KR20170076030A

KR20170076030A - Sliding Type Honey Collecting Devices

Info

Publication number: KR20170076030A
Application number: KR1020150185744A
Authority: KR
Inventors: 서동열
Original assignee: 서동열
Priority date: 2015-12-24
Filing date: 2015-12-24
Publication date: 2017-07-04

Abstract

The present invention relates to a sliding type honey collector, and more particularly, to a honeycomb structure having improved honeycomb structure so as to facilitate collection of honey, so that the honeycomb structure is opened by moving a small center plate in a sliding manner, The present invention relates to a sliding type honey collector.
The sliding-type honey extractor of the present invention includes a honeycomb honeycomb unit 10 having a semi-layered honeycomb layer 12 formed symmetrically to the left and right so as to form a honeycomb; One of the honeycomb layers of two layers, which are bonded to the left side of the sliding small-sized plate and composed of a plurality of hexagonal fire brigades, together with the half-layer honeycomb layer 12 of the sliding small- A left honeycomb 20 including a left frame engaging groove 22; One of the two honeycomb layers, which is bonded to the right side of the sliding cupboard and has a plurality of hexagonal fire brigades, forms a honeycomb layer in one layer together with the half-layer honeycomb layer 12 of the sliding cupboard 10, A right honeycomb 30 including a right frame engaging groove 32 for engaging with the left honeycomb 20; The left and right honeycombs 20 and 30 are coupled to each other by being coupled between the left mold recess 22 of the left honeycomb 20 and the right mold engaging recess 32 of the right honeycomb 30, And a 'L' shaped rod-shaped sliding jig 50 for moving the sliding sifter plate 3 up and down.

Description

[0001] Sliding Type Honey Collecting Devices [

The present invention relates to a sliding type honey collector, and more particularly, to a honeycomb structure having improved honeycomb structure so as to facilitate collection of honey, so that the honeycomb structure is opened by moving a small center plate in a sliding manner, The present invention relates to a sliding type honey collector.

Generally, in collecting honey by designating bees, a conventional honey collecting machine collects honey by collecting honey by centrifugal force by putting a herb on a honey collecting machine. In the case of such a collecting method, there is a problem that it is necessary to protect the face and the like by the screening insect to prevent the bee from being shot, and the bee is lost when the honey is collected by the centrifugal separator.

In addition, there was a loss due to puncture of bees in cases where the honeycombs were damaged, the honey collecting operation time was long, the labor force was increased, honey was seriously lost by the collecting device, and honey could not be collected at the proper time.

In addition, the conventional honey collecting machine has a problem in that it can not actively cope with increase in the number of bees, and it is difficult to satisfy the doubt of consumers who do not believe in the quality of honey.

Therefore, there is a need to improve the structure of the honey collecting machine so as to make collection of honey more easily and efficiently, and to minimize the damage of wasted honey or honey bee.

SUMMARY OF THE INVENTION It is an object of the present invention to solve the above-mentioned problems and to provide a sliding honey collector for facilitating honey collection and minimizing damage to wasted honey or bees.

In order to accomplish the above object, a sliding honey extractor according to the present invention is characterized in that in the honey collecting machine, a half-layer honeycomb layer (12) is formed symmetrically to the left and right so as to form a honeycomb with both honeycombs, (10) comprising a sliding element (14); Layer honeycomb layer which is bonded to the left side of the sliding small-sized plate and is composed of a plurality of hexagonal fire-blocking openings. One layer on the side of the sliding small-sized plate is joined to the half-layered honeycomb layer (12) A left honeycomb 20 that forms a honeycomb layer of the honeycomb structure 10 and includes a left frame engaging groove 22 for engagement with the right honeycomb frame 30; Layer honeycomb layer which is bonded to the right side of the sliding small-sized plate and is composed of a plurality of hexagonal fire blocks. One layer on the side of the sliding small-sized plate is joined to the half-layered honeycomb layer 12 of the sliding small- A right honeycomb frame 30 including a right frame engaging groove 32 for forming a honeycomb layer of the honeycomb structured body and engaging with the left honeycomb 20; The left and right honeycombs 20 and 30 are coupled to each other by being coupled between the left mold recess 22 of the left honeycomb 20 and the right mold engaging recess 32 of the right honeycomb 30, And a 'L' -shaped sliding jig (50) for moving the sliding sifter plate (3) up and down.

