CN205094405U - Hand -held type infrared laser detector - Google Patents
Hand -held type infrared laser detector Download PDFInfo
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- CN205094405U CN205094405U CN201520888154.9U CN201520888154U CN205094405U CN 205094405 U CN205094405 U CN 205094405U CN 201520888154 U CN201520888154 U CN 201520888154U CN 205094405 U CN205094405 U CN 205094405U
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Abstract
The utility model discloses a hand -held type infrared laser detector, including panel computer and the hand -held type infrared laser appearance of making a video recording, the two through connection cable or radio communication signal connection, panel computer include dull and stereotyped shell, look screen equipment, the processing system and the speaker of expansion interface, inside, the hand -held type infrared laser is made a video recording the appearance and is included the infrared laser irradiation head of hand -held type and hand -held type infrared camera machine. The utility model discloses simple structure, small in size use and convenient to carry, can realize remote control and diagnosis, the person's of being examined not damaged, nothing misery in the testing process, quick location is accurate, checks the convenience, and it is high that the early carcinoma detects the rate of accuracy.
Description
Technical field
This utility model belongs to medical instruments field, relates to a kind of canceration examination equipment, is specifically related to a kind of hand-held detection of infrared laser instrument.
Background technology
Breast carcinoma has become the highest malignant tumor of global women's sickness rate, the survival rate of serious threat women and quality of life level, the sickness rate of Chinese Breast Cancer is just close to American-European countries.
The main task of the examination of breast carcinoma finds early stage mammary gland, to reach the object of early discovery, early diagnosis, early treatment.The breast carcinoma of early stage patient that early screening finds, not only therapeutic effect is good, and quality of life is also because its range of operation is less and change, the radiotherapy time is shorter and greatly improve.Therefore the examination of breast carcinoma becomes reduction Death Rate of Breast Cancer, improves one of survival in women and the vital link of life quality.
In recent years, along with the develop rapidly of medical skill, the research both at home and abroad about breast cancer prevention field is maked rapid progress, and screening method and means also emerge in an endless stream.The scheme of current China examination breast carcinoma is with mammary gland inspection, palpation and Breast ultrasonography for primary dcreening operation, and sensitivity and specificity are not high, and how to address these problems is important research direction.
The basic hospital technical force relative deficiency of the under-developed area, Midwest that current China is vast, medical worker lacks training.But the hotspot of these areas breast carcinoma and precancerous lesion exactly; Moreover for this disease of breast carcinoma disease slowly, it is more difficult for giving very large input again in government of developing country.And the sensitivity improving screening method is puted forth effort to study by the research institution of current most of developed country, be then placed on relatively secondary position to the consideration of examination cost, this does not obviously meet such developing country of China, especially vast rural area.
How to find in the developing country that the such population of China accounts for the world 1/4th and be a set ofly adapted at China, particularly at the screening method that the vast rural area that rural population occupies the majority is fast and convenient, the problem of pendulum in face of us: (1) rural women live in more remote place mostly, have inconvenient traffic, even if when completing the primary dcreening operation of breast carcinoma but need to improve inspection (breast molybdenum target inspection) further, patient due to lost to follow-up or Out-migrant for work, then cannot diagnose in time to cause and fail to pinpoint a disease in diagnosis; (2) vast backward Countryside health workers' technical capability level needs raising badly, particularly in the control of examination technical scheme and risk factor, the method for blocking-up lacks training, causes the situation that Effect of screening is not good.
Summary of the invention
For the problems referred to above, this utility model provides a kind of hand-held detection of infrared laser instrument.
The technical solution adopted in the utility model is:
Hand-held detection of infrared laser instrument, comprises panel computer and hand-held iraser video camera, and the two is connected by connection cable or wireless communication signals.
Panel computer comprises panel housings, view screen device, expansion interface, inner processing system and speaker.
Panel housings is provided with handle; View screen device comprises touching display screen and photographic head, and photographic head is placed in directly over touching display screen; Expansion interface and speaker are arranged on the bottom of panel computer; The processing system of panel computer inside comprises video frequency collection card and hard disk.
Hand-held iraser video camera comprises hand-held iraser irradiation head and hand-held thermal camera.
Hand-held iraser irradiation head, comprise hand-held iraser irradiation head shell and cable, LCM line control module and infrared light supply is provided with successively from top to bottom in hand-held iraser irradiation head shell, LCM line control module and infrared light supply are by connection, and cable is connected with LCM line control module; Hand-held iraser irradiation head is connected with panel computer preferably by cable.
