KR200305923Y1 - bee heated - Google Patents

Abstract

The present invention relates to a heat transfer plate for bee propagation, and more particularly, to a bee propagation plate that is easily bee breeding by installing a heat transfer plate that maintains an appropriate temperature inside the beehive and controls the temperature automatically even in cold weather.

Description

Beehive heating plate {bee heated}

The present invention relates to a heat transfer plate for bee propagation, and more specifically, to install a heat transfer plate outside or inside the beehive and supply a DC current to the heat transfer plate, the heat generated from the heat transfer plate according to the external weather is automatically controlled and cut off, so that it is appropriate for honey bee propagation. It relates to a heat transfer plate that maintains the temperature inside the hive to facilitate bee breeding.

In its natural state, bees stop breeding when the weather is cold and breed when the weather is warm.

Therefore, beekeeping in areas with four seasons like Korea is bee breeding by wrapping the beehives with warming materials and keeping the bee itself at the proper temperature in the spring when the weather is warm after winter, when the bees are inactive. However, when the temperature difference between day and night is severe or the weather drops below freezing, it is difficult for the bee to maintain the 35 degrees Celsius necessary for the bee itself, which causes the problem of not breeding or stopping while breeding.

In order to solve these problems and increase the temperature in the beehives by using electric heating for faster bee breeding, the bees are raised in the winter before spring begins.

However, the conventional electric heating method, which uses AC 220V current directly connected to the heating plate, consumes a lot of power and causes a lot of electricity charges, and the temperature in the beehive increases too much due to the high temperature generated by electromagnetic waves and hot wires due to high voltage. Even in cold weather, when bees come out of the hive and die, and there are dozens of beehives managed, even if there are many temperature differences in the hive depending on the military, each beehive is not maintained and controlled at the proper temperature. According to the appropriate temperature by one temperature sensor installed in the standard group, dozens of beehives are cut off and supplied to the entire group of beehives. Therefore, the weak beehives do not reach the proper temperature, so the breeding is not smooth and the strong beehives are breeding. The temperature was too high above the required temperature, causing a lot of damage. It was an easy problem to be a fire hazard due to high fever and for the electric shock

The present invention solves the problems as described above and provides a bee breeding DC heating plate that is properly controlled and automatically controlled in the beehive required for honey bee breeding while low electricity consumption and safe use of DC low current in heating for bee breeding To do

1 is an exploded perspective view of the heat transfer plate according to the present invention

Figure 2 is a state using the heat transfer plate according to the present invention

<Description of the code | symbol about the principal part of drawing>

1, power indicator 2, power switch

3, thermostat 4, voltage meter

5, voltage regulator 6, vents

7, binding terminal 8, fixing groove

9, aluminum plate 10, silicon heating wire

11, temperature sensor 12, wire

13, output terminal 14, power

15, external thermostat 16, knob

17, Styropol 18, Inside the hive

19, heating plate 20, piece

21, trans 22, beehive

When explaining the embodiment according to the present invention with reference to the accompanying drawings as follows.

The heat transfer plate 19 into which the silicon heating wire 10 connected to the electric wire 12 is inserted into the two aluminum plates 9 and bonded with an adhesive material to the inner part of the hive 18 or the piece 20 on the outer wall of the hive. It is fixed through the fixing groove (8) penetrated to the styropole 17 is attached to the heat transfer plate 19 to prevent heat leakage, and then the coupling terminal (7) attached to the heat transfer plate wire (12) attached to the beehive and the beehive (21) The silicon heating wire (10) inserted into the heat transfer plate (19) is bound to the output binding terminal (7a) and supplied with a power switch (2) and supplied with power, and the voltage regulator (5) regulates the voltage within 12V to 20V. Heat is generated from 20 degrees to 50 degrees Celsius in the heat is transferred to the beehive the heat generated inside the heat transfer plate 19 is uniformly spread on both sides of the heat transfer plate and the temperature sensor 11 attached to the heat transfer plate 19 is transferred The power is automatically supplied and shut off at the proper temperature according to the controller (3). Low electric current consumes less electricity and there is no risk of electric shock or fire even if the bare wires are caught with bare hands or short-circuited. When the external weather is warm and no heating is required, the beehives are adjusted according to the appropriate temperature according to the external temperature controller (15). When the power is cut off overall and the temperature drops, the power is supplied again so that the bee can be safely raised without being damaged by the high temperature or high temperature that is harmful to bee breeding.

As described above, according to the present invention, the bee breeding is used to save energy by using a low voltage current for DC, and maintains and controls the proper temperature in the beehive without causing danger and damage such as fire due to high heat, high temperature or short circuit. Can provide DC heating plate

Claims (1)

In the heat transfer plate in which the silicon heating wire 10 and the temperature sensor 11 are inserted and bonded to two aluminum plates 9, the heat transfer plate is composed of an electric heat regulator 3 and a voltage regulator 5 and an external temperature controller 15. Honeybee breeding DC plate that temperature is automatically controlled by being connected to transformer 21