CN204863068U - Novel medical endoscope is integrative integrated device - Google Patents
Novel medical endoscope is integrative integrated device Download PDFInfo
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- CN204863068U CN204863068U CN201520460587.4U CN201520460587U CN204863068U CN 204863068 U CN204863068 U CN 204863068U CN 201520460587 U CN201520460587 U CN 201520460587U CN 204863068 U CN204863068 U CN 204863068U
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- radiator fan
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Abstract
The utility model discloses a novel medical endoscope is integrative integrated device. It includes: host computer, endoscope, endoscope camera, endoscope optical adapter, optical fiber transmission line, external power source, pedal and remote controller, the host computer is including assembling frame, display screen, mounting panel, the cold the light source device of LED, each function circuit control panel, each circuit control panel shielding case, host computer radiator fan and the shielding net that ventilates. LED is cold, and the light source device includes leaded light sleeve, leaded light base, light cone, LED light source subassembly, radiator and cold light source radiator fan, the utility model discloses an above technical scheme integrates a plurality of functional modules in a host computer, and assembles simple structure, and heat dispersion and jam -proof performance are good, and captured image is clear, and it is few to occupy the volume, and the outward appearance is succinct, portable.
Description
Technical field
This utility model relates to a kind of camera system of medical endoscope, is specifically related to a kind of novel medical endoscope shooting integrated system.
Background technology
Existing camera system of medical endoscope is split type combined system, its respectively by four independently main frame form, be respectively video camera, display, light source machine, recorders formation, endoscope is connected with the photographic head of video camera by optics adapter, to be connected simultaneously thus to realize endoscope illumination by optical fiber transmission line with light source machine.During use, each function host needs to combine line respectively, there is the problem that loose contact easily appears in the various and interface of circuit in it, and due to each function host be by different special manufacturer production, uniformity is poor, and existing camera system of medical endoscope has that cost is high, take up room the shortcoming large, portability is not enough.
And existing light source machine is all generally adopt battery of lens to conduct the light that LED lamp bead sends, then by connecting external fiber, light conduction is realized endoscope illumination to endoscope.But because battery of lens has multiple lens, the rays pass through lens group that LED lamp bead sends can be subject to larger weakening, causes the luminance shortage conducting to endoscope, affects observation and the diagnosis of doctor.The heat radiation structure design of existing light source machine is too simple or unreasonable simultaneously, and it causes LED lamp bead heating to can not get effectively distributing, and easily causes LED lamp bead occur light decay and affect service life.
Utility model content
The purpose of this utility model is for the problems referred to above weak point, a kind of novel medical endoscope that can realize picture rich in detail shooting is provided to integrate device, its multiple functional module is incorporated in a main frame, and splicing structure is simple, heat dispersion and anti-tampering performance good, take volume few, tailored appearance, be easy to carry.
To achieve these goals, this utility model is by the following technical solutions:
Novel medical endoscope integrates device, it comprises: main frame, endoscope, endoscope camera head, endoscopic optical adapter, optical fiber transmission line, external power source, foot-operated and remote controller, described endoscope camera head, optical fiber transmission line, external power source and foot-operated to be connected with main frame respectively, described endoscope is connected with the other end of optical fiber transmission line, and described endoscope is connected with endoscope camera head by endoscopic optical adapter;
Described main frame comprises assembled frame, display screen, supporting plate, LED cold light source device, each functional circuit panel, each circuit control panel shielding box, main frame radiator fan and ventilation gauze screen; Described assembled frame includes display screen front panel, back shroud, epipleural, lower side panel, left plate and right plate, and described back shroud is provided with some ventilated net windows; Described display screen is arranged on display screen front panel; Described supporting plate is arranged in the assembled frame at display screen rear; Described LED cold light source device is arranged on supporting plate; Described each functional circuit panel its be arranged on supporting plate; Described each circuit control panel shielding box is arranged on supporting plate, its inner each functional circuit panel of accommodating installation respectively; Described main frame radiator fan distribution is arranged in the assembled frame between supporting plate and back shroud; Described ventilation gauze screen is arranged on the position of corresponding ventilated net window in back shroud;
Described LED cold light source device comprises guide-lighting sleeve, guide-lighting pedestal, light cone, LED light source component, radiator and cold light source radiator fan; Described guide-lighting sleeve inner is provided with guide lighting channel; Described guide-lighting pedestal is arranged on the rear portion of guide-lighting sleeve, and the inside of described guide-lighting pedestal is provided with light cone installation cavity, and this light cone installation cavity communicates with guide lighting channel; Described light cone is arranged in light cone installation cavity; Described LED light source component is arranged on the rear portion of guide-lighting pedestal, and it comprises LED installation base plate and LED light source, and described LED light source is arranged on the position of the corresponding light cone of LED installation base plate; Described radiator is arranged on the rear of guide-lighting pedestal, and contacts with LED light source component and connect; Described cold light source radiator fan is installed on a heat sink.