LCM line control module in hand-held iraser irradiation head shell comprises control circuit board, action button and energy display, action button and energy display are placed on control circuit board, and action button and energy display are arranged on hand-held iraser irradiation head shell; Control circuit board and infrared light supply are by connection, and cable is connected with control circuit board.
Infrared light supply is preferably one or one group of infrared LED lamp, and the outside of infrared light supply is provided with filter plate, and filter plate allows infrared light to pass through while stop veiling glare, improves the degree of purity of light source, to make the purity of infrared light more than 99%.
Hand-held thermal camera comprises hand-held thermal camera shell and hand-held thermal camera output lead, be provided with circuit control module, imageing sensor group and photographing module from top to bottom successively in hand-held thermal camera shell, hand-held thermal camera output lead is connected with imageing sensor group and photographing module by circuit control module; Hand-held thermal camera is connected with panel computer preferably by hand-held thermal camera output lead.
Hand-held thermal camera shell is made up of the head of vertical handle and level, handle is connected by turn of bilge with head, circuit control module is placed in the handle of hand-held thermal camera shell, imageing sensor group is placed in the head inside of hand-held thermal camera shell and is connected with the tail end of photographing module, and photographing module is placed in the head of hand-held thermal camera shell; Circuit control module is connected by the data wire being positioned at turn of bilge with imageing sensor group.Circuit control module comprises control circuit board and control knob, and the control knob on control circuit board is arranged on hand-held thermal camera shell; Photographing module comprises battery of lens, adjusting device and fixture, and the axial distance between battery of lens is regulated by adjusting device, and fixture comprises fixing head; Imageing sensor group comprises sensor line plate and imageing sensor, and imageing sensor is connected with sensor line plate; Hand-held thermal camera output lead is connected with imageing sensor group and photographing module by control circuit board and data wire.Control circuit board is connected with photographing module by imageing sensor group.
Battery of lens comprises the focus lens group, zoom lens group and the one-level lens that vertically arrange successively from inside to outside; Adjusting device comprises focusing adjustment and convergent-divergent adjusting device, and focusing adjustment comprises horizontally disposed I grade of group of motors and focuses on guide rod, and convergent-divergent adjusting device comprises horizontally disposed II grade of group of motors and convergent-divergent guide rod; Imageing sensor group, I grade of group of motors are connected with control circuit board by data wire with II grade of group of motors.Fixing head comprises the I grade of fixing head and II grade of fixing head that vertically arrange successively from inside to outside.Lens in battery of lens adopt high material to be thoroughly made, and can gather image clearly easily and quickly.
Focus lens group comprises focusing lens holder and condenser lens, and the two ends of condenser lens are fixed on focusing lens holder, and focus lens group is by focusing lens holder and I grade of group of motors and focus on guide rod vertical sliding motion and be connected; Zoom lens group comprises zoom lens support and zoom lens, and the two ends of zoom lens are fixed on zoom lens support, and zoom lens group is connected with II grade of group of motors and convergent-divergent guide rod vertical sliding motion by zoom lens support; The two ends of one-level lens are fixed on hand-held thermal camera shell, and successively from small to large, and the central shaft of three in the same horizontal line for condenser lens, zoom lens and one-level lens.
I grade of group of motors comprises I grade of drive motors and I grade of lifting screw, and II grade of group of motors comprises II grade of drive motors and II grade of lifting screw; The head end of the end of I grade of lifting screw and II grade of lifting screw is connected with I grade of fixing head Vertical movements, the end of II grade of lifting screw is connected with II grade of fixing head Vertical movements, one-level lens and II grade of fixing head adjacent, the sensor line plate vertically arranged is connected with the head end of I grade of lifting screw.
Hand-held thermal camera output lead is preferably HD video dedicated line, and more preferably optical fiber or shielding line.
