CN204101562U - The card plugging structure that a kind of self-adaptation is anti-bias - Google Patents
The card plugging structure that a kind of self-adaptation is anti-bias Download PDFInfo
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- CN204101562U CN204101562U CN201420550341.1U CN201420550341U CN204101562U CN 204101562 U CN204101562 U CN 204101562U CN 201420550341 U CN201420550341 U CN 201420550341U CN 204101562 U CN204101562 U CN 204101562U
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Abstract
The card plugging structure that the utility model provides a kind of self-adaptation anti-bias, is provided with and plants the induction installation put in place for responding to test card in card plugging structure, after induction installation induction test card is planted and put in place, test card could be guided to enter surveyed area.In order to the plant test card accurately put in place can be made, card plugging structure is provided with for preventing the locating device occurring to offset in the process of plant test card, locating device can make test card plant the induction region of induction installation accurately, prevent from like this offseting in the process of plant test card, improve service efficiency, be convenient to user operation, and card plugging structure is simple, has the anti-bias function of self-adaptation.
Description
Technical field
The utility model relates to the in-vitro diagnosis field of medical industry, is specifically related to the card plugging structure that a kind of self-adaptation is anti-bias.
Background technology
Diagnose in vitro in the semi-automatic immunofluorescence quantitative analysis instrument of the project such as industry CRP, PCT, need manually to insert detection and snap into external guide rail, to be detectedly be stuck in the built-in guide rail that external guide rail is transported to analyser after completion of the reaction again, after completing quantitative fluorescence analysis, test card is taken out from built-in guide rail and abandons.
In current semi-automatic immunofluorescence quantitative analysis instrument, need manually to insert test card, after making correct response when being located at two correlation light accidental resemblances on external guide rail, test card could be carried forward.If skew appears in test card, two correlation light occasionally just can not make correct response simultaneously, could normally must run its later half active immunity quantitative fluorescence analysis instrument analyser of rectifying a deviation.
Summary of the invention
The card plugging structure that the utility model provides a kind of self-adaptation anti-bias, comprise: for carrying the base plate of card plugging structure parts, be arranged on the guide rail described base plate entering surveyed area for the test card guiding plant to put in place, be arranged on described guide rail and plant the induction installation put in place for responding to test card, lid is located at the cover plate of surveyed area; Described guide rail is provided with for preventing the locating device occurring to offset in plant test card process.
Preferably, described induction installation comprises: the first induction installation and the second induction installation;
Whether described first induction installation is arranged on the card inserting mouth place near card plugging structure, offset along guide rail guiding direction for responding to described test card;
Whether described second induction installation is arranged on the end of card plugging structure, plant put in place for responding to described test card;
Described locating device comprises and being arranged between described first induction installation and described second induction installation, and the elastic positioning device be connected with described cover plate;
Described elastic positioning device is used for offseting with described test card, prevents described test card from offseting to the direction of surveyed area.
Preferably, described elastic positioning device is provided with the extension be fixedly connected with described cover plate, the stretch section be connected with described extension, and what be connected with described stretch section supports end;
Described stretch section is bow-shaped structural;
The described end that supports, for offseting with described test card, prevents described test card from offseting to the direction of surveyed area.
Preferably, described elastic positioning device is also provided with and supports the guide end of holding and being connected with described;
Described guide end offsets for guiding described test card and the described end that supports.
Preferably, described guide end is schistose texture, and described schistose texture guide end adopts circular arc to be excessively connected with the described sidepiece supporting end;
Or,
Described guide end is curved-surface structure, and described curved-surface structure guide end to be held and the sidepiece of described stretch section adopts circular arc to be excessively connected with described supporting respectively.
Preferably, the bottom of described stretch section is provided with projection;
Described projection be used for described test card when entering surveyed area by described elastic positioning device, described projection and described test card inconsistent, described elastic positioning device is upwards lifted, and described test card is passed through.
Preferably, described locating device also comprises location briquetting;
Described location briquetting is arranged on the test card insert division of described second induction installation;
Described location briquetting is used for guiding with the guide rail of described test card offseting in the other direction, and in plant test card process, the opposite direction preventing described test card from guiding along described guide rail offsets.
