CN109730707A - A kind of control method of image instrument and its imaging system and imaging system - Google Patents
A kind of control method of image instrument and its imaging system and imaging system Download PDFInfo
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- CN109730707A CN109730707A CN201910079956.8A CN201910079956A CN109730707A CN 109730707 A CN109730707 A CN 109730707A CN 201910079956 A CN201910079956 A CN 201910079956A CN 109730707 A CN109730707 A CN 109730707A
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- 238000003384 imaging method Methods 0.000 title claims abstract description 27
- 238000000034 method Methods 0.000 title claims abstract description 11
- 238000001228 spectrum Methods 0.000 claims description 24
- 238000002073 fluorescence micrograph Methods 0.000 claims description 12
- 238000004891 communication Methods 0.000 claims description 6
- 238000002360 preparation method Methods 0.000 claims description 3
- 239000013077 target material Substances 0.000 description 10
- 238000001514 detection method Methods 0.000 description 9
- 230000005611 electricity Effects 0.000 description 7
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- 238000003825 pressing Methods 0.000 description 4
- 230000005855 radiation Effects 0.000 description 4
- 230000005461 Bremsstrahlung Effects 0.000 description 3
- 238000010586 diagram Methods 0.000 description 3
- 230000036541 health Effects 0.000 description 3
- 230000017525 heat dissipation Effects 0.000 description 3
- 230000009286 beneficial effect Effects 0.000 description 2
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- 208000032484 Accidental exposure to product Diseases 0.000 description 1
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- 238000010521 absorption reaction Methods 0.000 description 1
- 231100000818 accidental exposure Toxicity 0.000 description 1
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- 229910052744 lithium Inorganic materials 0.000 description 1
- 239000000463 material Substances 0.000 description 1
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Abstract
The invention discloses a kind of image instrument and its control method of imaging system and imaging system, wherein image instruments, including shell, control mould group, low-voltage driving mould group, second-order fluorescence emitting mould train, power supply mould group and handle；The power supply mould group, low-voltage driving mould group and second-order fluorescence emitting mould train are successively electrically connected；The low-voltage driving mould group and second-order fluorescence emitting mould train are set in the housing；The control mould group is for controlling the work of second-order fluorescence emitting mould train；The second-order fluorescence emitting mould train is exposed for emitting second-order fluorescence；The shell is equipped with the light-emitting window being aligned with the transmitting terminal of second-order fluorescence emitting mould train；The handle is set on shell.Portable performance of the present invention is excellent, and the second-order fluorescence emitting mould train by that can emit second-order fluorescence significantly reduces whole volume, suitable for field work, emergent management, rescue application, the Mobile portables occasion such as medical of visiting.
Description
Technical field
The present invention relates to a kind of image instrument and its control methods of imaging system and imaging system.
Background technique
The emission mechanism of second-order fluorescence and conventional libraries Ritchie difference.Library Ritchie master to be applied is Bremsstrahlung
(bremsstrahlung) ray, and second-order fluorescence mainly uses characteristic spectral line.Since the transfer efficiency of Bremsstrahlung is low
There was only a ten thousandth down, equipment generally requires high-power high voltage power supply and heat dissipation, and it is heavy huge, it cannot achieve truly
It is portable.The equipment of the conventional portable meaning often tradition such as wheel shaft transmission, such as bed side machine, can only provide limited power and light
Bright or function is limited or is unable to reach the ideal imaging effect of mainframe；Such equipment still wants external power supply simultaneously, moves
It is dynamic that there is still a need for wheel shaft moving device, perhaps vehicle auxiliary is not the hand-held or Backpack type portable of real meaning.
Other power and light are lower to be may be implemented truly just using the application of small-sized library Ritchie bulb
It takes or even can hold, but due to space limited mass, voltage power is fixed, it is bright weak, it can only change by the time for exposure
Become as light exposure, application scenarios are extremely limited, and general dentistry class requires light low using more.Also minority is applied to
Brothers' class and veterinary application such as petty action species.But this kind of equipment be since heat dissipation problem can not be solved effectively, require compared with
Long exposure time interval, such as every exposure one second, interval is radiated for 60 seconds, can not time exposure, also can not continuously expose
Light, application scenarios are still limited.
