CN210695396U - Simple and convenient automatic humidification integrated device that heats in laboratory animal room - Google Patents

Abstract

A simple and convenient experimental animal room automatic heating and humidifying integrated device comprises an electric box (1), a water tank (2), a mist outlet pipe (3) and an electric heater (4), wherein one end of the electric box (1) is provided with a probe (12); a switch (13) and an openable transparent window (14) are arranged on one side of the electric box (1); the top of electronic box (1) is equipped with water tank (2), has two openings in water tank (2) top, is equipped with bucket seat (21) and fog outlet well (22) respectively, and is equipped with ultrasonic nebulizer (23) under fog outlet well (22) in water tank (2), and fog outlet well (22) link to each other with fog outlet pipe (3) through drum (6), is equipped with electric heater (4) on fog outlet pipe (3), and fog outlet pipe (3) and electric heater (4) pass through bracing piece (7) fixed connection. The device integrates heating and humidifying, reduces workload for experimenters, and has low cost, simple operation and easy popularization.

Description

Simple and convenient automatic humidification integrated device that heats in laboratory animal room

Technical Field

The utility model relates to an animal room equipment field specifically is a simple and convenient automatic humidification integrated device that heats in laboratory animal room.

Background

In the research of medical science, animal experiments play an irreplaceable role, researchers usually select various experimental animal replication disease models to study the pathogenesis, pathological changes and the like, so that the experimental animals become important carriers for in vivo research. In order to obtain a real and reliable result in a research, a good experimental animal environment plays a key role, a specific place and an external condition, called the environment of the experimental animal, on which the experimental animal grows, breeds, produces and receives the experiment, determine the environmental quality of the experimental animal by various environmental factors (temperature, humidity, wind speed, illumination, planktonic microorganisms, smell and the like) and can be divided into an external environment and an internal environment, wherein the external environment refers to the surrounding environment outside experimental animal facilities; the internal environment refers to the internal environment of an experimental animal facility, and can be effectively controlled by related equipment, and the experimental animal facility is a necessary condition for ensuring normal reproduction, growth and development of animals and achieving success of various animal experiments. The control of temperature and humidity is key, the experimental animals are basically constant temperature animals in terms of temperature, the most suitable environmental temperature for animal experiments is 21-27 ℃, and the temperature has direct influence on the aspects of growth and development, reproduction, lactation, body resistance, metabolism, experimental reactivity and the like of the experimental animals; in terms of humidity, the optimum relative humidity of an experimental animal is 40-70%, pathogenic microorganisms and parasites are easy to propagate and spread in a high-humidity environment, bedding and feed are easy to mildew, the health of the animal is influenced, the experimental result is influenced, indoor dust is easy to fly in a low-humidity environment, the experimental animal and experimenters are easy to be susceptible to respiratory diseases, in addition, tail rot of a rat is easy to occur, and nursing refusal or feeding phenomena of lactating female rats often occur. According to the microbial control degree and the air purification degree of the raised animals, the method is divided into three categories: isolation environment, barrier environment and common environment, the former two environments have high facility requirement and high cost, which can not be achieved by a plurality of laboratories, and the common environment can be suitable for living of experimental animals

The basic requirements are met, but strict environmental control and active microbial control cannot be achieved, if proper temperature and humidity are maintained, large-scale expensive equipment such as an air conditioner is needed, which is difficult to realize for a common animal house, but for common experimental animals, the temperature and humidity control is also critical, the temperature and humidity in the animal house are ensured to be proper all the year round, the experimental animals are favorable for growth and reproduction, and the physical health of experimenters can also be ensured.

SUMMERY OF THE UTILITY MODEL

For solving the problem that above-mentioned prior art exists and not enough, the utility model provides a simple and convenient automatic humidification integrated device that heats in laboratory animal room for solving ordinary animal room temperature humidity.

The following design structure and design scheme are specifically adopted:

the utility model provides a simple and convenient laboratory animal room automatic heating humidification integrated device, includes electronic box (1), water tank (2), goes out fog pipe (3) and electric heater (4), its characterized in that: one end of the electric box (1) is provided with a probe (12); a switch (13) and an openable transparent window (14) are arranged on one side of the electric box (1); the top of electronic box (1) is equipped with water tank (2), has two openings in water tank (2) top, is equipped with bucket seat (21) and fog outlet well (22) respectively, and is equipped with ultrasonic nebulizer (23) under fog outlet well (22) in water tank (2), and fog outlet well (22) link to each other with fog outlet pipe (3) through drum (6), is equipped with electric heater (4) on fog outlet pipe (3), and fog outlet pipe (3) and electric heater (4) pass through bracing piece (7) fixed connection.