Preferably, the bottom of described location briquetting also offsets with the top of test card, and the height of support division stretches into the height of mouth lower than described second induction installation, in the process inserting test card, prevent test card from excessively tilting and touch described second induction installation and cause test card impaired.
Preferably, be provided with and anti-ly stick up device stretching porch near the test card of described first induction installation;
The described anti-device that sticks up encounters described first induction installation for preventing test card from excessively tilting in plant process, causes test card impaired.
Preferably, the outer setting of the card inserting mouth of the card plugging structure that self-adaptation is anti-bias has the guide piece that connect corresponding to card inserting mouth;
Described guide piece is used for preventing from offseting when inserting test card.
As can be seen from the above technical solutions, the utility model has the following advantages:
Be provided with in the utility model and plant the induction installation put in place for responding to test card, after induction installation induction test card is planted and put in place, test card could be guided to enter surveyed area.In order to the plant test card accurately put in place can be made, card plugging structure is provided with for preventing the locating device occurring to offset in the process of plant test card, locating device can make test card plant the induction region of induction installation accurately, prevent from like this offseting in the process of plant test card, improve service efficiency, be convenient to user operation, and card plugging structure is simple, has the anti-bias function of self-adaptation.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical solution of the utility model, be briefly described to the accompanying drawing used required in description below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
The embodiment one one-piece construction figure of the card plugging structure that Fig. 1 provides self-adaptation anti-bias for the utility model;
The cover plate of the embodiment one of the card plugging structure that Fig. 2 provides self-adaptation anti-bias for the utility model and elastic positioning device structural drawing;
The elastic positioning device structural drawing of the embodiment one of the card plugging structure that Fig. 3 provides self-adaptation anti-bias for the utility model;
The cover plate of the embodiment one of the card plugging structure that Fig. 4 provides self-adaptation anti-bias for the utility model and elastic positioning device structural drawing;
The bulge-structure figure of the elastic positioning device of the embodiment one of the card plugging structure that Fig. 5 provides self-adaptation anti-bias for the utility model;
The cover plate of the embodiment two of the card plugging structure that Fig. 6 provides self-adaptation anti-bias for the utility model and elastic positioning device structural drawing;
The elastic positioning device structural drawing of the embodiment two of the card plugging structure that Fig. 7 provides self-adaptation anti-bias for the utility model.
Description of reference numerals:
1 base plate, 2 guide rails, 3 motors, 4 driver plates, 5 gear trains, 6 guide pieces, 7 first induction installations, 8 prevent sticking up device, 9 second induction installations, 10 location briquettings, 11 cover plates, 12 elastic positioning devices, 13 test card, 21 extensions, 22 stretch sections, 23 support end, 24 sheet guide end, 25 curved surface guide end, 26 is protruding
Embodiment
For making the purpose of this utility model, feature, advantage can be more obvious and understandable, below in conjunction with the accompanying drawing in this specific embodiment, technical scheme in the utility model is clearly and completely described, obviously, the embodiments described below are only the utility model part embodiments, and the embodiment of not all.Based on the embodiment in this patent, those of ordinary skill in the art are not making other embodiments all obtained under creative work prerequisite, all belong to the scope of this patent protection.
Embodiment one: refer to shown in Fig. 1;
The card plugging structure that a kind of self-adaptation is anti-bias is provided in the present embodiment, comprise: for carrying the base plate 1 of card plugging structure parts, be arranged on the guide rail 2 described base plate 1 entering surveyed area for the test card 13 guiding plant to put in place, be arranged on described guide rail 2 and plant the induction installation put in place for responding to test card 13, lid is located at the cover plate 11 of surveyed area; Described guide rail 2 is provided with for preventing the locating device occurring to offset in the process of plant test card 13.
