CN105212946A - Portable fluorescence iraser Image detection instrument - Google Patents
Portable fluorescence iraser Image detection instrument Download PDFInfo
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- CN105212946A CN105212946A CN201510757501.9A CN201510757501A CN105212946A CN 105212946 A CN105212946 A CN 105212946A CN 201510757501 A CN201510757501 A CN 201510757501A CN 105212946 A CN105212946 A CN 105212946A
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Abstract
Portable fluorescence iraser Image detection instrument disclosed by the invention, comprise computer, hand-held fluorescence laser camera and hand-held infrared video camera, computer and hand-held fluorescence laser camera are placed in portable outer container, hand-held fluorescence laser camera and hand-held infrared video camera are connected by data wire or wireless communication signals with computer, computer comprises view screen device and main frame, light source and camera head is provided with in hand-held fluorescence laser camera, hand-held infrared video camera comprises hand-held thermal camera and hand-held iraser irradiation head.The present invention carries with easy to use, can to breast carcinoma and cervical cancer United screening, cost-saving, save consuming time while, omnibearing preventing disease is developed, and it also possesses human assistance intelligent diagnostics and data upload, Remote Diagnosis System simultaneously.
Description
Technical field
The invention belongs to medical instruments field, relate to a kind of cancer detection instrument, be specifically related to the laser detecting apparatus of a kind of portable cervical cancer and breast carcinoma.
Background technology
Cervical cancer and breast carcinoma are the major malignant tumor of harm WomanHealth, according to statistics annual new cervical cancer patient 50,000 example in the whole world, annual new cervical cancer 130,000 example of China, death about 30,000 example.Breast carcinoma has become the highest malignant tumor of global women's sickness rate, and the sickness rate of Chinese Breast Cancer is just close to American-European countries, and city is higher than rural area.Cervical cancer has generation all over the world, is one of modal tumor of human body, is the major malignant tumor of harm WomanHealth; The cervical cancer initial stage, without any symptom can there is remarkable vagina bleeding in the later stage, not only in female sex organ carcinoma, accounts for first place, and be carcinoma the most common in the various malignant tumor of women, but its sickness rate has obvious regional difference.
In recent years, along with the develop rapidly of medical skill, the research both at home and abroad about cervical cancer and breast cancer prevention field is maked rapid progress, and screening method and means also emerge in an endless stream; But along with " two cancers " examination project ground is carried out in a deep going way, it is this that to require that the problem of higher sense of organization examination exposes in examination process to personnel's technical quality more and more obvious, as: the basic hospital technical force relative deficiency of the under-developed area, Midwest that China is vast at present, medical worker lacks training.But the hotspot of these areas cervical cancer, breast carcinoma and precancerous lesion exactly; Moreover for these diseases disease slowly, it is more difficult for giving very large input again in government of developing country.
For examining early cure rate the morning of improving cervical cancer and breast carcinoma, reduce case fatality rate, country started " two cancers " examination (cervical cancer and the breast carcinoma examination) project covering the whole nation from 2009, freely for rural women carry out cervical cancer, breast carcinoma examination.
The scheme of " two cancers " examination cervical cancer of current China is with conventional cell or perusal for primary dcreening operation, and the scheme of breast carcinoma is that sensitivity and specificity are not high, and how to address these problems is important research direction with palpation and ultrasonic examination for primary dcreening operation.
Along with carrying out in a deep going way of " two cancers " examination, encounter some problems: (1) rural women live in more remote place mostly, have inconvenient traffic, and be difficult to the primary dcreening operation completing cervix uteri and mammary gland in an examination due to current examination mode, or when completing the primary dcreening operation of two cancers but need to improve inspection further, (colposcope or molybdenum target) patient is 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 blocked lacks training, although cause examination coverage rate at present constantly to expand, the situation that Effect of screening is not good; (3) at present because the data collection in rural area examination system reports and lack professional in Macro or mass analysis, there is no perfect, " two cancers " data of specification, image collection statistics, the repeatability of examination is not strong, the requirement that examination data are checked, analyzed feedback and epidemiological study cannot be met, continuable " two cancers " countermeasure system cannot be set up in economic backward area, thus the M & M of cancer cannot be reduced effectively, all sidedly.
