CN209363242U - A kind of processing unit of ESD sample - Google Patents
A kind of processing unit of ESD sample Download PDFInfo
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- CN209363242U CN209363242U CN201920031331.XU CN201920031331U CN209363242U CN 209363242 U CN209363242 U CN 209363242U CN 201920031331 U CN201920031331 U CN 201920031331U CN 209363242 U CN209363242 U CN 209363242U
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Abstract
The utility model discloses a kind of processing units of ESD sample, including workbench and the image collection assembly being arranged on the table top of workbench, processing unit further includes the operating room being arranged on table top, image collection assembly is located at the inside of operating room, operating room is in communication with the outside by operating walk way, operating walk way is provided with isolation window in a manner of openable and closable, so as to by the inside and outside isolation of operating room；Air draft component is provided on operating room, air draft component includes air-exhausting duct and blower, and one end of air-exhausting duct is connected to the inside of operating room, the other end and external ventilation pipeline connection of air-exhausting duct, blower is arranged in air-exhausting duct, so that the gas of the inside of operating room to be pumped in external ventilation pipeline.Above-mentioned processing unit can effectively realize the collection for the formaldehyde that volatilizees during ESD sample disposal, avoid formaldehyde harm caused by ambient enviroment and operator of volatilization.
Description
Technical field
The utility model relates to technical field of medical equipment more particularly to a kind of processing units of ESD sample.
Background technique
Histopathology is more heavily weighted toward visual science, last diagnosis be description based on biopsy or in vitro sample and
Sectioning image under microscope, and describe to be carried out based on picture and verbal description.
After certain operations, as (endoscopic submucosal dissection is removed under scope mucous membrane ESD
Art), need to carry out pathological tissues tracking sampling, then in vitro tissue formation sample is taken pictures, is compared, to carry out pathology
Analysis, judges surgical effect, and then further treat for the later period and provide accurate foundation.
In the prior art, the sample after in vitro, which needs to be placed on 12-48 hours progress samples in formalin solution, to be fixed,
Then sample is taken out by operator from formalin solution, is placed into below camera and takes pictures to sample, passes through
It takes pictures to multiple samples, so that a series of photo of samples is formed, by carrying out analysis pair to a series of sample photo
Than realizing pathology reduction, judging surgical effect, if reach therapeutic purposes, provide foundation for next step treatment.
But operator, when taking out sample, sample surface is attached with formalin solution, and formalin is first
The aqueous solution of aldehyde, in air, formaldehyde volatilizees for formalin solution exposure, is easy the body to ambient enviroment and operator
Body health causes damages.
Utility model content
Purpose of the utility model is to solve at least one above-mentioned problem, which is by following technology
What scheme was realized.
The utility model provides a kind of processing unit of ESD sample, including workbench and setting in the workbench
Table top on image collection assembly, the processing unit further includes the operating room being arranged on the table top, and described image is adopted
Collection component is located at the inside of the operating room, and the operating room is in communication with the outside by operating walk way, and the operating walk way is with can
The mode of folding is provided with isolation window, so as to by the inside and outside isolation of the operating room；
It is provided with air draft component on the operating room, the air draft component includes air-exhausting duct and blower, the air-exhausting duct
One end is connected to the inside of the operating room, the other end and external ventilation pipeline connection of the air-exhausting duct, the blower setting
In the air-exhausting duct, so that the gas of the inside of the operating room is pumped in the external ventilation pipeline.
Optionally, the air draft component further includes wind deflector, and the wind deflector is arranged at intervals on the inside of the operating room
Rear wall on, one end of the air-exhausting duct is connected to the rear wall, the wind deflector include first and second, it is described
First and second interval setting, when the blower starts, the air of the inside of the operating room is through the wind deflector
Gap between the rear wall, it is described first and it is second described between gap enter the air-exhausting duct.
Optionally, display screen is provided on the wind deflector, the display screen is electrically connected with described image acquisition component.
