CN106199030B - Sample management and analytical equipment with emergency diagnosis position - Google Patents
Sample management and analytical equipment with emergency diagnosis position Download PDFInfo
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- CN106199030B CN106199030B CN201610804005.9A CN201610804005A CN106199030B CN 106199030 B CN106199030 B CN 106199030B CN 201610804005 A CN201610804005 A CN 201610804005A CN 106199030 B CN106199030 B CN 106199030B
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N35/00—Automatic analysis not limited to methods or materials provided for in any single one of groups G01N1/00 - G01N33/00; Handling materials therefor
- G01N35/02—Automatic analysis not limited to methods or materials provided for in any single one of groups G01N1/00 - G01N33/00; Handling materials therefor using a plurality of sample containers moved by a conveyor system past one or more treatment or analysis stations
- G01N35/04—Details of the conveyor system
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Abstract
The invention discloses a kind of sample management and analytical equipment with emergency diagnosis position, including the sample rack being connected on carrier is loaded into unit, sample line delivery unit and sample rack and sets out unit；Carrier is the box structure of upper shed, positioned at carrier bottom plate middle position be provided with the semiclapboard that extends longitudinally by carrier be divided into for sample rack loading passage and set out passage, be loaded into the outlet of passage and set out passage import between be mutually connected by sample line delivery unit；Carrier provided with loading buy securities with all one's capital sensor, set out sensor of buying securities with all one's capital, cover sensor, code reader and scanning window.The present invention promotes sample rack by first, second pushing handle mechanisms relay, improves the stability in sample rack moving process, prevents sample rack from tilting；Multiple sample racks can be once placed being loaded into passage, operating efficiency is improved；It is loaded into passage and is provided with emergency diagnosis position, urgent sample can be detected；The blocked ear of sample rack prevents sample rack from tilting.
Description
Technical field
The present invention relates to in-vitro diagnosis equipment, more particularly, to sample management and analytical equipment with emergency diagnosis position.
Background technology
Be currently used for the sample rack Transmission system of full-automatic in-vitro diagnosis equipment, the sample rack Transmission system of emergency diagnosis position with it is general
The Transmission system of logical sample rack is separately independently arranged, and is not interfere with each other.Therefore, passed in the sample rack of full-automatic in-vitro diagnosis equipment
Also needed in defeated system it is special in addition emergency diagnosis position sample rack Transmission system is set, add full-automatic in-vitro diagnosis equipment volume and
Manufacturing cost.
At present, the sample frame conveying device with emergency diagnosis position, the first patent CN of such as the applicant have been developed
101995480 A, the title sample frame conveying device of emergency diagnosis position " carry ", including be arranged on bottom plate input guide rail, output
Sample rack input section on guide rail and conveyer belt, bottom plate is provided with urgent sample bit, and urgent sample bit electromagnetic actuator and execution are convex
Block is controlled, and urgent sample and common sample delivery system are united two into one, save full-automatic in-vitro diagnosis and set by the first patent
Standby space, reduces the volume of instrument, saves manufacturing cost.But also have the following disadvantages：First, it is loaded into urgent sample rack
When, it is necessary to be put into sample rack one by one, it is cumbersome；Second, the patent is conveyed using timing belt, and sample rack is directly placed at
High to the surface quality requirements of timing belt on timing belt, timing belt shaking volume is big, the stability during influence sample loading；
3rd, when sample line is loaded into, belt is scratched, causes sample rack to be loaded into abnormal, the 4th, in sample rack input process, transmission
The stability of band is poor, and sample rack is easily tilted；5th, urgent sample bit is by electromagnetic actuator and performs projection control, and influence is loaded into
The quantity of sample rack, inconvenient for use, electromagnet can not work long hours, and easily break down.
First patent CN103226149 A, title " sample rack administrative unit ", although can once transport one or more samples
This, but the patent does not have urgent sample bit or emergency diagnosis position, it is impossible to be used in the analysis detection of urgent sample；In addition, the patent
Job requirements are put into sample rack when in use high, operator needs that sample rack could be carried out after formal training to be put into work
Industry.