Summary of the invention
For above-mentioned the deficiencies in the prior art, the invention provides a kind of Portable fluorescence iraser Image detection instrument.
Portable fluorescence iraser Image detection instrument of the present invention, comprise computer, hand-held fluorescence laser camera and hand-held infrared video camera, computer and hand-held fluorescence laser camera are placed in portable outer container, and hand-held fluorescence laser camera and hand-held infrared video camera are connected by data wire or wireless communication signals with computer.
Computer comprises view screen device and main frame, and the view screen device on the upper box lid of outer container comprises display screen and photographic head, and photographic head is located at display screen upper end centre; Main frame under outer container on block comprises operating platform, processing system and connector.Lower block side is provided with hand-held fluorescence laser camera storage tank.
The operating platform of main frame comprises speaker, Trackpad, keyboard and identity card reader, and Trackpad, storage tank and identity card reader are arranged on the front of keyboard; The processing system be placed in main frame comprises video frequency collection card, hard disk and intelligence system, and under being placed in outer container, block connector below comprises supply socket and circumscription socket.
Hand-held fluorescence laser camera is connected preferably by data wire with computer, comprise camera housing, camera housing inside is provided with LED light source combination, high-definition camera, Line Card and light source control wiring board, and the rear end of camera housing is provided with small display and control panel; LED light source combination is formed by white light, green glow and ultraviolet light three kinds of combination of light sources, high-definition camera respectively with small display and Line Card connection, light source control wiring board combines and Line Card connection with LED light source respectively, control panel and Line Card connection, the Line Card being positioned at camera housing end is connected with main frame by data wire.
LED light source combination uniform ring is around the periphery of high-definition camera, and LED light source combines the ultraviolet wavelength sent and is preferably 365 ± 10nm.
Hand-held infrared video camera comprises hand-held thermal camera and hand-held iraser irradiation head.
Hand-held thermal camera is connected preferably by the data wire inserting circumscription socket with computer, comprise shell and output lead, shell is made up of the head of vertical handle and level, handle is connected by turn of bilge with head, circuit control module, imageing sensor group and photographing module is provided with from top to bottom successively in shell, circuit control module is placed in the handle of shell, and imageing sensor group is placed in the head inside of shell and is connected with the tail end of photographing module, and photographing module is placed in the head of 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 shell by shell; Imageing sensor group comprises sensor line plate and imageing sensor, and imageing sensor is connected with sensor line plate; Photographing module comprises battery of lens, adjusting device and fixture; Output lead is connected with imageing sensor group and photographing module by control circuit board and data wire.
Battery of lens in photographing module comprises the focus lens group, zoom lens group and the one-level lens that vertically arrange successively from inside to outside, and the axial distance between three lens cluster is regulated by adjusting device; 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; Fixture comprises the I grade of fixing head and II grade of fixing head that vertically arrange successively from inside to outside; 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.
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 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 flexibly connected with I grade of fixing head, and the end of II grade of lifting screw is flexibly connected with II grade of fixing head, one-level lens and II grade of fixing head adjacent; The sensor line plate of vertical setting is connected with the head end of I grade of lifting screw.
Hand-held iraser irradiation head is connected preferably by the data wire inserting circumscription socket with computer, comprise hand-held iraser irradiation head shell and cable, be provided with control circuit board and infrared light supply successively from top to bottom in hand-held iraser irradiation head shell, the outside of infrared light supply is provided with filter plate; Control circuit board and infrared light supply are by connection, and cable is connected with control circuit board; Control circuit board is provided with action button and energy display, and action button and energy display are arranged on hand-held iraser irradiation head shell by hand-held iraser irradiation head shell.
