of disinfecting device, it is ensured that using disinfection few as far as possible
In the case of sterilizing unit 140, reach good sterilization effect.In addition, reducing disinfecting device 140 to tester's flow
The interference of measurement.
Disinfecting device 140 is ultraviolet lamp in one of the embodiments,.
Ultraviolet sterilization is that the DNA that ultraviolet wavelength is most killed within the scope of 240~280nm in destruction bacterial virus is (de-
Oxygen ribonucleic acid) or RNA (ribonucleic acid) molecular structure, cause growth cell death and (or) regenerative cell dead,
Achieve the effect that sterilizing.Especially when wavelength is 253.7, the bactericidal effect of ultraviolet light is most strong.Ultraviolet germicidal effect compared with
By force, but very weak to the penetration capacity of object, general simple glass can stop.In this way, in the present embodiment, use is ultraviolet
Lamp carries out sterilizing to respiratory siphon, it is ensured that the completeness of sterilization increases the safety used.In addition, ultraviolet wears
Saturating ability is poor, can block respiratory siphon using shelter when using ultraviolet progress sterilizing, reduce the ultraviolet wound to human body
Evil.
As an alternative embodiment, disinfecting device 140 is also possible to ozone generating-device.
Ozone destroys the structure of microbial film with the oxidation of oxygen atom, to realize bactericidal effect.Ozone is to bacterium
Rapidly, ozone can be mainly to react with the double bond of bacteria cell wall lipid, penetrate inside thallus, act on albumen for inactivation reaction
And lipopolysaccharides, change the permeability of cell, so as to cause bacterial death.Ozone also acts on intracellular nuclear matter, such as nucleic acid
In purine and pyrimidine destroy DNA.Ozone acts on cell membrane first, is damaged film composition, and leads to metabolism
Obstacle, ozone continues infiltration and penetrates film, and destroys film lipoprotein and lipopolysaccharides, changes the permeability of cell, causes cell molten
Solution, death.In this way, in the present embodiment, sterilizing is carried out to respiratory siphon using ozone generating-device, it can be quickly and thorough
Ground carries out disinfection sterilization to respiratory siphon, increases the safety used.It, can be in addition, a small amount of ozone is smaller to body effect
It carries out disinfection sterilization to respiratory siphon at any time, does not have to consider human body close to pulmonary function detection instrument, to cause to human body unnecessary
Injury.
It is arranged on the side wall of two sections of respiratory siphons (first segment respiratory siphon and second segment respiratory siphon) in one of the embodiments,
There is air inlet tube head 150, air inlet tube head 150 is used to connect the air inlet pipe in water gas system.
Specifically, air inlet tube head 150 is provided in the exterior side wall of two sections of respiratory siphons, air inlet tube head 150 is used for and aqueous vapor
Air inlet pipe connection in system.After being cleaned with 140 pairs of breathing inside pipe walls of ultrasonic cleaning equipment, usually there are some water droplets residual
Breathing inside pipe wall is stayed in, in order to reduce bacterial proliferation, and can be rapidly completed to respiratory siphon cleaning and disinfection and sterilization processing, to breathing
Pipe carries out air-drying processing.It mainly uses gas to carry out respiratory siphon air-dried, wind is generally carried out to respiratory siphon using Medical C O2 or N2
It is dry.When respiratory siphon needs to air-dry, gas is transmitted to respiratory siphon by the air inlet pipe connecting with air inlet tube head 150.
Preferably, air inlet tube head 150 can be 2, be symmetrically disposed on two sections of respiratory siphons (first segment respiratory siphon and second
Section respiratory siphon) exterior side wall on, air inlet tube head in pipeline for forming positive pressure, from being blown in pipe to outside pipe when air-drying, just
Respiratory siphon is carried out in rapidly air-dried.