And another portable device (XRF) using second-order fluorescence is although be truly realized portable, its electric current is faint,
Second-order fluorescence light is also very faint, can only directly be detected plate and closely detect.It is detected using sample composition is also only limited to, and nothing
Other more imaging applications.
Summary of the invention
The first purpose of the invention is to provide a kind of image instruments of miniaturization.
Realizing the technical solution of first purpose of the invention is: a kind of image instrument, including shell, control mould group, low pressure
Drive mould group, second-order fluorescence emitting mould train, power supply mould group and handle；The power supply mould group, low-voltage driving mould group and second-order fluorescence
Emitting mould train is successively electrically connected；The low-voltage driving mould group and second-order fluorescence emitting mould train are set in the housing；The control
Mould group is for controlling the work of second-order fluorescence emitting mould train；The second-order fluorescence emitting mould train is exposed for emitting second-order fluorescence
Light；The shell is equipped with the light-emitting window being aligned with the transmitting terminal of second-order fluorescence emitting mould train；The handle is set on shell.
Preferred technical solution is that the power supply mould group includes the power interface being arranged on shell；The power interface
It is electrically connected with low-voltage driving mould group.
Another preferred technical solution is that the power supply mould group includes rechargeable battery and charging interface；The charging
Mouth is set on shell, and is electrically connected with setting in the intracorporal rechargeable battery of shell；The rechargeable battery and low-voltage driving mould group
It is electrically connected.
The shell, which is equipped with, is located at detection mould group at a distance from same end face with light-emitting window.
The control mould group includes middle control plate, distal end spectrum assignment interface, power switch and control circuit；The control
Circuit is for controlling the exposure of second-order fluorescence emitting mould train；The middle control plate, distal end spectrum assignment interface and power switch are all provided with
It is electrically connected on shell, and with control circuit；It is shown on the middle control plate and prepares button and start button；It is described remote
Hold spectrum assignment interface be used for remote control device be electrically connected or communication link, and shown on remote control device or
It is practical that there is the trigger switch that can control the work of second-order fluorescence emitting mould train.
The control mould group further includes spectrum assignment switch；The spectrum assignment switch is electrically connected with control circuit.
Containment shroud for constraining second-order fluorescence launch angle is installed on the light-emitting window of the shell.
Laser diode is evenly equipped on the inner wall of the containment shroud of the shell；The power supply mould group is laser diode confession
Electricity.
A kind of shadow of influence a second object of the present invention is to provide reduction unwanted radiation to operator's health
As the imaging system of instrument.
Realizing the technical solution of second purpose of the invention is: a kind of imaging system of image instrument, including second-order fluorescence
Image instrument, detecting plate and control device；The structure one of the structure of the second-order fluorescence image instrument and above-mentioned image instrument
It causes；The second-order fluorescence image instrument penetrates body to be measured for emitting second-order fluorescence and is radiated at detecting plate；The control device
The electric connection of control mould group or communication link with image instrument, and for controlling the work of second-order fluorescence emitting mould train.
The shadow for the case where third object of the present invention is to provide a kind of convenient for operating and can sufficiently avoid accidental exposure
As the control method of the imaging system of instrument.
Realizing the technical solution of third purpose of the present invention is: a kind of control method of the imaging system of image instrument, packet
Include following steps:
Step 1: turning on the power switch；
Step 2: exposure parameter is inputted by middle control plate；
Step 3: the preparation button controlled on plate in Continued depression is more than one second, subsequently into step 4, if before not carrying out
State operation then return step one；
Step 4: Continued depression spectrum assignment switch is more than the start button controlled on plate in one second or Continued depression
Trigger switch more than one second or on Continued depression remote control device is more than one second, subsequently into step 5, if not carrying out
Aforementioned operation then return step one；
Step 5: the work of second-order fluorescence emitting mould train is exposed；
Step 6: end exposure, by any key return step one.
The step 5 specifically includes the following steps:
1., exposure start after, after initial stage second-order fluorescence emitting mould train boost in voltage to high-voltage-stable turn-on current into
Enter exposure stage, while second-order fluorescence emitting mould train generates second-order fluorescence, and detecting plate starts to receive emission signal, and
It is imaged；
2., imaging after second-order fluorescence emitting mould train voltage begin to decline, while detecting plate start buffer high pressure imaging
Data；Second-order fluorescence emitting mould train voltage drops to after suitable stage enters low pressure exposure stage, and detecting plate carries out second and examines
It surveys and is imaged；
3., enter buck stage after detecting plate imaging receiver, detecting plate is closed, second-order fluorescence emitting mould train voltage by
Step zero.