This utility model beneficial effect is obvious:
1. the hand-held iraser irradiation head infrared light supply that irradiates out is pure, and degree of purity is more than 99%, and the lens in hand-held thermal camera are made up of the saturating ultrared material of height, for diagnosis provides image clearly accurately;
2. person under inspection's not damaged, no pain in testing process, quick position is accurate, and it is convenient to check, early cancer's Detection accuracy is high;
3. simple, the compact of this utility model structure, can hospital, clinic, small towns health care for examination;
4. this utility model carries, lays and uses all very convenient, can be used for women all to use in shelter oneself examination, finds early stage mammary gland early, to reach the object of early discovery, early diagnosis, early treatment;
5. this utility model can reduce lost to follow-up and fail to pinpoint a disease in diagnosis, both precancer and cancer early stage patient can have been found by a large amount of screenings and easy, wield examination scheme, the medical expense save examination cost again, increasing examination income, significantly reduce this disease, alleviates family, burden on society; While improving interests to patient, also mitigate the burden that mechanism is born in examination;
6., when running into knotty problem, by panel computer connected network, by photographic head and touching display screen video calling, realize Long-distance Control and diagnosis.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 and Fig. 3 is the axonometric chart of panel computer.
Fig. 4 is the front view of hand-held iraser irradiation head.
Fig. 5 be hand-held iraser irradiation head side view.
Fig. 6 is the structural representation of hand-held thermal camera.
Fig. 7 is the partial structurtes schematic diagram of hand-held thermal camera.
Reference numeral: panel computer 1, panel housings 11, handle 12, expansion interface 13, photographic head 14, touching display screen 15, speaker 16;
Hand-held iraser irradiation head shell 21, action button 22, energy display 23, infrared light supply 24, filter plate 25, control circuit board 26, cable 27;
Connection cable 3;
Hand-held thermal camera 4, hand-held thermal camera shell 401, hand-held thermal camera output lead 402, control circuit board 403, control knob 404, I grade of group of motors 405, focus lens group 406, II grade of group of motors 407, zoom lens group 408, one-level lens 409, imageing sensor group 410, convergent-divergent guide rod 411, focuses on guide rod 412, I grade of fixing head, 413, II grade of fixing head 414;
I grade of drive motors, 4051, I grade of lifting screw 4052, focusing lens holder 4061, condenser lens 4062, II grade of drive motors, 4071, II grade of lifting screw 4072, zoom lens support 4081, zoom lens 4082, sensor line plate 4101, imageing sensor 4102.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, this utility model is described further, but scope of the present utility model is not limited to following embodiment.
As shown in the figure, a kind of hand-held detection of infrared laser instrument, comprises panel computer 1 and hand-held iraser video camera, and the two is connected by connection cable 3 or wireless communication signals.
Panel computer 1 comprises panel housings 11, view screen device, expansion interface 13, inner processing system and speaker 16.
Panel housings 11 is provided with handle 12; View screen device comprises touching display screen 15 and photographic head 14, and photographic head 14 is placed in directly over touching display screen 15; Expansion interface 13 and speaker 16 are arranged on the bottom of panel computer 1; The processing system of panel computer 1 inside comprises video frequency collection card and hard disk.
Hand-held iraser video camera comprises hand-held iraser irradiation head 2 and hand-held thermal camera 4.
Hand-held iraser irradiation head 2, comprise hand-held iraser irradiation head shell 21 and cable 27, LCM line control module and infrared light supply 24 is provided with from top to bottom successively in hand-held iraser irradiation head shell 21, LCM line control module and infrared light supply 24 are by connection, and cable 27 is connected with LCM line control module; Hand-held iraser irradiation head 2 is connected with panel computer 1 by cable 27.
LCM line control module in hand-held iraser irradiation head shell 21 comprises control circuit board 26, action button 22 and energy display 23, action button 22 and energy display 23 are placed on control circuit board 26, and action button 22 and energy display 23 are arranged on hand-held iraser irradiation head shell 21; Control circuit board 26 and infrared light supply 24 are by connection, and cable 27 is connected with control circuit board 26.
Infrared light supply 24 is preferably one or one group of infrared LED lamp, and the outside of infrared light supply 24 is provided with filter plate 25, and filter plate 25 allows infrared light to pass through while stop veiling glare, improves the degree of purity of light source, to make the purity of infrared light more than 99%.
Action button 22, containing three buttons, is respectively shift knob, energy strengthens button and energy dropoff button, by manual adjustments light source switch and energy power.Click shift knob, infrared light supply 24 receives the power supply that cable 27 transmits, and infrared light supply 24 is lighted.Click energy and strengthen button, the irradiation energy of infrared light supply 24 will be strengthened.Click energy dropoff button, the irradiation energy of infrared light supply 24 will reduce.