The content of the invention
Present invention aims at provide a kind of sample management and analytical equipment with emergency diagnosis position.
To achieve the above object, the present invention takes following technical proposals：
Sample management and analytical equipment of the present invention with emergency diagnosis position, including the sample rack being connected on carrier are carried
Enter unit, sample line delivery unit and sample rack and set out unit；The carrier is the box structure of upper shed, positioned at carrier
Carrier is vertically divided into loading passage and load for sample rack by bottom plate middle position provided with the semiclapboard extended longitudinally
Go out passage, be mutually connected by sample line delivery unit between the outlet of the loading passage and the import for setting out passage；Carrier
It is upper be located at be loaded at channel entrance provided with loading buy securities with all one's capital sensor, positioned at set out channel exit be provided with set out buy securities with all one's capital sensor and
Cover sensor, positioned at sample line delivery unit be provided with code reader and scanning window；
The sample rack is loaded into the lower section that unit is arranged on the loading passage, including first, second pushing handle mechanisms, described
First pushing handle mechanisms include being extended on supporting plate and the edge of the bottom plate lower surface to Way out along loading channel entrance
Longitudinal direction is opened in the first groove on bottom plate；The supporting plate is provided with the first slide rail, slide on first slide rail be provided with by
The first push pedal, described first are fixed with first synchronous motor and the first sliding block of the first timing belt driving, first sliding block
Being extend into through first groove for push pedal is loaded into passage；The two ends of first timing belt are respectively provided with detection
First initial level sensor and limit sensors of one push pedal, second pushing handle mechanisms are arranged on the output end of the first timing belt
Position；Second pushing handle mechanisms include the motor rack for being connected in bottom plate lower surface, and the motor rack is sensed provided with the second initial bit
The second sliding block for being provided with and being driven by the second synchronous motor and the second timing belt is slided on device and the second slide rail, second slide rail,
Second sliding block is provided with linear stepping motor and the first push handle up and down reciprocatingly driven by the linear stepping motor；It is located at
The second groove is offered along longitudinal direction on the loading channel base plate of first timing belt output end, the upper end of first push handle is located at institute
State in the second groove, positioned at the bottom plate being loaded at channel outlet position provided with loading sensors in place；
The sample line delivery unit includes transversely being connected in guide plate on carrier, and the guide plate is provided with the
Three slide rails, the 3rd slide rail, which is located to be loaded at channel outlet position, is provided with the 3rd initial level sensor, and the 3rd slide rail, which is located at, to be carried
Go out provided with output level sensor at channel entrance position, the 3rd slide rail is slided to be provided with and driven by the 3rd synchronous motor and the 3rd timing belt
The 3rd dynamic sliding block, the 3rd sliding block is provided with the second push pedal, carrier and offers what is be engaged with second push pedal
Chute；
The sample rack sets out the support that sets out that unit includes being connected in the bottom plate lower surface, and described set out sets on support
Have by setting out motor-driven second push handle, offer and pushed away with described second on the carrier set out at channel entrance position
The 3rd groove that handle is engaged.
Described be loaded on the bottom plate of passage along longitudinal direction is provided with correspondence on sample rack loading guide rail, the bottom plate for setting out passage
Sample rack is vertically arranged with the second push handle position and sets out guide rail, the bottom of the sample rack is offered to be carried with described
Enter, set out the groove that guide rail is slidably matched.
The sample rack is loaded into, sets out track cross-section for rectangle, triangle, U-shaped, T-shaped or trapezoidal.
The bottom plate is in concave shape or T-shaped positioned at the cross section for being loaded into passage, setting out at channel position.
It is located on the carrier at the scanning window position and is provided with mounting groove, is provided with the mounting groove for removing
The brush of sample tube electrostatic on sample rack is removed, thief hole is provided with corresponding to the carrier installed at groove location.
One end of the sample rack is provided with the blocked ear coordinated with the forward and backward flapper gap.
The bottom plate is stainless steel, and the bottom of the sample rack is embedded with magnet piece.
