CN204989145U - Device is changed to biochemical analysis appearance intelligence light source - Google Patents
Device is changed to biochemical analysis appearance intelligence light source Download PDFInfo
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- CN204989145U CN204989145U CN201520735003.XU CN201520735003U CN204989145U CN 204989145 U CN204989145 U CN 204989145U CN 201520735003 U CN201520735003 U CN 201520735003U CN 204989145 U CN204989145 U CN 204989145U
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Abstract
The utility model provides a device is changed to biochemical analysis appearance intelligence light source, including controller, light source more parallel operation, spotlight convex lens, detect the cup and be connected to the photoelectric detector and the switching of power controller of controller, light source more parallel operation includes support frame, light source seat and actuating lever, and the light source seat is in the support frame or install on the support frame, is equipped with work light source and reserve light source on the light source seat, the light source seat sets up on the actuating lever, the controller is connected to driving motor, driving motor connects the actuating lever, spotlight convex lens, detection cup and photoelectric detector are located the front side of work light source in proper order, work light source and reserve light source are connected to the switching of power controller respectively. Light source more parallel operation also can be formed by the light source seat combination of portable optic fibre with fixed mounting.
Description
Technical field
The utility model relates to technical field of medical examination, particularly a kind of Biochemical Analyzer intelligent light source more changing device.
Background technology
Biochemical Analyzer is that medical institutions are conventional, the indispensable inspection machine of routine work.And once instrument breaks down normally the carrying out of the routine work that often affects medical institutions.The detection light source of Biochemical Analyzer is the parts that a damage frequency is higher, and its damage higher of instrument frequency of utilization is faster, replacement frequency is higher, even reaches every three months and will change frequency once.After light source damages, the special engineering technical personnel of general needs change light source specially, and as do not changed in time, or it is not in place to change Installation and Debugging, and instrument also cannot normally use.
Utility model content
Utility model object: technical problem to be solved in the utility model is for the deficiencies in the prior art, provides a kind of Biochemical Analyzer intelligent light source more changing device.
In order to solve the problems of the technologies described above, the utility model provides a kind of Biochemical Analyzer intelligent light source more changing device, comprises controller, replacing light source device, optically focused convex lens, detects cup and be connected to photoelectric detector and the power source switching controller of controller; Described replacing light source device comprises bracing frame, light source base and driving stem, light source base is positioned at bracing frame (or on bracing frame), light source base is provided with work light and standby power source, described light source base is arranged on driving stem by driving stem brought into motion, described optically focused convex lens, detection cup and photoelectric detector are positioned at the front side of work light successively, and described work light and standby power source are connected respectively to power source switching controller.
In the utility model, described replacing light source device is orthoscopic type of drive, and described driving stem is the screw rod running through bracing frame, and described light source base is nested on screw rod, and the rotating light source(-)holder along with screw rod can do along screw rod direction and come and go rectilinear movement.
In the utility model, described replacing light source device is rotary type of drive, described driving stem is the swingle running through bracing frame, and described swingle one end other end that is connected with drive motor is connected to light source base, and when drive motor rotates, swingle rotates and drives light source base to rotate; Described light source base is disc-shaped structure or sector structure.
In the utility model, the bracing frame of described light source base is provided with the electromagnetic controller being connected to controller, is provided with spring and acrosome between described electromagnetic controller and light source base, and when spring opens acrosomal formation pressure, then acrosome extruding light source base, makes light source base fix; When light source base needs mobile, controller controls electromagnetic controller and produces electromagnetic force, and attract acrosome to overcome the tension force retraction of spring, now acrosome leaves light source base, and light source base can not hinder by acrosome and move freely.
In the utility model, the motion track at the center of work light and standby power source and the center of photoelectric detector coincide.
In the utility model, when described work light and standby power source are filament light-emitting bulb, the filament of emitting bulb becomes to intersect vertically (rectilinear motion mode) or tangent position relationship (rotary movement) with the track of work light and standby power source movement, and the motion track at the center of work light and standby power source and the center of photoelectric detector is crossing overlaps.
