CN115962627A - Microbial slide drying equipment and drying method - Google Patents

Abstract

The invention discloses a drying equipment and a drying method for microbial glass slides, comprising a box body, an accommodation tank is formed in the box body, a partition is arranged in the storage tank, and a partition plate is formed between the partition board and the bottom of the storage tank. There is a drying area, and a cooling area is formed between the partition plate and the top of the holding tank; a slide holder and a drying mechanism are arranged in the drying area, and the drying mechanism faces the slide holder, and a glass slide holder is formed on the slide holder. Multiple slide slots; a lifting mechanism is provided in the drying area, and a through slot is opened on the partition. The lifting mechanism is connected with the slide holder, and the slide holder can move along the axial direction of the passage. A through groove is opened on the top, and the through groove conducts the drying area and the cooling area, and a cooling mechanism is arranged in the cooling area, and the cooling mechanism faces the through groove. The invention can realize rapid drying of slides, improve experiment efficiency and reduce labor cost input.

Description

Microbial slide drying equipment and drying method

technical field

The invention belongs to the technical field of glass slide drying, and in particular relates to a microbial slide drying equipment and a drying method.

Background technique

A glass slide is a fragile transparent sheet used for observing cells under a microscope. Existing glass slides are generally divided into slide glass and cover glass. Carry out staining, rinse after staining, and rinse off excess staining agent. After rinsing, water will remain on the glass slide. If the slide glass is directly placed into the microscope for observation, it will affect the observation results. It is necessary to remove the slide glass Perform drying treatment to remove residual water on the slide before putting it into the microscope for observation.

The traditional methods of drying glass slides are mainly through artificial drying, natural air drying, hair dryer drying, alcohol lamp drying, etc. Using the above drying methods requires a lot of labor costs in the drying process, and manual drying and natural air drying are time-consuming. It is very long, and it is not suitable for the situation where a sample report needs to be issued quickly. It is difficult to judge when it is dried by a hair dryer or an alcohol lamp, and there are cases where the hands of the operator are burned.

Contents of the invention

The object of the present invention is to provide a microbial glass slide drying equipment and drying method, which can realize rapid drying of glass slides, improve experimental efficiency, and reduce labor cost input.

Achieving the above purpose includes the following technical solutions.

The invention provides a microbial glass slide drying equipment, which includes a box body, an accommodating tank is formed in the box, a partition is arranged in the accommodating tank, and a partition between the partition and the accommodating tank A drying area is formed between the bottom of the tank, and a cooling area is formed between the partition plate and the top of the accommodating tank;

A slide holder and a drying mechanism are provided in the drying area, the drying mechanism faces the slide holder, and a plurality of slide grooves are formed on the slide holder;

A lifting mechanism is provided in the drying area, and a through groove is opened on the partition plate. The lifting mechanism is connected with the slide holder, and the slide holder can move along the axial direction of the through groove. direction movement, a through groove is opened on the separator, the through groove conducts the drying area and the cooling area, and a cooling mechanism is arranged in the cooling area, and the cooling mechanism faces the through groove.

In some of the embodiments, the lifting mechanism includes an electric push rod, the bottom end of the electric push rod is fixed in the drying area, and the top end of the electric push rod is provided with a slider. Connected with the slide fixing member, two opposite guide rails are arranged in the drying area, the slider is sleeved on the guide rails, and the slider is slidingly matched with the guide rails.

In some of these embodiments, a drying box is provided in the drying area, the top plate of the drying box is the partition, and the guide rails are provided on two opposite inner walls of the drying box. The two sides of the slide holder are provided with the sliders, the slide holder is slidably matched with the through groove to form a first state or the second state, and the slide block is slidably matched with the guide rail to form a first state or a second state. have a first position and a second position;

In the first state, the operation of the electric push rod drives the slider to move from the first position to the second position, and the slide holder moves along the axial direction of the through groove from the drying area to the In the above cooling area, a cooling state is formed;

In the second state, the reset of the electric push rod drives the slide to return from the second position to the first position, and the slide holder moves along the axial direction of the through groove from the cooling area to the first position. In the above dry area, a dry state is formed.