The invention has the advantages that when cover sensor does not touch, being loaded into passage and setting out optional position in passage can put
Enter or take out sample rack, sample rack is put into or to take out operation simple；Sample rack is being loaded into passage using the first pushing handle mechanisms and the
Two pushing handle mechanisms refiles, sample rack is placed on being promoted by the first push pedal or the first push handle and slided along loading guide rail,
Avoid and directly place sample rack on timing belt, it is ensured that the stability in sample rack moving process, prevent sample rack from toppling over；
Multiple sample racks can be put into every time by being loaded into passage, solve the problem of once can only putting a sample rack in loading passage,
Reduce artificial number of operations；Urgent sample can be placed in emergency diagnosis position, is easy to emergency treatment；Bottom plate is located at loading passage or sets out passage
Part be in concave shape or T-shaped, reduce with the contact area of sample rack, promote sample rack to slide, the magnet of sample rack bottom
Prevent sample rack from toppling over blocked ear.
Brief description of the drawings
Fig. 1 is the dimensional structure diagram of the present invention.
Fig. 2 is the overlooking the structure diagram of carrier in Fig. 1.
Fig. 3 is that carrier in Fig. 1, sample rack are loaded into the axle side that unit, sample line delivery unit and sample rack set out unit
Structural representation.
Fig. 4 is the mplifying structure schematic diagram at A in Fig. 3.
Fig. 5 is the dimensional structure diagram of the second pushing handle mechanisms of the present invention.
Fig. 6 is the dimensional structure diagram of sample line delivery unit of the present invention.
Fig. 7 is that sample rack of the present invention is being loaded into passage and is setting out the operation sectional view of passage.
Embodiment
As shown in Figure 1, Figure 3, sample management and analytical equipment of the present invention with emergency diagnosis position, including be connected in and hold
Sample rack on carrier is loaded into unit, sample line delivery unit and sample rack and sets out unit, as shown in figure 1, carrier is top
Be open the body structure set, and carrier includes front, rear, left and right baffle plate 1.1,1.2,1.3,1.4 and is fixed with circuit switch guarantor
The bottom plate 1.6 of backplate 1.5, prevents sample rack from being loaded into passage or set out and come off or tilt in passage, the interposition of right baffle-plate 1.3
Put the vertical semiclapboard 1.7 for being provided with and being extended along the direction of front apron 1.1, semiclapboard 1.7 by carrier be divided into loading passage and
Passage is set out, the part that bottom plate 1.6 is located between semiclapboard 1.7 and right shell body 1.4 is sample line area, is loaded into channel base plate 1.6
On be vertically arranged with sample rack be loaded into guide rail 1.13, front apron 1.1 be located at sample rack imports end position at provided be loaded into
Buy securities with all one's capital sensor 1.8, in the left part of rear baffle 1.2 provided with buy securities with all one's capital sensor 1.9 and cover sensor 1.10 is set out, in right gear
The right panel face of plate 1.4 is provided with code reader 1.11, corresponds in right shell body 1.4 and is swept with being provided with the position of the code reader 1.11
Window 1.12 is retouched, mounting groove 1.15, mounting groove 1.15 is provided with the position of the rear end of scanning window 1.12 in right shell body 1.4
Brush 1.16 for removing sample tube electrostatic on sample rack is inside installed, in the horizontally disposed supporting surface in the upper end of right shell body 1.4
Corresponding to thief hole 1.18 is provided with the position of mounting groove 1.15 on plate 1.17, when sample is run to sample line area, sample is completed
This information gathering and sampling work；
Sample rack is loaded into unit and is arranged on the lower section for being loaded into passage, and sample rack, which is loaded into unit, includes first, second pushing hands machine
Structure, as shown in figure 3, the first pushing handle mechanisms include being connected in the supporting plate 4.1 of the lower surface of bottom plate 1.6, supporting plate 4.1 is from sample rack
