CN205052262U - Automatic artifical grafting healing device - Google Patents

Abstract

An automatic artificial grafting healing device with laminar air supply, air heating, and internal and external gas exchange functions, including four structures: internal and external air exchange system, ultrasonic nebulizer humidification chamber, gas heating chamber, and airflow buffer chamber. Its working method is: powered by a fan placed on the top, the gas enters the gas heating chamber along the circulation channel (8) for heating, the heating film heats the incoming gas, mixes it with the mist through the orifice plate I (12), and then passes through the hole The plate II (13) evenly enters the graft healing chamber; by opening the regulating plate (6), the internal gas flows out along the regulating plate (6), and the fan sucks in new gas from the outside, thereby realizing internal and external gas exchange. In addition, the device is equipped with a thermal insulation side to realize the relative independence of the inside and outside. The device has the advantages of uniform temperature and humidity, convenient gas exchange, laminar air supply, and convenient operation.

Description

Automatic manual graft healing device

technical field

The utility model design relates to a device for controlling temperature and humidity, in particular to an artificial climate box which can automatically adjust temperature and humidity, and belongs to the field of electromechanical integration.

technical background

At present, the artificial climate chamber is widely used in scientific research and production. The grafted seedlings are placed in the artificial climate chamber for cultivation, and the temperature, humidity and light in the climate chamber are monitored in real time. However, at present, most artificial climate boxes have simple schemes, uneven temperature and humidity, and large indoor airflow, which will cause great damage to seedling cultivation, and cannot automatically exchange air with the outside world, and the internal gas cannot be renewed. The growth of the seedlings is uneven, and the difference between the good and the bad is large, which can not be better scientifically researched and reduces the production efficiency.

Contents of the invention

The technical problem to be solved by the present invention is to provide an automatic manual graft healing device for the existing technical deficiencies. The automatic manual graft healing device has the advantages of simple structure, low cost, and no external interference. Automatically adjust to the preset value, and keep the indoor temperature and humidity uniform and stable; what is especially important is that the laminar air supply is used in the box to avoid the impact of strong cold wind on the seedlings. under optimum growth conditions.

In order to achieve the above purpose, the scheme we adopt is:

An automatic artificial graft healing device, the whole device includes an ultrasonic nebulizer (1), a mist tube (2), a door (3), an intermediate layer (4), a light source (5), an adjustment plate (6), and a slender shaft (7), circulation channel (8), fan (9), rear plate (10), heating film carrier plate (11), orifice plate I (12), orifice plate II (13), coupling (14), The motor (15), wherein the ultrasonic nebulizer (1) is connected to the mist pipe (2), and the automatic artificial grafting and healing device is sequentially distributed with a door (3), an intermediate layer (4), a light source (5), and an orifice plate from front to back II (13), mist pipe (2), orifice plate I (12), heating film carrier plate (11), back plate (10), described circulation channel (8) is arranged on the whole device top, and circulation channel (8 ) is equipped with fan (9) and elongated shaft (7).

The utility model includes four major structures, an internal and external gas exchange system, an ultrasonic atomizer humidification chamber, a gas heating chamber, and an airflow buffer chamber.

The internal and external gas exchange system includes a regulating plate (6), an elongated shaft (7), a ventilation chamber (5), a circulation channel (8), a fan (9), an orifice I (12), an orifice II (13) , shaft coupling (14), motor (15), wherein, motor (15) is connected (7) with slender shaft by shaft coupling (14), and slender shaft (7) is fixed on adjusting plate (6), The motor (15) controls the opening and closing of the adjustment plate so as to realize the exchange of internal and external airflow and internal circulation to make the temperature and humidity inside the device uniform.

Described ultrasonic atomizer humidification comprises ultrasonic atomizer (1), mist pipe (2), orifice I (12), orifice II (13), wherein, ultrasonic atomizer (1) links with mist pipe ( 2), there is a small hole on the mist pipe (2), the mist sprayed by the ultrasonic atomizer (1) enters the mist pipe, and enters the orifice plate I (12) and the orifice plate II (13) from the small hole on the mist pipe The formed mist chamber is evenly mixed in the mist chamber, and then sent to the healing chamber by the circulating wind.

The gas heating chamber includes a heating film carrier plate (11) and an orifice I (12). The heating film is fixed on the heating film carrier plate (11), and the heat generated by the heating film is sent into the mist chamber by the circulating air and mixed with the mist They are all sent to the healing room together with the airflow with uniform temperature and humidity.

Described gas buffer chamber comprises orifice I (12), orifice II (13), and gas flow needs to pass through orifice I (12) and orifice II (13) when gas exchange or circulation, the orifice of two orifices The phase is wrong, the air flow is divided and mixed twice, so that the air flow is even and slow, and the effect of laminar air supply is achieved.