Hand-held fluorescence laser camera is connected used data wire and is preferably HD video dedicated line with main frame, hand-held thermal camera is connected used output lead and is also preferably HD video dedicated line with main frame, and more preferably optical fiber or shielding line.
Beneficial effect of the present invention is obvious:
(1) the integrated of cervical cancer and breast cancer screening technique is incorporated, cost-saving, save consuming time, increase examination income while, avoid the problem that patient repeatedly comes and goes, more hommization,, omnibearing preventing disease develop, reduce lost to follow-up and fail to pinpoint a disease in diagnosis.Not only improve interests to patient, also mitigate the burden that mechanism is born in examination, and obtain integrated and precious clinical data efficiently more comprehensively, for diseases prevention and treatment work of carrying out further from now on lays the foundation.
(2) testing process person under inspection not damaged, no pain, quick position is accurate, rests on a scientific basis, and without the need to using adjuvant before checking, it is convenient to check, early cancer's Detection accuracy is high.
(3) when running into knotty problem, computer connected network, realizes video calling by photographic head, realizes Long-distance Control and diagnosis.
(4) simple, the compact of structure of the present invention, can hospital, clinic, small towns health care for examination, diagnostic result accurately can be drawn fast according to characteristics of image clearly, be adapted at domestic particularly vast rural area and promote the use of.
(5) there is Data Integration, data store, the function of data retrieval and data upload, these functions are used for the with the obvious advantage of " two cancers " examination: a) solve problem of detached island of information, at present, in " two cancers ", problem of detached island of information is serious, constrain the effect of early examining and early controlling, the identity card reader be provided with can be preserved in the personal information of person under inspection input computer; The examination data that collection comes by computer carry out standardized management, and then are connected by each examination information island by cloud computing and the Internet, and these data can be got up by digging utilization further; B) ease for use, current rural basic level medical worker lacks training relatively, the accuracy of examination is poor, because this equipment has the function of human assistance intelligent diagnostics function and data upload, uses the problem by tentatively solving grassroots medical worker diagnostic level deficiency in examination.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Fig. 2 is the rearview of computer.
Fig. 3 and Fig. 4 is the axonometric chart of hand-held fluorescence laser camera.
Fig. 5 is the internal structure schematic diagram of hand-held fluorescence laser camera.
Fig. 6 is the front view of hand-held fluorescence laser camera.
Fig. 7 is the structural representation of hand-held thermal camera.
Fig. 8 is the partial structurtes schematic diagram of hand-held thermal camera.
Fig. 9 is the front view of hand-held iraser irradiation head.
Figure 10 is the side view of hand-held iraser irradiation head.
Reference numeral: outer container 1, display screen 2, speaker 3, Trackpad 4, keyboard 5, identity card reader 6, hand-held fluorescence laser camera 7, hand-held thermal camera 8, hand-held iraser irradiation head 9, photographic head 10, supply socket 11, circumscription socket 12;
Hand-held fluorescence laser camera shell 71, small display 72, control panel 73, LED light source combination 74, high-definition camera 75, Line Card 76, light source control wiring board 77;
Hand-held thermal camera shell 801, output lead 802, control circuit board 803, control knob 804, I grade of group of motors 805, focus lens group 806, II grade of group of motors 807, zoom lens group 808, one-level lens 809, imageing sensor group 810, convergent-divergent guide rod 811, focus on guide rod 812, I grade of fixing head 813, II grade of fixing head 814;
I grade of drive motors, 8051, I grade of lifting screw 8052, focusing lens holder 8061, condenser lens 8062, II grade of drive motors, 8071, II grade of lifting screw 8072, zoom lens support 8081, zoom lens 8082, sensor line plate 8101, imageing sensor 8102;
Hand-held iraser irradiation head shell 91, action button 92, energy display 93, infrared light supply 94, filter plate 95, control circuit board 96, cable 97.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the present invention is described further, but scope of the present invention is not limited to following embodiment.
