CN209437218U - Hysteroscope camera lens visual field luminosity gain cleaning device - Google Patents
Hysteroscope camera lens visual field luminosity gain cleaning device Download PDFInfo
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- CN209437218U CN209437218U CN201821744084.XU CN201821744084U CN209437218U CN 209437218 U CN209437218 U CN 209437218U CN 201821744084 U CN201821744084 U CN 201821744084U CN 209437218 U CN209437218 U CN 209437218U
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- camera lens
- tube body
- hysteroscope
- visual field
- rain brush
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Abstract
The utility model relates to hysteroscope camera lens visual field luminosity gain cleaning devices, including round tube body, it is characterized by: the left end of the circle tube body is provided with opening, the inner cavity of the circle tube body is communicated with water bag by hose, it is provided with micromotor and annular spotlight on the left side of the circle tube body, is connected with rain brush on the micromotor.Water is inputted into cavity by water bag, water is flowed to by opening on the camera lens end face of hysteroscope, and then rain brush carries out dealing to camera lens end face and swings friction, realizes the cleaning in body cavity to camera lens, can increase intensity of illumination by annular spotlight, increases local brightness.
Description
Technical field
The utility model belongs to the field of medical instrument technology more particularly to hysteroscope camera lens visual field luminosity gain cleaning device.
Background technique
Laparoscopic surgery is the invasive methods that a new development is got up, and is that one of the following operation method development necessarily becomes
Gesture.With advancing by leaps and bounds for industrial manufacturing technology, be fused to carry out new technology, the new method of related discipline have established firm base
Plinth, in addition the operation that doctor is more and more consummate, so that many past open operations have been replaced by intracavity operation now,
Considerably increase surgical selection chance.Retroperitoneoscopictechnique conventional method is to make three 1 centimetre of small notch in patient's waist, respectively
Insertion one is called the pipe-like service aisle of " trocar ", and later every operation, which passes through these three pipelines, to carry out；Again with spy
The lengthening surgical instrument of system completes the step same as open surgery under television monitoring, reaches same surgical effect.
Patent No. CN201620746645.4, applying date 2016-07-15 disclose a kind of anti-slip laparoscope mirror
The anti-slip baffle and the anti-slip baffle pair of the laparoscope mirror sheath head end is arranged in sheath, including laparoscope mirror sheath main body
More traction ropes should connecting, the regulating switch being arranged in laparoscope mirror sheath main body and reset key, anti-slip baffle collapse
When it is cylindrical, size matches with mirror sheath, and every block baffle has independent traction device.In the utility model, traction rope is located at mirror
In sheath tube wall, aperture is equipped at baffle being located at mirror sheath, traction rope is connected with anti-slip baffle respectively by aperture, separately
One connection regulating switch.
Above-mentioned patent avoids laparoscope mirror sheath by anti-slip baffle and is sliding out in vitro, and often results in puncture when abjection
Channel lose caused by due to re-establishing puncture channel caused by damage.But there are two disadvantages, first, progress laparoscope
During operation, due to the omentum majus of intra-abdominal adhesions, the factors such as intraperitoneal activity and remote hemorrhage be will cause in hand
The camera lens of laparoscope is constantly dirty in operation during art, leads to lens blur, and the intraperitoneal visual field is in dark
In, therefore be easy to that the probability of the accidental injury to other organs occurs, during constantly taking out wiping camera lens, it is difficult to ensure that mirror
Head is not contaminated, if camera lens pollution places into abdominal cavity, the very big probability of meeting causes intraperitoneal infection；The second, laparoscope is carried out
When operation, the operation visual field can be caused not bright enough, be not only likely to affect because of the luminance shortage of light caused by a variety of causes
Local lesion detects, delicate procedure operation, it is also possible to because surgical field of view secretly accidentally injures the adverse events of other organs excessively, to patient
Cause unnecessary economic and health impact.
Utility model content
The purpose of the utility model is to overcome the above-mentioned problems in the prior art, provide a kind of hysteroscope camera lens visual field
Luminosity gain cleaning device can in time clean fuzzy camera lens, and increase illumination intensity.
