KR200341669Y1 - Honey Wooden Vessel - Google Patents

Abstract

The present invention relates to a honey container that naturally absorbs the moisture of honey by the water absorption action of the wood, and to control the water absorption rate by the beeswax coating agent coated on the surface, the honey container according to the present invention It is configured by forming a porous wax coating layer on the surface of the.

Therefore, the present invention, when the collected honey is placed in a honey container, it is possible to absorb the moisture contained in the honey by the moisture absorption action of the wood to naturally concentrate the honey contained there is no need to go through a separate concentration process, There is no risk of deterioration by heat since it does not go through a concentration process by heating as in the prior art, and there is also an effect of arbitrarily controlling the moisture absorption amount per unit time of the honey container by the porous wax coating layer formed on the surface of the honey container.

Description

Honey Container Vessel {Honey Wooden Vessel}

The present invention relates to a honey container used to hold honey, and more specifically, a container for containing honey is made of wood, and the surface is coated with natural beeswax to absorb moisture contained in the honey contained in wood. The present invention relates to a honey container, which is naturally absorbed by and controls moisture absorption by a wax coating agent.

Generally, honey contains various active ingredients and a large amount of water, and the quality grade is determined according to the water content. Usually, the water content of honey collected from farms is 25 ~ 28%, which is less than 20%, which is suitable for commercialization. As a result, the product value can be increased only through a separate concentration process.

In order to reduce the moisture content of honey as described above, the conventional concentration process was performed through a concentrating device as shown in FIG. 1, which was wound around the collected honey 10 with a heating coil 12. It was put into the heating vessel (14), and then stirred by the stirring coil (16), the honey (10) by heating coil (12) to about 60 ?? After heating to a low temperature before and after, the temperature was increased, and then transferred to a vacuum evaporator through a pipe (18) to evaporate a part of the moisture in a vacuum to lower the water content in the honey (10).

However, the temperature of the wall portion of the heating vessel 14 located near the heating coil 12 in the process of heating the honey 10 during the conventional honey concentration process is approximately 100 ° C. Since it is maintained at a high temperature before and after, there is a problem in that the active ingredient of honey 10 located in the vicinity thereof is destroyed and deteriorated by a high temperature.

In addition, conventionally, because the honey must go through a separate honey concentration process in order to lower the moisture content of the honey there was a problem that the burden on the farmhouse.

The present invention has been made to solve the above problems, the object is to provide a honey container that can lower the moisture content of honey to an appropriate level without going through a separate concentration process.

Honey container for achieving the object of the present invention has a feature configured by forming a natural beeswax coating layer on the surface of the wood machined of semi-dried raw wood.

1 is a view schematically showing a conventional honey concentrator

Figure 2 is a cross-sectional view showing a first embodiment of a honey container according to the present invention

3 is a cross-sectional view showing a second embodiment of a honey container according to the present invention

4 is a cross-sectional view showing a third embodiment of a honey container according to the present invention

5 is a cross-sectional view showing a fourth embodiment of a honey container according to the present invention

6 is a manufacturing process of the honey container according to the present invention

7 is a view for explaining a manufacturing process of a honey container according to the present invention

* Explanation of Signs of Major Parts of Drawings *

20: wood 22: entrance

24: leg 26: stopper

26a: insertion portion 27: the groove for the handle

28: porous beeswax coating layer 30: beeswax coating agent

32: natural beeswax 34: water

40: honey

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is a cross-sectional view showing a first embodiment of a honey container according to the present invention, as shown in the semi-dried pine, oak as shown in the non-toxic raw wood such as processing to make the wood mill 20 The beeswax coating agent 30 mixed with natural beeswax 32 and water 34 at a predetermined ratio is melted and then coated on the inner surface of the processed wood machine 20 and dried to harden.

Here, in order to coat the wax coating agent 30 on the inner surface of the wood machine 20, the molten wax coating agent 30 is poured into the inside of the wood machine 20 and filled, and after the predetermined time elapses, the wax is left again on the inner wall. The coating was made by the coating (30).

In addition, the wax coating agent 30 is poured into the wood machine 20 and the wood machine 20 is rotated so that the liquid wax coating agent 30 may be evenly spread on the inner wall of the wood machine 20 by centrifugal force.

At this time, while the wax coating agent 30 stays in the wood group 20, the surface penetration of the wax coating agent 30 occurs to the inner surface of the wood group 20 at the interface between the wood group 20 and the wax coating agent 30.

Since the wood group 20 is to absorb the moisture contained in the honey 40 contained therein, the beeswax coating agent 30 is coated on the inner surface of the wood group 20 to adjust the water absorption rate of the wood group 20.