Imports end is set to the extreme direction of right shell body 1.4, and level is provided with the first slide rail 4.2, the first slide rail 4.2 and slided in supporting plate 4.1
Provided with the first sliding block 4.3, the first sliding block 4.3 is connected with the first timing belt 4.5 driven by the first synchronous motor 4.4, and first slides
The first push pedal 4.6 is fixed with block 4.3, one end of first push pedal 4.6 is extend into loading passage through bottom plate 1.6, bottom
On one end of plate 1.6 the first groove is offered from sample rack imports end to the end of right shell body 1.4（Figure is not regarded）, the edge of the first push pedal 4.6
First groove back and forth movement, the both ends of the first timing belt 4.5 are respectively provided with the first initial bit of the first push pedal 4.6 of detection
Sensor 4.7 and limit sensors 4.8, the output end of the first timing belt 4.5 are provided with the second described pushing handle mechanisms, such as Fig. 5 institutes
Show, the second pushing handle mechanisms include the motor rack 5.1 for being connected in the lower surface of bottom plate 1.6, one end of the motor rack 5.1 is provided with second
Initial level sensor 5.2, motor rack 5.1, which is provided with to slide on the second slide rail 5.3, second slide rail 5.3, is provided with the second sliding block
5.4, second sliding block 5.4 is connected with the second timing belt 5.6 driven by the second synchronous motor 5.5, is set on the second sliding block 5.4
There are linear stepping motor 5.7 and the first push handle 5.8 up and down reciprocatingly driven by the linear stepping motor 5.7, as shown in Figure 1, Figure 2 institute
Show, the second groove 5.9, described first are provided with from the output end of the first timing belt 4.5 to the end of right shell body 1.4 on bottom plate 1.6
The upper end of push handle 5.8 is come and gone through second groove 5.9, as shown in Figure 3, Figure 4, is located in bottom plate 1.6 and is loaded into sample in passage
Provided with loading sensors in place 5.10 at the position of this output end；
Sample line delivery unit is arranged on the output end of second timing belt 5.6, as shown in fig. 6, sample line transmission is single
Member includes being connected in level on the guide plate 2.1 of the lower end of right shell body 1.4, guide plate 2.1 and is provided with the 3rd slide rail 2.2, the described 3rd
One end of slide rail 2.2 is provided with the 3rd initial level sensor 2.3, and the rear side of right shell body 1.4 is provided with output level sensor 2.4, the 3rd
Slide rail 2.2, which is slided, is provided with the 3rd sliding block 2.5, the 3rd sliding block 2.5 and the 3rd timing belt 2.7 driven by the 3rd synchronous motor 2.6
It is connected, the 3rd sliding block 2.5 is provided with horizontally disposed second push pedal 2.8, is offered in one end of right shell body 1.4 and the second push pedal
2.8 chutes 2.9 being engaged；
Sample rack sets out the output end that unit is arranged on the 3rd timing belt 2.7, as shown in Figure 3, Figure 4, and sample rack sets out list
What member included being connected in the lower surface of bottom plate 1.6 sets out support 3.1, set out support 3.1 be provided with by set out that motor 3.2 drives the
Two push handles 3.3, the second push handle 3.3 is come and gone through the 3rd groove 3.4 in right shell body 1.4, is set out channel base plate 1.6 and is corresponded to the
It is provided with the position of three grooves 3.4 along the direction of motion of the second push handle 3.3 and sets out guide rail 1.14.
During actual manufacture, as shown in fig. 7, the cross section for being loaded into, setting out guide rail 1.13,1.14 is rectangle, naturally it is also possible to
Triangle, U-shaped, T-shaped or trapezoidal, the bottom of sample rack offers and is loaded into, set out guide rail 1.13,1.14 be slidably matched it is recessed
Groove 6.1, is slided, the glide direction of correcting sample rack prevents sample rack from inclining in sample rack along being loaded into or setting out guide rail 1.13,1.14
Tiltedly, one end of sample rack is provided with the blocked ear 6.2 coordinated with forward and backward baffle plate 1.1,1.2 gaps, and blocked ear 6.2 forms anti-with front apron
Inversion, further avoids sample rack from toppling over.
