CN208626364U - Clinical department of internal medicine respiratory disinfection device - Google Patents
Clinical department of internal medicine respiratory disinfection device Download PDFInfo
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- CN208626364U CN208626364U CN201721839234.0U CN201721839234U CN208626364U CN 208626364 U CN208626364 U CN 208626364U CN 201721839234 U CN201721839234 U CN 201721839234U CN 208626364 U CN208626364 U CN 208626364U
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- 238000004659 sterilization and disinfection Methods 0.000 abstract 3
- 239000003814 drug Substances 0.000 abstract 2
- 230000000241 respiratory effect Effects 0.000 abstract 2
- 230000009286 beneficial effect Effects 0.000 abstract 1
- 230000000694 effects Effects 0.000 abstract 1
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Abstract
The utility model discloses clinical department of internal medicine respiratory disinfection devices, are related to the field of medical instrument technology.Clinical department of internal medicine respiratory disinfection device, including respirator, air intake duct is set on respirator, first fixed block is set in air intake duct, first through hole is set on first fixed block, the first block is arranged close to respirator side in first fixed block, the first compressed spring is arranged far from the first fixed block side in first block, second through-hole is set on the second fixed block, the first exhaust tube of setting is tilted down below air intake duct, the second exhaust tube is arranged far from respirator one end in first exhaust tube, bellows is arranged far from first exhaust tube one end in second exhaust tube, shell is set below bellows, connecting tube is arranged far from second exhaust tube one end in bellows, the first escape pipe is arranged in connecting tube top droop.The utility model has the beneficial effects that: the utility model, convenient for adjusting, strong flexibility can be improved the Disinfection Effect of patient's exhaled gas.
Description
Technical field
The utility model relates generally to the field of medical instrument technology, specifically clinical department of internal medicine respiratory disinfection device.
Background technique
In clinical department of internal medicine therapeutic process, patient is dyspneic since the influence with some internal diseases is easy to appear
Situation, patient are necessarily required to oxygen therapy treatment.The germ that patient carries in order to prevent by air borne, to medical staff or other
Patient causes unnecessary infection, usually connects respiratory disinfection device on the breathing mask that patient uses, passes through respiratory disinfection device
Filter the gas of patient's exhalation.Existing respiratory disinfection device when in use, still remains following problems:
1, the air intake duct of existing sterilizer and exhaust tube are equipped with check valve to control the gas of exhalation and sucking, check valve
Solenoid valve is mostly used greatly, is limited by power supply, when patient is in moving process, the sterilizing function of sterilizer can not be played.
2, the exhaust tube of existing sterilizer is rigid pipe, is attached with thimerosal, after patient takes breathing mask, itself
The adjusting position of head and shell is restricted, and comfort is poor, and when patient needs shift position, the movement of shell is time-consuming to take
Power, flexibility are poor.
3, when patient exhales, some sputums are often flowed out in the corners of the mouth, these sputums flow into together in company with exhaust tube to disappear
In venom, containing virus in sputum, thimerosal can be not only polluted, but also the gas filtered out contains viral excessive, Disinfection Effect
Difference.
Utility model content
To solve the deficiencies in the prior art, the utility model provides clinical department of internal medicine respiratory disinfection device, it is not used only
It is convenient, it is applied widely, convenient for adjusting, strong flexibility, and it can be effectively isolated sputum and exhaled gas, improve patient's exhalation
The Disinfection Effect of gas.