To achieve the above object, the technical solution adopted in the utility model is as follows.
Hysteroscope camera lens visual field luminosity gain cleaning device, including round tube body, it is characterised in that: a left side for the circle tube body
End is provided with opening, and the inner cavity of the circle tube body is communicated with water bag by hose, is arranged on the left side of the circle tube body
There are micromotor and annular spotlight, is connected with rain brush on the micromotor.
The upper end of round tube body left side is arranged in the micromotor, and the rain brush is opposite with round tube body left side
Answer, it is described opening be 5, and be successively set on round tube body left side 9 o'clock direction, 11 o'clock direction, 12 o'clock sides
To, 1 o'clock direction and 3 o'clock direction.
Valve is provided on the hose.
The micromotor is connected with power supply by conducting wire, is provided with switch button on the conducting wire.
The annular spotlight is connected with power supply by conducting wire, is provided with switch button on the conducting wire.
The rain brush, which is covered with, multiple cotton balls.
4 negative-pressure adsorption pawls are provided on the right side of the circle tube body, the negative-pressure adsorption pawl is distributed in round tube
On body right side 3 o'clock direction, 6 o'clock direction, 9 o'clock direction and 10 o'clock direction.
Using the utility model has the advantage of.
1, water is inputted into cavity by water bag, water is flowed to by opening on the camera lens end face of hysteroscope, and then rain brush is to mirror
End surface carries out dealing and swings friction, and the foul on camera lens is washed, realizes in the intracavitary cleaning to camera lens, makes camera lens
It remains clean, guarantees that camera lens observation is clear, reduce the accidental injury to other organs caused by taking out after chamber because of hysteroscope
Probability does not need to take out camera lens into wiped clean, reduces because hysteroscope constantly takes out the process of body cavity, to the locating position of thick card of hysteroscope
It sets and causes secondary damage, reduce because of lens blur, during constantly taking out wiping camera lens, caused by being contaminated because of camera lens
Cause the probability of intracavitary infection, reduce because in surgical procedure camera lens it is contaminated caused by intracavitary infection probability, so as to shorten trouble
The purpose of hospital stays of person mitigates the medical burden of patient, medical resource is avoided to waste avoids repeating hysteroscope to take out body cavity
It is interior, optimize surgical procedure, shorten operating time, intensity of illumination can be increased by annular spotlight, camera lens optical fiber brightness not
Under conditions of abundance, annular spotlight gain lighting system is opened, increases local brightness, avoiding, which influences local lesion, detects, just
Operated in delicate procedure, while avoiding secretly accidentally injuring the adverse events of other organs excessively because of surgical field of view, reduce patient economy and
Health impact.
2, by round tube body left side 9 o'clock direction, 11 o'clock direction, 12 o'clock direction, 1 o'clock direction and
3 o'clock direction setting opening, enables water to from the upper end of camera lens toward flowing down, in swinging back and forth, water energy enough covers entirely rain brush
Camera lens, cleaning is more thorough, convenient.
3, valve is opened by valve convenient for the flowing of control water, when needing to clean to supply water, and after having cleaned, closes valve
Door is cut off the water.
4, by switch button convenient for control minitype motor driving rain brush swing back and forth, when needing to clean open by
Button, after having cleaned rain brush swing, close button makes rain brush stop swinging.
5, button is opened by switch button convenient for control annular spotlight, when needing to illuminate and opens annular spotlight, no
Close button turns off annular spotlight when needing to illuminate.
6, camera lens swing back and forth scrubbing by cotton balls, cotton balls is natural soft, free from extraneous odour, and pollution-free, nothing is bleachinged and dyeing,
Without any additive, breath is fresh and clean, pure plant fiber, and no nutrition, bacteria can be prevented from growing, not will cause and rubs to camera lens
It wears wound.
7, by attaching negative-pressure adsorption pawl leading portion sucker with after the lens barrel of camera lens front end on body cavity, each absorption pawl is pressed
The button on top, extraction absorption pawl and the air in lens barrel, so that row is bonded pawl very well with lens barrel at certain pressure difference.