During actual manufacture, shown in Fig. 1, Fig. 7, bottom plate 1.6 be located at be loaded into passage, the cross section that sets out channel interior point is in
Concave shape or T-shaped, reduce the contact area of sample rack and bottom plate 1.6, and then reducing friction resistance；Bottom plate 1.6 uses stainless steel
Material, sample rack bottom is embedded with magnet piece（3 × 3mm, schemes not depending on going out）, in sample rack sliding process, the magnet on sample rack
Block adsorbs bottom plate 1.6, prevents sample rack from toppling over.
The course of work of the present invention is summarized as follows：
The present invention operationally, be put into loading passage by staff successively, cover sensor by multiple sample racks
Signal is passed to control system by 1.10, and control system sends signal to the first synchronous motor 4.4 and drives the first timing belt 4.5 to pass
It is dynamic, drive the first sliding block 4.3 to be moved along the first slide rail 4.2, the first push pedal 4.6 promotes sample rack to sample line area along the first groove
Mobile, when the first push pedal 4.6 is reached at the position of limit sensors 4.8, limit sensors 4.8 send signal, the first push pedal 4.6
Home position is back to, waits the first initial level sensor 4.7 to send instruction and carries out next group of sample rack loading work.Second is same
Step motor 5.5 sends signal, and the push handle 5.8 of linear stepping motor 5.7 and first is sent to the position before sample line area, sample
Frame is run to sample line area with the first push handle 5.8, and the first push handle 5.8 stops that the first pushing handle mechanisms push the next group of sample rack of coming
Into sample line area, when the first push pedal 4.6 reaches 4.8 position of limit sensors, home position is returned to；Sample rack enters sampling
Behind line area, the second synchronous motor 5.5 sends signal, promotes the push handle 5.8 of linear stepping motor 5.7 and first to return to origin, carries out
Refile.Sample rack is reached behind sample line area, is loaded into sensors in place 5.10 and is transmitted a signal to the 3rd synchronous motor 2.6,
3rd synchronous motor 2.6 drives the 3rd timing belt 2.7 to be driven, and drives the 3rd sliding block 2.5 to be moved along the 3rd slide rail 2.2, second pushes away
Plate 2.8 promotes sample rack to passage movement is set out, and when sample rack is scanned through window 1.12, code reader 1.11 is on sample rack
Sample is scanned so as to collecting sample information, and the brush 1.16 in right shell body 1.4 is removed after the electrostatic on the sample,
Sampling probe is extend into sample from thief hole 1.18, and the sample is sampled, when sample rack is run to the second push handle 3.3
When, output level sensor 2.4 sends signal to motor 3.2 is set out, and sets out motor 3.2 and drives the second push handle 3.3 to pass through threeway
Groove 3.4 promotes sample rack edge to set out guide rail 1.14 and moves three sample racks positions to channel outlet is set out, then the second push handle 3.3
Initial position is back to immediately, is waited and is promoted next sample rack；When set out be booked sample rack in passage when, set out sensor of buying securities with all one's capital
1.9, which send signal of buying securities with all one's capital, reminds staff to take out sample rack.Sample rack is sent to after load-out location and stood by the second push pedal 2.8
Initial position is back to, waits the 3rd initial level sensor 2.3 to send signal, the transmission of next sample rack is carried out.
When there is urgent sample to need emergency treatment, emergency diagnosis position is located at the output end of loading guide rail 1.13 and sample line for being loaded into passage
Area, emergency diagnosis position has 6 sample rack positions；When there is urgent sample to need emergency treatment, control system first determines whether whether emergency diagnosis position is pre-
6 sample rack positions are left, when being reserved with 6 sample rack positions, staff directly can be put into urgent sample in emergency diagnosis position, according to
Aforesaid operations carry out information gathering and sampling analysis to urgent sample；When loading passage can not meet reserved 6 sample racks position,
Control system sends signal, and the sample rack on emergency diagnosis position can directly be taken out, can also be pushed away from control system to second by operator
Mobile phone structure sends signal, and the first push handle 5.8 promotes sample rack to the direction for setting out sample rack so that emergency diagnosis position reserves 6 samples
This position, is then placed in urgent sample, and urgent sample is analyzed according to above- mentioned information collection and sampling operation.