The utility model to achieve the above object, is achieved through the following technical solutions:
Clinical department of internal medicine respiratory disinfection device, including respirator are arranged air intake duct on the respirator, set in the air intake duct
The first fixed block is set, first through hole is set on first fixed block, first fixed block is close to respirator side setting the
The position of one block, first block and first through hole is adapted, and first block is arranged far from the first fixed block side
First compressed spring, first compressed spring one end are fixedly connected with the first block, and first compressed spring is far from first
The second fixed block is arranged in block one end, and second fixed block is fixedly connected with air intake duct, and the is arranged on second fixed block
Two through-holes, second through-hole be it is multiple, multiple second through-holes are uniformly distributed on the second fixed block, under the air intake duct
Side tilts down the first exhaust tube of setting, and first exhaust tube one end is communicated with respirator, and first exhaust tube is separate to exhale
The second exhaust tube is arranged in suction hood one end, and third fixed block is arranged in second exhaust tube, and the is arranged on the third fixed block
The second block, the position of second block and third through-hole is arranged far from respirator side in three through-holes, the third fixed block
Be adapted, second block far from third fixed block one end be arranged the second compressed spring, second compressed spring one end with
Third fixed block is fixedly connected, and the 4th fixed block is arranged far from second block one end in second compressed spring, and the described 4th is solid
Determine block to be fixedly connected with the second exhaust tube, fourth hole is set on the 4th fixed block, and second exhaust tube is far from first
Bellows is arranged in exhaust tube one end, shell is arranged below the bellows, the bellows is far from the second exhaust tube one
End setting connecting tube, described connecting tube one end are fixedly connected with bellows, and the other end is located at enclosure interior, the connection tube top
Portion is obliquely installed the first escape pipe, and thimerosal storage bottle is arranged in the first outlet tube end, setting the in the thimerosal storage bottle
Two escape pipes, the second outlet tube end are arranged ultraviolet-sterilization box, ultraviolet lamp tube, the purple are arranged in the ultraviolet-sterilization box
Third escape pipe is arranged in outer lamp tube end, and the third outlet tube end stretches out outside shell, and liquid is provided in the connection bottom of the tube
Liquid holding device is arranged in pipe, the outlet tube bottom, and universal wheel is arranged in the housing bottom.
Connecting rod is set in the shell, and clip is arranged far from inner walls one end in the connecting rod, and the clip is arranged
In connecting tube, it is bolted between the clip and connecting tube.
The fourth hole be it is multiple, multiple fourth holes are respectively positioned on the 4th fixed block bottom.
The thimerosal storage bottle, ultraviolet-sterilization box are fixedly connected with inner walls.
The first through hole and third through-hole are circular hole, and first block and the second block are arc-shaped block.
The prior art is compared, the beneficial effects of the utility model are:
1, the utility model flexibly controls the expiration and air-breathing of patient using the first block and the second block, and patient, which puts on, to be exhaled
Suction hood can be used, easy to use, applied widely.
2, the second air intake duct and connecting tube are connected using bellows in the utility model, adjusts head position convenient for patient
It sets, when patient needs mobile in ward or in hospital, can flexibly place shell position, convenient for adjusting, strong flexibility.
3, the first escape pipe is obliquely installed, and is separated convenient for patient's exhaled gas with sputum, thimerosal and ultraviolet lamp
Pipe carries out disinfection for the exhaled gas of patient, improves the Disinfection Effect of patient's exhaled gas.
4, clip is convenient for fixing connecting tube, it is ensured that the direction of the first escape pipe keeps tilting upward.
5, fourth hole is located at the 4th fixed block bottom, enters bellows by fourth hole convenient for patient's sputum
It is interior, facilitate the collection of sputum.
6, thimerosal storage bottle, ultraviolet-sterilization box are fixedly connected with inner walls, make shell thimerosal storage bottle with it is ultraviolet
Sterilizing box provides support force, improves the stability of the utility model.
7, the setting of circular hole and arc-shaped block shape, so that the first fixed block and the first block, third fixed block and
Connection between two blocks is even closer, the effect for improving the utility model one-way intake and unidirectionally exhaling.
Detailed description of the invention
Attached drawing 1 is the utility model main view schematic diagram；
Attached drawing 2 is the utility model clip partial top figure structure schematic representation；
Attached drawing 3 is the portion the utility model I enlarged drawing；
Attached drawing 4 is the portion the utility model II enlarged drawing.