As shown in the figure, Portable fluorescence iraser Image detection instrument, comprise computer, hand-held fluorescence laser camera 7 and hand-held infrared video camera, computer and hand-held fluorescence laser camera 7 are placed in portable outer container 1, and hand-held fluorescence laser camera 7 and hand-held infrared video camera are connected by data wire or wireless communication signals with computer.
Computer comprises view screen device and main frame, and the view screen device on the upper box lid of outer container 1 comprises display screen 2 and photographic head 10, and photographic head 10 is located at display screen 2 upper end centre; Main frame on outer container 1 time block comprises operating platform, processing system and connector.Lower block side is provided with hand-held fluorescence laser camera 7 storage tank.
The operating platform of main frame comprises speaker 3, Trackpad 4, keyboard 5 and identity card reader 6, and Trackpad 4, storage tank and identity card reader 6 is arranged on the front of keyboard 5; The processing system be placed in main frame comprises video frequency collection card, hard disk and intelligence system, is placed in outer container 1 time block connector below and comprises supply socket 11 and circumscription socket 12.
Identity card reader 6 is as identity card identifier, be built-in with Certification of Second Generation card reader safe mode, permitted by Ministry of Public Security's certification, meet Chinese second generation identity card arrangement for reading standard Card Reader distance > 5cm, card reading speed " 1.5 seconds, can the personally identifiable information of collection be transferred in computer, carry out after analyzing and processing through the software in computer, display screen 2 can demonstrate personally identifiable information, facilitate health care worker to sit in the right seat read patient information.
Hand-held fluorescence laser camera 7 is connected preferably by data wire with computer, comprise camera housing 71, camera housing 71 inside is provided with LED light source combination 74, high-definition camera 75, Line Card 76 and light source control wiring board 77, and the rear end of camera housing 71 is provided with small display 72 and control panel 73; High-definition camera 75 respectively with small display 72 and Line Card 76 connection, light source control wiring board 77 combines 74 and Line Card 76 connection respectively with LED light source, control panel 73 and Line Card 76 connection.
Small display 72 and control panel 73 preferably angularly tilt the rear end in camera housing 71.
LED light source combination 74 adopts private-use class light emitting diode, is formed, be looped around the periphery of high-definition camera 75 equably by white light, green glow and ultraviolet light three kinds of combination of light sources.LED light source combination 74 can launch white light, green glow and ultraviolet light in same direction and equably, and ultraviolet wavelength is preferably 365 ± 10nm, and light source control wiring board 77 is for giving light source power supply and regulating light intensity weak.
Lens in high-definition camera 75 adopt high material to be thoroughly made, when three kinds of light sources---after white light, green glow and ultraviolet light irradiate cervix uteri respectively, can gather without cervix uteri image clearly under light source.
Control panel 73 is provided with adjustment button, accurately can control the parameter of high-definition camera 75 and LED light source combination 74, and can need to regulate the focal length of high-definition camera 75, image acquisition area and definition etc. according to the situation of patient, use white light, green glow and ultraviolet light also convertiblely and regulate the energy of respective sources, wavelength and luminous power etc.
High-definition camera 75 and small display 72 are by connection, and the image file collected can be transferred on small display 72 in real time by circuit, and staff can obtain cervix uteri detected image intuitively.
Computer is connected preferably by data wire with hand-held fluorescence laser camera 7, namely main frame is connected by data wire with the Line Card 76 being positioned at camera housing 71 end, the data wire used is preferably HD video dedicated line, and more preferably optical fiber or shielding line.
Hand-held infrared video camera comprises hand-held thermal camera 8 and hand-held iraser irradiation head 9.
