KR101151040B1 - Harvest honey device of native hive - Google Patents

Abstract

The present invention is to provide a native honeycomb honey-lowering device (1) to maximize the efficiency of the work by taking down the honeycomb of the native bee in the native honey to lower the honey in the native honeycomb more easily will be.
That is, the present invention is configured such that the rotating body (4) having the fine mesh (7) covered inward in the cylindrical body (2) formed in a conical shape of the lower part is rotated by the drive motor (6) below the main body (2). A pair of screws 11 and a screw 11 which are rotated forward and backward by the forward and backward driving motor 13 of the upper and lower fixing plates 8 fixed to one side of the main body 2 are fixed to the upper and lower fixing plates 8. Lifting means 10 is composed of a supporter 12, a pair of upper and lower connecting brackets 20 are screwed to the screw 11 of the lifting means 10 and installed to support the supporter 12 on both sides is When the forward and reverse rotation of the screw 11 is configured to lift and lower, the hot water heating means 30 is fixedly installed at the end of the connecting bracket 20 is configured to lift by the lifting means 10, the hot water heating means 30 Both ends of the first heating pipe 40 spirally formed in the rotating body 4 It is installed so as to be raised and lowered together when the hot water heating means 30 by the elevating means (10), spirally on the outside and lower side of the rotating body (4) inside the main body (2) to the hot water heating means (30) Both ends of the second heating pipe 50 formed in the shape is characterized in that it is fixed to the main body 2 so as to communicate by the flexible hose (51).
According to the present invention, since the native honey is continuously heated by indirect heat by the first heating pipe 40 and the second heating pipe 50, it can be lowered more easily without changing the components and properties of the native honey. By preventing the beeswax from floating and settled inside, it is possible to provide high quality native honey with good taste and ingredients, and to improve the convenience and operation reliability of the honey-lowering operation to make the native honey more efficiently. The effect can be expected (5).

Description

Native honeycomb honey lowering device {Harvest honey device of native hive}

The present invention is a native honeycomb honey lowering device, when it is described in more detail to take down the honeycomb of the native honey bee indigenous honey to make it easier to lower the quality of honey when lowering honey in the native honeycomb efficiency of honey lowering operation It is related to the maximized native honeycomb honey lowering device.

In the native honeycomb honey lowering device, honey is a sweet and sticky liquid that bees are sucked from flowers and collected in honeycomb and used for food, and most of the components are sugars, edible or used as medicine, and are useful for the human body. As a health food, in particular, native honey provides sugar water as an alternative food so that bees do not eat honey in winter, and inferior honey collects honey and pollen compared to bee honey, which is often collected in the middle of moisture. When the humidity is controlled to 20% or less, the honey is sealed, stored, and matured. The potted plant is mixed with a certain amount, so the concentration is high, the taste and ingredients are good, and the ingredients are of high quality.

In general, a bee honey-lowering device such as when a native bee builds a house with beeswax secreted from his body and natural honey beehives filled with honey therein is lowered on a consumer plate, which is a normal artificial bee honeycomb. When centrifuged in wheat, the native honeycomb is destroyed together with the native honey by centrifugal force, the native honeycomb and honey cannot be separated properly, and the fine powder of beeswax remains due to the destruction of the honeycomb in the native honey. Since the fine powder of beeswax is suspended or sedimented inside the native honey when it is packaged after being lowered, there is a problem in that it is not possible to provide clean and high quality native honey. As the beeswax is mixed with beeswax, its cohesive force is high. In particular, when the outside temperature is low, such as winter, the honey hardens more than usual, and in the case of native honey, the honey is filled in the honeycomb and brought to the place where the honey is dropped, and then the temperature is lower than the original honeycomb. Because it is easily cured because it is more difficult to lower the honey from the native honeycomb, which takes a lot of work time, has had a number of problems, such as reduced productivity.

In the present invention, to solve the above problems of the prior art was to create a new technology, the native honey is separated from the native honeycomb when lowering the native honey of the native honeycomb, not the bee venom honeycomb in the wheat harvester using only conventional centrifugal force Even if the honeycomb is destroyed and used a fine strainer, it contains fine powder of beeswax and degrades the quality of native honey or prolongs the time required for honey-lowering work, thereby reducing the productivity of native honey. Indirect heating means are provided to indirectly heat the house so that native honey flows naturally from the native honeycomb so that the native honey can be easily lowered from the native honeycomb without changing the properties of the native honey. Before you can naturally separate the native honey from the native honeycomb The present invention provides a native honeycomb honey lowering device capable of lowering high-density native honey by improving the taste and ingredients by minimizing the inclusion of fine powder of beeswax in the core. It is completed.