Label shown in attached drawing: 1, respirator；2, air intake duct；3, the first fixed block；4, first through hole；5, the first block；
6, the first compressed spring；7, the second fixed block；8, the second through-hole；9, the first exhaust tube；10, the second exhaust tube；11, third is fixed
Block；12, third through-hole；13, the second block；14, the second compressed spring；15, the 4th fixed block；16, fourth hole；17, it stretches
Hose；18, shell；19, connecting tube；20, the first escape pipe；21, thimerosal storage bottle；22, the second escape pipe；23, ultraviolet-sterilization
Box；24, ultraviolet lamp tube；25, third escape pipe；26, outlet tube；27, liquid holding device；28, universal wheel；29, connecting rod；30, clip.
Specific embodiment
With reference to the drawings and specific embodiments, the utility model is described in further detail.It should be understood that these embodiments are only used for
Illustrate the utility model rather than limitation the scope of the utility model.In addition, it should also be understood that, having read the utility model instruction
Content after, those skilled in the art can make various changes or modifications the utility model, and such equivalent forms are equally fallen
In range defined herein.It should be noted that word used in the following description refers to the side in attached drawing 1 up and down
To.
Air intake duct 2, the air intake duct 2 are arranged on the respirator 1 for clinical department of internal medicine respiratory disinfection device, including respirator 1
First through hole 4 is arranged on first fixed block 3 for the first fixed block 3 of interior setting, and first fixed block 3 is close to respirator 1 one
The first block 5 is arranged in side, and first block 5 and the position of first through hole 4 are adapted, and first block 5 is solid far from first
To determine 3 side of block and the first compressed spring 6 is set, described first compressed spring, 6 one end is fixedly connected with the first block 5, and described first
The second fixed block 7 is arranged far from 5 one end of the first block in compressed spring 6, and second fixed block 7 is fixedly connected with air intake duct 2, institute
State and the second through-hole 8 be set on second fixed block 7, second through-hole 8 be it is multiple, multiple second through-holes 8 are fixed second
It is uniformly distributed on block 7, as shown in Fig. 3, when the first block is in contact with the first fixed block, the first compressed spring is conventional shape
State, when the patient inhales, the first compressed spring compression, air are drawn into patient body through first through hole, the second through-hole, work as disease
When people exhales, the first block blocks first through hole, and patient's exhaled gas is breathed out from the first exhaust tube.The lower direction of the air intake duct 2
Under be obliquely installed the first exhaust tube 9, as shown in Fig. 1, the first exhaust tube is located at below air intake duct, when in use with patient's mouth
Position is adapted, and is obliquely installed convenient for accepting patient's sputum.Described first exhaust tube, 9 one end is communicated with respirator 1, and described first
The second exhaust tube 10 is arranged far from 1 one end of respirator in exhaust tube 9, and third fixed block 11, institute is arranged in second exhaust tube 10
Setting third through-hole 12 on third fixed block 11 is stated, the second block 13 is arranged far from 1 side of respirator in the third fixed block 11,
The position of second block 13 and third through-hole 12 is adapted, and second block 13 is arranged far from 11 one end of third fixed block
Second compressed spring 14, described second compressed spring, 14 one end are fixedly connected with third fixed block 11, second compressed spring
14 are arranged the 4th fixed block 15 far from 13 one end of the second block, and the 4th fixed block 15 is fixedly connected with the second exhaust tube 10,
Fourth hole 16 is set on the 4th fixed block 15, as shown in Fig. 4, when the second block is in contact with third through-hole, second
Compressed spring is in conventional sense, and when patient's gas is breathed out from the first exhaust tube, the second compressed spring is compressed, gas and patient
Sputum is discharged into bellows through third through-hole and fourth hole.Second exhaust tube 10 is arranged far from 9 one end of the first exhaust tube
Bellows 17, shell 18 is arranged below the bellows 17, and the bellows 17 is set far from 10 one end of the second exhaust tube