In the utility model, described controller is connected to drive motor, and described drive motor connects driving stem, and driving stem driving light source seat moves.
The utility model additionally provides a kind of Biochemical Analyzer intelligent light source more changing device, comprises controller, optical fiber, detection cup, light source base and is connected to photoelectric detector and the power source switching controller of controller; Described optical fiber is fixed on fiber fixed frame, and described light source base is fixing irremovable design, and light source base is provided with two light source positions (work light, standby power source); Also plural light source position can be established: i.e. a work light position, more than one standby power source position.Detection cup and photoelectric detector are positioned at the front side of light source base successively, and one end of described optical fiber is in the face of work light or standby power source, and other end is to detection cup and photoelectric detector.
In the utility model, described optical fiber two ends also can be provided with the convex lens for improving light signal strength.
In the utility model, described fiber fixed frame connects a drive motor, fiber facet can be controlled to one end of light source mobile handoff between the position towards work light or standby power source by drive motor, also can realize by the fine rotation of motor the focusing that optical fiber realizes light source to the more accurate alignment light source of light source one end.
Beneficial effect: the utility model provides one, and in use light sources fail, damage or light intensity weaken when Biochemical Analyzer, or stability is reduced to when can not be adapted to work, instrument has and carries out intelligence automatically by inapplicable replacing light source to light source failure, standby power source is transferred automatically to the function of duty simultaneously.Making the light source newly changed reach the state being applicable to proceeding testing by automatically adjusting, meeting instrument and detecting needs.
Accompanying drawing explanation
To do the utility model below in conjunction with the drawings and specific embodiments and further illustrate, advantage that is above-mentioned or other side of the present utility model will become apparent.
Fig. 1 is the general structure schematic diagram of a kind of embodiment of the utility model device;
Fig. 2 is the optical unit partial structurtes schematic diagram of a kind of Biochemical Analyzer light source base linear-movable manner project organization of the utility model design;
Fig. 3 is the relation of the bracing frame of a kind of Biochemical Analyzer light source base linear-movable manner light source base and light source base, and light source base motion track schematic diagram;
The track schematic diagram that Fig. 4 is the light source of the utility model design, light bulb filament and lamp socket move linearly;
Fig. 5 be the utility model design a kind of sectored light source(-)holder on light source, light bulb filament and lamp socket movement track schematic diagram;
Fig. 6 be the utility model design the discoid light source base of one and movement locus look squarely schematic diagram;
Fig. 7 is the discoid light source base of the utility model design, and optical unit system critical piece relation schematic top plan view;
Fig. 8 a is a kind of optical system local schematic top plan view utilizing optical fiber mobile handoff light source of the utility model design;
Fig. 8 b is a kind of optical system local schematic top plan view utilizing optical fiber mobile handoff light source of the utility model design;
Fig. 8 c is that the system of this design optical fiber motion track schematic diagram and optical fiber toggle lights looks squarely schematic diagram;
Fig. 8 d is the system critical piece position relationship schematic diagram of this design optical fiber toggle lights;
Fig. 9 a is the light source base fixed function structural design schematic diagram of the design;
Fig. 9 b is light source base fixed function structural design schematic diagram.
Embodiment
Below in conjunction with accompanying drawing, the utility model is elaborated.
Embodiment 1:
As Fig. 1, be the general structure schematic diagram of a kind of embodiment of the utility model device, in this schematic diagram, light source base move mode is rectilinear movement.This device comprises photoelectric detector 1, detect cup 2, optically focused convex lens 3, work light 4a, standby power source 4b, drive motor 10, driving stem 11, signal lines 12, first control signal wire 13a, second control signal wire 13b, 3rd control signal wire 13c, controller 14, power source switching controller 15, work light power lead 16 and standby power source power lead 17, its middle controller 14 is communicated with drive motor 10 by the first control signal wire 13a, drive motor 10 connects driving stem 11, controller 14 is communicated to power source switching controller 15 by the second control signal wire 13b, power source switching controller 15 is connected to work light 4a by work light power lead 16, be communicated to standby power source 4b by standby power source power lead 17, power source switching controller 15 controls power supply supply 16 according to the instruction that 13b sends, switch between 17, realize selecting the light source power supply to a job, the front side of work light 4a is provided with optically focused convex lens 3 successively, detect cup 2 and photoelectric detector 1, photoelectric detector 1 is controlled by the controlled device 14 of signal wire 12.Between controller 14 and power source switching controller 15, also have a signal line 13c, when detecting abnormal for power source switching controller 15 pairs of light source power quality of voltage, send signal to controller 14.