Also, preferably, the center support 14 of the sliding cupboard 10 is formed in a "T" shape.

It is also preferable to use a concealment frame (not shown) for collecting primarily honey from the left honeycomb 20 and the right honeycomb 30 and including a cap 62 for blocking the entrance of collected honey 60 and a hose 70 for opening the cap 62 to allow honey to flow out.

The left honeycomb 20 and the right honeycomb 30 are preferably formed by injection molding with acrylic and synthetic resin so that the left and right honeycombs 20 and 20 are formed in a rectangular shape having a width of about 2: .

Preferably, the left and right honeycombs 20 and 30 are made of a hexagonal honeycomb made of transparent or opaque yellow, and each honeycomb is formed with an inclination of about 0 to 5 degrees in the upward direction, The longest length of the honeycomb of the honeycomb structure is 0 to 30 mm.

Further, preferably, the binding portion 40 is constituted by a shaft and a washer spring or pin.

The present invention is also applicable to a honeycomb structure in which a honeycomb is formed by forming a single layer with the left and right honeycomb frames 20 and 30 by slightly lifting the sliding cupboard 10 in a sliding manner using a sliding jig 50 A honeycomb method is provided using a sliding honey collector for collecting collected honey to be collected by the gravity frame 60 at the lower end and then opening the cap 62 and connecting the hose 70 to collect honey do.

According to the present invention, the honeycomb structure can be improved and the honeycomb structure can be more easily collected by using the jig, because the work time is increased due to the long honeycomb collecting time in collecting the honey with the centrifuge.

In addition, it is possible to gather honeybees without stimulating the bees to the utmost, and to minimize the difficulty in wrapping the face with the screening net so as not to shoot the bees, honey can be collected more easily.

In addition, since jig can be collected using jig, it is possible to minimize the loss of bees, thereby reducing the production of honey and prevent the damage of the herb.

In addition, if honey can not be collected at the right time, the honeycomb loss due to the increase in the number of honey bees due to the increase of honey bees can be improved and the honey can be collected using the jig.

In addition, doubt consumers who do not believe in the quality of honey can improve the structure of the honeycomb room and use the jig to collect the honey directly from the consumers, thereby alleviating the consumers' doubts.

Because of these advantages, beekeeping can be made easier, which will contribute to expanding the base of the beekeepers.

1 shows a sliding honey collector according to the present invention.
Fig. 2 shows the sliding element board 10 of the present invention.
Fig. 3 shows the left and right honeycombs 20 and 30 of the present invention.
4 is a view showing a process in which a half layer honeycomb layer of a small plate is moved when a small plate is lifted with a sliding jig, thereby disassembling the structure constituting one layer of the hexagonal fire prevention.
FIG. 5 shows a process of collecting honey collected in a seedling frame according to the present invention.

The present invention relates to a sliding type honey collector, and more particularly, to a honeycomb structure having improved honeycomb structure so as to facilitate collection of honey, so that the honeycomb structure is opened by moving a small center plate in a sliding manner, The present invention will now be described with reference to the following examples. It will be understood that the invention is not limited to the embodiments described below and that various modifications are possible to those skilled in the art to which the invention pertains.

First, to help understand the bee collector, we define the terms as follows.

'Socho' refers to a plate made of wax to make bees build a house.

'Consumption' refers to the honeycomb of honeycomb bees in the above-mentioned bees.

The term 'artificial honeycomb' refers to the artificial production of the above-mentioned consumable and made of plastic.