Connecting tube 19 is set, described 19 one end of connecting tube is fixedly connected with bellows 17, and the other end is located inside shell 18, such as attached drawing 1
Shown, the rectangular shape of connecting tube is blocked positioned at enclosure interior one end by end cap, guarantees that gas is discharged from the first escape pipe.It is described
The first escape pipe 20 is arranged in 19 top droop of connecting tube.As shown in Fig. 1, the first escape pipe is obliquely installed, and is convenient for exhaled gas
It is separated from each other before entering thimerosal storage bottle with patient's sputum, thimerosal only carries out disinfection to the gas of patient's exhalation.It is described
Thimerosal storage bottle 21 is arranged in first escape pipe, 20 end, and thimerosal is arranged in thimerosal storage cylinder, is closed bottle body, Bing Renhu
Gas enters thimerosal storage bottle from the first escape pipe out, is then discharged from the second escape pipe.It is set in the thimerosal storage bottle 21
The second escape pipe 22 is set, ultraviolet-sterilization box 23 is arranged in 22 end of the second escape pipe, and setting is purple in the ultraviolet-sterilization box 23
Outer fluorescent tube 24, ultraviolet lamp tube and disinfection liquid dual cooperation, it is ensured that the bactericidal effect of exhaled gas, ultraviolet-sterilization box are closing box
Body, the two the second escape pipe of gas enter box body, are discharged in air from third escape pipe.In the utility model, each tracheae it
Between and tracheae and mask, thimerosal storage cylinder, ultraviolet-sterilization box be in communicating state, connecting tube is located at one end in shell and is blocked
Extremely.Third escape pipe 25 is arranged in 24 end of ultraviolet lamp tube, and 25 end of third escape pipe is stretched out outside shell 18, the company
Outlet tube 26 is arranged in 19 bottom of adapter tube, and liquid holding device 27 is arranged in 26 bottom of outlet tube, and universal wheel is arranged in 18 bottom of shell
28.The utility model flexibly controls the expiration and air-breathing of patient using the first block and the second block, and patient puts on respirator i.e.
It can be used, it is easy to use, it is applied widely.And the second air intake duct and connecting tube are connected using bellows, convenient for disease
People adjusts head position, when patient needs mobile in ward or in hospital, can flexibly place shell position, convenient for adjusting
Section, strong flexibility.In addition, the first escape pipe is obliquely installed, separated convenient for patient's exhaled gas with sputum, thimerosal and
Ultraviolet lamp tube carries out disinfection for the exhaled gas of patient, improves the Disinfection Effect of patient's exhaled gas.
In order to ensure the direction of the first escape pipe keeps tilting upward, connecting rod 29, the company are set in the shell 18
Clip 30 is arranged far from 18 inner wall one end of shell in extension bar 29, and the clip 30 is set in connecting tube 19, the clip 30 and company
It is bolted between adapter tube 19.Clip is convenient for fixing connecting tube, it is ensured that the direction of the first escape pipe keeps tilting upward.
In order to facilitate collecting patient's sputum, the fourth hole 16 be it is multiple, multiple fourth holes 16 are respectively positioned on the
Four fixed blocks, 15 bottom.Fourth hole is located at the 4th fixed block bottom, is entered convenient for patient's sputum by fourth hole flexible
In hose, the collection of sputum is facilitated.
In order to improve the stability of the utility model, the thimerosal storage bottle 21, ultraviolet-sterilization box 23 are and in shell 18
Wall is fixedly connected.Thimerosal storage bottle, ultraviolet-sterilization box are fixedly connected with inner walls, make shell thimerosal storage bottle with it is ultraviolet
Sterilizing box provides support force, improves the stability of the utility model.
For the effect for improving the utility model one-way intake with unidirectionally exhaling, the first through hole 4 and third through-hole 12
It is circular hole, first block 5 and the second block 13 are arc-shaped block.The setting of circular hole and arc-shaped block shape,
So that the connection between the first fixed block and the first block, third fixed block and the second block is even closer, improve practical
Novel one-way intake and the effect unidirectionally exhaled.
