CN103105359A - Optical system of biochemical analyzer and biochemical analyzer - Google Patents
Optical system of biochemical analyzer and biochemical analyzer Download PDFInfo
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- CN103105359A CN103105359A CN2012105614180A CN201210561418A CN103105359A CN 103105359 A CN103105359 A CN 103105359A CN 2012105614180 A CN2012105614180 A CN 2012105614180A CN 201210561418 A CN201210561418 A CN 201210561418A CN 103105359 A CN103105359 A CN 103105359A
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Abstract
The invention discloses an optical system of a biochemical analyzer. The biochemical analyzer comprises a light source lamp subsystem, a colorimetric pool subsystem and a filter wheel subsystem which are arranged in sequence, wherein the light source lamp subsystem comprises a lamp base, a light source lamp arranged in the lamp base and a convex lens for focusing the emitted light of the light source lamp; the light source lamp is installed in the lamp base through a bulb fixing block; and an installation groove which is arranged in match with the bulb fixing block and is used for driving the bulb fixing block to move along the installation groove so as to adjust the position of the light source lamp is formed in the lamp base. According to the optical system of the biochemical analyzer and the biochemical analyzer, the light source lamp is fixed on the bulb fixing block, and the position of the light source lamp is moved along the installation groove through the bulb fixing block, so as to ensure that the lamp filament of the light source lamp is positioned in the center of the convex lens; the light source lamp which is fixed with the bulb fixing block only needs to be put in the installation groove when being maintained or replaced, the distance between the light source and the convex lens is adjusted to an appropriate focus, and the bulb fixing block is fixed in the installation groove by using a screw.
Description
Technical field
The present invention relates to a kind of medicine equipment, particularly the optical system of a kind of Biochemical Analyzer and Biochemical Analyzer.
Background technology
Present Biochemical Analyzer is used in particular for measuring the semi-automatic biochemical analyzer of concentration of specimens.Biochemical Analyzer analytical approach and principle: the product that equals absorptivity e, concentration C and the optical path L of this material according to the absorbance of certain solution; When optical path was constant, concentration and absorbance were directly proportional, and this is that Biochemical Analyzer utilizes absorption spectroscopy to carry out the basis of quantitative measurement.
For the requirement of spectral range and light intensity, Biochemical Analyzer generally uses Halogen lamp LED as light source, but thermal value is large, can't obtain good heat radiation, makes the brightness of lamp unstable, the accuracy that impact is measured; Work under the illuminator long term high temperature, light intensity attenuation is fast, and replacement frequency is high, increases maintenance cost; Illuminator is changed inconvenient, causes maintenance efficiency low; In order to increase heat radiation, generally can increase air inlet and air outlet, even use high-power vent fan, the probability that advances dirt has also increased thereupon.Optical filter is subject to the pollution of dust, affects measurement effect, has limited simultaneously service condition.
Summary of the invention
Based on this, be necessary to provide a kind of maintenance, change the optical system of Biochemical Analyzer easily.
Be necessary simultaneously to provide a kind of maintenance, change Biochemical Analyzer easily.
A kind of optical system of Biochemical Analyzer, comprise: corresponding illuminator subsystem, colorimetric pool subsystem, the filter wheel subsystem that arranges successively, described illuminator subsystem comprises: lamp socket, be arranged on illuminator in described lamp socket, and assemble the radiative convex lens of described illuminator, described illuminator is arranged in described lamp socket by the bulb fixed block, is provided with on described lamp socket with described bulb fixed block to be equipped with and to make this bulb fixed block to move described illuminator to be carried out the mounting groove of position adjustments along it.
In a preferred embodiment, described bulb fixed block comprises: the fixed part that is fixedly connected with described lamp socket, the bulb installation portion that is connected and installs described illuminator with described fixed part.
In a preferred embodiment, described mounting groove comprises: with the stopper slot of described fixed part relative set, and and described bulb installation portion relative set and make this bulb installation portion move to regulate the mounting hole of illuminator position along it.
In a preferred embodiment, described bulb fixed block is set to turn the shape structure; Described mounting groove is by the displacement of the spacing described bulb fixed block Width of described stopper slot, and by described bulb fixed part in described mounting hole relative to the length direction along described bulb fixed block move, to regulate the positional distance of the relatively described convex lens of described illuminator.