Detailed description of the invention
FIG. 1 is a schematic structural view of the utility model.
Fig. 2 is that the utility model installs the structural schematic diagram after hysteroscope.
Fig. 3 is the structural schematic diagram in Fig. 2 on the direction A.
Fig. 4 is the structural schematic diagram in Fig. 2 on the direction B.
It is marked in figure, 1, hysteroscope, 2, round tube body, 3, micromotor, 4, rain brush, 5, hose, 6, water bag, 7, cavity, 8,
Opening, 9, annular spotlight, 10, valve, 11, negative-pressure adsorption pawl.
Specific embodiment
The utility model is described further with reference to the accompanying drawing.
Embodiment 1
As shown in Figures 1 to 3, hysteroscope camera lens visual field luminosity gain cleaning device, including round tube body 2, the circle tube body 2
Left end be provided with opening 8, the inner cavity of the circle tube body 2 is communicated with water bag 6, the left end of the circle tube body 2 by hose 5
It is provided with micromotor 3 and annular spotlight 9 on face, is connected with rain brush 4 on the micromotor 3.
First by 2 sets of round tube body on the outer wall of hysteroscope 1, the left side of round tube body 2 is opposite with the left side of hysteroscope 1
It answers, rain brush 4 is enable to be formed with cavity 7, cavity 7 close to the left side of hysteroscope 1, the inner cavity of round tube body 2 and the outer wall of hysteroscope 1
Right end be sealing state, left end 8 is in communication with the outside by opening, when operation, hysteroscope is entered in body cavity, due to gluing in body cavity
Factors, the affected camera lenses such as omentum majus, activity and remote hemorrhage even are dirty, and open water bag 6, the water in water bag 6 is successively
The end face of camera lenses is flowed by hose 5, cavity 7 and opening 8, starting micromotor 3 drives rain brush 4 to swing back and forth, and rain brush 4 is by chamber
The camera lens of mirror 1 washes, and after clean, closes water bag 6 and micromotor 3, stops supplying water and rain brush 4 is swung, the arrow in Fig. 3
Symbol is the direction that rain brush 4 swings back and forth, when insufficient light of the camera lens in body intracavitary irradiation, it is difficult to observe, open annular and penetrate
Lamp 9 enhances light intensity, clear convenient for observation, water is inputted into cavity by water bag 6, water flows to the mirror of hysteroscope 1 by opening
On end surface, then rain brush 4 carries out dealing to camera lens end face and swings friction, and the foul on camera lens is washed, is realized
Cleaning in body cavity to camera lens, remains camera lens completely, guarantees camera lens observation clearly, reduces because hysteroscope 1 takes out body cavity
The probability of the accidental injury to other organs caused by afterwards, does not need to take out camera lens into wiped clean, reduces because hysteroscope 1 is constantly taken out
The process of body cavity causes secondary damage to the thick card present position of hysteroscope 1, reduces because of lens blur, is constantly taking out wiping mirror
During head, because camera lens it is contaminated caused by the probability for causing body cavity infection, reduce because camera lens is dirty in surgical procedure
The probability of body cavity infection caused by contaminating mitigates the medical burden of patient so as to shorten the hospital stays of patient, avoids medical money
The purpose of source wastes avoids repeating hysteroscope 1 to take out body cavity, optimizes surgical procedure, shorten operating time, pass through annular spotlight energy
Enough increase intensity of illumination, under the conditions of camera lens optical fiber brightness is insufficient, opens annular spotlight gain lighting system, increase office
Portion's brightness, avoiding, which influences local lesion, detects, and operates convenient for delicate procedure, while avoiding secretly accidentally injuring other excessively because of surgical field of view
The adverse events of organ reduce the economy and health impact of patient.
Embodiment 2
As shown in Figures 1 to 3, hysteroscope camera lens visual field luminosity gain cleaning device, including round tube body 2, the circle tube body 2
Left end be provided with opening 8, the inner cavity of the circle tube body 2 is communicated with water bag 6, the left end of the circle tube body 2 by hose 5
It is provided with micromotor 3 and annular spotlight 9 on face, is connected with rain brush 4 on the micromotor 3.