As Fig. 2, it is the optical unit partial structurtes schematic diagram of a kind of Biochemical Analyzer light source base linear-movable manner project organization of the utility model design.Figure comprises light source base 9, work light 4a and standby power source 4b, and two light source internal filaments 5, work light 4a and standby power source 4b are arranged on light source base 9.
As Fig. 3, be the relation of the bracing frame of a kind of Biochemical Analyzer light source base of the utility model linear-movable manner light source base and light source base, and light source base motion track schematic diagram.Figure comprises the bracing frame 18 of light source base, and driving stem 11 is for being arranged on the screw rod on the bracing frame 18 of light source base, and screw rod drives the fixed position on light source base bracing frame 18 to move by drive motor 10, drives light source base 9 to move the replacing realizing light source.
As Fig. 4, it is the track schematic diagram that the light source of the utility model design and light source bulb filament and lamp socket move linearly.Figure comprises biochemical instruments optical unit check point 1, and in the device of the utility model design, on light source base, light source is arranged on the center of lamp socket, and when light source base moves and light source moves, the motion track of light source center is crossing with instrument inspection center's point position overlaps;
And if when this light source adopts filament light-emitting bulb to be light source, light source filament position is crossing with light source motion track, and filament central point motion track is crossing with instrument inspection center's point position.
The method of Biochemical Analyzer intelligent light source breakdown judge and replacing, comprises the following steps:
Step 1: when being less than a designated value of less than 45000 when Biochemical Analyzer is in the work of execution once instrument execution water blank detection electric signal AD value, instrument focuses source power supply voltage automatically and stability judges.As supply voltage and rated voltage difference be less than ± 5%, or voltage fluctuation per minute is less than rated voltage 5%, then judge that light source power supply is qualified, otherwise judges that light source power is off quality, and instrument automatic-prompting operator or engineer inspection correct power supply quality.After eliminating power quality issues, and instrument detecting device detectable light signal AD value on the low side time, instrument first automatically starts and detects the automatic focus of work on hand light source, detection signal can not be obtained by automatic focus and reach the AD value intensity of regulation or AD value signal reaches prescribed strength but sensed light signal change is greater than AD200/ minute (stability is bad), and light source power supply meets the requirements, then instrument starts replacing light source operation;
Step 2: the operation of work light refocusing: original-pack have the reaction cup of water to remain on original position, instrument driving motor 10 drives light source base 9 to move along the rectilinear direction of screw rod 11, its concrete act of execution: be set to origination data respectively with the distance within these center line two ends to screw rod 11 slowly each mobile 5mm with this work light seat 9 original position, as in this moving process, photoelectric detector 1 detects the AD value standard that still can not reach and meet the regulation detecting needs, when maybe can not reach the AD value stabilization state of regulation (in 5 minutes, the change of AD value is greater than 200/ minute), instrument then starts changes light source flow process, if but detecting device acquisition sensed signal sources reaches more than appointment AD value in the work light refocusing process of step 2, and light signal stable meet be less than 200AD/ minute then instrument continue to use this light source to detect.In addition, instrument also increases power supply automatic voltage detecting device to power supply quality arbitration functions, when the intelligent function of instrument judges the unstable or deficiency of detection signal whether because power supply caused, power supply caused in this way, instrument starts prompting automatically, and to require that operator or engineer inspection and correction power bad, and do not start replacing light source.