Hand-held thermal camera 4 comprises hand-held thermal camera shell 401 and hand-held thermal camera output lead 402, be provided with circuit control module, imageing sensor group 410 and photographing module from top to bottom successively in hand-held thermal camera shell 401, hand-held thermal camera output lead 402 is connected with imageing sensor group 410 and photographing module by circuit control module; Hand-held thermal camera 4 is connected with panel computer 1 by hand-held thermal camera output lead 402.
Hand-held thermal camera shell 401 is made up of the head of vertical handle and level, handle is connected by turn of bilge with head, circuit control module is placed in the handle of hand-held thermal camera shell 401, imageing sensor group 410 is placed in the head inside of hand-held thermal camera shell 401 and is connected with the tail end of photographing module, and photographing module is placed in the head of hand-held thermal camera shell 401; Circuit control module is connected by the data wire being positioned at turn of bilge with imageing sensor group 410.Circuit control module comprises control circuit board 403 and control knob 404, and the control knob 404 on control circuit board 403 is arranged on hand-held thermal camera shell 401; Photographing module comprises battery of lens, adjusting device and fixture, and the axial distance between battery of lens is regulated by adjusting device, and fixture comprises fixing head; Imageing sensor group 410 comprises sensor line plate 4101 and imageing sensor 4102, and imageing sensor 4102 is connected with sensor line plate 4101; Hand-held thermal camera output lead 402 is connected with imageing sensor group 410 and photographing module by control circuit board 403 and data wire.
Control circuit board 403 is connected with photographing module by imageing sensor group 410.The infrared light supply collected is converted to image information by imageing sensor 4102; Image information is converted to analogue signal or digital signal by sensor line plate 4101.
Battery of lens comprises the focus lens group 406, zoom lens group 408 and the one-level lens 409 that vertically arrange successively from inside to outside; Adjusting device comprises focusing adjustment and convergent-divergent adjusting device, and focusing adjustment comprises horizontally disposed I grade of group of motors 405 and focuses on guide rod 412, and convergent-divergent adjusting device comprises horizontally disposed II grade of group of motors 407 and convergent-divergent guide rod 411; Imageing sensor group 410, I grade of group of motors 405 is connected with control circuit board 403 by data wire with II grade of group of motors 407.Fixing head comprises the I grade of fixing head 413 and II grade of fixing head 414 that vertically arrange successively from inside to outside.Lens in battery of lens adopt high material to be thoroughly made, and can gather image clearly easily and quickly.
Focus lens group 406 comprises focusing lens holder 4061 and condenser lens 4062, the two ends of condenser lens 4062 are fixed on focusing lens holder 4061, and focus lens group 406 is by focusing lens holder 4061 and I grade of group of motors 405 and focus on guide rod 412 vertical sliding motion and be connected; Zoom lens group 408 comprises zoom lens support 4081 and zoom lens 4082, the two ends of zoom lens 4082 are fixed on zoom lens support 4081, and zoom lens group 408 is connected with II grade of group of motors 407 and convergent-divergent guide rod 411 vertical sliding motion by zoom lens support 4081; The two ends of one-level lens 409 are fixed on hand-held thermal camera shell 401, and successively from small to large, and the central shaft of three in the same horizontal line for condenser lens 4062, zoom lens 4082 and one-level lens 409.
I grade of group of motors 405 comprises I grade of drive motors 4051 and I grade of lifting screw, 4052, II grade of group of motors 407 comprises II grade of drive motors 4071 and II grade of lifting screw 4072; The head end of the end of I grade of lifting screw 4052 and II grade of lifting screw 4072 is connected with I grade of fixing head 413 Vertical movements, the end of II grade of lifting screw 4072 is connected with II grade of fixing head 414 Vertical movements, one-level lens 409 and II grade of fixing head 414 adjacent, the sensor line plate 4101 vertically arranged is connected with the head end of I grade of lifting screw 4052.
Control knob 404 is by control circuit board 403 and I grade of group of motors, 405, II grade of group of motors 407 connection, when gathering the breast image after infrared light passes breast tissue, regulate the focal length of the present embodiment, image acquisition area and definition etc. by regulable control button 404, one-level lens 409 can receive image in maximum visual angle.