The working process of the utility model is as follows: turn on the relevant power supply, display the current temperature and humidity on the display screen, prompt the input to set the temperature and humidity, and after the input, the corresponding fan (9), heating film, and ultrasonic atomizer (1) start to work until reached the preset value. If the temperature and humidity exceed the set value, the regulating plate (6) will be automatically opened to realize gas exchange with the outside world, thereby reducing the temperature and humidity.

The utility model has the advantages of high energy utilization rate, convenient use, good mobility, and realizes internal and external gas exchange.

Description of drawings

Fig. 1 is the three-dimensional structure schematic diagram of the present utility model;

Fig. 2 is the front view of Fig. 1;

Fig. 3 is the left view of Fig. 1;

Fig. 4 is the top view of Fig. 1;

The specific labels in the figure are: 1 ultrasonic atomizer, 2 mist tube, 3 door, 4 middle layer, 5 light source, 6 regulating plate, 7 slender shaft, 8 circulating channel, 9 fan, 10 rear plate, 11 heating film Carrier plate, 12. orifice plate I, 13 orifice plate II, 14 coupling, 15 motor.

detailed description

The invention will be further described below in conjunction with the accompanying drawings and specific implementation examples, but not as a limitation of the present utility model.

Example: Ultrasonic nebulizer (1) is used to provide mist, mainly to humidify the healing room; mist pipe (2) is used to dredge the mist so that the mist enters the mist room evenly; door (3), the interlayer of the door is equipped with a partition The hot plate separates the indoor environment from the outside and is not disturbed by the outside world; the middle layer (4) is used to place trays for grafted seedlings; the light source (5) is used to provide light for grafted seedlings; the adjustment plate (6), The slender shaft (7) is fixed on the adjustment plate (6), connected to the motor (15) through the coupling (14), and the two states of opening and closing can be achieved by controlling the rotation of the motor. When it is closed, the airflow circulates inside the healing device , so as to achieve a uniform and stable internal environment. When the regulating plate (6) is opened, the internal airflow will be discharged along the regulating plate (6), and the fan will inhale air from the outside to achieve the purpose of improving the environment; the circulation channel (8) and the heating film carrier plate (11) , orifice plate I (12), and orifice plate II (13) together form a loop to ensure uniformity and stability inside.

It should be pointed out that the specific embodiments described above can allow those skilled in the art to have a clearer and more comprehensive understanding of the utility model invention, but do not limit any of the innovative inventions, and those skilled in the art can still modify or improve the design. But all technical improvements that do not depart from the innovation of the present invention all belong to the scope of protection.

Claims (5)

1. an automaticmanual graft union device, it is characterized in that comprising ultrasonic ultrasonic delay line memory (1), fog tube (2), door (3), intermediate layer (4), light source (5), adjustable plate (6), slender axles (7), circulation canal (8), fan (9), rear plate (10), heating film support plate (11), orifice plate I (12), orifice plate II (13), shaft coupling (14), motor (15), described ultrasonic ultrasonic delay line memory (1) connects fog tube (2), automaticmanual graft union device is dispersed with door (3) from front to back successively, intermediate layer (4), light source (5), orifice plate II (13), fog tube (2), orifice plate I (12), heating film support plate (11), rear plate (10), described circulation canal (8) is placed in whole device top, circulation canal (8) is laid fan (9) and slender axles (7), have four macrostructures: inside and outside gas exchange systems, ultrasonic ultrasonic delay line memory humidifying chamber, gas-heated room, air-flow buffer room.

2. automaticmanual graft union device according to claim 1, it is characterized in that inside and outside gas exchange systems comprises adjustable plate (6), slender axles (7), draft chamber (5), circulation canal (8), fan (9), orifice plate I (12), orifice plate II (13), shaft coupling (14), motor (15), wherein, motor (15) is connected with slender axles (7) by shaft coupling (14), and slender axles (7) are fixed on adjustable plate (6).

3. automaticmanual graft union device according to claim 1, it is characterized in that ultrasonic ultrasonic delay line memory humidification comprises ultrasonic ultrasonic delay line memory (1), fog tube (2), orifice plate I (12), orifice plate II (13), wherein, ultrasonic ultrasonic delay line memory (1) links (2) with fog tube, and (2) have aperture to fog tube.

4. automaticmanual graft union device according to claim 1, is characterized in that gas-heated room comprises heating film support plate (11), orifice plate I (12), the upper fixing heating film of heating film support plate (11).

5. automaticmanual graft union device according to claim 1, is characterized in that gas buffer room comprises orifice plate I (12), orifice plate II (13).