Hand-held thermal camera 8 is connected preferably by the data wire inserting circumscription socket 12 with computer, comprise shell 801 and output lead 802, shell 801 is made up of the head of vertical handle and level, handle is connected by turn of bilge with head, circuit control module, imageing sensor group 810 and photographing module is provided with from top to bottom successively in shell 801, circuit control module is placed in the handle of shell 801, imageing sensor group 810 is placed in the head inside of shell 801 and is connected with the tail end of photographing module, and photographing module is placed in the head of shell 801; Circuit control module is connected by the data wire being positioned at turn of bilge with imageing sensor group 810.Circuit control module comprises control circuit board 803 and control knob 804, and the control knob 804 on control circuit board 803 is arranged on shell 801 by shell 801; Imageing sensor group 810 comprises sensor line plate 8101 and imageing sensor 8102, and imageing sensor 8102 is connected with sensor line plate 8101; Photographing module comprises battery of lens, adjusting device and fixture; Output lead 802 is connected with imageing sensor group 810 and photographing module by control circuit board 803 and data wire.
Control circuit board 803 is connected with photographing module by imageing sensor group 810.The infrared light supply collected is converted to image information by imageing sensor 8102; Image information is converted to analogue signal or digital signal by sensor line plate 8101.
Battery of lens in photographing module comprises the focus lens group 806, zoom lens group 808 and the one-level lens 809 that vertically arrange successively from inside to outside, and the axial distance between three lens cluster is regulated by adjusting device; Adjusting device comprises focusing adjustment and convergent-divergent adjusting device, and focusing adjustment comprises horizontally disposed I grade of group of motors 805 and focuses on guide rod 812, and convergent-divergent adjusting device comprises horizontally disposed II grade of group of motors 807 and convergent-divergent guide rod 811; Fixture comprises the I grade of fixing head 813 and II grade of fixing head 814 that vertically arrange successively from inside to outside; Imageing sensor group 810, I grade of group of motors 805 is connected with control circuit board 803 by data wire with II grade of group of motors 807.
Focus lens group 806 comprises focusing lens holder 8061 and condenser lens 8062, the two ends of condenser lens 8062 are fixed on focusing lens holder 8061, and focus lens group 806 is by focusing lens holder 8061 and I grade of group of motors 805 and focus on guide rod 812 vertical sliding motion and be connected; Zoom lens group 808 comprises zoom lens support 8081 and zoom lens 8082, the two ends of zoom lens 8082 are fixed on zoom lens support 8081, and zoom lens group 808 is connected with II grade of group of motors 807 and convergent-divergent guide rod 811 vertical sliding motion by zoom lens support 8081; The two ends of one-level lens 809 are fixed on shell 801, and successively from small to large, and the central shaft of three in the same horizontal line for condenser lens 8062, zoom lens 8082 and one-level lens 809.
I grade of group of motors 805 comprises I grade of drive motors 8051 and I grade of lifting screw, 8052, II grade of group of motors 807 comprises II grade of drive motors 8071 and II grade of lifting screw 8072; The head end of the end of I grade of lifting screw 8052 and II grade of lifting screw 8072 is flexibly connected with I grade of fixing head 813, and the end of II grade of lifting screw 8072 is flexibly connected with II grade of fixing head 814, one-level lens 809 and II grade of fixing head 814 adjacent; The sensor line plate 8101 of vertical setting is connected with the head end of I grade of lifting screw 8052.
Control knob 1804 is by control circuit board 1803 and I grade of group of motors, 1805, II grade of group of motors 1807 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 1804, one-level lens 1809 can receive image in maximum visual angle.
I grade of drive motors 8051 in I grade of group of motors 805 and I grade of lifting screw 8052 can regulate the horizontal displacement of focus lens group 806, and condenser lens 8062 is moved horizontally at I grade of lifting screw 8052 and focusing on guide rod 8012 by focusing lens holder 8061; By changing the position of condenser lens 8062, regulate image definition to focus.