In a preferred embodiment, described lamp socket is that Heat Conduction Material is made, and described outer cover of lamp holder is set to heat radiating fin structure, and the bottom of described lamp socket is provided with ventilating opening.
In a preferred embodiment, described lamp socket is set to the semiclosed case structure of an end opening, and the openend of described lamp socket forms the ventilating opening of this lamp socket.
In a preferred embodiment, also comprise: with described filter wheel subsystem relative set and gather radiative signal acquiring board after this filter wheel subsystem filters, described colorimetric pool subsystem comprises: colorimetric pool, be provided with on described colorimetric pool correspondingly with described convex lens arrange, for the light hole that the utilizing emitted light of described illuminator passes, be filled with sample liquid in described light hole; Described filter wheel subsystem comprises: the optical filter that the utilizing emitted light that arrange and described light hole transmission come corresponding to described light hole filters.
In a preferred embodiment, described filter wheel subsystem comprises: filter wheel, and drive described filter wheel and rotate to carry out the dynamical element that optical filter switches, described optical filter is arranged on described filter wheel and drives the optical filter that will be complementary with the wavelength of transmitted light of described illuminator by described dynamical element and switches to described light hole corresponding position to receive the transmission ray of this light hole, is provided with the receiving sensor that receives the light after described optical filter filters on described signal acquiring board.
In a preferred embodiment, be provided with connecting pipe between the light well of described filter wheel subsystem and described colorimetric pool subsystem.
In a preferred embodiment, the filament of described illuminator or light source center, convex lens center, light hole, optical filter center, receiving sensor successively relative set on same straight line.
In a preferred embodiment, also be provided with in described colorimetric pool subsystem: detect the temperature-detecting device of sample liquid temperature, the control element that is connected with described temperature-detecting device, reach the heating and cooling device that is connected with described control element and heats or freeze according to the testing result control of temperature-detecting device by this control element.
a kind of Biochemical Analyzer, comprise drain pan, be arranged on the optical system on described drain pan, and be arranged on fan on described drain pan, described optical system comprises: the corresponding illuminator subsystem that arranges successively, the colorimetric pool subsystem, the filter wheel subsystem, described illuminator subsystem comprises: lamp socket, be arranged on illuminator in described lamp socket, and the radiative convex lens of the described illuminator of gathering, described illuminator is arranged in described lamp socket by the bulb fixed block, being provided with on described lamp socket with described bulb fixed block is equipped with and makes this bulb fixed block to move along it mounting groove that described illuminator is carried out position adjustments, be provided with ventilation slot on described drain pan with on described optical system corresponding position.
The optical system of above-mentioned Biochemical Analyzer and the illuminator of this Biochemical Analyzer are fixed on the bulb fixed block in advance, move the position of regulating illuminator along mounting groove by the bulb fixed block with the filament of the guaranteeing illuminator center at convex lens.When maintenance or replacing, only need and to be placed on the illuminator that the bulb fixed block fixes in mounting groove, before and after regulate distance between illuminator and convex lens, transferring to suitable focal length, be that a screw is fixed on the bulb fixed block in mounting groove and gets final product by fixture; Only need back out the screw of fixing with mounting groove during replacing and get final product, it is convenient to change.Convex lens play the optically focused effect, and making only needs to use the illuminator of smaller power just can reach required light intensity, reduce thermal value.
Description of drawings
Fig. 1 is the part-structure schematic diagram of the Biochemical Analyzer of one embodiment of the invention;
Fig. 2 is the part-structure schematic diagram of optical system of the Biochemical Analyzer of one embodiment of the invention;
Fig. 3 is the structural representation at another visual angle of optical system of the Biochemical Analyzer of one embodiment of the invention;
Fig. 4 is the part-structure vertical view of optical system of the Biochemical Analyzer of one embodiment of the invention;
Fig. 5 is the part mounting structure schematic diagram of illuminator subsystem of the Biochemical Analyzer of one embodiment of the invention;
Fig. 6 is the part mounting structure cut-open view of illuminator subsystem of the Biochemical Analyzer of one embodiment of the invention.