Step 3: light source changed by instrument: after confirmation primary source refocusing is invalid, instrument driving motor 10 rotates and drives screw rod 11 to rotate, automatically working position light source is shifted out original position, standby power source is moved to working position simultaneously, and switch on power by standby power source before mobile, and the power supply of former work light of breaking, and light standby power source and within more than 5 minutes, just start mobile.In moving process, keep detecting device normal operating conditions, detecting the position obtaining maximum AD signal value in optional m igration is the optimum position of standby power source, and is fixed by light source base after its stability of confirmation also meets the demands.So namely, realize automatically completing standby power source and replace former work light flow process, and automatically adopt standby power source to continue to perform Detection task.The utility model design light source base be disc or fan-shaped device time, when carrying out replacing light source, also be, by motor, standby power source is moved to work light position, and after focusing on, standby power supply proceeds to duty, and former working power power-off is in off working state.The utility model design light source fix, with the replacing light source design device of optical fiber movement change light source time, be then motor 10 move drive optical fiber move towards light source one end, to standby power source position be moved at optical fiber and focus on, standby power source is powered, and former work light power-off, thus complete the replacing to light source.
When the cumulative operation time of work light has reached the expected life time of light source, instrument also can directly start replacing light source flow process automatically;
Or instrument does not judge light source power supply quality, allly run into the too low or detection signal stability requirement against regulation of detected signal value, then instrument starts automatic focus automatically, and when instrument automatic focus can not meet instrument testing requirement, instrument then starts replacing light source flow process automatically.The normal request for utilization of instrument then instrument automatic-prompting operator so can not be met as processed successor.
Step 4: after standby power source is enabled, the typical curve of former reservation stopped using automatically by instrument, the data such as scaled values parameter, and automatically require or automatically perform the calibration again of each test item and re-establish typical curve, so far, instrument achieves light source and automatically changes and again correct with instrument, normally can perform Detection task;
When standby power source switches, this device has the self-focusing function of standby power source, standby power source better can be met and detect needs, focusing flow process when starting replacing light source flow process comprises, instrument is powered to standby power source automatically, power more than 5 minutes at standby power source, after light source luminescent signal stabilization, the detection cup that clean water is housed is moved to detecting position by instrument simultaneously, light source base moves towards check point position with the new light sources replaced, the continuous detection light source signal intensity of detecting device in the process of movement, light source autofocus adjustment, best position is selected further by position adjustments when light signal reaches the sensing range suited the requirements, adjustment process completes, instrument can drop into application.
No matter in the various modes of the utility model design, which kind of design replacing light source or focusing only need a driven by motor light source or fiber optics displacement, and this displacement is the movement of a dimensional space.
This light source switching function also can be realized by manual operation, and namely when work light is not suitable for detecting, instrument automatic-prompting, shifts standby power source onto work light position by hand by operator and realize the switching of standby power source.
After completing replacing light source, instrument acts on prompting user by the either types such as operation interface word, pilot lamp or voice language or various ways simultaneously, and standby power source enabled by instrument, please changes the standby power source of damage as early as possible.Like this after prompting technician nearest at one's leisure between former work light 4a is changed, and when loading onto new qualified light source on this position, eliminate all informations that instrument requirements changes light source simultaneously.Now new clothes light source is just as standby power source, and now the actual light source being in work when be not suitable in use procedure detecting use time, the automatic starter motor 10 of instrument rotates round about, the light source damaged or be not suitable for using is shifted out working position, and new light sources is moved to working position after use.So just can be implemented in and light source base has all the time an available standby power source, just automatically complete replacing light source when instrument needs to change light source at any time.
In the design, standby power source also can be 2 or multiple, can reduce the number of times of manual intervention like this, improves light source for instrument guarantee.
Embodiment 2:
As Fig. 5, Fig. 6, be the utility model design arc light source base on the track schematic diagram of light source or the movement of emitting bulb filament.The design of light source base can be circular, fan-shaped or triangular form, the light source motion track of this design is arc rotary mode, in light source base motion track, light source center and check point (detecting device) central point coincide, and the track of filament installation site and light source movement intersects vertically or tangent when light source is filament light-emitting bulb.