End exposure in the step 6 specifically includes following several situations: the time for exposure terminates naturally, presses exposure
The start button that control switch terminates in advance exposure, controls in pressing on plate terminates in advance exposure or pressing remote control device
Upper triggering, which opens to close in advance, terminates exposure.
Using above-mentioned technical proposal, the present invention has the following beneficial effects: (1) portable performance of the present invention is excellent, lead to
The second-order fluorescence emitting mould train of second-order fluorescence can be emitted by, which crossing, significantly reduces whole volume, is suitable for field work, tight
Anxious processing, rescue application, the Mobile portables occasion such as medical of visiting.
(2) the power supply mould group of the invention includes the power interface being arranged on shell, power interface and low-voltage driving
Mould group is electrically connected, and can be connected external power supply by power interface when use and is powered, easy to operate.
(3) power supply mould group of the invention includes rechargeable battery and charging interface, and charging interface is set on shell, and with set
It sets and is electrically connected in the intracorporal rechargeable battery of shell, rechargeable battery and low-voltage driving mould group are electrically connected, and the setting of rechargeable battery is big
Portability is improved greatly.
(4) shell of the invention, which is equipped with, is located at detection mould group at a distance from same end face with light-emitting window, true when convenient for operation
Fixed the distance between itself and body to be measured.
(5) control mould group of the invention further includes spectrum assignment switch, and spectrum assignment switch is electrically connected with control circuit,
Convenient for carrying out pressure exposure in particular circumstances.
(6) laser diode is evenly equipped on the inner wall of the containment shroud of shell of the invention, power supply mould group is laser diode
Power supply is directed at body to be measured convenient for light-emitting window.
(7) imaging system of image instrument of the invention carries out remote control by control device, can reduce useless spoke
Penetrate the influence to operator's health.
(8) it is more than one second that the operation in the step of image instrument of the invention three and step 4, which requires Continued depression, because
This can sufficiently be avoided lightstruck happen.
Detailed description of the invention
In order that the present invention can be more clearly and readily understood, right below according to specific embodiment and in conjunction with attached drawing
The present invention is described in further detail, wherein
Fig. 1 is the perspective view at the front side visual angle of the image instrument of the embodiment of the present invention 1.
Fig. 2 is the perspective view at the rear side visual angle of the image instrument of the embodiment of the present invention 1.
The structural schematic diagram of the second-order fluorescence emitting mould train of the image instrument of Fig. 3 the embodiment of the present invention 1.
Fig. 4 is the structural schematic diagram of the containment shroud of the image instrument of the embodiment of the present invention 1.
Fig. 5 is the front view of the containment shroud of the image instrument of the embodiment of the present invention 1.
Fig. 6 is the cross-sectional view of the image instrument of the embodiment of the present invention 1.
Fig. 7 is the structural schematic diagram of the imaging system of the image instrument of the embodiment of the present invention 1.
Fig. 8 is the sample list energy image obtained using the imaging system of the image instrument of the embodiment of the present invention 1.
Fig. 9 is the transmitting of second-order fluorescence and connecing for detecting plate of the imaging system of the image instrument of the embodiment of the present invention 1
Receive procedure chart.
Figure 10 is the flow chart of the control method of the image instrument of the embodiment of the present invention 1.
Figure 11 is the perspective view at the front side visual angle of the image instrument of the embodiment of the present invention 2.
Figure 12 is the perspective view at the rear side visual angle of the image instrument of the embodiment of the present invention 2.
Figure 13 is the perspective view at the front side visual angle of the image instrument of the embodiment of the present invention 3.
Figure 14 is the perspective view at the rear side visual angle of the image instrument of the embodiment of the present invention 3.
Label in attached drawing are as follows:
Shell 1, light-emitting window 1-1, containment shroud 1-2, laser diode 1-2-1, control mould group 2, middle control plate 2-1, distal end
Spectrum assignment interface 2-2, spectrum assignment switch 2-3, sleep-awake button 2-4, low-voltage driving mould group 3, second-order fluorescence emit mould
Group 4, vacuum tube 4-1, ceramic tube 4-1-1, shell 4-1-2, filament emitters 4-2, focalizer 4-3, target material assembly 4-4, main target
Material 4-4-1, secondary target 4-4-2, radiation-resistance mask 4-5, high-voltage electricity mould group 4-6, magnetic field generator 4-7, power supply mould group 5, electricity
Source interface 5-1, rechargeable battery 5-2, charging interface 5-3, handle 6, detecting plate 7, control device 8.