Water inlet pipe in water gas system in one of the embodiments, water inlet pipe are disposed through respiratory siphon cavity structure
In, multiple water holes are wherein set in water inlet pipe, it, will be in water inlet pipe using the pressure of pump when needing to clean respiratory siphon
Water uniformly spray water on breathing sense inner wall, and in ultrasonication, comprehensive cleaning treatment is carried out to respiratory siphon.
In one of the embodiments, (first segment respiratory siphon and second segment respiratory siphon) in the exterior side wall of two sections of respiratory siphons
It is provided with the tube head 160 that catchments, the tube head 160 that catchments is used to connect the outlet pipe in water gas system.
Specifically, it after cleaning respiratory siphon using water, needs to discharge sewage.Therefore in two sections of respiratory siphons
Side wall on be provided with the tube head 160 that catchments, the tube head 160 that catchments is connected with the outlet pipe in water gas system, will be in respiratory siphon
Sewage excludes.
Preferably, the tube head 160 that catchments can be 2, be symmetrically disposed in the exterior side wall of two sections of respiratory siphons, convenient for fast
The quick exclusion of fast sewage.
According to the pulmonary function detection instrument probe apparatus of above-mentioned the utility model, the utility model also provides a kind of lung function inspection
Instrument system is surveyed, with reference to the accompanying drawing and the pulmonary function detection instrument system of the utility model is described in detail in preferred embodiment.
Fig. 3 is the structural schematic diagram of the pulmonary function detection instrument system of the utility model in one embodiment.Such as Fig. 3 institute
Show, the pulmonary function detection instrument system in the embodiment, comprising: in host 200, water gas system 300 and any of the above-described a embodiment
Pulmonary function detection instrument probe apparatus (such as Fig. 1 or Fig. 2)；Wherein pulmonary function detection instrument probe apparatus includes: respiratory siphon 110, stream
Quantity sensor pressure taking structure 120, ultrasonic cleaning equipment 130 and disinfecting device 140；Ultrasonic cleaning equipment 130 and disinfection
Sterilizing unit 140 is separately connected host 200；The connection of respiratory siphon 110 and host 200 are separately connected water gas system 300.
Specifically, host 200 includes display screen and control panel, and wherein host 200 is provided with diaphragm pump, wherein diaphragm pump
Connect by diaphragm pump pressure pipe with the water inlet bottle in water gas system 300, diaphragm pump for water inlet bottle pressure is provided, pass water through into
Water pipe smoothly reaches breathing inside pipe wall.In addition, water gas system 300 includes water inlet bottle, goes out the gentle body storage cylinder of water bottle, wherein intaking
Bottle is connect with diaphragm pump, and by water inlet pipe by water transport to breathing inside pipe wall, provides water resource for respiratory siphon cleaning.Water bottle out
It is connect by outlet pipe with the tube head that catchments, for excluding the sewage of cleaning breathing inside pipe wall.Gas storage cylinder by air inlet pipe with
Air inlet tube head connection in respiratory siphon exterior side wall, for by gas transport to breathing inside pipe wall.Water inlet bottle goes out water bottle and gas
Body storage cylinder is all connected using unidirectional female Luer with corresponding pipeline, not only guarantees air-tightness and safety, but also guarantee dismounting
Convenience.
When the respiratory siphon of pulmonary function detection instrument probe apparatus needs to clean with sterilizing, system uses diaphragm pump by water
It is delivered to ultrasonic cleaning equipment, by the apopore of water lines, water is allowed uniformly to be attached on breathing inside pipe wall, while being cleaned by ultrasonic dress
It sets and also starts to work, ultrasonic wave and water collective effect, the foreign matter that will be attached on breathing inside pipe wall and flow sensor carry out clearly
Clean, the used water tube head that can be catchmented flows to out in water bottle using pipeline.After cleaning process is complete, start to carry out air-dried.Storage
There are the gases in air inlet bottle to be delivered to inside respiratory siphon by air pipe, forms positive pressure in inside, gas flows from inside to outside
It is dynamic, tube wall is carried out air-dried.It air-dries and completes mouth, open disinfecting device, sterilize to breathing pipeline and flow sensor
Disinfection.Disinfection is completed prompt disinfection on the home screen and is completed, and goes forward side by side and becomes owner of measurement interface.