Embodiment
As shown in Figures 1 to 4, the optical system 100 of the Biochemical Analyzer of one embodiment of the invention comprises: corresponding illuminator subsystem 20, colorimetric pool subsystem 40, the filter wheel subsystem 60 that arranges successively.
Further, the illuminator 24 of the present embodiment is arranged in lamp socket 22 by bulb fixed block 28.Be provided with on lamp socket 22 with bulb fixed block 28 and coordinate relative set mounting groove 220.Bulb fixed block 28 moves along mounting groove, so that illuminator 24 is carried out position adjustments.In the present embodiment, illuminator 24 is preferably Halogen lamp LED.
Further, bulb fixed block 28 comprises: the fixed part 282 that is fixedly connected with lamp socket 22, the bulb installation portion 284 that is connected and is used for installing illuminator 24 with fixed part 282.Be provided with the secured adjusted groove on fixed part 282.Fixture such as screw 29 by move along the secured adjusted groove, to regulate the fixed position of bulb fixed block 28 on lamp socket 22.
Further, mounting groove 220 comprises: with the stopper slot 222 of fixed part 282 relative set, and and the mounting hole of bulb installation portion 284 relative set.Bulb installation portion 284 drives illuminator 24 and moves in mounting hole, with adjusting illuminator position.Illuminator 24 is installed in the inner chamber of lamp socket 22 by mounting hole.
Further, in the present embodiment, bulb fixed block 28 is set to turn the shape structure.The mounting groove that arranges on lamp socket 22 moves, regulates the positional distance of illuminator 24 relative convex lens 26 by the displacement of spacing bulb fixed block 28 Widths of stopper slot part relative to the length direction along bulb installation portion 284 in mounting hole by bulb installation portion 284.
Further, the lamp socket 22 of the present embodiment is made for Heat Conduction Material.In the present embodiment, the preferred good aluminium alloy of heat conductivility that adopts of lamp socket 22 is made.The bottom of lamp socket 22 relative installation of the present embodiment is provided with ventilating opening 223.
Further, the lamp socket 22 of the present embodiment is set to the semiclosed case structure of an end opening.The openend of lamp socket or the one side of opening form the ventilating opening 223 of lamp socket 22.Opening one end of lamp socket 22 is mounted on the drain pan 30 of Biochemical Analyzer 102.
For further heat radiation, it is the fin type structure that lamp socket 22 shells of the present embodiment are set to heat radiating fin structure.
Further, for the convenient position of adjusting illuminator 24, the slit 225 that arrange with illuminator 24 positions of observation corresponding to convex lens 26 on the lamp socket 22 of the present embodiment.
As to shown in Figure 6, preferred in Fig. 5, corresponding setting in the position of the slit 225 of the present embodiment and convex lens 26.When install adjusting illuminator 24, first bulb fixed block 28 is contained on frock clamp, also is provided with the fixture slit on this frock clamp and slit 225 relevant positions, position.Fixture slit and slit 225 relative set are assemblied in illuminator 24 on bulb fixed block 28 and mobile light source lamp 24 slowly, until see through the filament that fixture slit and slit 225 are observed illuminator 24; Fixture by being arranged on lamp socket 22 both sides such as the screw rod illuminator 24 that is tightened again; Then light illuminator 24, observe illuminator 24 utilizing emitted lights and see through the imaging that convex lens 26 arrive the aperture 27 on the observation screen that arranges, slowly fine setting is until the filament of illuminator 24 is imaged on the centre of observation screen aperture 27; Utilize at last heat proof material to fill in the mounting hole and gap of illuminator 24 and bulb fixed block 28, illuminator 24 is solidificated on bulb fixed block 28 forms one-piece construction.Aperture 27 on observation screen and the light well relative set of filter wheel subsystem 60 are the light well position of filter wheel subsystem 60; The filament of illuminator 24 is imaged on the centre of the light well of filter wheel subsystem 60.