Preferably, the probe (12) comprises a temperature probe (121) and a humidity probe (122).

Preferably, the switch (13) comprises a temperature-controlled switch (131) and a humidity-controlled switch (132).

Preferably, the inside of electronic box (1) is equipped with vertical baffle (5), vertical baffle (5) just are transparent window (14), and are equipped with temperature controller (51) and humidity controller (52) on vertical baffle (5), and transparent window (14) are used for protecting temperature controller (51) and humidity controller (52).

Preferably, the temperature controller (51) is respectively connected with the temperature probe (121) and the temperature control switch (131), a temperature value display screen (511) is arranged above the temperature controller (51), a temperature adjusting button (512) is arranged in the middle of the temperature controller, and a first three-wire jack (513) is arranged at the lower part of the temperature controller.

Preferably, the humidity controller (52) is respectively connected with a humidity probe (122) and a humidity control switch (132),

and a humidity numerical display screen (521) is arranged above the humidity controller (52), a humidity adjusting button (522) is arranged in the middle of the humidity controller, and a second three-wire jack (523) is arranged at the lower part of the humidity controller.

Preferably, the electric box (1) and the water tank (2) are separated by a horizontal baffle (8), and the horizontal baffle (8) is provided with a connecting wire hole (81) for connecting the ultrasonic atomizer (23) with a power supply.

Preferably, a water bucket (211) is arranged above the bucket seat (21), and a buoy (212) is arranged below the bucket seat.

Preferably, the fog outlet pipe (3) is a PVDF pipe, the fog outlet hole (31) is formed in the fog outlet pipe (3), the tail end of the fog outlet pipe (3) is closed, and the outer layer of the fog outlet pipe is provided with a heat insulation film to play a role in preventing scalding; the cylinder (6) is vertically arranged, and the mist outlet pipe (3) is transversely arranged.

Preferably, the outer side of the electric heater (4) is provided with a heat insulation net (41), the other side of the electric box (1) is provided with a push rod (11), and the bottom of the electric box (1) is also provided with wheels.

The working principle and the specific operation are as follows:

when the device is used, firstly, the device is placed at a proper position in an animal room through a push rod (11) and wheels (15), a water bucket (211) is filled with water, the water bucket is reversely buckled on a bucket seat (21), when the water in the water bucket (211) is filled with 4/5 of a water tank (2), a buoy (212) blocks the opening of the water bucket (211), and then the main power supply is connected through a power line (9).

And step two, adjusting the opening number of the fog outlet holes (31) or adjusting the length of the fog outlet pipes (3) according to the requirements of the animal room.

Thirdly, connecting a power line of the ultrasonic atomizer (23) to a second three-line jack (523) on the humidity controller (52) through a connecting line hole (81) on the horizontal baffle (8); the power line of the electric heater (4) is connected to a first three-wire jack (513) on the temperature controller (51), and then the temperature control switch (131) and the humidity control switch (132) are turned on.

Opening a transparent window (14), adjusting the temperature to a required range by adjusting a temperature adjusting button (512) on a temperature controller (51), wherein the temperatures on two sides of a temperature numerical value display screen (511) are respectively a stop temperature and a start temperature, the middle numerical value is a real-time temperature, similarly, the humidity controller (52) is adjusted to the required range, the temperatures on two sides of a humidity numerical value display screen (521) are respectively a stop humidity and a start humidity, the middle numerical value is a real-time humidity, sensitively sensing the change of the ambient temperature and the humidity through a temperature probe (121) and a humidity probe (122), when the temperature reaches the start temperature, starting the electric heater (4), and when the temperature reaches the stop temperature, stopping the electric heater (4); when the humidity reaches the starting humidity, the ultrasonic atomizer (23) starts to work, and when the humidity reaches the stopping humidity, the ultrasonic atomizer (23) stops working.

Compared with the prior art, the utility model produced beneficial effect is: the utility model discloses to heat the humidification integration, can open or close the humidification device that heats simultaneously, also can only open the heating apparatus, humidification device is out of work, perhaps only opens humidification device, and the heating apparatus is out of work. And the device is intelligent to work, and temperature and humidity are controlled in a certain range to a certain extent, so that the temperature and humidity can be prevented from changing too much, time and energy of manual control are saved to a great extent, and the device is simple in structure, convenient to operate, low in cost and easy to popularize.

Drawings

Fig. 1 is a schematic structural diagram of a simple and convenient automatic heating and humidifying integrated device for an experimental animal room.

Fig. 2 is a sectional view of a simple and convenient automatic heating and humidifying integrated device for an experimental animal room.

Fig. 3 is a schematic structural diagram of a temperature controller and a humidity controller of a simple and convenient experimental animal room automatic heating and humidifying integrated device.