Optionally, described image acquisition component includes objective table, the first linking arm, the first lamp, column and camera, and described
One end of one linking arm is fixed on the objective table, and the other end of first linking arm is connect with first lamp, described
Uprights vertical is fixed on the objective table, and the camera is slidably disposed on the column, and the phase
The camera lens of machine is electrically connected towards the objective table, the camera with the display screen.
Optionally, first lamp is electrically connected by first switch with the first socket outside the operating room.
Optionally, described image acquisition component further includes the second linking arm and the second lamp, one end of second linking arm
It is fixed on the objective table, the other end of second linking arm is connect with second lamp, second linking arm and institute
It states the first linking arm to split in the two sides of the column, and second lamp and first lamp are split the two of the camera
Side.
Optionally, second lamp is electrically connected by second switch with the second socket outside the operating room.
Optionally, described image acquisition component further includes the material drawing board being arranged on the objective table, the material drawing board court
It is respectively arranged with lateral scale and longitudinal scale on the side of the camera lens, ESD sample passes through the lateral scale and described
Longitudinal scale is positioned on the material drawing board, so that the camera lens can obtain the image information of the ESD sample.
Optionally, the inside of the operating room is additionally provided with soft light, and the soft light is arranged on the table top,
Loading surface is provided at the top of the soft light, ESD sample is placed on the loading surface, so as to the ESD sample
Light transmission experiment is carried out, the soft light is switched by third and is electrically connected with the third socket outside the operating room.
Optionally, the inside of the operating room is additionally provided with headlamp, and the headlamp is by being set to the operating room
External control switch is electrically connected to a power source.
Including workbench and the table top of workbench is arranged in the processing unit of ESD sample provided by the utility model
On image collection assembly, processing unit further includes the operating room being arranged on table top, and image collection assembly is located at operating room
Inside, operating room are in communication with the outside by operating walk way, and operating walk way is provided with isolation window in a manner of openable and closable, so as to
By the inside and outside isolation of operating room；Air draft component is provided on operating room, air draft component includes air-exhausting duct and blower, air draft
One end of pipe is connected to the inside of operating room, and the other end and external ventilation pipeline connection of air-exhausting duct, blower are arranged in air-exhausting duct
It is interior, so that the gas of the inside of operating room is pumped in external ventilation pipeline.Specifically, table top is located at the top surface of workbench,
Operating room is arranged on the top surface of station platform, and operating room covers table top, so that being located at the image collection assembly on table top
Inside in operating room, operator can be realized ESD sample by operating walk way and be placed and taken out.
When carrying out ESD sample Image Acquisition, the container equipped with ESD sample is placed by operator by operating walk way
On table top, blower is closed and started to isolation window segment, after operator opens container, then ESD sample is placed into image
On acquisition component, formalin accommodates the formaldehyde disperse at volatilization in the inside of operating room, and blower is by the sky of the inside of operating room
Gas is aspirated, so that formaldehyde gas can be entered in external ventilation pipeline by air-exhausting duct, and ozone
The position that can be not turned off by isolation window enters the inside of operating room, realizes the supplement of fresh air inside operating room.
Above-mentioned processing unit can effectively realize the collection for the formaldehyde that volatilizees during ESD sample disposal, avoid volatilizing
Formaldehyde endangered caused by ambient enviroment and operator.
Detailed description of the invention
By reading the following detailed description of the preferred embodiment, various other advantages and benefits are common for this field
Technical staff will become clear.The drawings are only for the purpose of illustrating a preferred embodiment, and is not considered as practical to this
Novel limitation.And throughout the drawings, the same reference numbers will be used to refer to the same parts.In the accompanying drawings:
Fig. 1 is the structural schematic diagram of the processing unit of ESD sample provided by the utility model；
Fig. 2 is the structural schematic diagram of Image Acquisition group valence in the processing unit of ESD sample shown in Fig. 1.