The upper end of round 2 left side of tube body, the rain brush 4 and 2 left side phase of round tube body is arranged in the micromotor 3
Corresponding, the opening 8 is 5, and be successively set on round 2 left side of tube body 9 o'clock direction, 11 o'clock direction, 12 points
Clock direction, 1 o'clock direction and 3 o'clock direction.
Valve 10 is provided on the hose 5.
First by 2 sets of round tube body on the outer wall of hysteroscope 1, the left side of round tube body 2 is opposite with the left side of hysteroscope 1
It answers, rain brush 4 is enable to be formed with cavity 7, cavity 7 close to the left side of hysteroscope 1, the inner cavity of round tube body 2 and the outer wall of hysteroscope 1
Right end be sealing state, left end 8 is in communication with the outside by opening, when operation, hysteroscope is entered in body cavity, due to gluing in body cavity
Factors, the affected camera lenses such as omentum majus, activity and remote hemorrhage even are dirty, and open water bag 6, the water in water bag 6 is successively
The end face of camera lenses is flowed by hose 5, cavity 7 and opening 8, starting micromotor 3 drives rain brush 4 to swing back and forth, and rain brush 4 is by chamber
The camera lens of mirror 1 washes, and after clean, closes water bag 6 and micromotor 3, stops supplying water and rain brush 4 is swung, the arrow in Fig. 3
Symbol is the direction that rain brush 4 swings back and forth, when insufficient light of the camera lens in body intracavitary irradiation, it is difficult to observe, open annular and penetrate
Lamp 9 enhances light intensity, clear convenient for observation, water is inputted into cavity by water bag 6, water flows to the mirror of hysteroscope 1 by opening
On end surface, then rain brush 4 carries out dealing to camera lens end face and swings friction, and the foul on camera lens is washed, is realized
Cleaning in body cavity to camera lens, remains camera lens completely, guarantees camera lens observation clearly, reduces because hysteroscope 1 takes out body cavity
The probability of the accidental injury to other organs caused by afterwards, does not need to take out camera lens into wiped clean, reduces because hysteroscope 1 is constantly taken out
The process of body cavity causes secondary damage to the thick card present position of hysteroscope 1, reduces because of lens blur, is constantly taking out wiping mirror
During head, because camera lens it is contaminated caused by the probability for causing body cavity infection, reduce because camera lens is dirty in surgical procedure
The probability of body cavity infection caused by contaminating mitigates the medical burden of patient so as to shorten the hospital stays of patient, avoids medical money
The purpose of source wastes avoids repeating hysteroscope 1 to take out body cavity, optimizes surgical procedure, shorten operating time, pass through annular spotlight energy
Enough increase intensity of illumination, under the conditions of camera lens optical fiber brightness is insufficient, opens annular spotlight gain lighting system, increase office
Portion's brightness, avoiding, which influences local lesion, detects, and operates convenient for delicate procedure, while avoiding secretly accidentally injuring other excessively because of surgical field of view
The adverse events of organ reduce the economy and health impact of patient.
By on round 2 left side of tube body 9 o'clock direction, 11 o'clock direction, 12 o'clock direction, 1 o'clock direction and 3
O'clock direction setting opening, enables water to from the upper end of camera lens toward flowing down, for rain brush in swinging back and forth, water energy enough covers entire mirror
Head, cleaning is more thorough, convenient.
Valve 10 is opened by valve 10 convenient for the flowing of control water, when needing to clean to supply water, and after having cleaned, is closed
Valve is cut off the water.
Embodiment 3
As shown in Figures 1 to 3, hysteroscope camera lens visual field luminosity gain cleaning device, including round tube body 2, the circle tube body 2
Left end be provided with opening 8, the inner cavity of the circle tube body 2 is communicated with water bag 6, the left end of the circle tube body 2 by hose 5
It is provided with micromotor 3 and annular spotlight 9 on face, is connected with rain brush 4 on the micromotor 3.