In the present embodiment, described induction installation comprises: the first induction installation 7 and the second induction installation 9;
Whether described first induction installation 7 is arranged on the card inserting mouth place near card plugging structure, guide direction offset for responding to test card 13 along described guide rail 2; Whether described second induction installation 9 is arranged on the end of card plugging structure, plant put in place for responding to test card;
In the present embodiment, after described first induction installation 7 and described second induction installation 9 must sense test card 13 simultaneously, test card 13 just can be made to enter surveyed area.Described first induction installation 7 and described second induction installation 9 can adopt correlation light even, concrete can adopt slot type correlation light even, when test card 13 is planted in the slot type correlation light idol of described first induction installation 7 and described second induction installation 9, slot type correlation light is suddenly felt and answers test card 13 plant to put in place.Described first induction installation 7 and described second induction installation 9 can also adopt photoelectric sensor, existing receiving end, there is again the photoelectric sensor of transmitting terminal, as a same reason, plant when test card 13 and arrive the centre of photoelectric sensor receiving end and transmitting terminal, make photoelectric sensor respond to test card 13 plant to put in place, test card 13 can be made to enter surveyed area.In the present embodiment, described first induction installation 7 and described second induction installation 9 can adopt correlation light even.
In the present embodiment, in order to plant direction and the traffic direction of test card can be described more clearly, mark X-direction and Y direction in fig. 1, wherein the X-axis direction of arrow is the direction that the test card guiding plant to put in place enters surveyed area, and the opposite direction of X-axis arrow is for returning the direction of surveyed area; And the direction of arrow of Y-axis is the direction of insertion of test card.Direction statement below all adopts the direction of X-axis and Y-axis to state.
In the present embodiment, described locating device also comprises the elastic positioning device 12 be arranged between described first induction installation 7 and described second induction installation 9;
Described elastic positioning device 12, for offseting with described test card 13, prevents described test card 13 from offseting to the direction of surveyed area.Namely in the process of plant test card 13, prevent test card 13 from offseting along the X-axis direction of arrow.
In the present embodiment, refer to shown in Fig. 2 and Fig. 3, described elastic positioning device 12 is provided with the extension 21 be fixedly connected with described cover plate 11, the stretch section 22 be connected with described extension 21, and what be connected with described stretch section 22 supports end 23; Described stretch section 22 is bow-shaped structural; The described end 23 that supports, for offseting with described test card 13, prevents described test card 13 from offseting along the X-axis direction of arrow.
Concrete, in the direction of arrow plant process of test card 13 along Y-axis, described elastic positioning device 12 offsets along the X-axis direction of arrow with test card 13, prevents test card 13 from offseting along the X-axis direction of arrow.In the present embodiment, described elastic positioning device is elastic positioning device 12, and elastic positioning device 12 can be metallic elastic locating device.The bottom surface of described elastic positioning device 12, lower than test card 13 end face, in the process of plant test card 13, prevents test card 13 from offseting along the X-axis direction of arrow.The elastic positioning device 12 being arranged on one end of described cover plate 11 can be set at least two, and such elastic positioning device 12 can insert whole process in test card 13 along the Y direction of arrow and play the effect preventing from offseting.
Be understandable that, the extension 21 of elastic positioning device 12 is connected with cover plate 11, extension 21 connects stretch section 22, stretch section 22 is bow-shaped structural, bow-shaped structural can resilience after being compressed, there is good retractility, support end 23 like this and offset with test card 13, arched stretch section 22 is compressed.Due to the spring function of stretch section 22, make to support end 23 to offset with test card 13, damage can not be caused to test card 13, and stretch section 22 can stretch, even if the width dimensions of test card 13 slightly changes, support end 23 still to offset with test card 13, ensure that test card 13 can not offset along the X-axis direction of arrow.
In the present embodiment, described elastic positioning device 12 is also provided with and the described guide end supporting end 23 and be connected; Described guide end offsets with the described end 23 that supports for guiding described test card 13.
Concrete, described guide end is schistose texture, and described schistose texture guide end 24 adopts circular arc to be excessively connected with the described sidepiece supporting end 23.Like this schistose texture guide end 24 be set at the sidepiece supporting end 23 and adopt circular arc excessively to connect, can prevent test card 13 in plant process, touch the sidepiece supporting end 23, and cause test card 13 to damage.And schistose texture guide end 24 is set, test card 13 can be guided to offset with the end 23 that supports of elastic positioning device 12, prevent test card 13 from offseting along the X-axis direction of arrow.In the present embodiment, the sidepiece supporting end 23 is provided with rake, and schistose texture guide end 24 is connected with the rake of this sidepiece.Test card 13 is in plant process, and test card 13 is subject to being arranged on the schistose texture guide end 24 supporting end 23 rake and guides and support end 23 and offset.Like this by being arranged on the schistose texture guide end 24 supporting end 23 rake, schistose texture guide end 24 takes the mode at certain angle of inclination to guide test card 13, instead of adopt the vertical mode abutted to guide test card 13 and support end 23 and offset, avoid the damage to test card 13.
