Full-automatic urine iodine analyzer
Technical field
The utility model relates to a kind of analyzer, particularly relates to a kind of full-automatic urine iodine being applied to medical treatment detection analysis and divides
Analyzer.
Background technology
Urine iodine concentration value is to judge the individual or index of colony's Iodine nutrition situation.Also it is the popular of assessment IDD(Iodine deficiency disorders) degree
Sick index.The urine iodine detection equipment of prior art or system are typically expensive, and many middle and small hospitals cannot be equipped with, simultaneously this
A little equipment operation complexity, need professional's control;There is again human error in pure manual detection method.And can not be with
The management information system data docking of hospital, it is the most inconvenient to use.
Utility model content
Technical problem to be solved in the utility model overcomes the deficiencies in the prior art exactly, it is provided that a kind of simple in construction,
Detection efficiency can be improved simultaneously and reduce the full-automatic urine iodine analyzer of test error.
The technical scheme is that the utility model of the utility model includes analyzer body and is arranged on described point
The experiment plate being rotated on analyzer body and by rotary electric machine, described experiment plate is provided with and some is evenly distributed on card
On experiment station, each described experiment station all include successively from the shaft core position of described experiment plate along outwards dividing with Radius
The sample loading gun mouth of cloth, sample cell, process bottle and cuvette, be additionally provided with mechanical arm in described experiment plate side, at described machine
It is provided with the adsorption pressure module matched with described process bottle on tool arm, is provided with bottom described experiment plate and described colorimetric
The interpretation device that cup matches.
Further, described mechanical arm includes the bracing frame being fixedly installed on pedestal, arranges on support frame as described above
Move horizontally module and vertically move module, described in move horizontally module and include gripper shoe, be arranged on described gripper shoe one end
Motor, be arranged on the described gripper shoe other end and match with described motor synchronization take turns and be arranged on described
On fagging and be positioned at the described slide rail synchronized below wheel, described in vertically move module and be arranged on described slide rail.
Further, vertically move module described in all to include the second gripper shoe, be arranged on described second gripper shoe one end
Second motor, be arranged on the described second gripper shoe other end and Tong Bu with second that described second motor matches wheel, with
And be arranged in described second gripper shoe and with the described second the second sliding panel synchronizing wheel movement, on described second sliding panel
It is further fixedly arranged on sampling probe.
Further, described interpretation device includes that light emitting module and Optical Receivers, described cuvette are positioned at described luminescence
Between module and described Optical Receivers.
Further, described sample loading gun mouth uses disposable rifle mouth, is additionally provided with useless rifle mouth dish in the middle of described experiment plate.
Further, being additionally provided with shell outside described mechanical arm, portion is additionally provided with liquid crystal display on the housing,
It is additionally provided with power switch on described pedestal.
Further, in described pedestal, also it is embedded with heating module and the temperature control matched with described heating module
Molding block.
Further, being additionally provided with chemical agent and add bar on described pedestal, described chemical agent adds bar position and institute
State process bottle corresponding.
The beneficial effects of the utility model are: owing to the utility model includes analyzer body and is arranged on described analysis
The experiment plate being rotated on instrument body and by rotary electric machine, described experiment plate is provided with some being evenly distributed in card
Experiment station, each described experiment station all include successively from the shaft core position of described experiment plate along being outwards distributed with Radius
Sample loading gun mouth, sample cell, process bottle and cuvette, be additionally provided with mechanical arm in described experiment plate side, at described machinery
It is provided with the adsorption pressure module matched with described process bottle on arm, is provided with bottom described experiment plate and described cuvette
The interpretation device matched.Compared with prior art, the utility model is by the rotation of described experiment plate and described mechanical arm
Cooperation, it is achieved full-automatic detection work, while greatly reducing human cost, also effectively prevent due to human factor
The test error caused.Therefore, the utility model simple in construction, can improve detection efficiency simultaneously and reduce test error.
Accompanying drawing explanation
Fig. 1 is external structure schematic diagram of the present utility model;
Fig. 2 is internal structure schematic diagram of the present utility model;
Fig. 3 is the structural representation of described mechanical arm;
Fig. 4 is the structural representation of described experiment plate;
Fig. 5 is the side-looking structural representation of described experiment plate.
Detailed description of the invention
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4 and Fig. 5, the utility model includes analyzer body and is arranged on described analysis
The experiment plate 2 being rotated on instrument body and by rotary electric machine 1, described experiment plate 2 is provided with and some is evenly distributed on dish
Experiment station on face, each described experiment station all include successively from the shaft core position of described experiment plate 2 along with Radius to
The sample loading gun mouth 3 of outer distribution, sample cell 4, process bottle 5 and cuvette 6, be additionally provided with mechanical arm in described experiment plate 2 side,
Described mechanical arm is provided with the adsorption pressure module 7 matched with described process bottle 5, arranges bottom described experiment plate 2
There is the interpretation device matched with described cuvette 6.