As Fig. 5, Fig. 6 and Fig. 7, the present embodiment difference from Example 1 is that light source base 9 is for disc structure, work light 4a and standby power source 4b is arranged on the side, edge of light source base 9, when light source changed by needs, drive motor 10 Direct driver or drive this circular light source(-)holder 9 to rotate by transmission, allow standby power source 4b turn to the position of work light 4a, complete the replacing of light source.18 is bracing frame in the figure 7, and motor 10 is fixed on bracing frame, and driving stem 11 one end connects motor, and the other end connects light source base through the hole on bracing frame.
Embodiment 3:
The present embodiment and the difference of embodiment 1 are that light source switching mode is different, Fig. 8 a is a kind of optical system local schematic top plan view utilizing optical fiber mobile handoff light source of the utility model design, in figure, light source 4a is in running order, optical signals light source 4a provides, namely light source 4a is in running order, and in figure, light source 4b is in off working state.Be irradiated to after intelligent acess light signal and detect cup 2, be equivalent to function that optical fiber instead of the convex throwing mirror of Fig. 1 optically focused in embodiment 1 and light signal is introduced detect cup and enter detection system.Optical fiber is fixed on fiber fixed frame, and one end of optical fiber is in the face of work light or standby power source, and light signal strength, to detection cup and photoelectric detector, also can be improved at the one or both ends fit on convex lens lamp device of optical fiber in other end.Fig. 8 b and 8a illustrates identical, but in Fig. 8 b, fiber position changes, and now optical fiber points to 4b, and light source 4b is in running order, and now optical signals light source 4b provides, and namely light source 4b is in running order, and in figure, light source 4a is in off working state.The system that Fig. 8 c shows this design embodiments optical fiber motion track schematic diagram of the present utility model and optical fiber toggle lights looks squarely schematic diagram, Fig. 8 d is the system critical piece position relationship schematic diagram of the present embodiment optical fiber toggle lights, optical fiber is fixed on fiber fixed frame 19, detection cup and photoelectric detector are positioned at the front side of light source base successively, optical fiber one is rectified light source, another rectifies detection cup, and light signal strength, by placing convex lens, is improved in optical fiber two ends.
The central point motion track of optical fiber is crossing with the central point of light source, and if light source is light-emitting filament bulb time, the installation site of light bulb filament and optical fiber motion track are in the state of intersecting vertically.
In addition, in the present embodiment, replacing light source device can not load drive motor, and realizes replacing light source by hand drive.The judgement whether control device execution light source damages and prompting.
The method of a kind of Biochemical Analyzer intelligent light source breakdown judge that the present embodiment is corresponding and replacing, comprises the following steps:
Step 1: during the device busy of Biochemical Analyzer intelligent light source breakdown judge and replacing, performs water blank and detects.During detection, controller 14 pairs of photoelectric detectors 1 detect electric signal AD value and analyze;
Step 2: if be less than certain value when photoelectric detector 1 detects electric signal AD value, but be not when being in low value (being such as less than AD15000), the device of Biochemical Analyzer intelligent light source breakdown judge and replacing first automatically starts and detects the automatic focus of work on hand light source;
Step 3: if automatic focus detects electrical signal intensity reach appointment AD value, and the lasting 5 minutes AD values change of light signal is less than 200AD/ minute, then continue to use this light source to detect;
If instrument automatic focus detect AD value do not reach specify AD value and more than, or AD value reaches and specifies more than AD value, but the light signal of instrument detection acquisition continues the change of AD value is greater than 200AD/ minute, then startup replacing light source flow process;
Step 4: controller 14 control drive motor 10 rotate through drive fiber fixed frame 19 move thus drive optical fiber by the switching of work light 4a and standby power source 4b, cut off to the power supply of light source 4a simultaneously, transfer power to light source 4b, complete the replacing of light source.