The reference numbers in the drawings: 1-an electric box; 11-a push rod; 12-a probe; 121-temperature probe; 122 — humidity probe; 13-a switch; 131-temperature control switch; 132-humidity control switch; 14-a transparent window; 15-a wheel; 2-a water tank; 21-barrel seat; 211-water bucket; 212-a buoy; 22-a fog outlet well; 23-an ultrasonic atomizer; 3, a mist outlet pipe; 31-mist outlet holes; 4, an electric heater; 41-heat insulation net; 5, vertical baffle plates; 51-temperature controller; 511-temperature value display screen; 512-temperature adjusting button; 513 — a first three-wire jack; 52-humidity controller; 521-humidity numerical value display screen; 522-humidity adjustment button; 523-second three-wire jack; 6, cylinder; 7, supporting rods; 8-horizontal baffle; 81-connecting hole.

Detailed Description

As shown in the attached drawings of the specification, the simple and convenient automatic heating and humidifying integrated device for the experimental animal room comprises an electric box 1, a water tank 2, a mist outlet pipe 3 and an electric heater 4, wherein one end of the electric box 1 is provided with a probe 12; a switch 13 and an openable transparent window 14 are arranged on one side of the electric box 1; the top of electronic box 1 is equipped with water tank 2, has two openings in water tank 2 top, is equipped with bucket seat 21 and fog outlet well 22 respectively, and is equipped with ultrasonic nebulizer 23 under fog outlet well 22 in water tank 2, and fog outlet well 22 passes through drum 6 and links to each other with fog outlet pipe 3, is equipped with electric heater 4 on fog outlet pipe 3, and fog outlet pipe 3 and electric heater 4 pass through bracing piece 7 fixed connection.

Further, the probe 12 includes a temperature probe 121 and a humidity probe 122.

Further, the switch 13 includes a temperature control switch 131 and a humidity control switch 132.

Further, a vertical baffle 5 is arranged inside the electric box 1, the vertical baffle 5 faces the transparent window 14, a temperature controller 51 and a humidity controller 52 are arranged on the vertical baffle 5, and the transparent window 14 is used for protecting the temperature controller 51 and the humidity controller 52.

Further, the temperature controller 51 is respectively connected with the temperature probe 121 and the temperature control switch 131, a temperature value display screen 511 is arranged above the temperature controller 51, a temperature adjusting button 512 is arranged in the middle of the temperature controller, and a first three-wire jack 513 is arranged at the lower part of the temperature controller.

Further, the humidity controller 52 is connected to the humidity probe 122 and the humidity control switch 132 respectively, and a humidity value display screen 521 is disposed above the humidity controller 52, a humidity adjustment button 522 is disposed in the middle of the humidity controller, and a second three-wire jack 523 is disposed at the lower portion of the humidity controller.

Further, the electric box 1 and the water tank 2 are separated by a horizontal baffle plate 8, and a connecting wire hole 81 is arranged on the horizontal baffle plate 8 and used for connecting the ultrasonic atomizer 23 with a power supply.

Further, a water tub 211 is installed above the tub base 21, and a float 212 is installed below.

Further, go out fog pipe 3 and be the PVDF pipe, be equipped with out fog hole 31 on going out fog pipe 3, go out fog pipe 3 end and seal, and the skin is equipped with thermal-insulated membrane, plays to prevent scalding the effect, and 6 vertical settings of drum go out fog pipe 3 and transversely set up.

Further, the outer side of the electric heater 4 is provided with a heat insulation net 41, the other side of the electric box 1 is provided with a push rod 11, and the bottom of the electric box 1 is also provided with wheels.

The specific operation is as follows:

when the device is used, firstly, the device is placed at a proper position in an animal room through the push rod 11 and the wheels 15, the water bucket 211 is filled with water, the bucket seat 21 is reversely buckled, when the water in the water bucket 211 is filled with 4/5 of the water tank 2, the buoy 212 blocks the opening of the water bucket 211, and then the main power supply is connected through the power line 9.

And step two, adjusting the opening number of the fog outlet holes 31 or adjusting the length of the fog outlet pipes 3 according to the requirements of the animal room.

Step three, connecting the power line of the ultrasonic atomizer 23 to the second three-line jack 523 on the humidity controller 52 through the connecting line hole 81 on the horizontal baffle plate 8; the power supply line of the electric heater 4 is connected to the first three-wire jack 513 on the temperature controller 51, and then the temperature control switch 131 and the humidity control switch 132 are turned on.