II grade of drive motors 8071 in II grade of group of motors 807 and II grade of lifting screw 8072 can regulate the horizontal displacement of zoom lens group 808, and zoom lens 8082 is moved horizontally on II grade of lifting screw 8072 and convergent-divergent guide rod 8011 by zoom lens support 8081; By changing the position of zoom lens 8082, regulate the region area of image with Scalable.
Hand-held iraser irradiation head 9 is connected preferably by the data wire inserting circumscription socket 12 with computer, comprise hand-held iraser irradiation head shell 91 and cable 97, be provided with control circuit board 96 and infrared light supply 94 from top to bottom successively in hand-held iraser irradiation head shell 91, the outside of infrared light supply 94 is provided with filter plate 95; Control circuit board 96 and infrared light supply 94 are by connection, and cable 97 is connected with control circuit board 96; Control circuit board 96 is provided with action button 92 and energy display 93, and action button 92 and energy display 93 are arranged on hand-held iraser irradiation head shell 91 by hand-held iraser irradiation head shell 91.
Infrared light supply 94 be outside equipped with high saturating ultrared filter plate 95, filter plate 95 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 92, 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 94 receives the power supply that cable 97 transmits, and infrared light supply 94 is lighted.Click energy and strengthen button, the irradiation energy of infrared light supply 94 will be strengthened.Click energy dropoff button, the irradiation energy of infrared light supply 94 will reduce.
Hand-held fluorescence laser camera 7 is connected used data wire and is preferably HD video dedicated line with main frame, hand-held thermal camera 8 is connected used output lead 802 and is also preferably HD video dedicated line with main frame, and more preferably optical fiber or shielding line.Image file is analogue signal or digital signal in hand-held fluorescence laser camera 7 and hand-held thermal camera 8 internal conversion, and is preferably converted to digital signal, can reduce the quantization error produced in transformation process.After signal is sent to and processes by analysis in computer, display screen 2 can demonstrate image report; Health care worker compares according to image report, draws diagnostic result.
When running into knotty problem, computer by data upload, also can transmit teledata by networking, realizes Long-distance Control and diagnosis, realizes video calling by photographic head 10 and display screen 2.
The present embodiment also has Data Integration, data store, the function of data retrieval and data upload, these functions are used for the with the obvious advantage of " two cancers " examination: a) solve problem of detached island of information: at present, in " two cancers ", problem of detached island of information is serious, constrain the effect of early examining and early controlling, the identity card reader 6 be provided with can be preserved in the personal information of person under inspection input computer; The examination data that collection comes by computer carry out standardized management, and then are connected by each examination information island by cloud computing and the Internet, and these data can be got up by digging utilization further; B) ease for use, current rural basic level medical worker lacks training relatively, the accuracy of examination is poor, because this equipment has the function of human assistance intelligent diagnostics function and data upload, uses the problem by tentatively solving grassroots medical worker diagnostic level deficiency in examination.
detection mode 1:
When carrying out the examination of breast carcinoma, only computer and hand-held infrared video camera need be used.After identity card reader 6 identifies person under inspection's identity card, the infrared light supply of hand-held iraser irradiation head 9 is through breast tissue, lay one piece of infrared filter before hand-held thermal camera 8 and gather through the infrared light supply after breast tissue, the breast image file of gained through being converted to analogue signal or digital signal, and is preferably converted to digital signal.Signal is transferred in computer again, shows image report out after software analysis process by display screen 2, and health care worker compares can carry out breast cancer diagnosis rapidly to characteristics of image.
detection mode 2:
When carrying out examination to cervical cancer, computer and hand-held fluorescence laser camera 7 need be used in combination, but without the need to using hand-held iraser video camera.After identity card reader 6 identifies person under inspection's identity card, by hand-held fluorescence laser camera 7 transmitting white, green glow and ultraviolet light and the cervix uteri image photograph gathered under corresponding reflected light, and photo files is converted to analogue signal or digital signal, and be preferably converted to digital signal.Signal transmissions, in medical all-in-one 102, shows image by display screen 2 and reports out after software analysis process, and health care worker compares can diagnose out cervical cancer and precancerous lesion thereof rapidly to characteristics of image.