Appended drawing reference
1 is workbench；
2 be operating room；
3 be image collection assembly, and 31 be column, and 32 be the first lamp, and 33 be the first linking arm, and 331 be first crossbar, 332
It is the first adapter for the first attachment base, 333,334 be the first upright bar, and 335 be First, and 34 be objective table, and 35 be material drawing board,
36 be the second linking arm, and 361 be second crossbar, and 362 be the second attachment base, and 363 be the second adapter, and 364 be the second upright bar,
365 be second, and 37 be the second lamp, and 38 be camera；
4 be soft light；
5 be wind deflector；
6 be headlamp；
7 be display screen；
8 be control switch；
9 be timer；
10 be the second socket；
11 be third socket；
12 be the first socket；
13 be isolation window；
14 be air-exhausting duct.
Specific embodiment
The illustrative embodiments of the disclosure are more fully described below with reference to accompanying drawings.Although showing this public affairs in attached drawing
The illustrative embodiments opened, it being understood, however, that may be realized in various forms the disclosure without the reality that should be illustrated here
The mode of applying is limited.It is to be able to thoroughly understand the disclosure on the contrary, providing these embodiments, and can be by this public affairs
The range opened is fully disclosed to those skilled in the art.
Fig. 1 and Fig. 2 are please referred to, in a specific embodiment, the utility model provides a kind of place of ESD sample
Device is managed, including workbench 1 and the image collection assembly 3 that is arranged on the table top of workbench 1, processing unit further include setting
Operating room 2 on table top, image collection assembly 3 are located at the inside of operating room 2, and operating room 2 is connected by operating walk way and the external world
Logical, operating walk way is provided with isolation window 13 in a manner of openable and closable, so as to by the inside and outside isolation of operating room 2；Behaviour
Make to be provided with air draft component on room 2, air draft component includes air-exhausting duct 14 and blower, and one end of air-exhausting duct 14 is interior with operating room 2
Portion's connection, the other end of air-exhausting duct 14 and external ventilation pipeline connection, blower are arranged in air-exhausting duct 14, so as to by operating room 2
The gas of inside be pumped in external ventilation pipeline.Specifically, table top is located at the top surface of workbench 1, and operating room 2 is arranged in work
On the top surface of position platform, and operating room 2 covers table top, so that the image collection assembly 3 being located on table top is in operating room 2
Inside, operator can be realized ESD sample by operating walk way and be placed and taken out.
When carrying out ESD sample Image Acquisition, the container equipped with ESD sample is placed by operator by operating walk way
On table top, blower is closed and started in 13 part of isolation window, after operator opens container, then ESD sample is placed into figure
As on acquisition component 3, formalin accommodates the formaldehyde disperse at volatilization in the inside of operating room 2, and blower is by the inside of operating room 2
Air aspirated so that formaldehyde gas can be entered in external ventilation pipeline by air-exhausting duct 14, and fresh
The position that can be not turned off by isolation window 13 of air enter the inside of operating room 2, realize 2 inside fresh air of operating room
Supplement.
Above-mentioned processing unit can effectively realize the collection for the formaldehyde that volatilizees during ESD sample disposal, avoid volatilizing
Formaldehyde endangered caused by ambient enviroment and operator.
It should be pointed out that being provided with filter device on said external air pipeline, blower takes out the air in operating room 2
Air out can effectively remove formaldehyde therein after filter device, to avoid harm of the formaldehyde to environment, above-mentioned mistake
The filter core for filtering device is active carbon.Meanwhile aforesaid operations channel be rectangular configuration, isolation window 13 can be with respect to operating walk way above and below
Sliding, and isolation window 13 includes frame and glass, the vertical side of two of frame distinguish slidably with operating walk way
Two sides connection, embedding glass in frame, operator can by glass observe operating room 2 inside situation, thus reality
Effective acquisition of existing ESD sample image, provides accurate foundation for subsequent pathological analysis.