Step four, opening the transparent window 14, adjusting the temperature to a required range by adjusting a temperature adjusting button 512 on the temperature controller 51, wherein the temperatures on the two sides of the temperature numerical display screen 511 are respectively a stop temperature and a start temperature, the middle numerical value is a real-time temperature, similarly, the humidity controller 52 is adjusted to the required range, the temperatures on the two sides of the humidity numerical display screen 521 are respectively a stop humidity and a start humidity, the middle numerical value is a real-time humidity, sensitively sensing the change of the ambient temperature and the humidity through the temperature probe 121 and the humidity probe 122, when the temperature reaches the start temperature, the electric heater 4 starts to work, and when the temperature reaches the stop temperature, the electric heater 4 stops working; when the humidity reaches the start humidity, the ultrasonic atomizer 23 starts to operate, and when the humidity reaches the stop humidity, the ultrasonic atomizer 23 stops operating.

The device can open or close the humidification device that heats simultaneously, also can only open the heating device, and the humidification device is out of work, perhaps only opens the humidification device, and the heating device is out of work.

Claims (10)

1. The utility model provides a simple and convenient laboratory animal room automatic heating humidification integrated device, includes electronic box (1), water tank (2), goes out fog pipe (3) and electric heater (4), its characterized in that: one end of the electric box (1) is provided with a probe (12); a switch (13) and an openable transparent window (14) are arranged on one side of the electric box (1); the top of electronic box (1) is equipped with water tank (2), has two openings in water tank (2) top, is equipped with bucket seat (21) and fog outlet well (22) respectively, and is equipped with ultrasonic nebulizer (23) under fog outlet well (22) in water tank (2), and fog outlet well (22) link to each other with fog outlet pipe (3) through drum (6), is equipped with electric heater (4) on fog outlet pipe (3), and fog outlet pipe (3) and electric heater (4) pass through bracing piece (7) fixed connection.

2. The simple and convenient automatic heating and humidifying integrated device for the laboratory animal room according to claim 1, which is characterized in that: the probe (12) includes a temperature probe (121) and a humidity probe (122).

3. The simple and convenient automatic heating and humidifying integrated device for the laboratory animal room according to claim 1, which is characterized in that: the switch (13) comprises a temperature control switch (131) and a humidity control switch (132).

4. The simple and convenient automatic heating and humidifying integrated device for the laboratory animal room according to claim 2 or 3, which is characterized in that: the inside of electronic box (1) is equipped with vertical baffle (5), vertical baffle (5) just are transparent window (14), and are equipped with temperature controller (51) and humidity controller (52) on vertical baffle (5), and transparent window (14) are used for protecting temperature controller (51) and humidity controller (52).

5. The simple and convenient automatic heating and humidifying integrated device for the laboratory animal room according to claim 4, which is characterized in that: temperature controller (51) are connected temperature probe (121) and accuse temperature switch (131) respectively, and are equipped with temperature numerical value display screen (511) above temperature controller (51), and the middle part is equipped with temperature regulation button (512), and the lower part is equipped with first three-way jack (513).

6. The simple and convenient automatic heating and humidifying integrated device for the laboratory animal room according to claim 4, which is characterized in that: humidity probe (122) and wet switch (132) of accuse are connected respectively to humidity controller (52), and are equipped with humidity numerical display screen (521) above humidity controller (52), and the middle part is equipped with humidity control button (522), and the lower part is equipped with three line jack of second (523).

7. The simple and convenient automatic heating and humidifying integrated device for the laboratory animal room according to claim 1, which is characterized in that: the electric box (1) and the water tank (2) are separated by a horizontal baffle (8), and a connecting wire hole (81) is formed in the horizontal baffle (8) and used for connecting the ultrasonic atomizer (23) with a power supply.

8. The simple and convenient automatic heating and humidifying integrated device for the laboratory animal room according to claim 1, which is characterized in that: a water barrel (211) is arranged above the barrel seat (21), and a buoy (212) is arranged below the barrel seat.

9. The simple and convenient automatic heating and humidifying integrated device for the laboratory animal room according to claim 1, which is characterized in that: the fog outlet pipe (3) is a PVDF pipe, the fog outlet hole (31) is formed in the fog outlet pipe (3), the tail end of the fog outlet pipe (3) is closed, and the outer layer is provided with a heat insulation film to play a role in preventing scalding; the cylinder (6) is vertically arranged, and the mist outlet pipe (3) is transversely arranged.

10. The simple and convenient automatic heating and humidifying integrated device for the laboratory animal room according to claim 1, which is characterized in that: the electric heater is characterized in that a heat insulation net (41) is arranged on the outer side of the electric heater (4), a push rod (11) is arranged on the other side of the electric box (1), and wheels are further arranged at the bottom of the electric box (1).

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