Particularly, described circuit control panel shielding box comprises:
Image synthesis controls shielding aluminum box, and it is fixed on supporting plate, and described image synthesis controls a ventilated net window of the corresponding back shroud in shielding aluminum box top;
Power board shielding aluminum box, it is fixed on supporting plate;
Backlight control plate shielding aluminum box, it is fixed on supporting plate.
Further, described functional circuit panel comprises:
DVR panel, it is arranged on image synthesis and controls in shielding aluminum box;
Image procossing panel, it is arranged on image synthesis and controls in shielding aluminum box;
LCD drive plate, it is arranged on image synthesis and controls in shielding aluminum box;
Power board, it is arranged in power board shielding aluminum box;
Backlight control plate, it is arranged in backlight control plate shielding aluminum box;
Display screen constant current plate, it is arranged on supporting plate.
Concrete further, described main frame radiator fan comprises:
Image synthesis controls radiator fan, and it is arranged on the ventilated net window of back shroud correspondence image Comprehensive Control shielding aluminum box;
Interior radiator fan, it is arranged on supporting plate, and it is arranged on the position of a wherein ventilated net window of corresponding back shroud;
Vertical radiator fan, faced by it, LED cold light source device is vertically arranged on supporting plate.
As preferably, four of described display screen are provided with silica gel pressure pad between angle and supporting plate.
Concrete further, described radiator comprises:
Heat-radiating substrate, it is arranged on guide-lighting pedestal by securing member, and described heat-radiating substrate is anterior by securing member installation fixed L ED light source assembly;
Heat pipe, it is arranged on the rear portion of heat-radiating substrate;
Fin, its display arrangement is arranged on heat pipe.
Described heat-radiating substrate is copper material heat-radiating substrate; Described heat pipe is two groups of U-shaped copper material heat pipes; Described fin is aluminum radiating fin.
Described cold light source radiator fan is fixed on fin by Elastic Steel screw thread, and described fin bottom is provided with steel wire buckle installation groove; The button arm that described Elastic Steel screw thread comprises bending base and vertically integrally extended to form to both sides by bending base.
This utility model adopts above technical scheme, multiple functional module is incorporated in a main frame, and splicing structure is simple, heat dispersion and anti-tampering performance good, take volume few, tailored appearance, be easy to carry, also light source is improved simultaneously, increase endoscope illumination brightness, to promote photographed images quality.
Accompanying drawing explanation
Fig. 1 is that novel medical endoscope described in the utility model integrates device overall structure axonometric chart.
Fig. 2 is main frame perspective view described in the utility model.
Fig. 3 is main frame structure schematic diagram described in the utility model.
Fig. 4 is main frame right view described in the utility model.
Fig. 5 is main frame right view described in the utility model.
Fig. 6 is stereochemical structure exploded view described in the utility model.
Fig. 7 is LED cold light source device perspective view described in the utility model.
Fig. 8 is the structure sectional view of LED cold light source device described in the utility model.
Fig. 9 is the STRUCTURE DECOMPOSITION figure of LED cold light source device described in the utility model.