In some of the embodiments, the slide holder includes two oppositely arranged first vertical plates, an installation area is formed between the two first vertical plates, and a plurality of intervals are arranged in the installation area. The first horizontal plate, the two ends of the first horizontal plate are connected with the first vertical plate, a plurality of the slide grooves are opened on the first horizontal plate, and the first vertical plate The lifting mechanism is provided on the top, and the drying mechanism is provided on either side of the slide holder.

In some of these embodiments, a gap is formed between every two first horizontal plates, the drying mechanism includes a first electric heating plate, the first electric heating plate is horizontally arranged in the installation area, and the The first electric heating plate is located in the gap and faces the first horizontal plate.

In some of these embodiments, a cavity is formed between the bottom of the drying box and the bottom of the box, the drying mechanism also includes a fan and a heating box, and the heating wire and the fan are both located at In the cavity, at least one second electric heating plate is provided in the heating box, and a reversing valve is connected to the air outlet of the fan, and the reversing valve is connected to the air inlet end of the heating box, A first air-introducing pipe is connected to the air-out end of the heating box, and the air-out end of the first air-introducing pipe at least partially extends into the drying box.

In some of the embodiments, at least one first air outlet pipe is provided in the drying box, the air inlet end of the first air outlet pipe is connected with the air outlet end of the first air induction pipe, and the first air outlet pipe An air outlet pipe is located on the side of the first electric heater, and a plurality of first air outlet holes are opened on the outer wall of the first air outlet pipe, and the first air outlet holes face the first electric heater piece.

In some of these embodiments, the cooling mechanism includes a cooling frame arranged in the area, the cooling frame is fixed on the partition plate, and a plurality of second spacers are erected on the cooling frame. The air outlet pipe is provided with a plurality of second air outlet holes on the second air outlet pipe, and the air inlet end of the second air outlet pipe is connected with the reversing valve.

In some of these embodiments, an ultraviolet germicidal lamp is provided on the part of any tank wall of the accommodating tank located in the cooling area, and the ultraviolet germicidal lamp faces the through groove, and is located on the partition plate. A sponge strip is arranged at the peripheral wall of the through groove, the sponge strip is annular, a liquid storage tank is arranged on the partition, and a catheter is connected to the liquid outlet of the liquid storage tank. The liquid outlet of the catheter tube is connected with a liquid distribution tube, and a plurality of liquid distribution ports are opened on the liquid distribution tube, and the liquid distribution tube is located at a position close to the sponge strip, or the liquid distribution tube The liquid pipe is pressed against the sponge strip, and the liquid dispensing port faces the sponge strip.

The present invention also provides a method for drying microbial slides,

The operation of the lifting mechanism drives the slide holder from the drying area into the cooling area, and the slides to be dried are placed in the slide groove on the slide holder;

The operation of the lifting mechanism drives the slide holder from the cooling area back to the drying area, and the drying mechanism operates to heat the drying area to dry the slides in the slide slot;

After the drying process, the lifting mechanism operates to send the glass slide holder from the drying area to the cooling area again, and the cooling mechanism in the cooling area operates to cool down the high-temperature dried glass slides.

The microbial glass slide drying equipment and drying method provided by the present invention, by forming 5 storage tanks in the box body, a partition is arranged in the storage tank, the storage tank is divided into a drying area and a cooling area, the drying area and the cooling area.

The cooling area is connected through the through groove on the partition, and a drying mechanism for drying the slides placed in the slide groove of the slide holder is set in the drying area, and a lifting mechanism for driving the lift of the slide holder is set. mechanism, so that the slide holder can be located in a dry area or in a cooling area, and a cooling mechanism for cooling the slides placed in the slide groove of the slide holder is set in the cooling area; when in use , using the lifting mechanism to drive the glass slide holder from the drying area through the channel to the cooling area

After placing the slides that need to be dyed and rinsed and then dried in the slide tank, the lifting mechanism drives the slide holder back to the dry area, and the drying mechanism in the dry area operates to dry the slides in the slide tank (The drying mechanism can preheat the drying area before drying to improve the drying efficiency), dry

After the drying treatment, the lifting mechanism operates again to send the glass slide holder into the cooling area again. The 5 cooling devices in the cooling area cool down the glass slides in the slide tank, and then the slides can be taken out for use to avoid high temperature.