Figure 3 is a cross-sectional view showing a second embodiment of the honey container according to the present invention, as shown therein is coated with a liquid beeswax coating 30 on the entire surface of the wood 20, and then dried to harden.

That is, in order to coat the entire surface of the wood grouping 20 with the wax coating agent 30, when the whole wood group 20 is soaked in a molten wax of the wax coating agent 30 for a predetermined time, and then taken out, the front surface of the wood group 20 The coating was made by the wax coating (30).

In addition, the inlet 22 of the wood 20 and the insertion portion 26a of the stopper 26 are formed in a conical shape so that the insert 26a of the stopper 26 is wedge-shaped at the inlet 22 of the wood 20. To get stuck.

At this time, the coupling portion of the stopper 26 and the wood group 20 is sealed with natural beeswax 32 to improve the sealing force to enable long-term storage.

Figure 4 is a cross-sectional view showing a third embodiment of a honey container according to the present invention, as shown therein is formed in the shape of a hexagonal shape 20 and the stopper 26, the leg portion (below) 24) was formed to be stable.

Figure 5 is a cross-sectional view showing a fourth embodiment of a honey container according to the present invention, as shown therein is formed of a wooden group 20 and the stopper 26 in the shape of a rectangle, the stopper 26 of On the side, when opening the stopper 26 to form a groove for the handle (27), which is convenient to pull up the fingertips.

On the other hand, the manufacturing process of the honey container according to the present invention is to produce a beeswax coating agent 30 by mixing the natural beeswax 32 and water 34 in a predetermined ratio as shown in the accompanying drawings Figures 6 and 7 ( S10 and S20, the wax coating agent 30 is heated to a predetermined temperature to melt in a liquid phase (S12, S22), and the step of coating the molten wax coating agent 30 on the surface of the wood (20) (S14) and the wax coating agent 30 coated on the surface of the wood group 20 is dried to form a porous wax coating layer (S16, S30) on the surface of the wood group 20.

Here, the step (S14) of coating the wax coating agent 30 on the surface of the wood mill 20 is filled by pouring the wax wax coating agent 30 to the inside of the wood mill 20, and then after the predetermined time has elapsed after the wood mill Wax coating agent may be left on the inner wall of the coating to make the coating while leaving the wax coating agent 30 at the interface between the wood group 20 and the wax coating agent 30 while the wax coating agent 30 stays in the wood group 20. (Steps S24, S26, and S28 in Fig. 7).

In addition, the step of coating the surface of the wood machine 20 with a beeswax coating agent 30, the beeswax coating agent 30 is poured into the wood machine 20 and the wood wax 20 is rotated at a constant speed so that the liquid beeswax coating agent 30 is The centrifugal force may be spread evenly on the inner wall of the wood mill 20. (not shown)

When the natural beeswax 32 and the water 34 are mixed, the water absorption rate can be adjusted by adding or subtracting the mixing ratio of the water 34. After the wax coating agent 30 is dried and hardened, the wax coating agent 30 ) By forming a pore in the remaining place after the evaporation of moisture, so that the moisture contained in the honey to absorb into the wood (20), the number of pores can be determined according to the moisture content of the wax coating agent (30) In addition, the water absorption rate can also be changed.

In addition, the step (S14) of coating the surface of the wood chip 20 with a wax coating agent (30) is soaked in the molten wood of the wax coating agent 30 for a predetermined time and then taken out of the wood group 20 Wax coating agent 30 is buried in the inner and outer surfaces can be configured to remain (not shown).

That is, the entire surface of the wood group 20 is covered with a wax coating agent 30, as shown in Figure 3 attached to the inlet 22 when the stopper 26 is fitted to the inlet 22 of the wood group 20 Buried wax coating agent 30 is in close contact between the stopper 26 and the inlet 22 to increase the sealing force.

Hereinafter, the operation according to the present invention will be described in detail with reference to the accompanying drawings.

As illustrated in FIGS. 6 and 7, the process of forming the porous wax coating layer 28 on the surface of the wood machine 20 is first performed in step S10 of FIG. 6 and step S20 of FIG. 7. (34) is mixed in a predetermined ratio to form a wax coating agent 30, and then in step S12 of Figure 6 and S22 of Figure 7 put the wax coating agent 30 in the container and heated to melt, the liquid wax coating agent 30 ) Can be obtained.

After the coating on the surface of the wood machine 20 in step S14 of Figure 6 and then dried in step S16 of Figure 6 and step S30 of Figure 7 to evaporate the moisture contained in the wax coating agent 30, of the wood group 20 As the wax coating agent 30 adhered to the surface is hardened, a porous wax coating layer 28 is formed on the surface.