When the utility model is used, respirator is worn over patient head, pass through the mutual of the first block and the second block
Cooperation can effectively carry out disinfection to the gas of patient's exhalation, and under the action of bellows, patient head can be appropriate
It is mobile, improve patient's comforts of use, in ward, by bellows can also reasonable adjustment housings position, work as disease
When people encounters situations such as transfer ward and needs mobile, it can still be carried out disinfection by this sterilizer to exhaled gas, Er Qie
The position of adjustable shell under the action of bellows.In addition, under the action of the first escape pipe, patient's sputum and expiratory air
Body separation, not only increases the Disinfection Effect of exhaled gas, is also convenient for collecting patient's sputum.
Embodiment 1:
Air intake duct 2, the air intake duct 2 are arranged on the respirator 1 for clinical department of internal medicine respiratory disinfection device, including respirator 1
First through hole 4 is arranged on first fixed block 3 for the first fixed block 3 of interior setting, and first fixed block 3 is close to respirator 1 one
The first block 5 is arranged in side, and first block 5 and the position of first through hole 4 are adapted, and first block 5 is solid far from first
To determine 3 side of block and the first compressed spring 6 is set, described first compressed spring, 6 one end is fixedly connected with the first block 5, and described first
The second fixed block 7 is arranged far from 5 one end of the first block in compressed spring 6, and second fixed block 7 is fixedly connected with air intake duct 2, institute
State and the second through-hole 8 be set on second fixed block 7, second through-hole 8 be it is multiple, multiple second through-holes 8 are fixed second
Be uniformly distributed on block 7, tilted down below the air intake duct 2 setting the first exhaust tube 9, described first exhaust tube, 9 one end with exhale
Suction hood 1 communicates, and the second exhaust tube 10 is arranged far from 1 one end of respirator in first exhaust tube 9, sets in second exhaust tube 10
Third fixed block 11 is set, third through-hole 12 is set on the third fixed block 11, the third fixed block 11 is far from respirator 1 one
The second block 13 is arranged in side, and second block 13 and the position of third through-hole 12 are adapted, and second block 13 is far from the
The second compressed spring 14, described second compressed spring, 14 one end and the fixed company of third fixed block 11 is arranged in three fixed blocks, 11 one end
It connects, the 4th fixed block 15, the 4th fixed block 15 and the is arranged far from 13 one end of the second block in second compressed spring 14
Two exhaust tubes 10 are fixedly connected, and fourth hole 16 are arranged on the 4th fixed block 15, second exhaust tube 10 is far from first
Bellows 17 is arranged in 9 one end of exhaust tube, and in the present embodiment, bellows uses plastic material elastic hose.It is described stretch it is soft
Shell 18 is set below pipe 17, and connecting tube 19, the connecting tube is arranged far from 10 one end of the second exhaust tube in the bellows 17
19 one end are fixedly connected with bellows 17, and the other end is located inside shell 18,19 top droop of the connecting tube setting first
Escape pipe 20,20 end of the first escape pipe are arranged thimerosal storage bottle 21, the second outlet are arranged in the thimerosal storage bottle 21
Pipe 22,22 end of the second escape pipe are arranged ultraviolet-sterilization box 23, ultraviolet lamp tube 24, institute are arranged in the ultraviolet-sterilization box 23
24 end of ultraviolet lamp tube setting third escape pipe 25 is stated, 25 end of third escape pipe is stretched out outside shell 18, the connecting tube
19 bottoms are arranged outlet tube 26, and 26 bottom of outlet tube is arranged liquid holding device 27, in the present embodiment, liquid holding device and shell bottom wall card
It connects, door-plate is set on shell, convenient for taking out liquid holding device from shell, cleared up.Universal wheel 28 is arranged in 18 bottom of shell.