Below by way of the drawings and specific embodiments, this utility model is further described:
Detailed description of the invention
As shown in Figure 1, medical endoscope all-in-one described in the utility model includes main frame 1, endoscope 2, endoscopic optical adapter 3, endoscope camera head 4, optical fiber transmission line 5, external power source 6, rides 7 and remote controller 8.Described endoscope camera head 4, optical fiber transmission line 5, external power source 6 and foot-operated 7 are connected with main frame 1 respectively, and described endoscope 2 is connected with the other end of optical fiber transmission line 5, and described endoscope 2 is connected with endoscope camera head 4 by endoscopic optical adapter 3.
As shown in Fig. 2 to 6, described main frame 1, comprising: assembled frame 11, display screen 12, supporting plate 13, LED cold light source device 14, each functional circuit panel, each circuit control panel shielding box, radiator fan and ventilation gauze screen 18.
Described assembled frame 11 includes display screen front panel 111, back shroud 112, epipleural 113, lower side panel 114, left plate 115 and right plate 116.Described back shroud 112 is provided with some ventilated net windows 1121, and back shroud 112 back side be provided with remote controller buckle 1122 and support flap 1123.Particularly, described ventilated net window 1121 totally four, for dispelling the heat to main frame 1 inside, described remote controller buckles 1122 for placing idle remote controller 8, the angle rear support location that described support flap 1123 is tilting certain for main frame 1.Described right plate 116 is provided with pedal joint 1161, power connection 1162 and on and off switch 1163; Described left plate 115 is provided with LED cold light source joint 1151, endoscope adapter 1152, brightness regulation knob 1153, display screen functions button 1154, HDMI 1155 and network interface 1156.Described pedal joint 1161 is connected with pedal 7, and described power connection 1162 is connected with external power source 6, and described LED cold light source joint 1151 is connected with optical fiber transmission line 5, and described endoscope adapter 1152 is connected with endoscope camera head 3.
Described display screen 12 is arranged on display screen front panel 111, is provided with silica gel pressure pad 19 between four angles of described display screen 12 and supporting plate 13.
Described supporting plate 13 is arranged in the assembled frame 11 at display screen 12 rear, and it is for supporting and install each function parts of main frame 1 inside.Further, the some support columns 131 for connecting supporting rear cover plate 112 are provided with in the middle part of described supporting plate 13.
As shown in Fig. 6 to 9, described LED cold light source device 14 is arranged on supporting plate 13, and it is connected with optical fiber transmission line 5 by LED cold light source joint 1151, and optical fiber transmission line 5 other end is connected with endoscope 2, thus realizes the illumination of endoscope 2.Particularly, described LED cold light source device 14 structure comprises: guide-lighting sleeve 141, guide-lighting pedestal 142, light cone 143, LED light source component 144, radiator 145 and cold light source radiator fan 146.Described guide-lighting sleeve 141 inside is provided with guide lighting channel 1411, and its front portion can connect LED cold light source joint 1151 and be connected with optical fiber transmission line 5.Further, described guide-lighting sleeve 141 for guide-lighting pedestal 142 described in the guide-lighting sleeve of aluminium be the guide-lighting pedestal of aluminium, it is arranged on the rear portion of guide-lighting sleeve 141, is specially, and guide-lighting sleeve 141 and guide-lighting pedestal 142 are threaded connection; Further, the inside of described guide-lighting pedestal 142 is provided with light cone installation cavity, and this light cone installation cavity communicates with guide lighting channel 1411.Described light cone 143 is arranged in light cone installation cavity, and light cone 143 is (existing traditional LED cold light source all adopts battery of lens as light conduction medium) compared with conventional lenses group, effectively reduces the quantity of eyeglass, improves the efficiency of transmission of light.Described LED light source component 144 is arranged on the rear portion of guide-lighting pedestal 142, and it comprises LED installation base plate 1441 and LED light source 1442, and described LED light source 1442 is arranged on the position of the corresponding light cone 143 of LED installation base plate 1441.Described radiator 145 is arranged on the rear of guide-lighting pedestal 142, and contacts with LED light source component 144 