In the present invention as a specific means for solving the above problems of the invention comprises a native honeycomb honey lowering device, the honey lowering device is a fine strainer to rotate the native honeycomb inside the cylindrical body to lower the native honey by centrifugation The inner rotor is rotated by a drive motor installed on the base supporting the main body at the lower part of the main body, and the shape of the lower part of the main body is formed into a conical shape having a high center and a low edge to discharge honey separated from the honeycomb on one side. The discharge pipe provided with the on-off valve is configured to communicate with the inside of the main body.

In the present invention comprises a hot water heating means fixed to the connecting bracket to be elevated by the lifting means consisting of a screw in the center and the supporters on both sides of the main honeycomb honey lowering device having the above configuration, the hot water heating means is It is connected to the water supply tank and the water inlet pipe in the upper portion and provided with a heating tank with a heat transfer heater therein, the hot water supply pipe is installed in communication with the lower portion of the heating tank to supply the hot water heated by the heat transfer heater to the honey lowering device. And, on the hot water supply pipe is installed a hot water supply pump for supplying hot water.

One end of the hot water supply pipe of the hot water heating means is installed in communication with one end and is formed in a spiral shape in the rotating body inside the main body to install the first heating pipe so that the other end communicates with the water inlet pipe. It is configured to be raised and lowered together, and one end of the hot water supply pipe of the hot water heating means is installed in communication with the flexible hose, and the other end is formed in a spiral shape on the outer side and the lower side of the lower part of the rotating body in the main body to the flexible hose as the water inlet pipe. The second heating pipe communicated by the fixed installation inside the main body, the second heating pipe is fixedly installed in the main body is configured not to be lifted together when the lifting means of the warm water heating means by the lifting means.

According to a specific means for solving the above problems, the first heating pipe connected to the hot water heating means in a spiral shape inside the rotating body installed to be rotated inside the main body in a spiral shape, and is fixed to the main body by the outer lower portion of the inner rotor in the main body; The second heating pipe connected to the hot water heating means is formed in a spiral shape, and before the natural honey is separated by centrifugal force from the native honeycomb with a rotating body, indirect heat is applied to the first heating pipe so that a part flows naturally and at the same time, the native honey flows down. This thinning allows the native honey to be lowered more easily when the rotating body is rotated, and indirectly heated with a second heating pipe before the native honey flowing out of the main body outside the rotating body is turned back by the rotation of the rotating body. By discharging more easily to the discharge pipe on one side of the main body, beeswax, a component of native honeycomb, floats inside the native honey By preventing sedimentation, it is possible to provide high quality native honey with good taste and ingredients.In the late autumn or winter, indoor and outdoor where the ambient temperature is low, or native honeycomb is collected, even after a long time, the native honey is reduced. The thinner can be lowered more easily, and even if the local honeycomb is taken and dropped off immediately at another place, the native honey can be provided immediately, and the first heating pipe connected to the hot water heating means is supplied with hot water to the inside. The native honey is heated indirectly by the second heating pipe so that the composition and properties of the native honey are not changed or discolored, and the first heating is formed in a spiral shape inside the rotating body when the native honeycomb filled with the native honey is inserted into the rotating body. Since the pipe is lifted up and put in, it does not interfere with the work of lowering honey, so the convenience of operation and the reliability of operation It is possible to provide an improved drag device, and the expected effect is a great invention.

1 is a front view showing a preferred example of the present invention
Figure 2 is a side cross-sectional view showing a preferred example of the present invention, an exemplary view showing the input state of native honeycomb
Figure 3 is a side cross-sectional view showing a preferred example of the present invention, an exemplary view showing a state in which the hot water heating means and the first heating pipe is lowered after the input of native honeycomb
Figure 4 is a perspective view extracting the first heating pipe of the native honeycomb honey dripping apparatus of the present invention
Figure 5 is a perspective view of the second heating pipe extracted from the native honeycomb honey dripping apparatus of the present invention

Specific details for carrying out the present invention will be described in more detail together with the above drawings.

As shown in Figures 1 to 3 the present invention relates to a native honeycomb honey-lowering device (1) used when lowering native honey of native honeycomb, the native honeycomb in order to flow down well when lowering native honey in the outside Discharge pipe (3) having a lower shape is formed in a conical shape to facilitate the discharge of the furnace, the opening and closing valve (3a) is installed to enable the discharge on the one side lower portion of the cylindrical body (2) having a lid (2a) at the top The main body 2 is configured to communicate with the inside of the main body 2, and the rotating body 4 rotates the native honeycomb so as to lower the native honey by centrifugal separation. It is configured to be rotated by the drive motor (6) installed on the base (5) that is supported, the fine strainer (7) so that the native honeycomb is not discharged into the main body (2) with honey inside the rotating body (4) ) Is configured to be covered.