'Firefighting' is a hexagonal room where bees can spawn on the basic consumption or store honey.

Brief Description of the Drawings The advantages and features of the present invention, and how to achieve them, will become apparent with reference to the embodiments described in detail below with reference to the accompanying drawings.

FIG. 1 is a view showing a sliding type honey collector according to the present invention. Referring to FIG. 1, the sliding honey collector according to the present invention is a sampler for collecting honey by designating a bee, and includes a sliding small beaker 10, 20, a right honeycomb 30, a binding portion 40, a sliding jig 50, a housing frame 60, and a hose 70.

The left honeycomb 20 and the right honeycomb 30 are formed in the same shape as a natural honeycomb structure so that the honeycomb is artificially made to make it easy to store honey.

The left honeycomb 20 and the right honeycomb 30 are preferably formed by injection molding with a synthetic resin material of a thin plastic or acrylic material.

The honeycomb structure according to the present invention is characterized in that honey is artificially flowed from the left honeycomb frame 20 and the right honeycomb frame 30 containing the honey in the honeycomb structure. The left honeycomb frame 20 and the right honeycomb frame 30 are symmetrically arranged And the honeycomb is fixed by the binding part 40 so as not to fall off while keeping it constantly. When the honeycomb is dumped, the sliding small plate 10 is moved up and down using the sliding jig 50 to collect honey.

The sliding jig 50 is a tool for vertically moving the sliding sifter plate 10 and is formed into an L-shaped rod shape and is a tool necessary for the sifting process separately from the left and right honeycomb and sliding sifter plates .

The left honeycomb 20 and the right honeycomb 30 are connected between the left frame groove 22 of the left honeycomb 20 and the right frame engaging groove 32 of the right honeycomb frame 30, 40) are combined with each other so as to be combined with the sliding plate.

Preferably, the binding portion 40 is constituted by a shaft and a washer spring or pin.

FIG. 2 shows a sliding cupboard 10 according to the present invention. The sliding cupboard 10 includes a semi-layered honeycomb layer 12 for forming a honeycomb with both left and right honeycomb structures on a T- Is symmetrically formed on the right and left sides.

That is, the left and right honeycomb molds each have two layers of honeycomb layers. One layer is a complete layer, and the honeycomb layer at the center of the sliding small-sized plate is formed as a half layer so as to form one layer together with the sliding small- will be. By doing so, the honeycomb structure is disintegrated, and honey collected in the honeycomb can be easily flowed down simply by slightly raising the center sliding soda plate.

FIG. 3 shows left and right honeycombs 20 and 30 of the present invention. The left honeycomb 20 is coupled to the left side of the sliding sifter plate, and has a two-layer honeycomb structure One layer on the side of the sliding small bead plate forms one honeycomb layer together with the half honeycomb layer 12 of the sliding small bead plate 10 and has a left frame engaging groove for engaging with the right honeycomb 30, (22).

The right honeycomb frame 30 is also a two-layer honeycomb layer bonded to the right side of the above-mentioned sliding small-sized plate and composed of a plurality of hexagonal fire blocks. One layer on the side of the sliding small- And a right frame engaging groove 32 for forming a honeycomb layer of one layer together with the honeycomb layer 12 and for coupling with the left honeycomb 20.

The binding part 40 is coupled between the left frame engaging groove 22 and the right frame engaging groove 32 to bind the left and right honeycombs.

FIG. 4 is a front view of the sliding small front plate and the left front honeycomb frame (or right side honeycomb frame) when the central sliding front small plate is lifted by a sliding jig. And the process of disintegration. Thus, by lifting the sliding small plate, the structure of the hexagonal firefighting system can be disassembled, allowing the honey to flow easily downward, so that the compacting process can be efficiently performed.

FIG. 5 shows a process of collecting honey collected in a seedling frame 60 according to the present invention. Using the seedling frame 60, it is possible to collect honey without interfering with the activity of the honeybees. The cap 62 closes the outlet of the container 60 and separates the cap 62 and connects the hose 70 when collecting the honey so that the honey can be easily collected.