The upper end of round 2 left side of tube body, the rain brush 4 and 2 left side phase of round tube body is arranged in the micromotor 3
Corresponding, the opening 8 is 5, and be successively set on round 2 left side of tube body 9 o'clock direction, 11 o'clock direction, 12 points
Clock direction, 1 o'clock direction and 3 o'clock direction.
Valve 10 is provided on the hose 5.
The micromotor 3 is connected with power supply by conducting wire, is provided with switch button on the conducting wire.
The annular spotlight 9 is connected with power supply by conducting wire, is provided with switch button on the conducting wire.
The rain brush 4, which is covered with, multiple cotton balls.
As shown in figure 4, being provided with 4 negative-pressure adsorption pawls 11, the negative-pressure adsorption pawl on the right side of the circle tube body 2
11 be distributed on round 2 right side of tube body 3 o'clock direction, 6 o'clock direction, 9 o'clock direction and 10 o'clock direction.
First by 2 sets of round tube body on the outer wall of hysteroscope 1, the left side of round tube body 2 is opposite with the left side of hysteroscope 1
It answers, rain brush 4 is enable to be formed with cavity 7, cavity 7 close to the left side of hysteroscope 1, the inner cavity of round tube body 2 and the outer wall of hysteroscope 1
Right end be sealing state, left end 8 is in communication with the outside by opening, when operation, hysteroscope is entered in body cavity, due to gluing in body cavity
Factors, the affected camera lenses such as omentum majus, activity and remote hemorrhage even are dirty, and open water bag 6, the water in water bag 6 is successively
The end face of camera lenses is flowed by hose 5, cavity 7 and opening 8, starting micromotor 3 drives rain brush 4 to swing back and forth, and rain brush 4 is by chamber
The camera lens of mirror 1 washes, and after clean, closes water bag 6 and micromotor 3, stops supplying water and rain brush 4 is swung, the arrow in Fig. 3
Symbol is the direction that rain brush 4 swings back and forth, when insufficient light of the camera lens in body intracavitary irradiation, it is difficult to observe, open annular and penetrate
Lamp 9 enhances light intensity, clear convenient for observation, water is inputted into cavity by water bag 6, water flows to the mirror of hysteroscope 1 by opening
On end surface, then rain brush 4 carries out dealing to camera lens end face and swings friction, and the foul on camera lens is washed, is realized
Cleaning in body cavity to camera lens, remains camera lens completely, guarantees camera lens observation clearly, reduces because hysteroscope 1 takes out body cavity
The probability of the accidental injury to other organs caused by afterwards, does not need to take out camera lens into wiped clean, reduces because hysteroscope 1 is constantly taken out
The process of body cavity causes secondary damage to the thick card present position of hysteroscope 1, reduces because of lens blur, is constantly taking out wiping mirror
During head, because camera lens it is contaminated caused by the probability for causing body cavity infection, reduce because camera lens is dirty in surgical procedure
The probability of body cavity infection caused by contaminating mitigates the medical burden of patient so as to shorten the hospital stays of patient, avoids medical money
The purpose of source wastes avoids repeating hysteroscope 1 to take out body cavity, optimizes surgical procedure, shorten operating time, pass through annular spotlight energy
Enough increase intensity of illumination, under the conditions of camera lens optical fiber brightness is insufficient, opens annular spotlight gain lighting system, increase office
Portion's brightness, avoiding, which influences local lesion, detects, and operates convenient for delicate procedure, while avoiding secretly accidentally injuring other excessively because of surgical field of view
The adverse events of organ reduce the economy and health impact of patient.
By on round 2 left side of tube body 9 o'clock direction, 11 o'clock direction, 12 o'clock direction, 1 o'clock direction and 3
O'clock direction setting opening, enables water to from the upper end of camera lens toward flowing down, for rain brush in swinging back and forth, water energy enough covers entire mirror
Head, cleaning is more thorough, convenient.
Valve 10 is opened by valve 10 convenient for the flowing of control water, when needing to clean to supply water, and after having cleaned, is closed
Valve is cut off the water.
It is swung back and forth by switch button convenient for control minitype motor driving rain brush, button is opened when needing to clean,
After having cleaned rain brush swing, close button makes rain brush stop swinging.