In the utility model, described interpretation device includes light emitting module 20 and Optical Receivers 21, described cuvette 6
Between described light emitting module 20 and described Optical Receivers 21.Described sample loading gun mouth 3 uses disposable rifle mouth, in described experiment
It is additionally provided with useless rifle mouth dish 22 in the middle of dish 2.Outside described mechanical arm, it is additionally provided with shell 23, also sets on described shell 23 top
It is equipped with liquid crystal display 24, described pedestal 8 is additionally provided with power switch 26.Also be embedded with in described pedestal 8 heating module with
And the temperature control modules matched with described heating module.Described pedestal 8 is additionally provided with chemical agent and adds bar 25, described
It is corresponding with described process bottle 5 that chemical agent adds bar 25 position.Heating module also it is embedded with, during work in described experiment plate 2
Described heating module will start, and the temperature being pointed to the reaction reagent in described process bottle 5 carries out management and control, must be optimal
React under environment, improve the accuracy of detection of equipment.Described experiment plate 2 uses disc structure.In the utility model, described
Sample loading gun mouth 3, sample cell 4, process bottle 5 and cuvette 6 are provided separately, and described sample loading gun mouth 3 uses disposable rifle
Mouth, therefore can be substantially reduced the incidence of cross-infection, and used described sample loading gun mouth 3 is placed into and is arranged on described experiment
In useless rifle mouth dish 22 in disk center.
Described analyzer body includes pedestal 8 and is arranged on the mechanical arm on described pedestal 8, described mechanical arm bag
Include the bracing frame 9 being fixedly installed on pedestal 8, support frame as described above 9 be provided with and move horizontally module and vertically move module,
The described module that moves horizontally includes gripper shoe 10, the motor 11 being arranged on described gripper shoe 10 one end, is arranged on described support
Plate 10 other end and the synchronization wheel 12 matched with described motor 11 and be arranged in described gripper shoe 10 and be positioned at described
Synchronize the slide rail 13 below wheel 12, described in vertically move module and be arranged on described slide rail 13.The described module that vertically moves all is wrapped
Include the second gripper shoe 14, be arranged on second motor 15 of described second gripper shoe 14 one end, be arranged on described second gripper shoe
14 other ends and the second Tong Bu wheel 16 matched with described second motor 15 and be arranged in described second gripper shoe 14
And synchronize, with described second, the second sliding panel 17 that wheel 16 moves, described second sliding panel 17 is further fixedly arranged on sampling probe
18.Under the control of described mechanical arm, described sampling probe 18 can be along described sample loading gun mouth 3, sample cell 4, process bottle 5 and ratio
Move on the straight line at look cup 6 place, finally prolong the disposable rifle mouth after same linear running will use and discard at useless rifle mouth dish 22
In.
Operating process of the present utility model is:
1, after clicking on the interpolation sample function key on described liquid crystal display 24, on described experiment plate 2 successively add described in add
After sample rifle mouth 3, sample cell 4, process bottle 5 and cuvette 6, described experiment plate 2 goes to test position;
2, vertically move module described in and move down on described process bottle 5 in the described drive moving horizontally module, add solid
Fixed detection liquid;
3, module is vertically moved described on the position that the described drive moving horizontally module moves down into described sample loading gun mouth 3
Take arms;
4, vertically move module described in the described drive moving horizontally module moves down into described sample tube 4, take 250ul
Urine joins in described process bottle 6;
5, vertically move module described in and described suction negative pressure module 7 is reached described under the described drive moving horizontally module
Process in bottle 5 and take out negative pressure;
6, vertically move described in module under the described drive moving horizontally module with described sample loading gun mouth 3 in described process
Bottle 5 samples and is originally then added in reaction cup;
7, described experiment plate 2 forwards described chemical agent interpolation bar 25(to and can only go up underdrive) under, described chemical agent adds bar
25 extend in reaction cup, add chemical reagent reaction;
8, described experiment plate 2 dish go to test position, described in vertically move module drive described sampling probe 18, mix reaction cup
Middle liquid;
9, vertically move module described in move down into useless rifle mouth Pan22Chu in the described drive moving horizontally module and discard rifle mouth,
After certain time, experiment plate 2 proceeds to described interpretation device, and the liquid in described cuvette is carried out interpretation.
The utility model is applicable to medical treatment detection field.