Specific embodiment
(embodiment 1)
See Fig. 1 to Fig. 6, the image instrument of the present embodiment, including it is shell 1, control mould group 2, low-voltage driving mould group 3, secondary
Fluorescent emission mould group 4, power supply mould group 5 and handle 6.Power supply mould group 5, low-voltage driving mould group 3 and second-order fluorescence emitting mould train 4 are successively
It is electrically connected.Low-voltage driving mould group 3 and second-order fluorescence emitting mould train 4 are set in shell 1.Control mould group 2 is secondary for controlling
Fluorescent emission mould group 4 works.Second-order fluorescence emitting mould train 4 is exposed for emitting second-order fluorescence.Shell 1 be equipped with it is secondary
The light-emitting window 1-1 of the transmitting terminal alignment of fluorescent emission mould group 4.Handle 6 is set on the tail portion of shell 1, the tail end face of shell 1 to
Top rake is to hold handle 6 to provide greater room.The bottom of shell 1 is equipped with bracket, and operator can hold handle on the other hand when use
6, the other hand hold bracket carry out using.Shell 1 is equipped with the heat release hole for heat dissipation.
Power supply mould group 5 includes rechargeable battery 5-2 and charging interface 5-3.Charging interface 5-3 be set to shell 1 on, and with set
The rechargeable battery 5-2 set in shell 1 is electrically connected.Rechargeable battery 5-2 and low-voltage driving mould group 3 are electrically connected.Preferably, shell
The side wall of body 1 is equipped with the battery cover board for being conveniently replaceable rechargeable battery 5-2.Preferably, rechargeable battery 5-2 is the 6S lithium of 22.2V
Battery.Preferably, power supply mould group 5 further includes the charge management circuit being electrically connected with rechargeable battery 5-2 and charging interface 5-3.
Second-order fluorescence emitting mould train 4 includes vacuum tube 4-1, filament emitters 4-2, focalizer 4-3 and target material assembly 4-4.
Filament emitters 4-2 is set in vacuum tube 4-1, is used for launching electronics.Focalizer 4-3 is set in vacuum tube 4-1, for making filament
The electronics that transmitter 4-2 is issued gathers into electron beam.Target material assembly 4-4 is mounted on vacuum tube 4-1, including the hair along electron beam
The main target 4-4-1 and secondary target 4-4-2 that direction is set gradually are penetrated, and the thickness of main target 4-4-1 is less than secondary target 4-4-2
Thickness.Electron beam generates small focus or dispersion focus on main target 4-4-1.
The vacuum tube 4-1 of second-order fluorescence emitting mould train 4 includes ceramic tube 4-1-1 and shell 4-1-2.Shell 4-1-2 is used for
Close ceramic tube 4-1-1.Filament emitters 4-2 and focalizer 4-3 are set in ceramic tube 4-1-1.Target material assembly 4-4 is set to shell
One end of body 4-1-2, and target material assembly 4-4 is aligned with filament emitters 4-2.
Insulation material is filled between the shell 4-1-2 and ceramic tube 4-1-1 of the vacuum tube 4-1 of second-order fluorescence emitting mould train 4
Material.
Second-order fluorescence emitting mould train 4 further includes being set on vacuum tube 4-1 outer wall, shields the protective shield of radiation of additional radiation
Cover cover 4-5.
Second-order fluorescence emitting mould train 4 further includes the height between the ceramic tube 4-1-1 and shell 4-1-2 of vacuum tube 4-1
Piezoelectricity mould group 4-6.Target material assembly 4-4, filament emitters 4-2 and focalizer 4-3 are electrically connected with high-voltage electricity mould group 4-6 respectively,
And target material assembly 4-4 and filament emitters 4-2 forms potential difference.High-voltage electricity mould group 4-6 electrically connects with low-voltage driving mould group 3
It connects.