Further, the optical system 100 of the Biochemical Analyzer of the present embodiment also comprises: with filter wheel subsystem 60 relative set and gather radiative signal acquiring board 80 after this filter wheel subsystem 60 filters.Be provided with the radiative receiving sensor that receives after filter wheel subsystem 60 filters on signal acquiring board 80.
Further, the colorimetric pool subsystem 40 of the present embodiment comprises: colorimetric pool 42.Be provided with the light hole 422 that correspondingly with convex lens 26 arranges, passes for the utilizing emitted light of illuminator 24 on colorimetric pool 42.Be filled with sample liquid in light hole 422.Preferably, be full of sample liquid in light hole 422.
Further, also be provided with in the colorimetric pool subsystem 40 of the present embodiment: the temperature-detecting device that detects the sample liquid temperature, the control element that is connected with temperature-detecting device, and the heating and cooling device 47 that is connected with control element and heats or freeze according to the testing result of temperature-detecting device by the control of this control element.In the present embodiment, temperature-detecting device is preferably thermistor.
Further, the filter wheel subsystem 60 of the present embodiment comprises: the optical filter 62 that correspondingly with light hole 422 arranges, filters with the utilizing emitted light that light hole 422 transmissions are come.
Further, the filter wheel subsystem 60 of the present embodiment also comprises: optical filtering shell 68, be arranged on the filter wheel 64 in optical filtering shell 68 and be arranged on optical filtering shell 68 and drive the dynamical element that filter wheel 64 rotates to switch optical filter 62.In the present embodiment, dynamical element is decelerating step motor 66 preferably.Filter wheel subsystem 60 forms the closed type closure designs by optical filtering shell 68.
Further, optical filter 62 is arranged on filter wheel 64 and drives the optical filter that will be complementary with the wavelength of transmitted light of illuminator 24 by dynamical element and switches to correspondence position with light hole 422, to receive the utilizing emitted light of these light hole 422 transmission.
Further, in order to guarantee the sealing of filter wheel subsystem 60, be provided with connecting pipe between the light well of the filter wheel subsystem 60 of the present embodiment and colorimetric pool subsystem 60.Preferably, the connecting pipe of the present embodiment adopts silicone tube 65 to connect.
Further, the filament of illuminator 24 or light source center, convex lens 26 centers, light hole 422, optical filter 62 centers of filtering, receiving sensor successively and relative set on same straight line.
As shown in Figure 1, the Biochemical Analyzer 102 of one embodiment of the invention comprises: drain pan 30, be arranged on the optical system 100 on drain pan 30 and be arranged on fan 104 on drain pan 30.
As shown in Figures 1 to 4, the optical system 100 of the Biochemical Analyzer of the present embodiment comprises: corresponding illuminator subsystem 20, colorimetric pool subsystem 40, the filter wheel subsystem 60 that arranges successively.
Further, the illuminator 24 of the present embodiment is arranged in lamp socket 22 by bulb fixed block 28.Be provided with on lamp socket 22 with bulb fixed block 28 and coordinate relative set mounting groove 220.Bulb fixed block 28 moves along mounting groove, so that illuminator 24 is carried out position adjustments.
Further, bulb fixed block 28 comprises: the fixed part 282 that is fixedly connected with lamp socket 22, the bulb installation portion 284 that is connected and is used for installing illuminator 24 with fixed part 282.
Further, mounting groove 220 comprises: with the stopper slot 222 of fixed part 282 relative set, and and the mounting hole of bulb installation portion 284 relative set.Bulb installation portion 284 drives illuminator 24 and moves in mounting hole, with adjusting illuminator position.Illuminator 24 is installed in the inner chamber of lamp socket 22 by mounting hole.
Further, in the present embodiment, bulb fixed block 28 is set to turn the shape structure.The mounting groove 220 that arranges on lamp socket 22 moves, regulates the positional distance of illuminator 24 relative convex lens 26 by the displacement of spacing bulb fixed block 28 Widths of stopper slot 222 relative to the length direction along bulb installation portion 284 in mounting hole by bulb installation portion 284.
Further, the lamp socket 22 of the present embodiment is made for Heat Conduction Material.In the present embodiment, the preferred good aluminium alloy of heat conductivility that adopts of lamp socket 22 is made.The bottom of lamp socket 22 relative installation of the present embodiment is provided with ventilating opening 223.