In the present embodiment, knob, shell easy to remove are set on shell.The utility model is flexibly controlled using the first block and the second block
The expiration and air-breathing of patient processed, patient puts on respirator and can be used, easy to use, applied widely.The utility model
It is middle that second air intake duct and connecting tube are connected using bellows, adjust head position convenient for patient, when patient in ward or
When needing mobile in hospital, shell position can be flexibly placed, convenient for adjusting, strong flexibility.First escape pipe is obliquely installed,
It is separated convenient for patient's exhaled gas with sputum, thimerosal and ultraviolet lamp tube carry out disinfection for the exhaled gas of patient, mention
The high Disinfection Effect of patient's exhaled gas.Connecting rod 29 is set in the shell 18, the connecting rod 29 is far from shell 18
Clip 30 is arranged in wall one end, and in the present embodiment, clip is elastic PVC material.The clip 30 is set in connecting tube 19, described
It is bolted between clip 30 and connecting tube 19.Clip is convenient for fixing connecting tube, it is ensured that the direction of the first escape pipe keeps inclining
Obliquely.The fourth hole 16 be it is multiple, multiple fourth holes 16 are respectively positioned on 15 bottom of the 4th fixed block.Fourth hole
It positioned at the 4th fixed block bottom, is entered in bellows convenient for patient's sputum by fourth hole, facilitates the collection of sputum.
The thimerosal storage bottle 21, ultraviolet-sterilization box 23 are fixedly connected with 18 inner wall of shell.Thimerosal storage bottle, ultraviolet-sterilization box with
Inner walls are fixedly connected, and so that shell thimerosal storage bottle and ultraviolet-sterilization box is provided support force, are improved the utility model
Stability.The first through hole 4 and third through-hole 12 are circular hole, and first block 5 and the second block 13 are arc-shaped
Block.The setting of circular hole and arc-shaped block shape, so that the first fixed block and the first block, third fixed block and the second block
Between connection it is even closer, improve the utility model one-way intake and the effect unidirectionally exhaled.The beneficial effect of the present embodiment
Fruit is: the utility model is not only easy to use, applied widely, convenient for adjusting, strong flexibility, and sputum can be effectively isolated
And exhaled gas, improve the Disinfection Effect of patient's exhaled gas.
Claims (5)
1. clinical department of internal medicine respiratory disinfection device, including respirator (1), it is characterised in that: air intake duct is arranged on the respirator (1)
(2), the first fixed block (3) are set in the air intake duct (2), first through hole (4) is set on first fixed block (3), it is described
The first block (5) are arranged close to respirator (1) side in first fixed block (3), first block (5) and first through hole (4)
Position is adapted, and first block (5) is far from the first fixed block (3) side setting the first compressed spring (6), first pressure
Contracting spring (6) one end is fixedly connected with the first block (5), and first compressed spring (6) is arranged far from the first block (5) one end
Second fixed block (7), second fixed block (7) are fixedly connected with air intake duct (2), and is arranged on second fixed block (7)
Two through-holes (8), second through-hole (8) be it is multiple, multiple second through-holes (8) are uniformly distributed on the second fixed block (7),
Setting the first exhaust tube (9), described first exhaust tube (9) one end and respirator (1) phase are tilted down below the air intake duct (2)
Logical, for first exhaust tube (9) far from respirator (1) one end setting the second exhaust tube (10), second exhaust tube (10) is interior
It is arranged third fixed block (11), third through-hole (12) is set on the third fixed block (11), the third fixed block (11) is remote
The second block (13) are set from respirator (1) side, the position of second block (13) and third through-hole (12) is adapted, institute
The second block (13) are stated far from third fixed block (11) one end setting the second compressed spring (14), second compressed spring (14)
One end is fixedly connected with third fixed block (11), and second compressed spring (14) is far from the second block (13) one end setting the 4th
Fixed block (15), the 4th fixed block (15) are fixedly connected with the second exhaust tube (10), set on the 4th fixed block (15)
It sets fourth hole (16), second exhaust tube (10) is described to stretch far from the first exhaust tube (9) one end setting bellows (17)
Shell (18) are set below contracting hose (17), connecting tube is arranged far from the second exhaust tube (10) one end in the bellows (17)
(19), described connecting tube (19) one end is fixedly connected with bellows (17), and the other end is located at shell (18) inside, the connection
(19) top droop setting the first escape pipe (20) is managed, thimerosal storage bottle (21) are arranged in the first escape pipe (20) end, institute
It states in thimerosal storage bottle (21) and the second escape pipe (22) is set, ultraviolet-sterilization box is arranged in the second escape pipe (22) end
(23), ultraviolet lamp tube (24) are set in the ultraviolet-sterilization box (23), third escape pipe is arranged in ultraviolet lamp tube (24) end
(25), shell (18) are stretched out outside in third escape pipe (25) end, and outlet tube (26) are arranged in connecting tube (19) bottom, institute
Outlet tube (26) bottom setting liquid holding device (27) is stated, universal wheel (28) are arranged in shell (18) bottom.
