KR200310585Y1 - a structure of beehive - Google Patents

Abstract

The present invention is indigenous beehive structure that can be cut vertically to see all the layers of honey storage period in producing native honey, and high quality native beehives that can be harvested so that all honey layers during storage period appear on the honey cut surface. It is about.

The features of the native beehives according to the present invention include a lower beehive having a doorway through which worker bees enter and exit, and an upper beehive, which is a beehive that is placed above the lower beehive and stores honey, to store honey contained in the hive. In the harvesting native beehives, a plurality of lattice frames are fixedly stacked in a row in the upper direction of the lower hive, and when harvesting the collected honey, a honeycomb made of beeswax made of beeswax contained in the lattice frames is passed through. It is in harvesting that all the cross sections of honey in the period collected by cutting the honey in it appear.

The present invention can see all the cross-sections of native honey stored for about a year, and since it can be visually confirmed, there can be no unbelief at all, and it can provide reliable native honey, and even in the storage period in honey taste and flavor We can provide high quality native honey that can enjoy all kinds of honey flavors and aromas collected.

Description

Native beehive structure {a structure of beehive}

The present invention is a native beehive designed so that honeycomb made of beeswax can be harvested as honeycomb made of beeswax by harvesting by cutting the layers of honey vertically when harvesting honey. It is about.

In general, there are two kinds of bees in domestic breeding bees and native bees. Bees are larger than native bees and respond insensitive to changes in the environment. The hive and the hive are also open, so finding a queen bee is very easy. So bee has been growing the bee-gun by artificial separation method, but native bees are smaller in size than bee and are very sensitive to environmental changes around them. This is difficult.

This issue of distribution also contributes to increasing the productivity of native honey, as more systematic and scientific distribution is being made through the active bee ecological research.

However, indigenous honey is superior to sheep honey in terms of quality, and the merchandise is relatively good. However, it is difficult to distinguish the difference between native honey and honey bee in the honey jar. It is often mistaken as, but it is also difficult to eliminate this.

Recently, the honeycomb of native honey was packaged so that the honeycomb of the native honey appeared to increase the distinction, value, and commerciality of the native honey, so that it could be confirmed that the honey was not mixed, thereby increasing the reliability and value of the native honey.

However, despite the differentiation of the conventional native honey as described above, there were many aspects in which a higher quality native honey was not produced.

As an example, for the conventional domestic beehives according to the conventional domestic honey production, "Korean Utility Model Registration Application No. 1995-30057 (1995.10.25), the name of the design: a base for domestic beehives" and "Korean Utility Model Publication No. 1983- No. 1738 (published Sep. 16, 1983). The name of the invention: native beehives (hereinafter referred to as "prior art 1").

Figure 1 is an exploded perspective view showing a native beehive according to the prior art 1, the conventional native beehive 10 is a lower hive (1) and the middle hive (2) (also stacked in a multi-stage separated) and It consists of the lid body 3, and it turns out that it is comprised by the structure which piles up these sequentially in a vertical direction. Reference numeral 4 is an inner barrel of the intermediate beehive (3).

As described above, the conventional native beehives 10 store the honey on the top of the beehives in a stacked form, so honey collected from flowers that are bloomed seasonally appears different in taste and aroma according to the stacking height of honey. For example, the most blooming flowers in May are mainly acacia flowers, and many bees collect nectar mainly from acacia flowers, so the collected honey is mainly acacia honey. The collected honey is stored in the honey collected from the chestnut and other flowers, it can be seen that the stored honey is different from time to time.

Usually honey is harvested about once a year, and the harvesting process, as shown in Figure 1, after removing the lid body (3) and remove the multi-stage upper beehive in order from the top and then put it in the packaging box as it is They may also sell them, or they may sell refined honey that has been compressed into honeycomb to remove beeswax and other debris.

Like this, the native honey is composed of multiple hives in the structure of the hives, and the honeycomb is harvested in a horizontal direction by separating them sequentially so that the taste and aroma of the native honey contained in each hives are collected in specific seasons. It does not provide taste and aroma.

In other words, when the flowering period of Korea starts from March to October, it is a period when native bees collect honey from March to October. The honey collected from flowers is stored at the bottom of the flowers that are late in bloom, so when the honey is harvested from the top, even if the honey is packed in a box as it is, the taste and aroma are the honey collected at a specific time. There is a problem that can not utilize the characteristics of the various honey flavor and aroma of native honey.

Moreover, refined honey is not mixed with both taste and aroma to provide its own native honey flavor and aroma, as well as consumers distrust its quality whether it sells honey as native honey or whether it is mixed with honey. And there has been a problem of falling commodity value.

The present invention is due to the structural problem that the honey itself is divided by time because the problem as described above is harvested by separating the upper beehive in order from the top when harvesting honey.