Further, the lamp socket 22 of the present embodiment is set to the semiclosed case structure of an end opening.The openend of lamp socket or the one side of opening form the ventilating opening 223 of lamp socket 22.Opening one end of lamp socket 22 is mounted on the drain pan 30 of Biochemical Analyzer 102.
For further heat radiation, it is the fin type structure that lamp socket 22 shells of the present embodiment are set to heat radiating fin structure.
Further, for the convenient position of adjusting illuminator 24, the slit 225 that arrange with illuminator 24 positions of observation corresponding to convex lens 26 on the lamp socket 22 of the present embodiment.
Preferably, corresponding setting in the position of the slit 225 of the present embodiment and convex lens 26.When install adjusting illuminator 24, first bulb fixed block 28 is contained on frock clamp, also is provided with the fixture slit on this frock clamp and slit 225 relevant positions, position.Fixture slit and slit 225 relative set, by mobile bulb fixed block 28 with mobile light source lamp 24 slowly, until see through the filament that fixture slit and slit 225 are observed illuminator 24; Fixture by being arranged on lamp socket 22 both sides such as screw rod 21 illuminator 24 that is tightened again; Then light illuminator 24, observe illuminator 24 utilizing emitted lights and see through the imaging that convex lens 26 arrive the aperture 27 on the observation screen that arranges, slowly finely tune until the filament of illuminator 24 is imaged on the centre of observation screen aperture 27 by bulb fixed block 28; Utilize at last heat proof material to fill, solidify.
Further, the optical system 100 of the Biochemical Analyzer of the present embodiment also comprises: with filter wheel subsystem 60 relative set and gather radiative signal acquiring board 80 after this filter wheel subsystem 60 filters.Be provided with the radiative receiving sensor that receives after filter wheel subsystem 60 filters on signal acquiring board 80.
Further, the colorimetric pool subsystem 40 of the present embodiment comprises: colorimetric pool 42.Be provided with the light hole 422 that correspondingly with convex lens 26 arranges, passes for the utilizing emitted light of illuminator 24 on colorimetric pool 42.Be filled with sample liquid in light hole 422.Preferably, be full of sample liquid in light hole 422.
Further, also be provided with in the colorimetric pool subsystem 40 of the present embodiment: the temperature-detecting device that detects the sample liquid temperature, the control element that is connected with temperature-detecting device, and the heating and cooling device 47 that is connected with control element and heats or freeze according to the testing result of temperature-detecting device by the control of this control element.In the present embodiment, temperature-detecting device is preferably thermistor.
Further, the filter wheel subsystem 60 of the present embodiment comprises: the optical filter 62 that correspondingly with light hole 422 arranges, filters with the utilizing emitted light that light hole 422 transmissions are come.
Further, the filter wheel subsystem 60 of the present embodiment also comprises: optical filtering shell 68, be arranged on the filter wheel 64 in optical filtering shell 68 and be arranged on optical filtering shell 68 and drive the dynamical element that filter wheel 64 rotates to switch optical filter 62.In the present embodiment, dynamical element is decelerating step motor 66 preferably.Filter wheel subsystem 60 forms the closed type closure designs by optical filtering shell 68.
Further, optical filter 62 is arranged on filter wheel 64 and drives the optical filter that will be complementary with the wavelength of transmitted light of illuminator 24 by dynamical element and switches to correspondence position with light hole 422, to receive the utilizing emitted light of these light hole 422 transmission.
Further, in order to guarantee the sealing of filter wheel subsystem 60, be provided with connecting pipe between the light well of the filter wheel subsystem 60 of the present embodiment and colorimetric pool subsystem 60.Preferably, the connecting pipe of the present embodiment adopts silicone tube 65 to connect.
Further, the filament of illuminator 24 or light source center, convex lens 26 centers, light hole 422, optical filter 62 centers of filtering, receiving sensor are also corresponding to the straight line setting successively.
Further, be provided with ventilation slot 32 on the drain pan 30 of the present embodiment with on optical system 100 corresponding position.