The focalizer 4-3 of second-order fluorescence emitting mould train 4 presses to the electronics that filament emitters 4-2 discharges by voltage, comes
Electronics is limited in narrow walking angle, to form electron beam, and makes the main target of electron beam strike target material assembly 4-4
4-4-1。
Second-order fluorescence emitting mould train 4 further includes magnetic field generator 4-7.Magnetic field generator 4-7 is used on the outside of vacuum tube 4-1
Magnetic field penetration vacuum tube 4-1 occurs to influence the electronics of filament emitters 4-2 sending finally in the main target 4- of target material assembly 4-4
Focal position on 4-1.
Controlling mould group 2 includes middle control plate 2-1, distal end spectrum assignment interface 2-2, power switch and control circuit.Control
Circuit is for controlling the exposure of second-order fluorescence emitting mould train 4.Distal end spectrum assignment interface 2-2 and power switch are set on shell 1,
And it is electrically connected with control circuit.The top of shell 1 is equipped with boss, and the height of boss front is higher than the height at rear portion,
Middle control plate 2-1 is set on the top of boss.Control circuit includes single-chip microcontroller component.
It is shown on middle control plate 2-1 and prepares button and start button.Distal end spectrum assignment interface 2-2 is used to control with distal end
Control equipment is electrically connected or communication link, and shown on remote control device or it is practical have can control second-order fluorescence hair
Penetrate the trigger switch of the work of mould group 4.
Controlling mould group 2 further includes the spectrum assignment switch 2-3 being arranged on handle 6, and sleeping on shell 1 is arranged in
Dormancy/wake-up button 2-4.Spectrum assignment switch 2-3 and sleep-awake button 2-4 and control circuit are electrically connected.
Shell 1, which is equipped with, is located at detection mould group 1-3 at a distance from same end face with light-emitting window 1-1.Distance detects mould group 1-3
Light sensation distance detector, for detecting itself linear distance between detecting plate, and send data to middle control plate 2-1 or
Remote control device.
The detachable containment shroud 1-2 being fixed with for constraining second-order fluorescence launch angle on the light-emitting window 1-1 of shell 1.
The containment shroud 1-2 of shell 1 with light-emitting window 1-1 is detachable is fixedly connected.Section of the inner cavity containment shroud 1-2 vertically
Face is in rectangle, and the section of inner cavity vertically is smoothly incremented by from back to front.
Laser diode 1-2-1 is evenly equipped on the inner wall of the containment shroud 1-2 of shell 1.Power supply mould group 5 is laser diode 1-
2-1 power supply.
See Fig. 7, the imaging system of the image instrument of the present embodiment, including second-order fluorescence image instrument, detecting plate 7 and middle control
Equipment 8.The structure of second-order fluorescence image instrument is consistent with the structure of above-mentioned image instrument.Second-order fluorescence image instrument is for sending out
It penetrates second-order fluorescence and penetrates body to be measured and be radiated on detecting plate 7.The control mould group 2 of control device 8 and image instrument be electrically connected or
Communication link, and for controlling the work of second-order fluorescence emitting mould train 4.
In use, second-order fluorescence image instrument transmitting second-order fluorescence penetrate body to be measured be detected plate 7 detect, due to
The tissue density's thickness for surveying body is different, causes the degree of absorption to second-order fluorescence different, and the bright distribution on detecting plate 7 is also uneven
It is even, thus detecting plate 7 by the detection to bright intensity can degree of being contrasted, to complete to be imaged.Second-order fluorescence image instrument
Device can carry out parameter regulation by middle control plate 2-1, then the start button by showing on the middle control plate 2-1 of itself
Or spectrum assignment switch 2-3 is exposed, second-order fluorescence image instrument can also pass through distal end spectrum assignment interface 2-2 and middle control
Equipment 8 connects, and using controlling in the progress of control device 8, then exposing operation can be by the trigger switch in control device 8 come real
It is existing, to reduce influence of the unwanted radiation to operator's health.Detecting plate 7 and control device 8 are attached, and can be adopted
With wired or wireless connections, so that the detection time point to exposure synchronizes reception control.Control device 8 can be read simultaneously
The image for taking the detection of detecting plate 7 to obtain carries out the operation such as further Data Analysis Services and storage.The detection of detecting plate 7
Device can have different type and shape, can also be spliced by multiple detectors.
See that Fig. 8, image are grey-scale contrast image, which uses parameter: 80 kilovoltages, 200 micro-ampere currents, 200
Millisecond time for exposure and 50 centimetres of detection range.