In the present embodiment, refer to shown in Fig. 4 and Fig. 5, the bottom of described stretch section 22 is provided with protruding 26; Described protruding 26 for described test card 13 when entering surveyed area by described elastic positioning device 12, described protruding 26 with described test card 13 inconsistent, described elastic positioning device 12 is upwards lifted, and described test card 13 is passed through.
In the present embodiment, the transfer plate 4 that the card plugging structure that described self-adaptation is anti-bias also comprises motor 3, gear train 5 and is arranged on for making test card 13 transmit along described guide rail 2 on described guide rail 2; Described motor 3, for driving described gear train 5, makes described gear train 5 that described transfer plate 4 can be driven to upload at described guide rail 2 and send test card 13; Gear train 5 can adopt belt gear, also can adopt chain drive etc., and the present embodiment adopts belt gear.
In the present embodiment, when test card 13 is sent into surveyed area by described transfer plate 4, need through elastic positioning device 12.Protruding 26 are wherein provided with in the bottom of stretch section 22, described transfer plate 4 through elastic positioning device 12 time, inconsistent with projection 26 by the test card 13 transmitted, the stretch section 22 of elastic positioning device 12 is made to produce elastic deformation and upwards lift, make described transfer plate 4 and test card 13 can by described elastic positioning device 12, and described transfer plate 4 is when returning after transmitting test card 13, through described elastic positioning device 12, the stretch section 22 of elastic positioning device 12 produces elastic deformation and upwards lifts, described transfer plate 4 is made to return reference position, described elastic positioning device 12 recovers elastic deformation, ensure that plug-in card process prevents skew next time.
In the present embodiment, protruding 26 is have circular arc body shape, or circular arc sheet, and arc-shaped make transfer plate 4 with test card 13 when conflicting, transfer plate 4 and test card 13 surface can not be damaged, ensure that transfer plate 4 and test card 13 can pass through elastic positioning device 12.
Described locating device comprises the location briquetting 10 being arranged on the second induction installation 9 test card insert division; Described location briquetting 10 offsets with opposite direction one end of the X-axis arrow of test card 13, in plant test card 13 process, prevents test card 13 from offseting toward the opposite direction of X-axis arrow in Y direction of arrow transport process.
Be understandable that, during plant test card 13, before test card 13 enters the second induction installation 9, location briquetting 10 offsets with opposite direction one end of the X-axis arrow of test card 13, prevents test card 13 to offset toward the opposite direction of X-axis arrow in Y direction of arrow transport process.But also do not affect test card 13 and enter surveyed area along the X-axis direction of arrow.
In the present embodiment, the bottom of described location briquetting 10 also offsets with the top of test card 13, and the height of support division stretches into the height of mouth lower than described second induction installation 9, for in the process inserting test card 13, prevent test card 13 from excessively tilting and touch described second induction installation 9 and cause test card 13 impaired.
Be understandable that, in the process inserting test card 13, test card 13 is inserted card plugging structure inside by user's hand-held test card 13 one end, test card 13 will be likely made to touch described second induction installation 9 if test card 13 excessively tilts, usual test card 13 is soft, if with the second induction installation 9, to touch the excessive test card 13 that causes of dynamics impaired, cannot detect.And then the bottom of described location briquetting 10 also offsets with the top of test card 13, and the height of support division stretches into the height of mouth lower than described second induction installation 9, can prevent test card 13 from excessively tilting and touching described second induction installation 9 like this.
In the present embodiment, be provided with and anti-ly stick up device 8 stretching porch near the test card 13 of described first induction installation 7; The described anti-device 8 that sticks up encounters described first induction installation 7 for preventing test card 13 from excessively tilting in plant process, causes test card 13 impaired.
Be understandable that, in the process inserting test card 13, test card 13 is inserted card plugging structure inside by user's hand-held test card 13 one end, will likely make test card 13 touch described first induction installation 7 if test card 13 excessively tilts.Usual test card 13 is soft, if to touch the excessive test card 13 that causes of dynamics impaired with the first induction installation 7, cannot detect.And then, be provided with and anti-ly stick up device 8 stretching porch near the test card 13 of described first induction installation 7; Prevent test card 13 from excessively tilting in plant process and encountering described first induction installation 7, cause test card 13 impaired.