The optical system 100 of the Biochemical Analyzer of the present embodiment comprises: illuminator subsystem 20, colorimetric pool subsystem 40, filter wheel subsystem 60.Wherein, illuminator subsystem 20 comprises: lamp socket 22, be arranged on illuminator 24 in lamp socket 22, and be used for assemble the radiative convex lens 26 of illuminator 24.Lamp socket 22 adopts aluminum alloy materials to make, and lamp socket 22 shells adopt the stripe shape design of heat radiator.
The drain pan 30 of Biochemical Analyzer 102 instruments of the present embodiment adopts thick bar shaped ventilation slots 32, and the fan 104 of large discharge capacity is equipped with in drain pan 30 rear ends.
Mounting groove 220 is arranged at the top of lamp socket 22, the spacing illuminator 24 in position, left and right, and illuminator 24 is regulated with front and back only.Illuminator 24 is arranged on the bulb fixed block 28 of aluminum by a frock clamp in advance, guarantees that the filament of illuminator 24 is at the center of convex lens 26.
The reflection ray of illuminator 24 was through passing the light hole 422 on colorimetric pool 42 after convex lens 26, light hole 422 the insides are full of sample liquid.Control the heating and cooling device by temperature-detecting device such as thermistor detected temperatures, sample liquid is controlled under specified temp, for example common 37 ℃.Filter wheel subsystem 60 uses dynamical element such as decelerating step motor 66 to rotate the optical filter 62 that filter wheel 64 switches different wave length, and utilizing emitted light is mating plate 62 arriving signal collection plates 80 after filtration.Filter wheel subsystem 60 adopts Seal Design, connects with silicone tube between the light well of filter wheel subsystem 60 and colorimetric pool subsystem 40.
The illuminator 24 of the present embodiment is selected Halogen lamp LED, dispels the heat by the ventilating opening 223 and the ventilation slot 32 formation air channel improvement on drain pan 30 that are arranged on lamp socket 22 bottoms settings, and the serviceable life of prolongation illuminator 24.Offer ventilating opening 223 in the bottom of lamp socket 22, the fan 104 of large discharge capacity is housed in the rear end of the drain pan 30 of Biochemical Analyzer 102.Fan 104 is with the Air Flow in Automatic Biochemical Analyzer 102, and the air of entering from ventilating opening 223 is taken away heat during through lamp socket 22.
The present invention is dispelled the heat by improvement and is extended the life-span of lamp, is convenient to change illuminator 24 by the design of bulb fixed block 28 simultaneously.Illuminator 24 is arranged on bulb fixed block 28, only needs when installing or changing by bulb fixed block 28, illuminator 24 to be put in lamp socket 22 simply, tightens a screw 29 and gets final product.
Be proven the optical system 100 of the Biochemical Analyzer of the present embodiment, the stabilized intensity of the illuminator 24 after 30 minutes of starting shooting, lamp socket 22 temperature are about 40 ℃ (under 25 ℃ of room temperatures), radiating effect is remarkable, and internal absorbance zero point drift in 20 minutes meets relevant national standard within 5/1000ths.
The above embodiment has only expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the scope of the claims of the present invention.Should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (10)
1. the optical system of a Biochemical Analyzer, it is characterized in that, comprise: corresponding illuminator subsystem, colorimetric pool subsystem, the filter wheel subsystem that arranges successively, described illuminator subsystem comprises: lamp socket, be arranged on illuminator in described lamp socket, and assemble the radiative convex lens of described illuminator, described illuminator is arranged in described lamp socket by the bulb fixed block; Be provided with on described lamp socket with described bulb fixed block be equipped with and make this bulb fixed block along its move, described illuminator is carried out the mounting groove of position adjustments.
2. the optical system of Biochemical Analyzer according to claim 1, it is characterized in that: described bulb fixed block comprises: the fixed part that is fixedly connected with described lamp socket, the bulb installation portion that is connected and installs described illuminator with described fixed part.
3. the optical system of Biochemical Analyzer according to claim 2, it is characterized in that: described mounting groove comprises: with the stopper slot of described fixed part relative set, and and described bulb installation portion relative set and make this bulb installation portion move to regulate the mounting hole of illuminator position along it.