I grade of drive motors 4051 in I grade of group of motors 405 and I grade of lifting screw 4052 regulate the horizontal displacement of focus lens group 406, and condenser lens 4062 is moved horizontally at I grade of lifting screw 4052 and focusing on guide rod 4012 by focusing lens holder 4061; By changing the position of condenser lens 4062, regulate image definition to focus.
II grade of drive motors 4071 in II grade of group of motors 407 and II grade of lifting screw 4072 regulate the horizontal displacement of zoom lens group 408, and zoom lens 4082 is moved horizontally on II grade of lifting screw 4072 and convergent-divergent guide rod 4011 by zoom lens support 4081; By changing the position of zoom lens 4082, regulate the region area of image with Scalable.
Hand-held thermal camera output lead 402 is preferably HD video dedicated line, and more preferably optical fiber or shielding line.
When carrying out the examination of breast carcinoma, the infrared light supply of hand-held iraser irradiation head 2 is through breast tissue, lay one piece of infrared filter before hand-held thermal camera 4 and gather through the infrared light supply after breast tissue, the breast image file of gained is through being converted to analogue signal or digital signal.Signal to be transferred in panel computer 1 after treated analysis through hand-held thermal camera output lead 402, the result of Treatment Analysis illustrates image through touching display screen 15, health care worker is analysed and compared for characteristics of image, can diagnose breast carcinoma and precancerous lesion thereof fast.
When running into knotty problem, panel computer 1 by data upload, also can transmit teledata by networking, realizes Long-distance Control and diagnosis, realizes video calling by photographic head 14 and touching display screen 15.
Claims (10)
1. a hand-held detection of infrared laser instrument, comprise panel computer (1) and hand-held iraser video camera, the two is connected by connection cable (3) or wireless communication signals, it is characterized in that, panel computer (1) comprises panel housings (11), view screen device, expansion interface (13), inner processing system and speaker (16); Hand-held iraser video camera comprises hand-held iraser irradiation head (2) and hand-held thermal camera (4).
2. a kind of hand-held detection of infrared laser instrument as claimed in claim 1, it is characterized in that, described panel housings (11) is provided with handle (12); View screen device comprises touching display screen (15) and photographic head (14), and photographic head (14) is placed in directly over touching display screen (15); Expansion interface (13) and speaker (16) are arranged on the bottom of panel computer (1); The processing system of panel computer (1) inside comprises video frequency collection card and hard disk.
3. a kind of hand-held detection of infrared laser instrument as claimed in claim 1, it is characterized in that, described hand-held iraser irradiation head (2) comprises hand-held iraser irradiation head shell (21) and cable (27), LCM line control module and infrared light supply (24) is provided with from top to bottom successively in hand-held iraser irradiation head shell (21), LCM line control module and infrared light supply (24) are by connection, and cable (27) is connected with LCM line control module; Hand-held iraser irradiation head (2) is connected with panel computer (1) by cable (27);
Hand-held thermal camera (4) comprises hand-held thermal camera shell (401) and hand-held thermal camera output lead (402), be provided with circuit control module, imageing sensor group (410) and photographing module in hand-held thermal camera shell (401) from top to bottom successively, hand-held thermal camera output lead (402) is connected with imageing sensor group (410) and photographing module by circuit control module; Hand-held thermal camera (4) is connected with panel computer (1) by hand-held thermal camera output lead (402).
4. a kind of hand-held detection of infrared laser instrument as claimed in claim 3, it is characterized in that, LCM line control module in described hand-held iraser irradiation head shell (21) comprises control circuit board (26), action button (22) and energy display (23), action button (22) and energy display (23) are placed on control circuit board (26), and action button (22) and energy display (23) are arranged on hand-held iraser irradiation head shell (21); Control circuit board (26) and infrared light supply (24) are by connection, and cable (27) is connected with control circuit board (26).
5. a kind of hand-held detection of infrared laser instrument as claimed in claim 4, is characterized in that, described infrared light supply (24) is one or one group of infrared LED lamp, and the outside of infrared light supply (24) is provided with filter plate (25).