On one side of the main body 2, the elevating means 10 is fixed by a fixed plate 8 fixed to the main body 2 up and down, and the elevating means 10 is a screw 11 and a screw that rotates in the normal and reverse direction. A pair of supporters 12 are installed to be supported on both sides during the rotation of the 11 to move up and down, and the screws 11 are installed in the upper and lower fixing plates 8, but the upper fixing plates 8 have screws 11. It is installed as a bearing so that the upper end of the free rotation, the lower fixed plate 8 is passed through the lower end of the screw 11, the forward and reverse drive motor so that the forward and reverse rotation by the forward and reverse drive motor 13 installed in the lower portion of the lower fixed plate (8) 13 is connected to the drive shaft 14 and the power transmission means 15, such as a bevel gear.

Hot water heating means 30 is installed in the elevating means 10 by the connecting bracket 20 to heat the native honeycomb that is introduced into the main body 2 by heating the water flowing from the outside, and the connecting bracket 20 ) Is fixed to the nut body 21 screwed to the screw 11 of the elevating means 10, and supports sliding up and down by a pair of supporters 12 placed on both sides of the screw (11). A pair of bushes 22 are installed so that the hot water heating means 30 is fixedly installed at an end thereof, and the connecting bracket 20 is more stably connected to the hot water heating means 30 to the elevating means 10. A pair is provided up and down so as to be installed, and the nut body 21 is preferably installed only in one of the connection brackets 20 of the upper and lower connection brackets 20. In the case of installation, the upper nut body 21 and the lower nut body 21 are worn differently from each other. When the ratio is generated by the rotation will be different due to it can not be smoothly spar of the hot water heating unit (30).

The hot water heating means 30 fixedly installed at the end of the pair of connecting brackets 20 by the elevating means 10 is provided with a water supply tank 31 to supply water by storing water introduced from the outside at an upper portion thereof. And a heating tank 33 communicating with the water supply tank 31 and the water inlet pipe 32, and the heat transfer heater 34 generating heat when power is supplied to the inside of the heating tank 33. Is installed, the hot water supply pipe 36 is installed in communication with the hot water supply pump 35 to supply the hot water heated by the heat transfer heater 34 to the body 2 in the lower portion of the heating tank 33. .

One end of the first heating pipe 40 is installed at the end portion of the hot water supply pipe 36 of the hot water heating means 30, and the first heating pipe 40 is the rotating body 4 inside the main body 2. 4 is formed in a spiral shape as shown in Figure 4, the other end of the first heating pipe 40 is installed in communication with the water inlet pipe 32 when the hot water heating means 30 by the elevating means (10) It is configured to be elevated together, one end of the second heating pipe 50 is installed in communication with the flexible hose 51 on one side of the hot water supply pipe 36 of the hot water heating means 30, the second heating pipe ( 50 is fixed to the main body 2 in a spiral shape, as shown in FIG. 5, on the lower outer side of the rotating body 4 and the inner lower side of the main body 2 in the main body 2, and the second heating pipe 50. The other end of the) is installed in communication with the water inlet pipe 32 by the flexible hose 51, the second heating pipe 50 is Unlike the heating pipe 40, it is fixed to the main body 2 without elevating by the elevating means 10, and the flexible hose 51 is variably connected to the elevated distance during the elevating of the hot water heating means 30. One end of the hot water supply pipe 36 and the second heating pipe 50 of the hot water heating means 30, the other end of the water inlet pipe 32 and the second heating pipe 50 is not separated and separated.

The native honeycomb honey lowering device 1 of the present invention configured as described above has the rotational force of the drive shaft 14 of the forward and reverse drive motor 13 as the screw 11 through the power transmission means 15 as shown in FIGS. By transmitting and rotating to raise the hot water heating means 30 installed by the upper and lower connecting brackets 20 to raise the first heating pipe 40 from the inside of the rotating body 4 to the inside of the rotating body 4 to be empty Then, the native honeycomb in which the native honey is introduced into the rotating body 4 is cut into the whole or partially, and the hot water heating means 30 is lowered by reversely rotating the forward and reverse driving motor 13 as shown in FIG. 3. In addition, the first heating pipe 40 is lowered to be introduced into the rotating body 4, and then, power is supplied to the heat transfer heater 34 inside the heating tank 33 to supply the water inlet pipe 32 from the water storage tank. Hot water hole installed in the hot water supply pipe 36 after heating the water flowing through the The pump 35 is operated to supply hot water into the first heating pipe 40 through the hot water supply pipe 36 to heat the native honeycomb and the native honey, which are indirectly introduced into the rotor 4 by the heat of the hot water. do. At this time, the temperature of the hot water heated by the electric heater 34 is not so high as about 50 ℃ so that the properties and ingredients of the native honey is not altered.