4. the optical system of Biochemical Analyzer according to claim 3, it is characterized in that: described bulb fixed block is set to turn the shape structure; Described mounting groove is by the displacement of the spacing described bulb fixed block Width of described stopper slot, and by described bulb fixed part in described mounting hole relative to the length direction along described bulb fixed block move, to regulate the positional distance of the relatively described convex lens of described illuminator.
5. the optical system of Biochemical Analyzer according to claim 1, it is characterized in that: described lamp socket is that Heat Conduction Material is made, and described outer cover of lamp holder is set to heat radiating fin structure, and the bottom of described lamp socket is provided with ventilating opening.
6. the optical system of Biochemical Analyzer according to claim 5, it is characterized in that: described lamp socket is set to the semiclosed case structure of an end opening, and the openend of described lamp socket forms the ventilating opening of this lamp socket.
7. the optical system of the described Biochemical Analyzer of according to claim 1 to 6 any one, it is characterized in that: also comprise: with described filter wheel subsystem relative set and gather radiative signal acquiring board after this filter wheel subsystem filters, described colorimetric pool subsystem comprises: colorimetric pool, be provided with on described colorimetric pool correspondingly with described convex lens arrange, for the light hole that the utilizing emitted light of described illuminator passes, be filled with sample liquid in described light hole; Described filter wheel subsystem comprises: the optical filter that the utilizing emitted light that arrange and described light hole transmission come corresponding to described light hole filters.
8. the optical system of Biochemical Analyzer according to claim 7, it is characterized in that: described filter wheel subsystem comprises: filter wheel, and drive described filter wheel and rotate to carry out the dynamical element that optical filter switches, described optical filter is arranged on described filter wheel and drives the optical filter that will be complementary with the wavelength of transmitted light of described illuminator by described dynamical element and switches to described light hole corresponding position to receive the transmission ray of this light hole, is provided with the receiving sensor that receives the light after described optical filter filters on described signal acquiring board.
9. the optical system of Biochemical Analyzer according to claim 1, is characterized in that: be provided with connecting pipe between the light well of described filter wheel subsystem and described colorimetric pool subsystem.
10. Biochemical Analyzer, comprise drain pan, be arranged on the optical system on described drain pan, and be arranged on fan on described drain pan, it is characterized in that: described optical system comprises: the corresponding illuminator subsystem that arranges successively, the colorimetric pool subsystem, the filter wheel subsystem, described illuminator subsystem comprises: lamp socket, be arranged on illuminator in described lamp socket, and the radiative convex lens of the described illuminator of gathering, described illuminator is arranged in described lamp socket by the bulb fixed block, being provided with on described lamp socket with described bulb fixed block is equipped with and makes this bulb fixed block to move along it, described illuminator is carried out the mounting groove of position adjustments, be provided with ventilation slot on described drain pan with on described optical system corresponding position.
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| CN103824753B (en) * | 2014-02-27 | 2016-01-06 | 桂林优利特医疗电子有限公司 | The Halogen lamp LED encapsulating structure of Biochemical Analyzer, encapsulation frock and method for packing |
| CN105181591A (en) * | 2015-08-03 | 2015-12-23 | 基蛋生物科技股份有限公司 | Biochemical immune mixed analysis system and device |
| CN105021537A (en) * | 2015-08-13 | 2015-11-04 | 苏州优谱德精密仪器科技有限公司 | Device for analyzing fluid through optics |
| CN107654900A (en) * | 2017-10-18 | 2018-02-02 | 上海高施光电有限公司 | A kind of halogen light source |
| CN112924418A (en) * | 2019-12-05 | 2021-06-08 | 深圳迈瑞生物医疗电子股份有限公司 | Specific protein analysis system |
| CN113533324A (en) * | 2020-04-16 | 2021-10-22 | 广东润鹏生物技术有限公司 | Optical detection mechanism |
| CN113533324B (en) * | 2020-04-16 | 2022-07-01 | 广东润鹏生物技术有限公司 | Optical detection mechanism |
| CN111896490A (en) * | 2020-09-02 | 2020-11-06 | 桂林优利特医疗电子有限公司 | Method and device for manufacturing light source lamp of biochemical analyzer |
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