See Fig. 9 and Figure 10, the control method of the image instrument of the present embodiment, comprising the following steps:
Step 1: preparing exposure, turn on the power switch.
Step 2: exposure parameter is inputted by middle control plate 2-1.
Step 3: in Continued depression control plate 2-1 on preparation button be more than one second, subsequently into step 4, if not into
Row aforementioned operation then return step one；
Step 4: Continued depression spectrum assignment switch 2-3 is more than that opening on plate 2-1 is controlled in one second or Continued depression
Beginning button is more than that the trigger switch on one second or Continued depression remote control device is more than one second, subsequently into step 5, if
Aforementioned operation then return step one is not carried out.
Step 5: second-order fluorescence emitting mould train 4 is exposed, specifically includes the following steps:
1., exposure start after, after 4 boost in voltage to high-voltage-stable of initial stage second-order fluorescence emitting mould train turn-on current into
Enter exposure stage, while second-order fluorescence emitting mould train 4 generates second-order fluorescence, and detecting plate 7 starts to receive emission signal,
And it is imaged；
2., imaging after 4 voltage of second-order fluorescence emitting mould train begin to decline, while detecting plate 7 start buffer high pressure at
As data；4 voltage of second-order fluorescence emitting mould train drops to after suitable stage enters low pressure exposure stage, and detecting plate 7 carries out second
Secondary detection and imaging；
3., enter buck stage after 7 imaging receiver of detecting plate, detecting plate 7 is closed, 4 electricity of second-order fluorescence emitting mould train
Pressure is gradually zeroed.
Step 6: end exposure, by any key return step one；End exposure specifically includes following several situations: exposing
Terminate naturally between light time, press that spectrum assignment switch terminates in advance exposure, the start button controlled in pressing on plate terminates in advance
Triggering, which opens to close in advance, in exposure or pressing remote control device terminates exposure.
(embodiment 2)
See Figure 11 and Figure 12, the image instrument of the present embodiment is substantially the same manner as Example 1, the difference is that:
Shell 1 is in square box shape, and handle 6 is set on the top surface of shell 1.Middle control plate 2-1 is detachable to be arranged in shell 1
On, and coupled by electric wire or remote transmission module with control circuit.Control circuit includes processor and long-range receiving module.
Remote transmission module is wireless transmitter module or Bluetooth transmission module, and long-range receiving module is that wireless receiving module or bluetooth receive
Module.Shell 1 is equipped with the interface connecting with external X-ray detecting plate.Shell 1 is equipped with for installing the link of shoulder belt (in figure
It is not shown).The image instrument of the present embodiment can be used shoulder back or by luggage case carrying when carrying, when use can be placed in desktop
Or on bracket, it is suitble to relatively-stationary place, such as clinic, image center etc..
Power supply mould group 5 includes the power interface 5-1 being arranged on shell 1.3 electricity of power interface 5-1 and low-voltage driving mould group
Property connection.Power interface 5-1 is used for external 110/220V power supply.
(embodiment 3)
See Figure 13 and Figure 14, the image instrument of the present embodiment is substantially the same manner as Example 1, the difference is that: shell 1 is in
The bottom of shell 1 is arranged in rectangle, handle 6.Middle control plate 2-1 is set on the top surface of shell 1.
(embodiment 4)
The present embodiment is substantially the same manner as Example 1, the difference is that: unremovably fixed shell 1 again containment shroud 1-2
Light-emitting window 1-1 on.
Particular embodiments described above has carried out further in detail the purpose of the present invention, technical scheme and beneficial effects
It describes in detail bright, it should be understood that the above is only a specific embodiment of the present invention, is not intended to restrict the invention, it is all
Within the spirit and principles in the present invention, any modification, equivalent substitution, improvement and etc. done should be included in guarantor of the invention
Within the scope of shield.
Claims (10)
1. a kind of image instrument, it is characterised in that: including shell (1), control mould group (2), low-voltage driving mould group (3), secondary glimmering
Light emitting mould group (4), power supply mould group (5) and handle (6)；The power supply mould group (5), low-voltage driving mould group (3) and second-order fluorescence
Emitting mould train (4) is successively electrically connected；The low-voltage driving mould group (3) and second-order fluorescence emitting mould train (4) are set to shell (1)
It is interior；The control mould group (2) is for controlling second-order fluorescence emitting mould train (4) work；The second-order fluorescence emitting mould train (4) is used for
Emit second-order fluorescence；The shell (1) is equipped with the light-emitting window (1-1) being aligned with the transmitting terminal of second-order fluorescence emitting mould train (4)；
The handle (6) is set on shell (1).