detection mode 3:
When carrying out United screening to cervical cancer and breast carcinoma, computer, hand-held fluorescence laser camera 7 and hand-held infrared video camera need be used in combination.After identity card reader 6 identifies person under inspection's identity card, can diagnose respectively according to the diagnostic mode of the diagnostic mode of breast carcinoma and cervical cancer.
Claims (10)
1. a Portable fluorescence iraser Image detection instrument, comprise computer, hand-held fluorescence laser camera (7) and hand-held infrared video camera, computer and hand-held fluorescence laser camera (7) are placed in portable outer container (1), hand-held fluorescence laser camera (7) and hand-held infrared video camera are connected by data wire or wireless communication signals with computer, computer comprises view screen device and main frame, it is characterized in that, the view screen device on the upper box lid of outer container (1) comprises display screen (2) and photographic head (10); Main frame under outer container (1) on block comprises operating platform, processing system and connector, and lower block side is provided with hand-held fluorescence laser camera (7) storage tank, and hand-held fluorescence laser camera is provided with light source and camera head in (7); Hand-held infrared video camera comprises hand-held thermal camera (8) and hand-held iraser irradiation head (9).
2. a kind of Portable fluorescence iraser Image detection instrument as claimed in claim 1, it is characterized in that, the operating platform of described main frame comprises speaker (3), Trackpad (4), keyboard (5) and identity card reader (6), the processing system be placed in main frame comprises video frequency collection card, hard disk and intelligence system, and under being placed in outer container (1), block connector below comprises supply socket (11) and circumscription socket (12); Photographic head (10) is located at display screen (2) upper end centre, and Trackpad (4), storage tank and identity card reader (6) are arranged on the front of keyboard (5).
3. a kind of Portable fluorescence iraser Image detection instrument as claimed in claim 1, it is characterized in that, described hand-held fluorescence laser camera (7) is connected by data wire with computer, comprise camera housing (71), camera housing (71) inside is provided with LED light source combination (74), high-definition camera (75), Line Card (76) and light source control wiring board (77), and the rear end of camera housing (71) is provided with small display (72) and control panel (73); LED light source combination (74) is formed by white light, green glow and ultraviolet light three kinds of combination of light sources, high-definition camera (75) respectively with small display (72) and Line Card (76) connection, light source control wiring board (77) combines (74) and Line Card (76) connection respectively with LED light source, control panel (73) and Line Card (76) connection, the Line Card (76) being positioned at camera housing (71) end is connected with main frame by data wire.
4. a kind of Portable fluorescence iraser Image detection instrument as claimed in claim 3, it is characterized in that, described LED light source combination (74) uniform ring is around the periphery of high-definition camera (75), and the ultraviolet wavelength that LED light source combination (74) sends is 365 ± 10nm.
5. a kind of Portable fluorescence iraser Image detection instrument as claimed in claim 1, it is characterized in that, described hand-held thermal camera (8) is connected by the data wire inserting circumscription socket (12) with computer, comprise shell (801) and output lead (802), shell (801) is made up of the head of vertical handle and level, handle is connected by turn of bilge with head, shell is provided with circuit control module in (801) from top to bottom successively, imageing sensor group (810) and photographing module, circuit control module is placed in the handle of shell (801), imageing sensor group (810) is placed in the head inside of shell (801) and is connected with the tail end of photographing module, photographing module is placed in the head of shell (801), circuit control module comprises control circuit board (803) and control knob (804), and the control knob (804) on control circuit board (803) is arranged on shell (801) by shell (801), imageing sensor group (810) comprises sensor line plate (8101) and imageing sensor (8102), and imageing sensor (8102) is connected with sensor line plate (8101), photographing module comprises battery of lens, adjusting device and fixture, output lead (802) is connected with imageing sensor group (810) and photographing module by control circuit board (803) and data wire.