The temperature-treated glass slides may burn the operator. Compared with the traditional drying method, the present invention can realize rapid drying of the glass slides, improve the experimental efficiency, and reduce the input of labor costs.

Description of drawings

Fig. 1 is a structural representation of the present invention;

Fig. 2 is an exploded schematic view one of the present invention;

Fig. 3 is the exploded schematic diagram II of the present invention;

Fig. 4 is a partial schematic view of the slide holder of the present invention;

Figure 5 is a schematic diagram of the heating box of the present invention.

Explanation of reference signs:

100, box body; 101, accommodating tank; 102, clapboard; 1021, through slot; 103, drying oven; 1031, spacer; 104, cavity; 105, integrated circuit board; 106, air inlet hole; 108, Display screen; 109. Control buttons;

201, electric push rod; 202, slider; 203, guide rail;

301, the first electric heating plate; 302, the fan; 303, the reversing valve; 304, the heating box; 3041, the heat insulation board; 3042, the heat storage tank; 3043, the second electric heating plate; The first air outlet pipe; 3061, the first air outlet hole;

401, liquid storage tank; 402, catheter; 403, sponge strip; 404, ultraviolet germicidal lamp; 405, liquid pipe; 406, liquid port; 407, guide rod;

501, cooling frame; 5011, second vertical plate; 5012, second air outlet pipe; 5013, second air outlet hole; 5014, second air induction pipe;

600, slide holder; 601, first vertical plate; 602, first horizontal plate; 603, slide groove;

700. Power supply; 800. Temperature sensor.

Detailed ways

In order to facilitate understanding of the present invention, specific embodiments of the present invention will be described in more detail below with reference to the accompanying drawings.

Unless otherwise specified or otherwise defined, "first, second..." used herein is only used to distinguish names, and does not represent a specific quantity or order.

Unless specifically stated or defined otherwise, as used herein, the term "and/or" includes any and all combinations of one or more of the associated listed items.

It should be noted that "fixed to" and "connected to" herein may be directly fixed or connected to an element, or may be indirectly fixed or connected to an element.

Referring to Fig. 1 to Fig. 3, the microbial glass slide drying equipment provided in this embodiment includes a box body 100, and an accommodating tank 101 is formed in the box body 100, and a partition 102 is arranged in the accommodating tank 101 , the partition 102 divides the holding tank 101 into a drying area for drying the glass slides and a cooling area for cooling the glass slides in a high temperature state after drying.

The drying area is the part between the bottom end of the partition 102 and the bottom of the accommodating tank 101, and the cooling zone is between the top of the partition 102 and the top of the accommodating tank 101. The partition 102 is provided with a through groove 1021, and the drying area and the cooling area are connected to each other through the through groove 1021.

In described dry area, be provided with dry box 103, the top of described dry box 103 is described dividing plate 102, is provided with spacer 1031 at the bottom of described dry box 103, at the bottom of described spacer 1031 to A cavity 104 is formed between the bottoms of the accommodating tanks 101 , and a power supply 700 , a heating box 304 and a fan 302 are arranged in the cavity 104 .

Inside the drying box 103, a glass slide holder 600 is provided to accommodate and fix the glass slides to be dried, and a lifting mechanism is provided in the drying box 103, and the lifting mechanism and the glass slide fixing shelf 600 is connected to drive the slide holder 600 through the through slot 1021 into and out of the cooling area.

The lifting mechanism includes two oppositely arranged electric push rods 201, and the electric push rods 201 are located at the side of the slide holder 600, and a slider 202 is arranged at the end of the electric push rods 201, One end of the slider 202 is connected and fixed to the slide holder 600, and the other end is provided with a guide rail 203, and the guide rail 203 is fixed on two opposite inner walls of the drying box 103. When in use, the The electric push rod 201 pushes the slider 202 to slide on the guide rail 203 , and drives the slide holder 600 to pass through the through slot 1021 to enter and exit the cooling area.