2. a kind of image instrument according to claim 1, it is characterised in that: the power supply mould group (5) includes being arranged in shell
Power interface (5-1) on body (1)；The power interface (5-1) and low-voltage driving mould group (3) are electrically connected.
3. a kind of image instrument according to claim 1, it is characterised in that: the power supply mould group (5) includes rechargeable battery
(5-2) and charging interface (5-3)；The charging interface (5-3) be set to shell (1) on, and with setting filling in shell (1)
Battery (5-2) is electrically connected；The rechargeable battery (5-2) and low-voltage driving mould group (3) are electrically connected.
4. a kind of image instrument according to claim 1, it is characterised in that: the shell (1) is equipped with and light-emitting window (1-
1) distance positioned at same end face detects mould group (1-3).
5. a kind of image instrument according to claim 1, it is characterised in that: the control mould group (2) includes middle control plate
(2-1), distal end spectrum assignment interface (2-2), power switch and control circuit；The control circuit is for controlling second-order fluorescence hair
Penetrate mould group (4) exposure；The middle control plate (2-1), distal end spectrum assignment interface (2-2) and power switch are set to shell (1)
On, and be electrically connected with control circuit；It is shown on the middle control plate (2-1) and prepares button and start button；It is described remote
End spectrum assignment interface (2-2) is used to be electrically connected with remote control device or communication link, and shows on remote control device
It is shown with or practical with the trigger switch that can control second-order fluorescence emitting mould train (4) work.
6. a kind of image instrument according to claim 5, it is characterised in that: the control mould group (2) further includes exposure control
System switch (2-3)；The spectrum assignment switch (2-3) and control circuit are electrically connected.
7. a kind of image instrument according to claim 1, it is characterised in that: pacify on the light-emitting window (1-1) of the shell (1)
Equipped with the containment shroud (1-2) for constraining second-order fluorescence launch angle.
8. a kind of image instrument according to claim 7, it is characterised in that: the containment shroud (1-2) of the shell (1) it is interior
Laser diode (1-2-1) is evenly equipped on wall；The power supply mould group (5) is laser diode (1-2-1) power supply.
9. a kind of imaging system of image instrument, it is characterised in that: including second-order fluorescence image instrument, detecting plate (7) and middle control
Equipment (8)；The structure of image instrument described in one of the structure of the second-order fluorescence image instrument and claim 1 to 8 is consistent；
The second-order fluorescence image instrument penetrates body to be measured for emitting second-order fluorescence and is radiated at detecting plate (7)；The control device
(8) and the control mould group (2) of image instrument is electrically connected or communication link, and for controlling second-order fluorescence emitting mould train (4)
Work.
10. a kind of control method of the imaging system of image instrument according to claim 9, it is characterised in that: including with
Lower step:
Step 1: preparing exposure, turn on the power switch；
Step 2: exposure parameter is inputted by middle control plate (2-1)；
Step 3: the preparation button controlled on plate (2-1) in Continued depression is more than one second, subsequently into step 4, if not carrying out
Aforementioned operation then return step one；
Step 4: Continued depression spectrum assignment switchs (2-3) more than opening in control plate (2-1) in one second or Continued depression
Beginning button is more than that the trigger switch on one second or Continued depression remote control device is more than one second, subsequently into
Step 5, the return step one if not carrying out aforementioned operation；
Step 5: second-order fluorescence emitting mould train (4) work is exposed；
Step 6: end exposure, by any key return step one.
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Address after: 518000 A301, building 13, China Hisense innovation industry city, No. 12, Ganli Sixth Road, gankeng community, Jihua street, Longgang District, Shenzhen, Guangdong Province Applicant after: SHENZHEN NANUOAI MEDICAL TECHNOLOGY Co.,Ltd. Address before: 518129 room A4, Yunli mix, 1f, building 3, Yunli intelligent park, fanfa Road, Bantian street, Longgang District, Shenzhen, Guangdong Applicant before: SHENZHEN NANUOAI MEDICAL TECHNOLOGY Co.,Ltd. |