The present invention has been devised to solve the above problems, the object of the present invention is to install the beehives collected honey from the flowers blooming according to the season to be stacked in succession in the horizontal direction to install honey vertically when harvesting honey By cutting in the direction to see the cross-section of the various honey layers to provide a native beehive structure that can increase the reliability and value of quality.

As a means for implementing a native beehive structure according to the object of the present invention can be achieved through a beehive designed to cut and harvest so that all the faults corresponding to the storage period in the native bee stores the honey.

Of course, the beehive according to the present invention is installed on the top hive, but the plurality of lattice frame is configured to be stacked in succession in the longitudinal direction and fixed them so as not to be separated from each other after each bee is stored honey The beehive made of beeswax is cut by moving the yarn from top to bottom while pulling the thread tightly between the frames.

If you separate each lattice frame in this way, you can harvest the honey to show all the faults of honey according to the storage period of honey. The faults also differ in the color and transparency of honey depending on the time of honey collection. As a result, honey can be seen on the interface with different concentrations and colors.

Therefore, the shape of the fault and honeycomb caused by the density, color, or transparency of honey can be visually confirmed, and different honey flavors and aromas can be felt for each fault. It is easy to check, so there is no distrust element to native honey, so it is possible to provide reliable and high quality native honey.

1A is an exploded perspective view showing an example of a conventional native beehive,

Figure 1b is a perspective view showing another configuration of the conventional native beehives,

2 is a perspective view showing a native beehive structure according to the present invention,

3 is a longitudinal cross-sectional view of FIG. 2.

<Description of the symbols for the main parts of the drawings>

10: native beehive 20: stand beehive

30: grid frame 31: square

32: connecting rod 33a: horizontal bar

34: Beehive Housing 35: Judge

Hereinafter, with reference to the accompanying drawings an embodiment according to the native beehive according to the present invention in more detail as follows.

2 is a perspective view schematically showing a native honey can according to the present invention, as can be seen in the drawing, the native beehive 10 is largely the base beehive 20 and the grid frame 30 is located on the top of the beehive barrel )

In addition, the upper part of the base barrel 20 is provided with a diaphragm plate is installed in the center of a plurality of through holes of 1.8 cm in diameter, and the entrance 21 is provided on the side of the worker bees.

The grid frame 30 is to be installed on the support barrel 20, symmetrical with each other to set up each wood 31 at a predetermined distance intervals, between the wood 31 between two wood through the connecting rod 32 It is comprised by connecting 31 with each other.

The lattice frame 30 has a plurality of lattice frames successively overlapping the lattice frames in a horizontal direction, and the beehive housing 34 is constructed. The horizontal bar 33a is padded and fixed with nails, and the open edge portion of the beehive housing 34 is covered with the board 35.

The beehive housing 34 constructed as described above makes honeycomb with beeswax from top to bottom in the lattice frame 30 by worker bees, and honey is stored therein.

Hereinafter, a method of harvesting the stored honey will be described.

The honey collected in the beehive housing 34 is removed from the bar 33a for fixing the plurality of grid frames 30 for harvesting, and then the thread is sandwiched between the grid frames 30 and the thread is pulled tightly from above. Moving it down cuts the beeswax and honey in it. When the honey is cut, the grid frame 30 is separated from the neighboring grid frame, so each grid frame 30 can separate the beeswax constituting the honeycomb and honey contained therein with the grid frame 30. have. Of course, the lattice frame 30 itself may be packed in a packing box or may be packed by removing the lattice frame.

As described above, the shape of the honey filled in the lattice frame 30 can be confirmed at a glance that the honeycomb made of beeswax has a honeycomb initially collected and the most recently collected honeycomb.

Therefore, conventional honey produces honey so that the cross section of honeycomb can be seen, but honey with a certain period of aroma and honey taste by cutting the honeycomb horizontally, but the present invention starts to collect honey by cutting the honey layer vertically. By harvesting all kinds of honey, from honey to the most recently collected honey, it provides a variety of honey flavors and aromas. After all, the native honey according to the present invention will be able to produce a much higher quality native honey than conventional honey in terms of quality.

As described above, in view of the fact that the general consumer often doubts the authenticity even when a consumer purchases native honey, the present invention shows that there is no distrust factor because all the layers of native honey appear. Therefore, it is possible to produce reliable native honey, and because the harvested honey includes all the seasons and seasons, it is possible to produce high quality native honey that can enjoy various tastes and aromas of honey.

Claims (1)

A lower beehive passage having a doorway through which worker bees enter and exit; In the native beehive having a top hive for storing honey is located on the top of the lower hive, The lattice frame 30 which is located on the lower beehive 20 and passes through the lower beehive 20 and consists of respective squares 31 connected to each other by a connecting rod 32 in a space spaced at a predetermined interval. and; A plurality of hive housings 34 formed by successively overlapping the plurality of lattice frames 30 in a horizontal direction and fixing the overlapped lattice frames 30 with horizontal bars 33a; A native beehive structure that can harvest high-quality native honey, characterized in that consisting of a board 35 to cover the outside of the grid frame 30.