The slide holder 600 is slidably matched with the through groove 1021 to form a first state or a second state, and the sliding block 202 is slidably matched with the guide rail 203 to form a first position and a second position; In this state, the operation of the electric push rod 201 drives the slider 202 to move from the first position to the second position, and the slide holder 600 moves along the axial direction of the through groove 1021 and enters from the drying area. In the cooling area, a cooling state is formed; in the second state, the electric push rod 201 resets to drive the slide from the second position back to the first position, and the slide holder 600 slides along the through groove 1021 The axial direction of the activity returns from the cooling area to the drying area to form a dry state.

Referring to FIG. 4 , the slide holder 600 includes two opposite first vertical plates 601, an installation area is formed between the two first vertical plates 601, and a plurality of intervals are arranged in the installation area. The first horizontal plate 602, the first vertical plate 601 is connected to both ends of the first horizontal plate 602, and a plurality of glass slide slots 603 are opened on the first horizontal plate 602 to accommodate Set aside to dry the slides.

The first horizontal plates 602 in this embodiment are erected at even intervals in the installation area, and a gap is formed between every two first horizontal plates 602 .

In the drying area, a drying mechanism for drying the glass slides is provided, and the drying mechanism includes the fan 302 and the heating box 304 arranged in the cavity 104, and the drying box 103 arranged in the drying box. The first electric heating plate 301, the air outlet of the fan 302 is connected with a reversing valve 303, the reversing valve 303 is located on the heating box 304, and the inlet of the reversing valve 303 and the heating box 304 The wind end is connected, and the air outlet end of the heating box 304 is connected with a first air induction pipe 305, and the air outlet end of the first air induction pipe 305 extends through the end of the partition 1031 and the drying box 103. into the drying box 103, and a plurality of first air outlet pipes 306 distributed at intervals are connected to the first air induction pipe 305, and a plurality of intervals are provided on the outer wall of the first air outlet pipe 306. A first air outlet hole 3061 is provided, and the first air outlet pipe 306 is located in the gap, and the first air outlet hole 3061 faces the first horizontal plate 602 .

When in use, the fan 302 operates to suck the air outside the box body 100 and send it into the heating box 304 through the reversing valve 303, and the second electric heating plate 3043 in the heating box 304 operates to generate heat so that the inside of the heating box 304 is in a high temperature state , the air forms high-temperature gas in the heating box 304, and the high-temperature gas enters the first air outlet pipe 306 through the first air-introducing pipe 305, and is discharged from the first air outlet hole 3061 on the first air outlet pipe 306 to heat up the drying area. Cooperating with the first electric heating plate 301 erected in the gap, the slides placed on the slide holder 600 in the drying area are dried.

The first electric heating plate 301 is erected in the drying box 103 and located in the gap, and the first electric heating plate 301 is located between the first air outlet pipe 306 and the first horizontal plate 602 . When in use, the first air outlet pipe 306 delivers hot air to the drying box 103 while the hot air blows on the first electric heating plate 301, blowing the heat emitted by the first electric heating plate 301 to the glass slide for fixing. Rack 600 to improve the drying efficiency of slides.

Referring to FIG. 5 , the heating box 304 is surrounded by a plurality of heat insulation boards 3041, so that a heat storage tank 3042 is formed in the heating box 304, and at least one second electric heating plate is arranged in the heat storage tank 3042 3043, the reversing valve 303 and the first air induction pipe 305 are both connected to the heat storage tank 3042.

A cooling frame 501 is provided in the cooling area, and the cooling frame 501 is fixed on the partition plate 102 and is located on the side of the through groove 1021. On the cooling frame 501, a plurality of second The air outlet pipe 5012 is provided with a plurality of second air outlet holes 5013 on the second air outlet pipe 5012, which are used for the glass slide holder 600 entering the cooling area and the slides arranged on the slide holder 600. The glass slides in the tank 603 are subjected to cooling treatment.