Embodiment 4:
The present embodiment provides a kind of securing device for the utility model device light source base described in embodiment 1, as Fig. 9 a and Fig. 9 b, comprises the rotatable fixing fixed point 8 of the first rotatable fixing fixed point 7, second, spring 20, electromagnetic controller 21 and acrosome 22.Electromagnetic controller 21, acrosome 22 and spring 20 form an electromagnetism control position device, when light source base 9 needs mobile, device 21 generation of electromagnetism control position to anti-magnetic force with spring 20, makes the acrosome 22 touched with light source base close proximity at ordinary times leave light source base 9, light source base is convenient to mobile.After light source base moves to and determines position, electromagnetism control position device 21 stops producing magnetic force, and acrosome 22 tension force due to spring 20 are again converted to and hold out against position, hold out against light source base.In Fig. 9 a, light source base stationary installation is in the state of holding out against, and opens acrosome 22 mineralization pressure extruding light source base 9, light source base can be fixed very well at Fig. 9 a due to spring; In Fig. 9 b, light source base stationary installation is in relaxed state, when Fig. 9 b needs mobile when light source base, instrumentation control system sends signal and makes the electromagnet 21 of electromagnetism control position device form generation electromagnetic force, acrosome 22 is attracted to overcome the tension force retraction of spring 20, now acrosome 22 leaves light source base 9, and light source base just can more conveniently move.First rotatable fixing fixed point 7 and the second rotatable fixing fixed point 8 are driving stem 11 two tie points through bracing frame 18.
Embodiment 5 the present embodiment also installs an electromagnetic fixing device with reference to the mode of embodiment 4 to circle in rotary moving or sectored light source(-)holder on the basis of embodiment 2, the better stability improving light source;
Embodiment 6 embodiment installs an electromagnetic fixing device with reference to embodiment 4 to driving the device fiber fixed frame 19 of optical fiber movement on the basis of embodiment 3, makes structure of fiber_optic and optical fiber better fixing.
Embodiment 7:
The difference of the present embodiment and embodiment 4 is, the fixed form of light source base 9 is realized by the axle of locking drive motor 10.
Embodiment 8:
The difference of the present embodiment and embodiment 4,5,6,7 is, the fixed form of this design embodiments holds out against light source base by the fixed screw device be arranged on bracing frame or on auxiliary equipment, or structure of fiber_optic realization.Need to unclamp fixed screw device when mobile light source seat.
The utility model provides a kind of Biochemical Analyzer intelligent light source more changing device; the method and access of this technical scheme of specific implementation is a lot; the above is only preferred implementation of the present utility model; should be understood that; for those skilled in the art; under the prerequisite not departing from the utility model principle, can also make some improvements and modifications, these improvements and modifications also should be considered as protection domain of the present utility model.The all available prior art of each ingredient not clear and definite in the present embodiment is realized.
Claims (8)
1. a Biochemical Analyzer intelligent light source more changing device, it is characterized in that, comprise controller (14), replacing light source device, optically focused convex lens (3), detect cup (2) and be connected to photoelectric detector (1) and the power source switching controller (15) of controller (14), described replacing light source device comprises bracing frame (18), light source base (9), drive motor (10) and driving stem (11), light source base (9) is positioned at bracing frame (18), light source base (9) is provided with work light (4a) and standby power source (4b), described light source base (9) is arranged on driving stem (11) by driving stem (11) brought into motion, described optically focused convex lens (3), detection cup (2) and photoelectric detector (1) are positioned at the front side of work light (4a) successively, described work light (4a) and standby power source (4b) are connected respectively to power source switching controller (15).
2. a kind of Biochemical Analyzer intelligent light source according to claim 1 more changing device, it is characterized in that, described replacing light source device is orthoscopic driver, described driving stem is for running through the screw rod of bracing frame (18), described light source base (9) is nested on screw rod, along with the rotating light source(-)holder of screw rod moves along screw rod direction linear reciprocation.