When there is tester to need to carry out Pulmonary function, operator passes through main interface and cooperates function button, and input is surveyed
The information such as name, height, weight and the age of examination person, then reselection measurement pattern, such as forced vital capacity, click start to survey
Amount, tester complete the measurement of forced vital capacity according to the prompt of operator.If tester also needs to carry out the survey of sundry item
Examination, if minute maximal ventilatory volume is tested, then similarly selection minute maximal ventilatory volume test pattern, click start to measure, and test
Person completes the test of minute maximal ventilatory volume also according to the prompt of operator.Others test is similar.After the completion of test, behaviour
The corresponding report of author's printing is given to tester.
Above-mentioned pulmonary function detection instrument system due to use pulmonary function detection instrument probe apparatus, can be by simple
Operation is cleaned and is sterilized to institute's pulmonary function detection instrument probe apparatus, and the clean of pulmonary function detection instrument probe apparatus has been effectively ensured
Net type and safety.
In order to preferably embody the beneficial effect of the technical solution of the utility model, it is described below several to lung function inspection
Survey instrument systematic difference example.
The application method of pulmonary function detection instrument system, the specific steps are as follows:
41, it opens power supply and is switched on, system initialization, each section self-test to pulmonary function detection instrument.Self-test is unacceptable
Part is prompted according to instrument, is repaired step by step.
42, after initialization is completed, into main measurement interface, if the same day is to be switched on for the first time, instrument can then be prompted
User carries out first automatically cleaning and from sterilizing, if it is not, record according to automatically cleaning and from disinfection, prompting the user whether will be into
Row disinfection, user is as required after selection operation, and system carries out disinfection movement automatically, enters Pulmonary function later.
43, according to tester's situation, operator carries out corresponding lung function index measurement, as the result is shown over the display,
It is measured generation printed report.
44, report has been printed, system waits measurement next time, and system can automatically execute automatically cleaning and sterilize certainly at this time
Function.Automatically cleaning and after sterilize successfully, formally waits for the measurement of next tester.
If 45, when 44 step, automatically cleaning and certainly disinfection fail, and system can provide prompt, and operator is according to prompt
It is repaired step by step, until can just be measured to next tester by automatically cleaning and from sterilizing.
43-45 step is repeated, the measurement to multiple testers is completed.
46, using to switch or closing key, standby or closing instrument.
Each technical characteristic of above embodiments can be combined arbitrarily, for simplicity of description, not to above-described embodiment
In each technical characteristic it is all possible combination be all described, as long as however, the combination of these technical characteristics be not present lance
Shield all should be considered as described in this specification.
Above embodiments only express the several embodiments of the utility model, and the description thereof is more specific and detailed, but simultaneously
The limitation to utility model patent range therefore cannot be interpreted as.It should be pointed out that for the ordinary skill people of this field
For member, without departing from the concept of the premise utility, various modifications and improvements can be made, these belong to this reality
With novel protection scope.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (9)
1. a kind of pulmonary function detection instrument probe apparatus characterized by comprising respiratory siphon, flow sensor pressure taking structure, ultrasound
Cleaning device and disinfecting device；
Respiratory siphon is tubular cavity structure, and the flow sensor pressure taking structure is set in the cavity structure of the respiratory siphon
Respiratory siphon is divided into two sections, respectively first segment respiratory siphon and second segment respiratory siphon by portion；
The quantity of the ultrasonic cleaning equipment and the disinfecting device is at least 2, the first segment respiratory siphon and described
The ultrasonic cleaning equipment, and the first segment respiratory siphon and described second are provided in the exterior side wall of second segment respiratory siphon
The disinfecting device is provided in the internal side wall of section respiratory siphon；2 ultrasonic cleaning equipments and disinfecting device
It is connect for passing through control bus respectively with the host of pulmonary function detection instrument；
The cleaning control of 2 ultrasonic cleaning equipment receiving hosts instructs, and 2 ultrasonic cleaning equipments are according to cleaning control
Respiratory siphon is cleaned in instruction；
The disinfection and sterilization control instruction of 2 disinfecting device receiving hosts, 2 disinfecting devices are according to disinfection
Sterilization control instruction carries out disinfection sterilization to respiratory siphon.