It is further understood that, air draft component further includes wind deflector 5, and wind deflector 5 is arranged at intervals on the inside of operating room 2
On rear wall, one end of air-exhausting duct 14 is connected to rear wall, and wind deflector 5 includes first and second, first and second
Interval setting, when blower starts, the air of the inside of operating room 2 through between wind deflector 5 and rear wall gap, first and the
Gap between two enters air-exhausting duct 14.Above-mentioned rear wall is the inside of operating room 2 towards the side wall of isolation window 13, by air draft
Pipe 14 is connected to rear wall, and is arranged by wind deflector 5 and rear wall interval, is enabled between rear wall and wind deflector 5
The space at interval forms the air inlet of air-exhausting duct 14, thus the air inflow of effectively increasing exhaust pipe 14, and then realize operating room 2
Internal air can quickly and effectively be discharged, the injury for avoiding formaldehyde from wantonly escaping to ambient enviroment and personnel.
It is to be appreciated that above-mentioned first and second is the identical structure of two shape and size, between the two every setting
It sets, the area of 14 air inlet of air-exhausting duct can be further increased, so that the air inflow of exhaust pipe increases, and then improve air draft
The pumping efficiency of component guarantees ambient enviroment and the safety of personnel.
Further, image collection assembly 3 includes objective table 34, the first linking arm 33, the first lamp 32, column 31 and camera
38, one end of the first linking arm 33 is fixed on objective table 34, and the other end of the first linking arm 33 is connect with the first lamp 32, column
31 are vertically fixed on objective table 34, and camera 38 is slidably disposed on column 31, and the camera lens court of camera 38
To objective table 34, camera 38 is electrically connected with the display screen 7 on wind deflector 5.Specifically, the platform of workbench 1 is arranged in objective table 34
On face, the first linking arm 33 and column 31 are arranged at intervals on objective table 34 far from the side of table top, and the first lamp 32 passes through first
Linking arm 33 is connect with objective table 34, and camera 38 is connect by column 31 with objective table 34.
When carrying out the Image Acquisition of ESD sample, transparency glass plate is placed on present objective table 34, then ESD sample is put
It sets on transparency glass plate, adjusts the wavelength of the first lamp 32, and the light-emitting surface of the first lamp 32 is adjusted into phase towards ESD sample
The distance of 38 relative transparent glass plate of machine, at this point, the viewfinder image of camera 38 is real-time since camera 38 is electrically connected with display screen 7
It being shown on display screen 7, operator can be adjusted the height of camera 38 by the information shown in observation display screen 7,
To adjust the height of camera 38 to best, and then the optimal photo of quality is obtained, is provided accurately for later period pathological analysis
Foundation.
It is to be appreciated that display screen 7 is arranged on rear wall, is convenient for since rear wall is corresponding with isolation window 13
Effective observation of operator, to improve the convenience in use process.
It should be pointed out that above-mentioned first linking arm 33 includes First 335, the first upright bar 334, the first adapter 333
With first crossbar 331, First 335 is removeably positioned at the edge of objective table 34, one end of the first upright bar 334 with
First 335 pivotally connects, and the first adapter 333 is slidably arranged in the first upright bar 334, first crossbar 331
One end connect with the first adapter 333, the first lamp 32 is by the first attachment base 332 with first crossbar 331 with slidable side
Formula connection realizes the lateral adjustments of the first lamp 32 by adjusting the angle of the opposite First 335 of the first upright bar 334, by adjusting
The position of opposite first upright bar 334 of first adapter 333, can be realized the adjusting of 32 height of the first lamp, connects by adjusting first
Joint chair 332 can be realized the vertical adjustment of the first lamp 32 with respect to the position of first crossbar 331, and then realize 32 3, the first lamp
The adjusting of freedom degree enables the position of the first lamp 32 effectively to meet the needs of Image Acquisition, improves the quality of Image Acquisition.