Prevent that sticking up device 8 can adopt pressing plate or briquetting, the height that anti-test card 13 of sticking up device 8 stretches into mouth stretches the height of access opening top lower than the first induction installation 7 test card 13, like this when inserting test card 13, can prevent test card 13 from excessively tilting in plant process and encountering described first induction installation 7.
In the present embodiment, the outer setting of the card inserting mouth of the card plugging structure that self-adaptation is anti-bias has the guide piece 6 that connect corresponding to card inserting mouth; Described guide piece 6 offsets when inserting test card 13 for preventing.
In the present embodiment, guide piece 6 can adopt the orienting lug with U-shaped or H-shaped groove, and the width of its U-shaped or H-shaped groove can be suitable with the width of test card 13, or slightly bigger, the length of guide piece 6 is shorter than test card 13, is convenient to the hand-held test card 13 of user and is inserted in card plugging structure.During plant test card 13, test card 13 being inserted in U-shaped or H-shaped groove, can insert in card plugging structure, preventing from offseting when inserting test card 13.
Embodiment two: embodiment two possesses the technical characteristic of embodiment one equally, but be with embodiment one difference: refer to shown in Fig. 6 and Fig. 7, described guide end is curved-surface structure, and described curved-surface structure guide end 25 adopts circular arc to be excessively connected with the described sidepiece supporting end 23 and described stretch section 22 respectively.
Concrete, described guide end is curved-surface structure, and described curved-surface structure guide end 25 adopts circular arc to be excessively connected with the described sidepiece supporting end 23 and described stretch section 22 respectively.Can prevent test card 13 like this in plant process, touch the sidepiece supporting end 23, and cause test card 13 to damage.And curved-surface structure guide end 25 is set, test card 13 can be guided to offset with the end 23 that supports of elastic positioning device 12, prevent test card 13 from offseting along the X-axis direction of arrow.
Embodiment three: embodiment three possesses the technical characteristic of embodiment one and embodiment two equally, but be with embodiment one and embodiment two difference:
Described elastic positioning device 12 is for being arranged on and the elasticity place kick in described guide rail 2 plane.
X-axis direction of arrow one end of described elasticity place kick and test card 13 offsets, for in the process of plant test card 13, prevent test card 13 from offseting along the X-axis direction of arrow, and when described transfer plate 4 and test card 13 are through described elasticity place kick, described elasticity place kick is concordant with described guide rail 2 plane because being subject to described transfer plate 4 and extruding, and makes described transfer plate 4 can by described elasticity place kick with test card 13; When returning after described transfer plate 4 transmits test card 13, through described elasticity place kick, described elasticity place kick is also subject to described transfer plate 4 and extrudes and concordant with described guide rail 2 plane, described transfer plate 4 is made to return reference position, described elasticity place kick restores to the original state, and ensures that plug-in card process prevents skew next time.
Elasticity place kick under normal circumstances, the half of elasticity place kick diameter or 2/3rds is on the top of guide rail 2 plane, after receiving transfer plate 4 extruding, elasticity place kick on guide rail 2 plane top is concordant with described guide rail 2 plane because being subject to described transfer plate 4 and extruding, and makes described transfer plate 4 can by described elasticity place kick with test card 13.
In this instructions, each embodiment adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, between each embodiment identical similar portion mutually see.
To the above-mentioned explanation of the disclosed embodiments, professional and technical personnel in the field are realized or uses the utility model.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein when not departing from spirit or scope of the present utility model, can realize in other embodiments.Therefore, the utility model can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (10)
1. the card plugging structure that a self-adaptation is anti-bias, comprise: for carrying the base plate of card plugging structure parts, be arranged on the guide rail described base plate entering surveyed area for the test card guiding plant to put in place, be arranged on described guide rail and plant the induction installation put in place for responding to test card, lid is located at the cover plate of surveyed area; It is characterized in that, described guide rail being provided with for preventing the locating device occurring to offset in plant test card process.