6. a kind of hand-held detection of infrared laser instrument as claimed in claim 3, it is characterized in that, described hand-held thermal camera shell (401) is made up of the head of vertical handle and level, handle is connected by turn of bilge with head, circuit control module is placed in the handle of hand-held thermal camera shell (401), imageing sensor group (410) is placed in the head inside of hand-held thermal camera shell (401) and is connected with the tail end of photographing module, and photographing module is placed in the head of hand-held thermal camera shell (401); Circuit control module comprises control circuit board (403) and control knob (404), and the control knob (404) on control circuit board (403) is arranged on hand-held thermal camera shell (401); Photographing module comprises battery of lens, adjusting device and fixture, and the axial distance between battery of lens is regulated by adjusting device, and fixture comprises fixing head; Imageing sensor group (410) comprises sensor line plate (4101) and imageing sensor (4102), and imageing sensor (4102) is connected with sensor line plate (4101); Hand-held thermal camera output lead (402) is connected with imageing sensor group (410) and photographing module by control circuit board (403) and data wire.
7. a kind of hand-held detection of infrared laser instrument as claimed in claim 6, is characterized in that, described battery of lens comprises the focus lens group (406), zoom lens group (408) and the one-level lens (409) that vertically arrange successively from inside to outside; Adjusting device comprises focusing adjustment and convergent-divergent adjusting device, focusing adjustment comprises horizontally disposed I grade of group of motors (405) and focuses on guide rod (412), convergent-divergent adjusting device comprises horizontally disposed II grade of group of motors (407) and convergent-divergent guide rod (411), and imageing sensor group (410), I grade of group of motors (405) are connected with control circuit board (403) by data wire with II grade of group of motors (407); Fixing head comprises the I grade of fixing head (413) and II grade of fixing head (414) that vertically arrange successively from inside to outside.
8. a kind of hand-held detection of infrared laser instrument as claimed in claim 7, it is characterized in that, described focus lens group (406) comprises focusing lens holder (4061) and condenser lens (4062), the two ends of condenser lens (4062) are fixed on focusing lens holder (4061), and focus lens group (406) is by focusing lens holder (4061) and I grade of group of motors (405) and focus on guide rod (412) vertical sliding motion and be connected; Zoom lens group (408) comprises zoom lens support (4081) and zoom lens (4082), the two ends of zoom lens (4082) are fixed on zoom lens support (4081), and zoom lens group (408) is connected with II grade of group of motors (407) and convergent-divergent guide rod (411) vertical sliding motion by zoom lens support (4081); The two ends of one-level lens (409) are fixed on hand-held thermal camera shell (401), and successively from small to large, and the central shaft of three in the same horizontal line for condenser lens (4062), zoom lens (4082) and one-level lens (409).
9. a kind of hand-held detection of infrared laser instrument as claimed in claim 8, it is characterized in that, described I grade of group of motors (405) comprises I grade of drive motors (4051) and I grade of lifting screw (4052), and II grade of group of motors (407) comprises II grade of drive motors (4071) and II grade of lifting screw (4072); The end of I grade of lifting screw (4052) and the head end of II grade of lifting screw (4072) are connected with I grade of fixing head (413) Vertical movements, the end of II grade of lifting screw (4072) is connected with II grade of fixing head (414) Vertical movements, one-level lens (409) are adjacent with II grade of fixing head (414), and the sensor line plate (4101) vertically arranged is connected with the head end of I grade of lifting screw (4052).
10. a kind of hand-held detection of infrared laser instrument as claimed in claim 1, is characterized in that, described hand-held thermal camera output lead (402) is HD video dedicated line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520888154.9U CN205094405U (en) | 2015-11-10 | 2015-11-10 | Hand -held type infrared laser detector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520888154.9U CN205094405U (en) | 2015-11-10 | 2015-11-10 | Hand -held type infrared laser detector |
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| Publication Number | Publication Date |
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| CN205094405U true CN205094405U (en) | 2016-03-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520888154.9U Expired - Fee Related CN205094405U (en) | 2015-11-10 | 2015-11-10 | Hand -held type infrared laser detector |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112638259A (en) * | 2018-09-14 | 2021-04-09 | 深圳迈瑞生物医疗电子股份有限公司 | Mammary machine probe box and mammary machine |
-
2015
- 2015-11-10 CN CN201520888154.9U patent/CN205094405U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112638259A (en) * | 2018-09-14 | 2021-04-09 | 深圳迈瑞生物医疗电子股份有限公司 | Mammary machine probe box and mammary machine |
| CN112638259B (en) * | 2018-09-14 | 2024-06-11 | 深圳迈瑞生物医疗电子股份有限公司 | Mammary gland machine probe box and mammary gland machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160323 Termination date: 20171110 |
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| CF01 | Termination of patent right due to non-payment of annual fee |