The cooling frame 501 includes two second vertical plates 5011 oppositely arranged, and a plurality of the second air outlet pipes 5012 are erected between the two second vertical plates 5011, and the second air outlet pipes 5012 is connected with the reversing valve 303 through the second bleed pipe 5014 .

At least one ultraviolet sterilizing lamp 404 is provided on any groove wall of the accommodating tank 101 in the cooling area, for the slide holder 600 entering the cooling area and the slide fixing rack 600. The slides in the slide tank 603 of 600 are sterilized.

A sponge strip 403 is arranged on the partition 102, and the sponge strip 403 is arranged on the peripheral wall of the through groove 1021 in a ring shape, and a liquid storage tank 401 is arranged on the partition 102. The liquid outlet of the liquid storage tank 401 is connected with a catheter 402, and the catheter 402 is connected with a liquid pipe 405, and the liquid pipe 405 is close to the side of the sponge strip 403 or the liquid pipe 405 Pressing against the sponge strip 403 , a plurality of liquid dispensing ports 406 are opened on the liquid dispensing tube 405 , and the liquid dispensing ports 406 face the sponge strip 403 .

When in use, a disinfectant is stored in the liquid storage tank 401, and the disinfectant enters the liquid dispensing tube 405 through the catheter 402, and is immersed in the sponge strip 403 from the liquid dispensing port 406. When the slide holder 600 Driven by the lifting mechanism, when passing through the channel 1021 and entering the cooling area, the disinfectant on the sponge strip 403 is applied to the slide holder 600, so that the slides placed in the slide groove 603 can be smeared by the disinfectant Play a disinfection role.

A guide rod 407 is inserted into the liquid distribution port 406, and the guide rod 407 is pressed against the sponge strip 403 to prevent the disinfectant from the liquid distribution port 406 from leaching too quickly and causing waste. Situation happens.

The outer wall of the box body 100 is provided with an integrated circuit board 105, the power supply 700 described in this embodiment, the electric push rod 201, the fan 302, the first electric heating plate 301, the second electric heating plate 3043, and the ultraviolet germicidal lamp 404 and the reversing valve 303 are connected with the integrated circuit board 105 .

A cover body (not shown, the same below) is provided on the top of the box body 100, and the cover body is used to seal the accommodating groove 101. The air inlet hole 106 of the chamber 104.

A display screen 108 is provided on the outer wall of the box body 100 to display the temperature in the drying area and the cooling area, and a temperature sensor 800 is provided on the partition 102 to detect the temperature of the drying area. area and the temperature in the cooling area, a plurality of control buttons 109 are provided on the outer wall of the box body 100 to realize the adjustment, control and start and stop of the drying mechanism, lifting mechanism and cooling mechanism.

The microbial glass slide drying equipment provided in this embodiment, when in use, uses the electric push rod 201 of the lifting mechanism to push the slider 202 to move on the guide rail 203, and drives the glass slide holder 600 to enter the cooling area from the drying area through the through groove 1021 Inside, after the glass slides that need to be dyed and rinsed and need to be dried are placed in the slide tank 603, the electric push rod 201 resets to drive the sliding block to reset, so that the slide holder 600 returns from the cooling area to the drying area, and the drying in the drying area Mechanism operation, use the reversing valve 303 to control the wind of the fan 302 to blow into the heating box 304, and send the heat generated by the second electric heating plate 3043 in the heat storage tank 3042 into the first air outlet pipe 306 through the first air induction pipe 305, and then pass through The first air outlet 3061 blows to the glass slide holder 600, and cooperates with the heating of the first electric heating plate 301 to realize the drying process of the glass slides in the glass slide tank 603 (the drying mechanism can preheat the drying area before the drying process, Improve drying efficiency);

After the drying treatment, the drying mechanism stops operating, and the electric push rod 201 pushes the slider 202 to move again, and the slide holder 600 is sent into the cooling area again, and the reversing valve 303 controls the wind of the fan 302 to blow into the second blowing pipe, and the second The second air outlet hole 5013 of the second blowing pipe blows air to the slides in the slide groove 603 to realize the cooling treatment of the slides, and the cooled slides can be taken out for use, avoiding high temperature treatment The situation that the slides are scalded to the operator occurs. Compared with the traditional drying method, the present invention can realize the rapid drying of the slides, improve the experimental efficiency, and reduce the input of labor costs.