2. the card plugging structure that self-adaptation according to claim 1 is anti-bias, is characterized in that,
Described induction installation comprises: the first induction installation and the second induction installation;
Whether described first induction installation is arranged on the card inserting mouth place near card plugging structure, offset along guide rail guiding direction for responding to described test card;
Whether described second induction installation is arranged on the end of card plugging structure, plant put in place for responding to described test card;
Described locating device comprises and being arranged between described first induction installation and described second induction installation, and the elastic positioning device be connected with described cover plate;
Described elastic positioning device is used for offseting with described test card, prevents described test card from offseting to the direction of surveyed area.
3. the card plugging structure that self-adaptation according to claim 2 is anti-bias, is characterized in that,
Described elastic positioning device is provided with the extension be fixedly connected with described cover plate, the stretch section be connected with described extension, and what be connected with described stretch section supports end;
Described stretch section is bow-shaped structural;
The described end that supports, for offseting with described test card, prevents described test card from offseting to the direction of surveyed area.
4. the card plugging structure that self-adaptation according to claim 3 is anti-bias, is characterized in that,
Described elastic positioning device is also provided with and supports the guide end of holding and being connected with described;
Described guide end offsets for guiding described test card and the described end that supports.
5. the card plugging structure that self-adaptation according to claim 4 is anti-bias, is characterized in that,
Described guide end is schistose texture, and described schistose texture guide end adopts circular arc to be excessively connected with the described sidepiece supporting end;
Or,
Described guide end is curved-surface structure, and described curved-surface structure guide end to be held and the sidepiece of described stretch section adopts circular arc to be excessively connected with described supporting respectively.
6. the card plugging structure that self-adaptation according to claim 3 is anti-bias, is characterized in that,
The bottom of described stretch section is provided with projection;
Described projection be used for described test card when entering surveyed area by described elastic positioning device, described projection and described test card inconsistent, described elastic positioning device is upwards lifted, and described test card is passed through.
7. the card plugging structure that self-adaptation according to claim 2 is anti-bias, is characterized in that,
Described locating device also comprises location briquetting;
Described location briquetting is arranged on the test card insert division of described second induction installation;
Described location briquetting is used for guiding with the guide rail of described test card offseting in the other direction, and in plant test card process, the opposite direction preventing described test card from guiding along described guide rail offsets.
8. the card plugging structure that self-adaptation according to claim 7 is anti-bias, is characterized in that,
The bottom of described location briquetting also offsets with the top of test card, and the height of support division stretches into the height of mouth lower than described second induction installation, for in the process inserting test card, prevent test card from excessively tilting and touch described second induction installation and cause test card impaired.
9. the card plugging structure that self-adaptation according to claim 2 is anti-bias, is characterized in that,
Be provided with and anti-ly stick up device stretching porch near the test card of described first induction installation;
The described anti-device that sticks up encounters described first induction installation for preventing test card from excessively tilting in plant process, causes test card impaired.
10. the card plugging structure that self-adaptation according to claim 1 is anti-bias, is characterized in that,
The outer setting of the card inserting mouth of the card plugging structure that self-adaptation is anti-bias has the guide piece that connect corresponding to card inserting mouth;
Described guide piece is used for preventing from offseting when inserting test card.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420550341.1U CN204101562U (en) | 2014-09-23 | 2014-09-23 | The card plugging structure that a kind of self-adaptation is anti-bias |
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| CN201420550341.1U CN204101562U (en) | 2014-09-23 | 2014-09-23 | The card plugging structure that a kind of self-adaptation is anti-bias |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108627513A (en) * | 2018-01-22 | 2018-10-09 | 重庆中元汇吉生物技术有限公司 | A kind of prescan method, system and terminal for reagent card |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108627513A (en) * | 2018-01-22 | 2018-10-09 | 重庆中元汇吉生物技术有限公司 | A kind of prescan method, system and terminal for reagent card |
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Address after: 519031 office 2320, No. 3000, Huandao East Road, Hengqin new area, Zhuhai, Guangdong Patentee after: Yangpu Medical Technology Co.,Ltd. Address before: 510000 Kaiyuan Avenue 102, Science City, Guangzhou Economic and Technological Development Zone, Guangdong Province Patentee before: GUANGZHOU IMPROVE MEDICAL TECHNOLOGY Co.,Ltd. |
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