In addition, being provided with telecontrol exposure-making shutter on camera 38, operator can be operated camera 38 by remote controler,
To realize that camera 38 to the licence plate of ESD sample, and then improves the convenience in use process.
Further, the first lamp 32 is electrically connected by first switch with the first socket 12 outside operating room 2.First lamp 32
It is connect by the first conducting wire with the first socket 12, first switch is arranged on the first conducting wire, by the way that the setting of the first socket 12 exists
The outside of operating room 2, when the first lamp 32 when not in use, power operation is carried out to the first lamp 32 convenient for operator, meanwhile, when the
One lamp 32 is operated with to improve in use, realize the control opened or closed to the first lamp 32 using first switch
Convenience.
Further, image collection assembly 3 further includes the second linking arm 36 and the second lamp 37, one end of the second linking arm 36
It is fixed on objective table 34, the other end of the second linking arm 36 is connect with the second lamp 37, the second linking arm 36 and the first linking arm
33 split in the two sides of column 31, and the second lamp 37 and the first lamp 32 are split in the two sides of camera 38.Second linking arm 36 is stood
Column 31 and the first linking arm 33 are arranged at intervals on objective table 34 far from the side of table top, and the second lamp 37 passes through the second linking arm
36 connect with objective table 34.
When carrying out the Image Acquisition of ESD sample, transparency glass plate is placed on present objective table 34, then ESD sample is put
It sets on transparency glass plate, adjusts the wavelength of the first lamp 32, and by the light-emitting surface of the first lamp 32 towards ESD sample, meanwhile, it adjusts
It saves the wavelength of the second lamp 37, and by the light-emitting surface of the second lamp 37 towards ESD sample, passes through matching for the first lamp 32 and the second lamp 37
It closes, realizes the effect of shadowless lamp, to improve the quality that camera 38 acquires image, provided accurately for later period pathological analysis
Foundation.
It is to be appreciated that above-mentioned first lamp 32 and the second lamp 37 are LED light, the long service life of LED light, wavelength is steady
It is fixed, can effectively meet the needs of actual use.
It should be pointed out that above-mentioned second linking arm 36 includes second the 365, second upright bar 364, the second adapter 363
With second crossbar 361, second 365 is removeably positioned at the edge of objective table 34, one end of the second upright bar 364 with
It pivotally connects for second 365, the second adapter 363 is slidably arranged in the second upright bar 364, second crossbar 361
One end connect with the second adapter 363, the second lamp 37 is by the second attachment base 362 with second crossbar 361 with slidable side
Formula connection realizes the lateral adjustments of the second lamp 37 by adjusting opposite second 365 angle of the second upright bar 364, by adjusting
The position of opposite second upright bar 364 of second adapter 363, can be realized the adjusting of 37 height of the second lamp, connects by adjusting second
Joint chair 362 can be realized the vertical adjustment of the second lamp 37 with respect to the position of second crossbar 361, and then realize 37 3, the second lamp
The adjusting of freedom degree enables the position of the second lamp 37 effectively to meet the needs of Image Acquisition, improves the quality of Image Acquisition.
Further, the second lamp 37 is electrically connected by second switch with the second socket 10 outside operating room 2.Second lamp 37
It is connect by the second conducting wire with the second socket 10, second switch is arranged on the second conducting wire, by the way that the setting of the second socket 10 exists
The outside of operating room 2, when the second lamp 37 when not in use, power operation is carried out to the second lamp 37 convenient for operator, meanwhile, when the
Two lamps 37 are operated with to improve in use, realize the control opened or closed to the second lamp 37 using second switch
Convenience.
