CN201454561U

CN201454561U - Multi-station separate heating insulation and timing display ELISA plate incubator

Info

Publication number: CN201454561U
Application number: CN2009201333374U
Authority: CN
Inventors: 邱重任
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-06-30
Filing date: 2009-06-30
Publication date: 2010-05-12
Anticipated expiration: 2019-06-30

Abstract

The utility model discloses a multi-station separate heating insulation and timing display ELISA plate incubator, which comprises an LCD liquid crystal display and separate ELISA plate incubators, wherein a heating plate, a soaking plate, an ELISA plate detection sensor, a temperature detection sensor and a single chip microcomputer control panel are arranged in the incubator, and an ELISA plate is arranged in each incubator. The multi-station incubator is combined by a plurality of incubators, and the timing state and the temperature state of each ELISA plate are displayed by the LCD liquid crystal display; and when the set time is up, LED lights, sound and LCD display are used to remind the operator. The temperature of each ELISA plate can be independently controlled and can be increased and kept, and the drawer structure can facilitate the ELISA plates to go in and out of the incubators.

Description

The independent heat tracing of multistation, the ELISA Plate incubator that regularly shows separately

Technical field

The utility model relates to a kind of electronic medical equipment, relates in particular to a kind of ELISA Plate incubator.

Background technology

Existing medical science enzyme mark inspection technology need carry out heating for 2 times and hatch ELISA Plate, needs 30 minutes, 15 minutes hatch for a long time.Mainly be to adopt the water temperature case to hatch now.Have in the incubator that insulation material surrounds at 1, with heating water is heated, ELISA Plate is placed on the water surface, and insulation cover is arranged at incubator top.Each taking laying board all will be opened loam cake.Because every ELISA Plate is not to put into incubator simultaneously, need to show with timing clock in addition, write down the time status of every ELISA Plate.Timing method commonly used is: 1, with 1 ordinary clock separate clocking, and 2, with clock face the timing clock of many sockets is arranged, according to different time requirement, contact pin insertion time corresponding hole.These methods, the operator can't directly observe the time variable condition of each ELISA Plate.

The shortcoming of existing method is: 1, power consumption is big, and the water temperature case is heat tracing ceaselessly, works long hours.Power consumption is irrelevant with the ELISA Plate quantity that actual insulation is hatched; 2, water temperature case itself does not dispose timer, adopts external clock, can not intuitively accurately show the definition status of every ELISA Plate.After ELISA Plate is hatched then, there is not light, auditory tone cues; 3, get ELISA Plate at every turn, must open the incubator loam cake, heat outwards distributes.

The utility model has adopted the independent heat tracing of multistation, the regularly ELISA Plate incubator of demonstration design separately, has overcome the deficiency of existing ELISA Plate incubator, and is energy-conservation, convenient, improved operating efficiency, alleviated operator's labour intensity.

Summary of the invention

Technical problem to be solved in the utility model provides a kind of novel ELISA Plate incubator, and employing is independently controlled temperature to every ELISA Plate and heated, is incubated.Adopt drawer structure, make things convenient for the turnover incubator of ELISA Plate.

The utility model is achieved in that the utility model comprises: casing, indicator lamp, arm-tie, ELISA Plate, sliding door, heat-insulation layer, ELISA Plate drawer motion, ELISA Plate incubator electric control circuit; ELISA Plate drawer motion is positioned at casing, and ELISA Plate is positioned on the ELISA Plate drawer, and putting into, taking out of ELISA Plate is that Qianmen by the push-and-pull incubator is realized the drawer mechanism kinematic; Enter moist closet when the ELISA Plate detecting sensor detects ELISA Plate, LCD display enters duty, reminds the operator to select the timer timing, presses "start" button.

In the ELISA Plate incubator electric control circuit described in the utility model, power panel links to each other with master control borad, heating control circuit respectively, master control borad links to each other with LCD liquid crystal display, ELISA Plate sensor, temperature sensor, heating control circuit respectively, and heating control circuit links to each other with heating plate.

During incubator work, heating plate begins heating under the control of single-chip microcomputer, the soaking plate of heating plate top evenly spreads heat, and soaking plate and air in the incubator heat up gradually, arrives the temperature of appointment, single-chip microcomputer cuts out the heating plate power supply, enters keeping warm mode, begins the timer timing simultaneously.Temperature sensor is delivered to single-chip microcomputer to the variation of temperature data, and single-chip microcomputer is constantly opened according to variation of temperature, closes the heating plate power supply, keeps hatching the temperature inside the box in specified scope.The periphery of moist closet surrounds with the fire-retardant heat insulation material, reduce heat to external diffusion.In the bright expression heating plate energising of the red LED lamp in incubator front.LCD LCDs Displaying timer device is countdowned and the variation of temperature value.After timing arrived, green LED lamp was bright, and sound prompting is arranged simultaneously, and LCD liquid crystal display prompting ELISA Plate is hatched and finished.