At this time, as the pores are formed in the portion where the evaporated moisture was placed in the process of drying the wax coating agent 30, a fine hole is formed in the porous wax coating layer 28, through which the wood group 20 breathes inwardly. Take a break to suck the moisture contained in the honey (40).

Then, in the process of coating the beeswax coating agent 30 on the wood (20) in the above, as shown in the accompanying drawings Figure 7 poured a beeswax coating agent 30 of liquid into the inside of the wood (20) and wait a predetermined time after the wood mill 20 When the wax coating agent 30, which has been filled in the back, is poured again, the coating is made by the wax coating agent 30 remaining on the inner wall of the wood machine 20.

That is, while the wax coating agent 30 is left in the wood machine 20, the surface penetration of the wax coating agent 30 is generated at the interface between the wood machine 20 and the wax coating agent 30, the wax coating agent on the inner surface of the wood machine 20 30 is penetrated to a predetermined depth to act to strengthen the bonding force of the porous wax coating layer 28 and the wood group 20.

In another process of coating the wax coating agent 30 to the wood group 20, when the wood group 20 is soaked in the molten wax of the liquid wax wax coating 30, the whole wood group 20 is wax coating agent (30) Covered with.

In another process of coating the beeswax coating agent 30 to the wood group 20 is put in a small amount of wood wax 20 of the wax-coating agent 30 melted in a liquid state and the wood group 20 is rotated at a constant speed for a predetermined time In addition, the wax coating agent 30 introduced into the wood mill 20 rises up the inner wall of the wood mill 20 by centrifugal force and is dried at the same time while being dried to coat the wood mill 20 inside.

In this case, since the wax coating agent 30 may be used in a small amount, the wax coating agent 30 may be reduced.

On the other hand, the moisture absorption process by the porous beeswax coating layer 28 formed on the surface of the wood 20, when the honey 40 is put in the wood 20, the moisture contained in the honey 40 is wood ( As the water is absorbed by the water absorption action of 20), the water content gradually decreases and becomes concentrated.

That is, the pores formed in the porous wax coating layer 28 located at the interface between the honey 40 and the wood 20, so that the wood 20 breathes inward to absorb the moisture contained in the honey 40 The number of pores of the porous beeswax coating layer 28 is determined according to the moisture content contained in the beeswax coating agent 30 used to form the porous beeswax coating layer 28, and the number of pores of the porous beeswax coating layer 28 Since the moisture absorption amount per unit time is determined, the concentration rate can be adjusted by the moisture content of the wax coating agent 30.

And, if the porous wax coating layer 28 is formed on the inner surface as well as the outer surface of the wood group 20, it is possible to further lower the water absorption per unit time, the inside of the water absorption amount absorbed into the wood group 20 from the outside air It is possible to absorb more moisture from the filled honey 40.

On the other hand, the stopper 26 for blocking the inlet 22 of the wood grouping 20 as shown in Figure 2 attached to prevent the outside air flows into the wood group 20, the honey (40) filled inside ) To protect from foreign matter or pests, the wax coating agent 30 filling the coupling portion of the wood 20 and the stopper 26 is to act to further increase the sealing force of the stopper (26).

And, as shown in FIG. 3, when the inlet 22 of the wood machine 20 and the inserting portion 26a of the stopper 26 for blocking the inlet 22 are formed in a conical shape, the stopper 26. When closing the wedge shape it is possible to improve the sealing force, and the porous wax coating layer 28 located at the interface between the insert portion (26a) and the inlet 22 of the stopper (26) because the stopper (26) When it is pushed in and closes, it acts to fill a small gap to improve the sealing force.

In addition, as shown in Figures 4 and 5 attached to the leg portion 24 formed in the lower portion of the wood group 20 serves to maintain a stable posture when the wood group 20 is placed, in particular Figure 5 As shown in the handle grooves 27 formed on the side of the stopper 26 is to prevent the sliding by allowing the fingertips to hang when opening the stopper 26.

As described above, the present invention, because the container for honey is made of wood, when the collected honey is stored in the honey container as it is, it is able to absorb the moisture contained in the honey by the water absorption action of the wood There is an effect that can be concentrated naturally without going through a separate concentration process, there is no fear of being deteriorated by heat because it does not go through a concentration process by heating as before.

In addition, since the moisture absorption amount per unit time of the honey container can be controlled by the porous wax coating layer formed on the surface of the honey container, there is also an effect that can control the water absorption rate of the honey container at an appropriate speed.

Claims (2)

Honey container characterized in that the porous beeswax coating layer formed on the surface of the wood. The honey container of claim 1, wherein the porous beeswax coating layer is formed on an inner wall of the wood machine.