Present embodiment also provides a kind of microbial slide drying method:

Control the operation of the electric push rod 201 to send the slide holder 600 from the drying area to the cooling area, put the slides to be dried into the slide slot 603 on the slide holder 600, and then control the electric push rod 201 to drive the slide to fix The rack 600 returns to the drying area from the cooling area;

Control the reversing valve 303 to conduct the fan 302 and the heating box 304, start the first electric heating plate 301, the second electric heating plate 3043 and the fan 302, the wind of the fan 302 is blown into the heating box 304, and the second electric heating plate in the heat storage tank 3042 The heat generated by the plate 3043 is sent into the first air outlet pipe 306 through the first air-introduction pipe 305, and then blown to the glass slide holder 600 through the first air outlet hole 3061, and cooperates with the heating of the first electric heating plate 301 to realize the heating of the glass slide tank 603. The slides were dried;

After the drying treatment, control the electric push rod 201 to operate again to send the glass slide holder 600 from the drying area to the cooling area, and control the reversing valve 303 to cut off the fan 302 and the heating box 304, and control the first electric heating plate 301 and the second electric heating plate 3043 stops operation, and simultaneously controls the reversing valve 303 to conduct the fan 302 and the second air outlet pipe 5012, and the wind generated by the operation of the fan 302 enters the second air outlet pipe 5012, and the second air outlet of the second air outlet pipe 5012 The hole 5013 blows to the slide holder 600 to cool down the slide;

At the same time, control the ultraviolet germicidal lamp 404 to start to sterilize the glass slide.

And when the slide holder 600 passes through the through groove 1021 , the sponge strip 403 can apply the disinfectant on the slide holder 600 and the slides to disinfect the slides.

Of course, before the operation, the control button 109 can be pressed to control the reversing valve 303 to connect the fan 302 and the heating box 304, and the first electric heating plate 301, the second electric heating plate 3043 and the fan 302 are pre-started to pre-heat the drying box 103. heat treatment.

The microbial glass slide drying equipment and drying method provided in this embodiment can realize rapid drying of glass slides, improve experimental efficiency, and reduce labor cost input.

The above embodiments are not exhaustive enumerations based on the present invention, and besides this, there may also be many other implementation manners not listed. Any replacements and improvements made on the basis of not violating the concept of the present invention belong to the protection scope of the present invention.

Claims (10)