Button is opened by switch button convenient for control annular spotlight 9, when needing to illuminate and opens annular spotlight 9, no
Close button turns off annular spotlight 9 when needing to illuminate.
Camera lens swing back and forth scrubbing by cotton balls, cotton balls is natural soft, free from extraneous odour, and pollution-free, nothing is bleachinged and dyeing, nothing
Any additive, breath is fresh and clean, pure plant fiber, and no nutrition, bacteria can be prevented from growing, not will cause friction to camera lens
Damage.
11 leading portion sucker of negative-pressure adsorption pawl is attached with after the lens barrel of camera lens front end on body cavity, each absorption pawl top is pressed
Button, the air in extraction absorption pawl and lens barrel, so that row at certain pressure difference is bonded pawl very well with lens barrel.
The micromotor is German Faulhaber Faulhaber 8mm minisize dc servo motor.
The hysteroscope is laparoscope, thoracoscope, hysteroscope etc., can need to select not according to the endoscope-assistant surgery of different parts
The cleaning device of same specification.
In the description of the present invention, it should be noted that the orientation or position of the instructions such as term " left end ", " right end "
Relationship be based on the orientation or positional relationship shown in the drawings or the utility model product using when the orientation usually put or
Positional relationship is merely for convenience of describing the present invention and simplifying the description, rather than the device or member of indication or suggestion meaning
Part must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.
The specific embodiment of the application above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
The limitation to the application protection scope therefore cannot be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, under the premise of not departing from technical scheme design, various modifications and improvements can be made, these belong to this
The protection scope of application.
Claims (6)
1. hysteroscope camera lens visual field luminosity gain cleaning device, including round tube body (2), it is characterised in that: the circle tube body (2)
Left end be provided with opening (8), the inner cavity of the circle tube body (2) is communicated with water bag (6), the round tube by hose (5)
It is provided with micromotor (3) and annular spotlight (9) on the left side of body (2), is connected with rain brush (4) on the micromotor (3).
2. a kind of hysteroscope camera lens visual field as described in claim 1 luminosity gain cleaning device, it is characterised in that: the micro electric
In the upper end of round tube body (2) left side, the rain brush (4) is corresponding with round tube body (2) left side, described for machine (3) setting
Be open (8) be 5, and be successively set on round tube body (2) left side 9 o'clock direction, 11 o'clock direction, 12 o'clock sides
To, 1 o'clock direction and 3 o'clock direction.
3. a kind of hysteroscope camera lens visual field as described in claim 1 luminosity gain cleaning device, it is characterised in that: the hose
(5) valve (10) are provided on.
4. a kind of hysteroscope camera lens visual field as described in claim 1 luminosity gain cleaning device, it is characterised in that: the micro electric
Machine (3) is connected with power supply by conducting wire, is provided with switch button on the conducting wire.
5. a kind of hysteroscope camera lens visual field as described in claim 1 luminosity gain cleaning device, it is characterised in that: the annular is penetrated
Lamp (9) is connected with power supply by conducting wire, is provided with switch button on the conducting wire.
6. a kind of hysteroscope camera lens visual field as described in claim 1 luminosity gain cleaning device, it is characterised in that: the rain brush
(4) being covered with has multiple cotton balls.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821744084.XU CN209437218U (en) | 2018-10-26 | 2018-10-26 | Hysteroscope camera lens visual field luminosity gain cleaning device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821744084.XU CN209437218U (en) | 2018-10-26 | 2018-10-26 | Hysteroscope camera lens visual field luminosity gain cleaning device |
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| CN209437218U true CN209437218U (en) | 2019-09-27 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109330553A (en) * | 2018-10-26 | 2019-02-15 | 四川大学华西第二医院 | A kind of hysteroscope camera lens visual field luminosity gain cleaning device |
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2018
- 2018-10-26 CN CN201821744084.XU patent/CN209437218U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109330553A (en) * | 2018-10-26 | 2019-02-15 | 四川大学华西第二医院 | A kind of hysteroscope camera lens visual field luminosity gain cleaning device |
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