As for how it works, the details of one honeycomb structure are as follows. A hexagonal honeycomb chamber is attached and fixed to the left honeycomb frame and the right honeycomb frame, and one of them is fixedly attached to the sliding cupboard 30. [

In the sliding-type honey collector constructed as described above, when the center sliding sifter plate 10 is moved at a certain angle with the sliding jig 50, the sliding sifter plate 10 moves up and down, and the honey stored in the honeycomb chamber flows down To be temporarily stored in the storage frame (60).

As described above, according to the present invention, it is possible to differentiate the structure of the honeycomb room and collect the honey more easily by using the jig, and to collect the bee without stimulating the honeymoon as much as possible. It is possible to collect honey more efficiently and easily by minimizing the difficulty of wrapping the honey. In addition, the honeycomb can be sown only by a slight movement of the jig, thereby minimizing the loss of bees, thereby reducing the production of honey, and preventing damage to the soybean.

The above-described embodiments are illustrative and those skilled in the art will be able to make various modifications and alterations to the disclosed embodiments without departing from the technical idea of the present invention. The scope of this invention is not limited by these variations and modifications.

Claims

In the honey collector,
A sliding sinter plate (10) formed symmetrically to the left and right of the half-layer honeycomb layer (12) so as to form a honeycomb with both honeycomb molds in the center and including a center support (14);
Layer honeycomb layer which is bonded to the left side of the sliding small-sized plate and is composed of a plurality of hexagonal fire-blocking openings. One layer on the side of the sliding small-sized plate is joined to the half-layered honeycomb layer (12) A left honeycomb 20 forming a honeycomb layer of the honeycomb structural body and including a left honeycomb coupling groove 22 for coupling with the right honeycomb frame 30;
Layer honeycomb layer which is bonded to the right side of the sliding small-sized plate and is composed of a plurality of hexagonal fire blocks. One layer on the side of the sliding small-sized plate is joined to the half-layered honeycomb layer 12 of the sliding small- A right honeycomb frame 30 that forms a honeycomb layer of the honeycomb structure 10 and includes a right honeycomb frame engagement groove 32 for engagement with the left honeycomb structure 20;
The left and right honeycombs 20 and 30 are coupled to each other by being coupled between the left mold recess 22 of the left honeycomb 20 and the right mold engaging recess 32 of the right honeycomb 30, A binding portion 40 for binding
An 'L' -shaped sliding jig 50 for moving the sliding sifter plate 10 up and down;
And a sliding honeycomb collector.

The method according to claim 1,
Wherein the center support (14) of the sliding elementary plate (10) is formed in a 'T' shape.

(60) and a cap (60) including a cap (62) for collecting honey collected from the left honeycomb (20) and the right honeycomb (30) 62) to open the hose (70) to allow honey to flow out.

The method according to claim 1,
The left honeycomb 20 and the right honeycomb 30 are formed by injection molding with acrylic and synthetic resin so as to have a rectangular shape with a width of about 2: 1 and a thickness of about 2: 1. .

The method according to claim 1,
The left and right honeycombs 20 and 30 are made of a hexagonal honeycomb having a transparent or opaque color and each honeycomb is formed with an inclination of about 0 to 5 degrees in the upward direction, Is 0 to 30 mm. &Lt; RTI ID = 0.0 > 11. < / RTI >

The method according to claim 1,
Wherein the binding portion (40) comprises a shaft, a washer spring or a pin.

The sliding element board 10 is slightly lifted in a sliding manner by using the sliding jig 50 so that the honeycomb structures formed by forming the honeycomb structures 20 and 30 on the left and right sides are disassembled, A method for collecting honey using a sliding honey collector in which honey is collected by a grazing frame (60) at the bottom by gravity and then the cap (62) is opened to connect the hose (70) to collect honey.