Further, image collection assembly 3 further includes the material drawing board 35 being arranged on objective table 34, and material drawing board 35 is towards mirror
Lateral scale and longitudinal scale are respectively arranged on the side of head, ESD sample is positioned at and is taken by lateral scale and longitudinal scale
On material plate 35, so that camera lens can obtain the image information of ESD sample.It can be realized pair by lateral coordinates and longitudinal coordinate
The positioning of ESD specimen location, when needing to carry out ESD sample to be replaced, it is only necessary to by the ESD sample that do not take pictures with take pictures
The position of the ESD sample of completion is corresponding, to effectively increase the efficiency of work, reduces the cost of ESD sample disposal.
Specifically understand, the inside of operating room 2 is additionally provided with soft light 4, and soft light 4 is arranged on table top, soft
The top of light lamp 4 is provided with loading surface, and ESD sample is placed on loading surface, so as to light transmission experiment is carried out to ESD sample,
Soft light 4 is switched by third and is electrically connected with the third socket 11 outside operating room 2.When carrying out ESD oesophagus sample disposal, it is
Pathology can be effectively analyzed, needs first to carry out iodine staining operation to ESD oesophagus sample, then carries out light transmission realization again, pass through
Soft light 4 is arranged in operating room 2 can effectively meet the light transmission operation of ESD oesophagus sample, to meet ESD oesophagus sample
Process demand.
It is to be appreciated that soft light 4 is the structure that can adjust light intensity, can have by adjusting the light intensity of soft light 4
Effect meets the light transmission demand of ESD sample, and the light intensity adjustment of light transmission etc. can be by adding adjustable rheostat or adding different light transmissions
Plate is realized.
It should be pointed out that by the outside that third socket 11 is arranged in operating room 2, when soft light 4 when not in use, just
Power operation is carried out to soft light 4 in operator, meanwhile, when soft light 4 in use, being realized using third switch to soft light
4 control opened or closed, to improve the convenience operated with.In addition, directly existing when carrying out iodine staining operation
It is carried out on the table top in operating room 2, is placed into 4 top of soft light after the completion of ESD specimen staining, then by ESD sample
On loading surface.
Specifically, the inside of operating room 2 is additionally provided with headlamp 6, and headlamp 6 passes through the control that is set to outside operating room 2
System switch 8 is electrically connected to a power source.Opening or closing for headlamp 6 can be controlled by control switch 8, so as to guarantee to operate
Intensity of illumination in room 2 meets the needs of using, and then guarantees the precision of ESD sample Image Acquisition.
It should be pointed out that it is additionally provided with timer 9 in the outside of operating room 2, it, can when handling ESD sample
The process handled by 9 Duis of timer carries out timing, so as to improve the precision and accuracy in treatment process, and then improves
The accuracy of pathological analysis.
It should be understood that although multiple element, portion can be described using term first, second, third, etc. in the text
Part, region, layer and/or section still these component, assembly units, region, layer and/or are limited by these terms than Duan Buying.
These terms can only be used to distinguish a component, assembly unit, region, layer or section with another region, layer or section.Unless
Context is it is manifestly intended that when otherwise the term and other numerical terms of such as " first ", " second " etc use in the text
Sequence or order is not implied that.
The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not
It is confined to this, anyone skilled in the art within the technical scope disclosed by the utility model, can readily occur in
Change or replacement, should be covered within the scope of the utility model.Therefore, the protection scope of the utility model answers institute
It states and is subject to the protection scope in claims.
Claims (10)
1. a kind of processing unit of ESD sample, including workbench and the Image Acquisition that is arranged on the table top of the workbench
Component, which is characterized in that the processing unit further includes the operating room being arranged on the table top, described image acquisition component position
In the inside of the operating room, the operating room is in communication with the outside by operating walk way, and the operating walk way is with openable and closable side
Formula is provided with isolation window, so as to by the inside and outside isolation of the operating room；
Air draft component is provided on the operating room, the air draft component includes air-exhausting duct and blower, one end of the air-exhausting duct
It is connected to the inside of the operating room, the other end and external ventilation pipeline connection of the air-exhausting duct, the blower are arranged in institute
It states in air-exhausting duct, so that the gas of the inside of the operating room to be pumped in the external ventilation pipeline.