2. pulmonary function detection instrument probe apparatus according to claim 1, which is characterized in that the first segment respiratory siphon and institute
It states and is provided with multiple ultrasonic cleaning equipments in the exterior side wall of second segment respiratory siphon, and each ultrasonic cleaning equipment is pressed
It is distributed according to preset distance interval.
3. pulmonary function detection instrument probe apparatus according to claim 1, which is characterized in that the first segment respiratory siphon and institute
It states and is provided with multiple disinfecting devices in the exterior side wall of second segment respiratory siphon, and each disinfecting device is according to pre-
If distance interval distribution.
4. pulmonary function detection instrument probe apparatus according to claim 1, which is characterized in that the number of the ultrasonic cleaning equipment
Amount is 4, and 4 ultrasonic cleaning equipments are distributed in the first segment as center point symmetry using flow sensor pressure taking structure
In the exterior side wall of respiratory siphon and the second segment respiratory siphon.
5. pulmonary function detection instrument probe apparatus according to claim 1, which is characterized in that the number of the disinfecting device
Amount is 4, and 4 disinfecting devices are distributed in the first segment as center point symmetry using flow sensor pressure taking structure
In the internal side wall of respiratory siphon and the second segment respiratory siphon.
6. pulmonary function detection instrument probe apparatus according to claim 5, which is characterized in that the disinfecting device is purple
Outer lamp or ozone generating-device.
7. pulmonary function detection instrument probe apparatus according to claim 1-3, which is characterized in that the first segment is exhaled
Air inlet tube head is provided in the exterior side wall of suction pipe and the second segment respiratory siphon, air inlet tube head is for connecting in water gas system
Air inlet pipe.
8. pulmonary function detection instrument probe apparatus according to claim 7, which is characterized in that the first segment respiratory siphon and institute
It states and is provided with the tube head that catchments in the exterior side wall of second segment respiratory siphon, the tube head that catchments is used to connect the outlet pipe in water gas system.
9. a kind of pulmonary function detection instrument system characterized by comprising any one of host, water gas system and claim 1-8's
Pulmonary function detection instrument probe apparatus, wherein pulmonary function detection instrument probe apparatus include: respiratory siphon, flow sensor pressure taking structure,
Ultrasonic cleaning equipment and disinfecting device；
The ultrasonic cleaning equipment and the disinfecting device are separately connected host；
The respiratory siphon connection and the host are separately connected the water gas system.
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| CN201721212398.0U CN208709890U (en) | 2017-09-20 | 2017-09-20 | Pulmonary function detection instrument probe apparatus and detector system |
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| CN201721212398.0U CN208709890U (en) | 2017-09-20 | 2017-09-20 | Pulmonary function detection instrument probe apparatus and detector system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107495969A (en) * | 2017-09-20 | 2017-12-22 | 广州红象医疗科技有限公司 | Pulmonary function detection instrument probe device, detection instrument system and detection method |
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2017
- 2017-09-20 CN CN201721212398.0U patent/CN208709890U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107495969A (en) * | 2017-09-20 | 2017-12-22 | 广州红象医疗科技有限公司 | Pulmonary function detection instrument probe device, detection instrument system and detection method |
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Denomination of utility model: Lung function detector probe device and detector system Effective date of registration: 20220420 Granted publication date: 20190409 Pledgee: Bank of China Limited by Share Ltd. Guangzhou Haizhu branch Pledgor: GUANGZHOU RED ELEPHANT MEDICAL TECHNOLOGY CO.,LTD. Registration number: Y2022440000067 |