In the description of the invention, it is necessary to explanation, term "front", "rear", "left", "right", " vertical ", " level ",
The orientation or position relationship of the instructions such as " interior ", " outer " are to be based on orientation shown in the drawings or position relationship, are for only for ease of and retouch
State the present invention and simplify description, rather than indicate or imply that the device or element of meaning there must be specific orientation, with specific
Azimuth configuration and operation, therefore be not considered as limiting the invention..
Claims (7)
1. a kind of sample management and analytical equipment with emergency diagnosis position, including the sample rack being connected on carrier be loaded into unit,
Sample line delivery unit and sample rack set out unit；It is characterized in that：The carrier is the box structure of upper shed, positioned at holding
Carrier bottom plate middle position is vertically provided with the semiclapboard extended longitudinally（1.7）Carrier is divided into the loading for sample rack
Passage and passage is set out, mutually held in the mouth by sample line delivery unit between the outlet of the loading passage and the import for setting out passage
Connect；It is located to be loaded at channel entrance on carrier and is bought securities with all one's capital sensor provided with loading（1.8）, positioned at set out channel exit provided with load
Go out sensor of buying securities with all one's capital（1.9）And cover sensor（1.10）, positioned at sample line delivery unit be provided with code reader（1.11）And scanning
Window（1.12）；
The sample rack is loaded into the lower section that unit is arranged on the loading passage, including first, second pushing handle mechanisms, described first
Pushing handle mechanisms include being extended on the bottom plate to Way out along loading channel entrance（1.6）The supporting plate of lower surface
（4.1）Bottom plate is opened in along longitudinal direction（1.6）On the first groove；The supporting plate（4.1）It is provided with the first slide rail（4.2）,
First slide rail（4.2）Upper slide is provided with by the first synchronous motor（4.4）With the first timing belt（4.5）First sliding block of driving
（4.3）, first sliding block（4.3）On be fixed with the first push pedal（4.6）, first push pedal（4.6）Pass through described first
Groove is extend into loading passage；First timing belt（4.5）Two ends be respectively provided with detection the first push pedal（4.6）'s
First initial level sensor（4.7）And limit sensors（4.8）, second pushing handle mechanisms are arranged on the first timing belt（4.5）
Output end position；Second pushing handle mechanisms include being connected in bottom plate（1.6）The motor rack of lower surface（5.1）, the motor rack
（5.1）It is provided with the second initial level sensor（5.2）With the second slide rail（5.3）, second slide rail（5.3）It is upper slide be provided with by
Second synchronous motor（5.5）With the second timing belt（5.6）Second sliding block of driving（5.4）, second sliding block（5.4）It is provided with
Linear stepping motor（5.7）With by the linear stepping motor（5.7）The first push handle up and down reciprocatingly driven（5.8）；Positioned at
One timing belt（4.5）The loading channel base plate of output end（1.6）On along longitudinal direction offer the second groove（5.9）, described first pushes away
Handle（5.8）Upper end be located at second groove（5.9）It is interior, positioned at the bottom plate being loaded at channel outlet position（1.6）It is provided with
It is loaded into sensors in place（5.10）；
The sample line delivery unit includes the guide plate being transversely connected on carrier（2.1）, the guide plate（2.1）On
Provided with the 3rd slide rail（2.2）, the 3rd slide rail（2.2）The 3rd initial level sensor is provided with positioned at being loaded at channel outlet position
（2.3）, the 3rd slide rail（2.2）Output level sensor is provided with channel entrance position positioned at setting out（2.4）, the 3rd slide rail（2.2）
Slide and be provided with by the 3rd synchronous motor（2.6）With the 3rd timing belt（2.7）3rd sliding block of driving（2.5）, the 3rd sliding block
（2.5）It is provided with the second push pedal（2.8）, offer and second push pedal on carrier（2.8）The chute being engaged（2.9）；
The sample rack, which sets out unit, to be included being connected in the bottom plate（1.6）Lower surface sets out support（3.1）, it is described to set out branch
Frame（3.1）It is provided with by setting out motor（3.2）Second push handle of driving（3.3）, positioned at the carrying set out at channel entrance position
Offered on frame and second push handle（3.3）The 3rd groove being engaged（3.4）.