and connect.Particularly, described radiator 145 comprises: heat-radiating substrate 1451, heat pipe 1452 and fin 1453.Described heat-radiating substrate 1451 is arranged on guide-lighting pedestal 142 by securing member, and fixed L ED light source assembly 144 is installed by securing member in described heat-radiating substrate 1451 front portion; Described heat pipe 1452 is arranged on the rear portion of heat-radiating substrate 1451; Described fin 1453 displays arrangement and is arranged on heat pipe 1452.As preferably, described heat-radiating substrate 1451 is copper material heat-radiating substrate; Described heat pipe 1452 is two groups of U-shaped copper material heat pipes; Described fin 1453 is aluminum radiating fin.Further, cold light source radiator fan 146 is arranged on radiator 145.Particularly, described radiator fan 146 is fixed on fin 1453 by Elastic Steel screw thread 147, and described fin bottom is provided with steel wire buckle 147 installs groove 14531; The button arm 1472 that described Elastic Steel screw thread 147 comprises bending base 1471 and vertically integrally extended to form to both sides by bending base 1471.The light that LED light source 1442 sends directly is conducted by light cone 143, now, the light collection dispersed is become low-angle light beam by light cone 143, this light beam close to directional light, and only has single light cone 143 to regulate, and saves multiple lenses of existing conventional lenses group, thus relative to conventional lenses group, light after its adjustment is brighter, and the efficiency of light transmission is higher, can improve observation brightness of image and the definition of doctor.In addition, this utility model adopts the radiator 145 of brand-new design in conjunction with cold light source radiator fan 146, its radiating effect is very outstanding, the heat that LED light source 1442 sends conducts to heat-radiating substrate 1451 by LED installation base plate 1441, then heat-radiating substrate 1451 is sent to fin 1453 by heat pipe 1452 heat, then the heat sent by cold light source radiator fan 146 fin is taken away, thus realize good heat radiation, simultaneously, described guide-lighting sleeve 141 and guide-lighting pedestal 142 are also adopt metal material, as aluminum material, guide-lighting sleeve 141 contacts with guide-lighting pedestal 142, guide-lighting pedestal 142 contacts with heat-radiating substrate 1451, thus guide-lighting sleeve 141 is also to take away partial heat with guide-lighting pedestal 142, thus improve radiating effect further, improve the service life of LED light source.
Described each circuit control panel shielding box, is arranged on supporting plate 13, its inner each functional circuit panel of accommodating installation respectively.Particularly, described circuit control panel shielding box comprises: image synthesis controls shielding aluminum box 161, power board shielding aluminum box 162 and backlight control plate shielding aluminum box 163.Described image synthesis controls shielding aluminum box 161 and is fixed on supporting plate 13, and described image synthesis controls a ventilated net window 1121 of the corresponding back shroud 112 in shielding aluminum box 161 top; Described power board shielding aluminum box 162 is fixed on supporting plate; Described backlight control plate shielding aluminum box 163 is fixed on supporting plate 13.Described each circuit control panel shielding box effectively prevents external circuit and signal disturbing, improves image displaying quality and stability.
Described each functional circuit panel is arranged on supporting plate 13; Particularly, described functional circuit panel comprises: DVR panel, image procossing panel, LCD drive plate, power board 151, backlight control plate 152 and display screen constant current plate 153.Described DVR panel is arranged on image synthesis and controls in shielding aluminum box 161, and the image obtained for endoscope carries out recording a video, storing and playback controls; Described image procossing panel is arranged on image synthesis and controls in shielding aluminum box 161, for carrying out enhancement process to image, improving dynamic range, image border enhancing, solidification white balance etc. as super sharpening; Described LCD drive plate is arranged on image synthesis and controls in shielding aluminum box 161, and it is for controlling the display driver of display screen; Described power board 151 is arranged in power board shielding aluminum box 162, and it controls for realizing power supply and distribute; Described backlight control plate 152 is arranged in backlight control plate shielding aluminum box 163, and it is for the backlight control to display screen; Described display screen constant current plate 153 is arranged on supporting plate 13.