2. clinical department of internal medicine respiratory disinfection device according to claim 1, it is characterised in that: setting connects in the shell (18)
Extension bar (29), the connecting rod (29) is far from shell (18) inner wall one end setting clip (30), clip (30) company of being set in
It takes on (19), is bolted between the clip (30) and connecting tube (19).
3. clinical department of internal medicine respiratory disinfection device according to claim 1, it is characterised in that: the fourth hole (16) is more
A, multiple fourth holes (16) are respectively positioned on the 4th fixed block (15) bottom.
4. clinical department of internal medicine respiratory disinfection device according to claim 1, it is characterised in that: the thimerosal storage bottle (21),
Ultraviolet-sterilization box (23) is fixedly connected with shell (18) inner wall.
5. clinical department of internal medicine respiratory disinfection device according to claim 1, it is characterised in that: the first through hole (4) and
Three through-holes (12) are circular hole, and first block (5) and the second block (13) are arc-shaped block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721839234.0U CN208626364U (en) | 2017-12-25 | 2017-12-25 | Clinical department of internal medicine respiratory disinfection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721839234.0U CN208626364U (en) | 2017-12-25 | 2017-12-25 | Clinical department of internal medicine respiratory disinfection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208626364U true CN208626364U (en) | 2019-03-22 |
Family
ID=65731020
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721839234.0U Expired - Fee Related CN208626364U (en) | 2017-12-25 | 2017-12-25 | Clinical department of internal medicine respiratory disinfection device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208626364U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111150874A (en) * | 2020-03-10 | 2020-05-15 | 吉林大学第一医院 | Clinical breathing sterilization device for infectious department |
| CN111298181A (en) * | 2020-02-21 | 2020-06-19 | 黄飞灵 | Sterilizer for blocking respiratory infectious disease transmission path |
| DE102020002455B3 (en) | 2020-04-23 | 2021-08-12 | Rainer Truöl | Ventilation system |
| CN114404766A (en) * | 2022-01-11 | 2022-04-29 | 泰州市人民医院 | Respiratory system patient who prevents infectious disease is with supplementary respiratory device |
-
2017
- 2017-12-25 CN CN201721839234.0U patent/CN208626364U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111298181A (en) * | 2020-02-21 | 2020-06-19 | 黄飞灵 | Sterilizer for blocking respiratory infectious disease transmission path |
| CN111150874A (en) * | 2020-03-10 | 2020-05-15 | 吉林大学第一医院 | Clinical breathing sterilization device for infectious department |
| DE102020002455B3 (en) | 2020-04-23 | 2021-08-12 | Rainer Truöl | Ventilation system |
| CN114404766A (en) * | 2022-01-11 | 2022-04-29 | 泰州市人民医院 | Respiratory system patient who prevents infectious disease is with supplementary respiratory device |
| CN114404766B (en) * | 2022-01-11 | 2023-09-19 | 泰州市人民医院 | Auxiliary breathing device for respiratory system patient for preventing infectious diseases |
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