1. The drying equipment for microbial slides is characterized in that it comprises a box body, a holding tank is formed in the box body, a partition is arranged in the storage tank, and a partition is formed between the partition board and the storage tank. A drying area is formed between the bottom of the tank, and a cooling area is formed between the partition plate and the top of the accommodating tank; A slide holder and a drying mechanism are provided in the drying area, the drying mechanism faces the slide holder, and a plurality of slide grooves are formed on the slide holder; A lifting mechanism is provided in the drying area, and a through groove is opened on the partition plate. The lifting mechanism is connected with the slide holder, and the slide holder can move along the axial direction of the through groove. direction movement, a through groove is opened on the separator, the through groove conducts the drying area and the cooling area, and a cooling mechanism is arranged in the cooling area, and the cooling mechanism faces the through groove. 2. The drying equipment for microbial slides according to claim 1, wherein the lifting mechanism comprises an electric push rod, the bottom end of which is fixed in the drying area, and the electric push rod A slider is provided at the top end of the slide, and the slider is connected to the slide holder, and two opposite guide rails are arranged in the drying area, and the slider is sleeved on the guide rails, and the The slider is slidingly matched with the guide rail. 3. microbial glass slide drying equipment as claimed in claim 2, is characterized in that, is provided with drying oven in described drying area, and the top plate of described drying oven is described dividing plate, in the two sides of described drying oven The guide rails are arranged on the opposite inner wall, and the sliders are arranged on both sides of the slide holder, and the slide holder and the through groove are slidably matched to form a first state or a second state , the sliding block is slidably matched with the guide rail to form a first position and a second position; In the first state, the operation of the electric push rod drives the slider to move from the first position to the second position, and the slide holder moves along the axial direction of the through groove from the drying area to the In the above cooling area, a cooling state is formed; In the second state, the reset of the electric push rod drives the slide to return from the second position to the first position, and the slide holder moves along the axial direction of the through groove from the cooling area to the first position. In the above dry area, a dry state is formed. 4. The drying equipment for microbial slides as claimed in any one of claims 1 to 3, wherein the slide holder comprises two oppositely arranged first vertical plates, between the two first vertical plates An installation area is formed, and a plurality of first horizontal plates arranged at intervals are arranged in the installation area, and both ends of the first horizontal plates are connected with the first vertical plates, and on the first horizontal plates A plurality of slide slots are provided, the lifting mechanism is provided on the first vertical plate, and the drying mechanism is provided on either side of the slide holder. 5. The drying equipment for microbial slides as claimed in claim 4, wherein a gap is formed between every two first horizontal plates, and the drying mechanism comprises a first electric heating plate, and the first electric heating plate and the first electric heating plate is located in the gap and faces the first horizontal plate. 6. The microbial glass slide drying equipment as claimed in claim 5, wherein a cavity is formed between the bottom of the drying box and the bottom of the casing, and the drying mechanism also includes a blower fan and a heating box , the heating wire and the fan are both arranged in the cavity, at least one second electric heating plate is arranged in the heating box, a reversing valve is connected to the air outlet of the fan, and the reversing The valve is connected to the air inlet end of the heating box, and the first air induction pipe is connected to the air outlet end of the heating box, and the air outlet end of the first air induction pipe at least partially extends into the drying box. 7. The drying equipment for microbial slides as claimed in claim 6, characterized in that at least one first air outlet pipe is provided in the drying box, and the air inlet end of the first air outlet pipe is connected with the first air outlet pipe. The air outlet end of a leading air pipe is connected, the first air outlet pipe is located on the side of the first electric heating sheet, and a plurality of first air outlet holes are opened on the outer wall of the first air outlet pipe, so The first air outlet hole faces the first electric heating sheet. 8. The drying equipment for microbial slides as claimed in claim 6, wherein the cooling mechanism comprises a cooling rack arranged in the area, and the cooling rack is fixed on the dividing plate, A plurality of second air outlet pipes arranged at intervals are erected on the cooling rack, and a plurality of second air outlet holes are arranged on the second air outlet pipe, and the air inlet end of the second air outlet pipe is connected to the Reversing valve connection. 9. The drying equipment for microbial slides as claimed in any one of claims 1 to 3, wherein an ultraviolet sterilizing lamp is provided on any wall of the holding tank that is located in the cooling zone, so that The ultraviolet germicidal lamp faces the through groove, and a sponge strip is arranged on the peripheral wall of the through groove on the partition plate. The sponge strip is ring-shaped, and a liquid storage tank is arranged on the partition plate. A catheter is connected to the liquid outlet of the liquid storage tank, a liquid dispensing tube is connected to the liquid outlet of the catheter, and a plurality of liquid dispensing ports are opened on the liquid dispensing pipe, and the The liquid dispensing tube is located near the sponge strip, or the liquid dispensing tube is pressed against the sponge strip, and the liquid dispensing port faces the sponge strip. 10. A method for drying microbial slides, characterized in that, The operation of the lifting mechanism drives the slide holder from the drying area into the cooling area, and the slides to be dried are placed in the slide groove on the slide holder; The operation of the lifting mechanism drives the slide holder from the cooling area back to the drying area, and the drying mechanism operates to heat the drying area to dry the slides in the slide slot; After the drying process, the lifting mechanism operates to send the glass slide holder from the drying area to the cooling area again, and the cooling mechanism in the cooling area operates to cool down the high-temperature dried glass slides.

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