Described main frame radiator fan distribution is arranged in the assembled frame 11 between supporting plate 13 and back shroud 112 (not comprising the cold light source radiator fan 146 that LED cold light source device 14 carries).Particularly, described radiator fan comprises: image synthesis controls radiator fan 171, interior radiator fan 172 and vertical radiator fan 173.Described image synthesis controls radiator fan 171 and is arranged on the ventilated net window 1121 of back shroud 112 correspondence image Comprehensive Control shielding aluminum box, be specifically designed to and blow for image synthesis control shielding aluminum box 161, dispel the heat for its inside function circuit control panel, prevent it from spending heat affecting service life.Described interior radiator fan 172 is arranged on supporting plate 13, and it is arranged on the position of a wherein ventilated net window 1121 of corresponding back shroud 112, interior radiator fan 172, toward blowing in main frame 1, plays the effect reducing supporting plate 13, display screen 12 and main frame 1 internal temperature.Faced by described vertical radiator fan 173, LED cold light source device 14 is vertically arranged on supporting plate 13, and its radiator 145 facing to LED cold light source device 14 blows, and improves the radiating effect of radiator 145 further.
Described ventilation gauze screen 18 has four, and it is arranged on the position of corresponding ventilated net window 1121 in back shroud 112.Be specially, described ventilation gauze screen 18 is aluminium ventilation gauze screen, can take into account the dual function of EMI shielding and good ventilation.
This utility model adopts above technical scheme, and multiple functional module is incorporated in a main frame, and splicing structure is simple, heat dispersion and anti-tampering performance good, take volume few, tailored appearance, be easy to carry.Also light source is improved simultaneously, increase endoscope illumination brightness, to promote photographed images quality.
Claims (8)
1. novel medical endoscope integrates device, it is characterized in that comprising: main frame, endoscope, endoscope camera head, endoscopic optical adapter, optical fiber transmission line, external power source, foot-operated and remote controller, described endoscope camera head, optical fiber transmission line, external power source and foot-operated to be connected with main frame respectively, described endoscope is connected with the other end of optical fiber transmission line, and described endoscope is connected with endoscope camera head by endoscopic optical adapter;
Described main frame comprises assembled frame, display screen, supporting plate, LED cold light source device, each functional circuit panel, each circuit control panel shielding box, main frame radiator fan and ventilation gauze screen; Described assembled frame includes display screen front panel, back shroud, epipleural, lower side panel, left plate and right plate, and described back shroud is provided with some ventilated net windows; Described display screen is arranged on display screen front panel; Described supporting plate is arranged in the assembled frame at display screen rear; Described LED cold light source device is arranged on supporting plate; Described each functional circuit panel its be arranged on supporting plate; Described each circuit control panel shielding box is arranged on supporting plate, its inner each functional circuit panel of accommodating installation respectively; Described main frame radiator fan distribution is arranged in the assembled frame between supporting plate and back shroud; Described ventilation gauze screen is arranged on the position of corresponding ventilated net window in back shroud;
Described LED cold light source device comprises guide-lighting sleeve, guide-lighting pedestal, light cone, LED light source component, radiator and cold light source radiator fan; Described guide-lighting sleeve inner is provided with guide lighting channel; Described guide-lighting pedestal is arranged on the rear portion of guide-lighting sleeve, and the inside of described guide-lighting pedestal is provided with light cone installation cavity, and this light cone installation cavity communicates with guide lighting channel; Described light cone is arranged in light cone installation cavity; Described LED light source component is arranged on the rear portion of guide-lighting pedestal, and it comprises LED installation base plate and LED light source, and described LED light source is arranged on the position of the corresponding light cone of LED installation base plate; Described radiator is arranged on the rear of guide-lighting pedestal, and contacts with LED light source component and connect; Described cold light source radiator fan is installed on a heat sink.
2. novel medical endoscope according to claim 1 integrates device, it is characterized in that: described circuit control panel shielding box comprises:
Image synthesis controls shielding aluminum box, and it is fixed on supporting plate, and described image synthesis controls a ventilated net window of the corresponding back shroud in shielding aluminum box top;
Power board shielding aluminum box, it is fixed on supporting plate;
Backlight control plate shielding aluminum box, it is fixed on supporting plate.