3. a kind of Biochemical Analyzer intelligent light source according to claim 1 more changing device, it is characterized in that, described replacing light source device is rotary adjustment move mode, described driving stem is for running through the swingle of bracing frame (18), described swingle one end other end that is connected with drive motor (10) is connected to light source base (9), and when drive motor (10) rotates, swingle driving light source seat (9) rotates; Described light source base (9) is disc-shaped structure or sector structure.
4. a kind of Biochemical Analyzer intelligent light source more changing device according to Claims 2 or 3, it is characterized in that, the bracing frame (18) of described light source base is provided with the electromagnetic controller (21) being connected to controller (14), spring (20) and acrosome (22) is provided with between described electromagnetic controller (21) and light source base (9), when spring (20) opens acrosome (22) mineralization pressure extruding light source base (9), light source base (9) is fixed; When light source base (9) needs mobile, controller (14) controls electromagnetic controller (21) and produces electromagnetic force, acrosome (22) is attracted to overcome the tension force retraction of spring (20), now acrosome (22) leaves light source base (9), and light source base (9) is now because the pressure reducing acrosome can not interruptedly move freely.
5. a kind of Biochemical Analyzer intelligent light source more changing device according to Claims 2 or 3, it is characterized in that, the motion track at the center of work light (4a) and standby power source (4b) is crossing with the center of photoelectric detector (1) to be overlapped.
6. a kind of Biochemical Analyzer intelligent light source more changing device according to Claims 2 or 3, it is characterized in that, described work light (4a) and standby power source (4b) are filament light-emitting bulb, the track of the filament of described filament light-emitting bulb and work light (4a) and standby power source (4b) movement becomes to intersect vertically, tangent position relationship, and the motion track at the center of work light (4a) and standby power source (4b) is crossing with the center of photoelectric detector (1) overlaps.
7. a Biochemical Analyzer intelligent light source more changing device, it is characterized in that, comprise controller (14), optical fiber (6), detect cup (2), light source base (9) and be connected to photoelectric detector (1) and the power source switching controller (15) of controller (14); Described optical fiber (6) is fixed on fiber fixed frame (19), described light source base (9) is provided with work light (4a) and standby power source (4b), detection cup (2) and photoelectric detector (1) are positioned at the front side of light source base (9) successively, one end of described optical fiber (6) is in the face of work light (4a) or standby power source (4b), and other end is to detection cup (2) and photoelectric detector (1).
8. a kind of Biochemical Analyzer intelligent light source according to claim 7 more changing device, it is characterized in that, described fiber fixed frame (19) connects a drive motor, control optical fiber one end by drive motor to move, make one end of this optical fiber towards work light (4a) or standby power source (4b).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520735003.XU CN204989145U (en) | 2015-09-21 | 2015-09-21 | Device is changed to biochemical analysis appearance intelligence light source |
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| CN201520735003.XU CN204989145U (en) | 2015-09-21 | 2015-09-21 | Device is changed to biochemical analysis appearance intelligence light source |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105116114A (en) * | 2015-09-21 | 2015-12-02 | 江苏英诺华医疗技术有限公司 | Biochemical analyzer intelligent light source replacement device as well as failure judgment and replacement method |
| TWI656322B (en) * | 2016-11-30 | 2019-04-11 | 南韓商細美事有限公司 | Fluorescence microscope and substrate inspection device with fluorescent microscope |
-
2015
- 2015-09-21 CN CN201520735003.XU patent/CN204989145U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105116114A (en) * | 2015-09-21 | 2015-12-02 | 江苏英诺华医疗技术有限公司 | Biochemical analyzer intelligent light source replacement device as well as failure judgment and replacement method |
| WO2017049899A1 (en) * | 2015-09-21 | 2017-03-30 | 江苏英诺华医疗技术有限公司 | Smart light source replacement apparatus and fault judgement replacement method for biochemical analyser |
| TWI656322B (en) * | 2016-11-30 | 2019-04-11 | 南韓商細美事有限公司 | Fluorescence microscope and substrate inspection device with fluorescent microscope |
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