6. a kind of Portable fluorescence iraser Image detection instrument as claimed in claim 5, it is characterized in that, battery of lens in described photographing module comprises the focus lens group (806), zoom lens group (808) and the one-level lens (809) that vertically arrange successively from inside to outside, and the axial distance between three lens cluster is regulated by adjusting device; Adjusting device comprises focusing adjustment and convergent-divergent adjusting device, focusing adjustment comprises horizontally disposed I grade of group of motors (805) and focuses on guide rod (812), and convergent-divergent adjusting device comprises horizontally disposed II grade of group of motors (807) and convergent-divergent guide rod (811); Fixture comprises the I grade of fixing head (813) and II grade of fixing head (814) that vertically arrange successively from inside to outside; Imageing sensor group (810), I grade of group of motors (805) are connected with control circuit board (803) by data wire with II grade of group of motors (807).
7. a kind of Portable fluorescence iraser Image detection instrument as claimed in claim 6, it is characterized in that, described focus lens group (806) comprises focusing lens holder (8061) and condenser lens (8062), the two ends of condenser lens (8062) are fixed on focusing lens holder (8061), and focus lens group (806) is by focusing lens holder (8061) and I grade of group of motors (805) and focus on guide rod (812) vertical sliding motion and be connected; Zoom lens group (808) comprises zoom lens support (8081) and zoom lens (8082), the two ends of zoom lens (8082) are fixed on zoom lens support (8081), and zoom lens group (808) is connected with II grade of group of motors (807) and convergent-divergent guide rod (811) vertical sliding motion by zoom lens support (8081); The two ends of one-level lens (809) are fixed on shell (801), and successively from small to large, and the central shaft of three in the same horizontal line for condenser lens (8062), zoom lens (8082) and one-level lens (809).
8. a kind of Portable fluorescence iraser Image detection instrument as claimed in claim 7, it is characterized in that, described I grade of group of motors (805) comprises I grade of drive motors (8051) and I grade of lifting screw (8052), and II grade of group of motors (807) comprises II grade of drive motors (8071) and II grade of lifting screw (8072); The end of I grade of lifting screw (8052) and the head end of II grade of lifting screw (8072) are flexibly connected with I grade of fixing head (813), the end of II grade of lifting screw (8072) is flexibly connected with II grade of fixing head (814), and one-level lens (809) are adjacent with II grade of fixing head (814); The sensor line plate (8101) of vertical setting is connected with the head end of I grade of lifting screw (8052).
9. a kind of Portable fluorescence iraser Image detection instrument as claimed in claim 1, it is characterized in that, described hand-held iraser irradiation head (9) is connected by the data wire inserting circumscription socket (12) with computer, comprise hand-held iraser irradiation head shell (91) and cable (97), be provided with control circuit board (96) and infrared light supply (94) in hand-held iraser irradiation head shell (91) from top to bottom successively, the outside of infrared light supply (94) is provided with filter plate (95); Control circuit board (96) and infrared light supply (94) are by connection, and cable (97) is connected with control circuit board (96); Control circuit board (96) is provided with action button (92) and energy display (93), and action button (92) and energy display (93) are arranged on hand-held iraser irradiation head shell (91) by hand-held iraser irradiation head shell (91).
10. a kind of Portable fluorescence iraser Image detection instrument as described in claim 3 or 8, it is characterized in that, hand-held fluorescence laser camera (7) and hand-held thermal camera (8) are connected used data wire for HD video dedicated line with main frame.
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| CN201510757501.9A CN105212946A (en) | 2015-11-10 | 2015-11-10 | Portable fluorescence iraser Image detection instrument |
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Application publication date: 20160106 |