When the native honey is diluted by the heat dissipated by the first heating pipe 40 and then partially heated while naturally flowing down, the driving motor 6 installed in the base 5 of the lower part of the main body 2 is heated. When the rotary body 4 is rotated by operation, the diluted honey is more easily separated from the native honeycomb, and the centrifugal separation is performed outside the rotary body 4, at which time 120 ~ Beeswax forming honeycomb contained in honey is filtered out of the dense strainer 7 having a diameter of about 150 mesh, and the honey, which is centrifuged by the rotor 4 and flows into the body 2, is fixed to the body 2. Heated again in the heating pipe 50 to maintain a continuous state of diluted honey, the hot water supply to the second heating pipe 50 is made the same as the hot water supply to the first heating pipe 40, the body (2) Some degree of native honey is filled inside The opening and closing valve (3a) installed in the discharge pipe (3) installed in communication with one side of the main body (2) is to be discharged to the outside, and the lower part of the main body (2) is formed in a conical shape so that native honey It can be discharged without leaving the bottom of the inside of 2).

As described above, after the native honey is lowered in the native honeycomb, the hot water heating means 30 and the first heating pipe 40 are lifted by the elevating means 10, and the strainer is covered with the rotor 4 inside. (7) by rolling up the waste of beeswax components remaining therein, the present invention is indirectly rotated by the hot water inside the first heating pipe 40 and the second heating pipe (50) By heating twice in and out of 4), it is continuously heated until the native honey is discharged into the discharge pipe (3), and the native honey is honeycomb regardless of the temperature of the native honeycomb honey lowering device (1) or the temperature of the native honey. Easier and quicker to lower the discharge is made, to prevent the beeswax floating and settled inside the native honey to provide a good quality honey with good taste and ingredients.

1: native honeycomb honey lowering device 2: body
2a: lid 3: discharge pipe
3a: Opening and closing valve 4: Rotating body
5: Expected 6: Driving Motor
7: Strain 8: Fixed Edition
10: lifting means 11: screw
12: Supporter 13: Stationary drive motor
14: drive shaft 15: power transmission means
20: Connecting bracket 21: Nut body
22: bush 30: hot water heating means
31: water supply tank 32: water inlet pipe
33: heating tank 34: electric heater
35: hot water supply pump 36: hot water supply pipe
40: first heating pipe 50: second heating pipe
51: flexible hose

Claims (1)

Cylindrical body (2) is formed in a conical shape of the lower shape and the discharge pipe (3) provided with an on-off valve (3a) to discharge the honey on one side is in communication with the inside,
Rotating body 4 configured to be covered with a fine strainer 7 inside the main body 2 and rotated by a drive motor 6 below the main body 2,
A pair of supporters fixed to the upper and lower fixing plates 8 on both sides of the screw 11 and the screws 11 which are rotated forward and backward by the normal and reverse driving motor 13 of the upper and lower fixing plates 8 fixed to one side of the main body 2 ( A lifting means (10) consisting of 12),
A pair of connecting brackets 20 which are screwed to the screws 11 of the elevating means 10 and installed to support the supporters 12 on both sides so that the elevating action of the screws 11 can be carried out during forward and reverse rotation;
It is fixedly installed at the end of the pair of connecting brackets 20 to elevate by the elevating means 10, and communicates with the water supply tank 31 and the water inlet pipe 32, which is provided to supply water by storing the water at the upper portion. The hot water supply pump 35 communicates with the heating tank 33 in which the heat transfer heater 34 is installed, and the hot water heated by the heat transfer heater 34 to the main body 2. Hot water heating means 30 having a hot water supply pipe 36 is installed,
One end is installed in communication with the end portion of the hot water supply pipe (36) of the hot water heating means (30), is formed in a spiral shape in the rotating body (4) inside the main body 2 is installed so that the other end is in communication with the water inlet pipe (32) A first heating pipe 40 configured to be lifted and lifted together by the lifting means 10 when the hot water heating means 30 is lifted,
One end of the hot water heating means 30 of the hot water supply pipe 36 is installed in communication with the flexible hose 51, and is formed spirally on the outer side and the lower side of the lower portion of the rotor 4 inside the main body 2. A native honeycomb honey beating device, characterized in that it comprises a second heating pipe (50) fixedly installed in the main body (2) in communication with the water inlet pipe (32) by the flexible hose (51).

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