2. sample management and analytical equipment according to claim 1 with emergency diagnosis position, it is characterised in that：Described be loaded into is led to
The bottom plate in road（1.6）On along longitudinal direction provided with sample rack be loaded into guide rail（1.13）, the bottom plate for setting out passage（1.6）On correspond to
Second push handle（3.3）Sample rack is vertically arranged with position and sets out guide rail（1.14）, the bottom of the sample rack is opened up
Have with it is described be loaded into, set out guide rail（1.13、1.14）The groove being slidably matched（6.1）.
3. sample management and analytical equipment according to claim 2 with emergency diagnosis position, it is characterised in that：The sample rack
It is loaded into, sets out guide rail（1.13、1.14）Cross section is rectangle, triangle, U-shaped, T-shaped or trapezoidal.
4. sample management and analytical equipment according to claim 1 with emergency diagnosis position, it is characterised in that：The bottom plate
（1.6）It is in concave shape or T-shaped positioned at the cross section for being loaded into passage, setting out at channel position.
5. sample management and analytical equipment according to claim 1 or 2 with emergency diagnosis position, it is characterised in that：It is described to hold
It is located at the scanning window on carrier（1.12）Mounting groove is provided with position（1.15）, the mounting groove（1.15）Use is inside installed
In the brush for removing sample tube electrostatic on sample rack（1.16）, corresponding to mounting groove（1.15）Carrier at position, which is provided with, to be taken
Sample hole（1.18）.
6. sample management and analytical equipment according to claim 1 with emergency diagnosis position, it is characterised in that：The sample rack
One end be provided with and forward and backward baffle plate（1.1、1.2）The blocked ear that gap coordinates（6.2）.
7. sample management and analytical equipment according to claim 1 with emergency diagnosis position, it is characterised in that：The bottom plate
（1.6）For stainless steel, the bottom of the sample rack is embedded with magnet piece.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610804005.9A CN106199030B (en) | 2016-09-06 | 2016-09-06 | Sample management and analytical equipment with emergency diagnosis position |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610804005.9A CN106199030B (en) | 2016-09-06 | 2016-09-06 | Sample management and analytical equipment with emergency diagnosis position |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106199030A CN106199030A (en) | 2016-12-07 |
| CN106199030B true CN106199030B (en) | 2017-09-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610804005.9A Active CN106199030B (en) | 2016-09-06 | 2016-09-06 | Sample management and analytical equipment with emergency diagnosis position |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106199030B (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106771295B (en) * | 2017-04-07 | 2018-05-08 | 安图实验仪器(郑州)有限公司 | Sample rack is loaded into administrative unit |
| CN106841651B (en) * | 2017-04-07 | 2018-05-29 | 安图实验仪器(郑州)有限公司 | Sample rack retracting device |
| CN107228948B (en) * | 2017-06-22 | 2018-05-04 | 苏州长光华医生物医学工程有限公司 | A kind of stop detent mechanism of sample conveying device |
| CN107238717B (en) * | 2017-06-22 | 2018-05-04 | 苏州长光华医生物医学工程有限公司 | A kind of sample conveying device |
| CN107132369B (en) * | 2017-07-14 | 2018-08-14 | 安图实验仪器(郑州)有限公司 | Have both emergency treatment, the sample management of repetition measurement function and detecting system |
| CN109061206A (en) * | 2018-05-31 | 2018-12-21 | 威海威高生物科技有限公司 | Full-automatic illumination analyzer |
| CN109100529B (en) * | 2018-09-12 | 2024-02-13 | 深圳市国赛生物技术有限公司 | Automatic loading mechanism for reagent bottles |
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