The utility model has the demonstration of LED luminous tube to add gentle definition status in ELISA Plate import department.Control panel shows with LCD, can know timing and the variations in temperature state seen.Can be combined as the incubator of a plurality of ELISA Plate heating easily.

The multistation incubator that the utility model can comprehensively become the incubator that single independence is controlled the polylith ELISA Plate to hatch simultaneously; In ELISA Plate import department LED luminous tube indication heating and definition status are arranged.

The utility model is equipped with temperature in moist closet crosses the limit safety switch, prevents that temperature is too high.

Each incubator all has temperature detection sensor and ELISA Plate detecting sensor; The LCD liquid crystal display shows that the temperature of each incubator and timing change.

There is soaking plate the utility model heating plate top, and the heat that heating plate is sent evenly is diffused on the whole soaking plate.

Temperature is housed in the moist closet crosses the limit safety switch.When indoor temperature surpasses the safe temperature of regulation, cut off the heating plate power supply automatically.Prevent that temperature from further rising.

The utility model has the advantages that: ELISA Plate is hatched in the moist closet in a little space.When only in moist closet ELISA Plate being arranged, just heat tracing has been saved electric energy.The utility model can independently be controlled temperature to every ELISA Plate, can heat, be incubated it.And adopted drawer structure, make things convenient for the turnover incubator of ELISA Plate.

Description of drawings

Fig. 1 is described certain the station ELISA Plate incubator schematic diagram of the utility model embodiment.

Fig. 2 is described certain the station ELISA Plate incubator A-A schematic cross-section of the utility model embodiment.

Fig. 3 is described certain the station ELISA Plate incubator B-B schematic cross-section of the utility model embodiment.

Fig. 4 is that the described ELISA Plate incubator of the utility model embodiment LCD liquid crystal display shows figure.

Fig. 5 is the described ELISA Plate incubator eight station incubator front elevations of the utility model embodiment.

Fig. 6 is the described ELISA Plate incubator of a utility model embodiment electrical control block diagram.

Among the figure, 1, casing, 2, indicator lamp, 3, heating plate, 4, soaking plate, 5, temperature sensor, 6, the ELISA Plate sensor, 7, arm-tie, 8, ELISA Plate, 9, sliding door, 10, heat-insulation layer.

The specific embodiment

Fig. 1 is described certain the station ELISA Plate incubator schematic diagram of present embodiment.

Fig. 5 is the incubator of described eight stations of present embodiment.Each incubator all has heating, temperature keeping system separately, and four incubator one rows divide two rows to arrange.All there is indicator lamp in each incubator front, is LCD display above this incubator, can show the state of eight ELISA Plates in hatching simultaneously.Each incubator is composed of numbering, and LCD shows the timing and the temperature of reference numeral incubator.

Fig. 6 is the described ELISA Plate incubator of a present embodiment electrical control block diagram, in the described ELISA Plate incubator of the present embodiment electric control circuit, power panel links to each other with master control borad, heating control circuit respectively, master control borad links to each other with LCD liquid crystal display, ELISA Plate sensor, temperature sensor, heating control circuit respectively, and heating control circuit links to each other with heating plate.

Claims

1. the independent heat tracing of multistation, the ELISA Plate incubator that regularly shows separately, it is characterized in that: the utility model comprises: casing, indicator lamp, arm-tie, ELISA Plate, sliding door, heat-insulation layer, ELISA Plate drawer motion, heating plate, soaking plate, ELISA Plate incubator electric control circuit; ELISA Plate drawer motion is positioned at casing, and ELISA Plate is positioned on the ELISA Plate drawer.

2. the independent heat tracing of multistation according to claim 1, the ELISA Plate incubator that regularly shows separately, it is characterized in that: in the ELISA Plate incubator electric control circuit described in the utility model, power panel links to each other with master control borad, heating control circuit respectively, master control borad links to each other with LCD liquid crystal display, ELISA Plate sensor, temperature sensor, heating control circuit respectively, and heating control circuit links to each other with heating plate.

3. the independent heat tracing of multistation according to claim 1, the ELISA Plate incubator that shows separately regularly is characterized in that: the multistation incubator that the utility model can comprehensively become the incubator of single independent control the polylith ELISA Plate to hatch simultaneously; In ELISA Plate import department LED luminous tube indication heating and definition status are arranged.

4. the independent heat tracing of multistation according to claim 1, the ELISA Plate incubator that regularly shows separately, it is characterized in that: the utility model is equipped with temperature in moist closet crosses the limit safety switch, prevents that temperature is too high; Each incubator all has temperature detection sensor and ELISA Plate detecting sensor; The LCD liquid crystal display shows that the temperature of each incubator and timing change.

5. the independent heat tracing of multistation according to claim 1, the ELISA Plate incubator that regularly shows separately is characterized in that: there is soaking plate the heating plate top, and the heat that heating plate is sent evenly is diffused on the whole soaking plate.