2. the processing unit of ESD sample according to claim 1, which is characterized in that the air draft component further includes wind-guiding
Plate, the wind deflector are arranged at intervals on the rear wall of the inside of the operating room, one end of the air-exhausting duct and the rear side
Wall connection, the wind deflector include that first and second, described first and second interval are arranged, and the blower opens
When dynamic, the air of the inside of the operating room is through the gap between the wind deflector and the rear wall, first and the institute
The gap stated between second enters the air-exhausting duct.
3. the processing unit of ESD sample according to claim 2, which is characterized in that be provided with display on the wind deflector
Screen, the display screen are electrically connected with described image acquisition component.
4. the processing unit of ESD sample according to claim 3, which is characterized in that described image acquisition component includes carrying
One end of object platform, the first linking arm, the first lamp, column and camera, first linking arm is fixed on the objective table, described
The other end of first linking arm is connect with first lamp, and the uprights vertical is fixed on the objective table, the camera with
Be slidably disposed on the column, and the camera lens of the camera is towards the objective table, the camera with it is described
Display screen electrical connection.
5. the processing unit of ESD sample according to claim 4, which is characterized in that first lamp passes through first switch
It is electrically connected with the first socket outside the operating room.
6. the processing unit of ESD sample according to claim 4, which is characterized in that described image acquisition component further includes
One end of second linking arm and the second lamp, second linking arm is fixed on the objective table, second linking arm it is another
One end is connect with second lamp, and second linking arm and first linking arm are split in the two sides of the column, and
Second lamp and first lamp are split in the two sides of the camera.
7. the processing unit of ESD sample according to claim 6, which is characterized in that second lamp passes through second switch
It is electrically connected with the second socket outside the operating room.
8. the processing unit of ESD sample according to claim 4, which is characterized in that described image acquisition component further includes
Material drawing board on the objective table is set, the material drawing board towards be respectively arranged on the side of the camera lens lateral scale and
Longitudinal scale, ESD sample is positioned on the material drawing board by the lateral scale and longitudinal scale, so as to the camera lens
The image information of the ESD sample can be obtained.
9. the processing unit of ESD sample according to claim 1, which is characterized in that the inside of the operating room is also set up
There is soft light, and the soft light is arranged on the table top, and loading surface, ESD sample are provided at the top of the soft light
Be placed on the loading surface, so as to the ESD sample carry out light transmission experiment, the soft light by third switch and
Third socket electrical connection outside the operating room.
10. the processing unit of ESD sample according to claim 1, which is characterized in that the inside of the operating room is also set up
There is headlamp, the headlamp is electrically connected to a power source by being set to the control switch outside the operating room.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920031331.XU CN209363242U (en) | 2019-01-09 | 2019-01-09 | A kind of processing unit of ESD sample |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920031331.XU CN209363242U (en) | 2019-01-09 | 2019-01-09 | A kind of processing unit of ESD sample |
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| Publication Number | Publication Date |
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| CN209363242U true CN209363242U (en) | 2019-09-10 |
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| CN201920031331.XU Active CN209363242U (en) | 2019-01-09 | 2019-01-09 | A kind of processing unit of ESD sample |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111260648A (en) * | 2020-05-06 | 2020-06-09 | 杭州迪英加科技有限公司 | Method and device for measuring lesion area of gastric mucosa ESD excision specimen image |
-
2019
- 2019-01-09 CN CN201920031331.XU patent/CN209363242U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111260648A (en) * | 2020-05-06 | 2020-06-09 | 杭州迪英加科技有限公司 | Method and device for measuring lesion area of gastric mucosa ESD excision specimen image |
| CN111260648B (en) * | 2020-05-06 | 2020-08-21 | 杭州迪英加科技有限公司 | Method and device for measuring lesion area of gastric mucosa ESD excision specimen image |
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