3. novel medical endoscope according to claim 2 integrates device, it is characterized in that: described functional circuit panel comprises:
DVR panel, it is arranged on image synthesis and controls in shielding aluminum box;
Image procossing panel, it is arranged on image synthesis and controls in shielding aluminum box;
LCD drive plate, it is arranged on image synthesis and controls in shielding aluminum box;
Power board, it is arranged in power board shielding aluminum box;
Backlight control plate, it is arranged in backlight control plate shielding aluminum box;
Display screen constant current plate, it is arranged on supporting plate.
4. novel medical endoscope according to claim 2 integrates device, it is characterized in that: described main frame radiator fan comprises:
Image synthesis controls radiator fan, and it is arranged on the ventilated net window of back shroud correspondence image Comprehensive Control shielding aluminum box;
Interior radiator fan, it is arranged on supporting plate, and it is arranged on the position of a wherein ventilated net window of corresponding back shroud;
Vertical radiator fan, faced by it, LED cold light source device is vertically arranged on supporting plate.
5. novel medical endoscope according to claim 1 integrates device, it is characterized in that: four of described display screen are provided with silica gel pressure pad between angle and supporting plate.
6. novel medical endoscope according to claim 1 integrates device, it is characterized in that: described radiator comprises:
Heat-radiating substrate, it is arranged on guide-lighting pedestal by securing member, and described heat-radiating substrate is anterior by securing member installation fixed L ED light source assembly;
Heat pipe, it is arranged on the rear portion of heat-radiating substrate;
Fin, its display arrangement is arranged on heat pipe.
7. novel medical endoscope according to claim 6 integrates device, it is characterized in that: described heat-radiating substrate is copper material heat-radiating substrate; Described heat pipe is two groups of U-shaped copper material heat pipes; Described fin is aluminum radiating fin.
8. novel medical endoscope according to claim 6 integrates device, it is characterized in that: described cold light source radiator fan is fixed on fin by Elastic Steel screw thread, and described fin bottom is provided with steel wire buckle installation groove; The button arm that described Elastic Steel screw thread comprises bending base and vertically integrally extended to form to both sides by bending base.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520460587.4U CN204863068U (en) | 2015-06-30 | 2015-06-30 | Novel medical endoscope is integrative integrated device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520460587.4U CN204863068U (en) | 2015-06-30 | 2015-06-30 | Novel medical endoscope is integrative integrated device |
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| Publication Number | Publication Date |
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| CN204863068U true CN204863068U (en) | 2015-12-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520460587.4U Expired - Fee Related CN204863068U (en) | 2015-06-30 | 2015-06-30 | Novel medical endoscope is integrative integrated device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109752837A (en) * | 2019-02-02 | 2019-05-14 | 深圳市艾丽尔特科技有限公司 | Cold light source for endoscope and the endoscope using the cold light source |
| TWI665998B (en) * | 2016-05-17 | 2019-07-21 | 凱羅斯股份有限公司 | Endoscope device |
| CN113768454A (en) * | 2021-09-18 | 2021-12-10 | 苏州优脉瑞医疗科技有限公司 | LED light source module for medical endoscope |
-
2015
- 2015-06-30 CN CN201520460587.4U patent/CN204863068U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI665998B (en) * | 2016-05-17 | 2019-07-21 | 凱羅斯股份有限公司 | Endoscope device |
| CN109752837A (en) * | 2019-02-02 | 2019-05-14 | 深圳市艾丽尔特科技有限公司 | Cold light source for endoscope and the endoscope using the cold light source |
| CN109752837B (en) * | 2019-02-02 | 2024-03-29 | 深圳市艾丽尔特科技有限公司 | Cold light source for endoscope and endoscope using same |
| CN113768454A (en) * | 2021-09-18 | 2021-12-10 | 苏州优脉瑞医疗科技有限公司 | LED light source module for medical endoscope |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151216 Termination date: 20180630 |