KR20220129750A - Internal inspector built up bee hive having rotating part - Google Patents

Abstract

Presented is a stairwell beehive internal inspector containing a rotating part of which structure and operation method are simple, and which has no concern that rotation is not performed properly due to failure, etc. and can be implemented at low costs. The internal inspector includes: a guide unit for erecting or moving an upper beehive of the stairwell beehive; a vertical support connected to the guide unit, extending vertically with respect to the bottom surface, and including a cylindrical support; a fixed frame having a cylindrical support inserted thereinto and rotating with the guide using the support as a rotation axis; and a stopper attached to the support and preventing the lowering of the fixed frame. The guide unit includes a plurality of horizontal bars and a plurality of vertical bars to form a lattice, and the fixed frame is coupled to the horizontal bars.

Description

Internal inspector built up bee hive having rotating part}

The present invention relates to a nesting beehive inner geom, and more particularly, to an inner geom of a nesting beehive including a rotating part capable of rotating an upper beehive mounted on a guide part.

Beekeeping is the cultivation of bees to produce honey and its products, such as beeswax, pollen, and royal jelly. Recently, the fields are diversifying from the production of king oil, pollen hay, bee stinging poison, and ungbongjeo to seed bee production, queen bee production, rental beekeeping, or planned fertilization beekeeping. Beehives for beekeeping provide a nest for bees by creating a box and artificially creating a hive inside. At this time, the hive may be configured as a single phase, but may also be configured as a system in which two or more beehives are stacked in multiple layers in order to collect a larger amount of honey. This is called a gyesang beehive, and it is being improved in various ways, such as domestic registration patent No. 10-1925714. However, when performing the internal inspection of the nesting hive, it is difficult for an elderly worker to perform, especially due to the heavy hive, which requires excessive labor, and there is a risk of inducing disease to the worker, and there is a possibility that foreign substances may be introduced. In order to solve this problem, the domestic registered utility model No. 20-0491100 suggested a method to effectively perform the internal inspection with a small labor force using a guide.

On the other hand, in order to make the inner sword work efficiently, it is preferable to rotate the upper beehive and move it to the side of the lower beehive. When the upper hive is moved, the operator has easy access to the lower hive. A method of rotating a beehive with a rotary bracket was proposed in Domestic Utility Model No. 20-0493178. However, the utility model requires the rotary bracket, which is structurally complicated and requires a separate cost. In addition, since the rotary bracket is exposed to the natural environment, it may not rotate properly due to a breakdown over time. The rotary bracket is not simple in operation, such as folding or unfolding at a right angle.

The problem to be solved by the present invention is to provide an internal sword of a brooding beehive having a simple structure and operation method, there is no concern that rotation is not performed properly due to a malfunction, and includes a rotating part that can be implemented at a low cost.

One example of the inner geomgi of the nesting beehive including a rotating part for solving the problems of the present invention is a guide part in which the upper beehive of the nesting beehive is erected or moved, and the guide part is connected to the guide part and extends perpendicularly to the floor surface, A vertical support part including a cylindrical support, a fixed frame in which the cylindrical support is inserted and rotating together with the guide part using the support as a rotation axis, and a stopper attached to the support and preventing the lowering of the fixed frame include In this case, the guide part comprises a plurality of crossbars and a plurality of vertical bars to form a grid, and the fixed frame is coupled to the crossbar.

In the inner sword of the present invention, the support is made of a first part having a cylindrical shape and a second part having a prismatic shape, and the stopper is attached to the second part. The stopper may have a prismatic or ring shape. The stopper is detachable from the support. The stopper includes a band and a tightening part, and by rotating the tightening part, the diameter of the band is changed and fixed to the support.

In the endosperm of the present invention, the fixed frame may be in a cylindrical shape or a prismatic shape. The fixing frame is fixed by a fixing lever, and when the fixing frame rotates, the fixing is eliminated. At least one brace on which a moving wheel is mounted is coupled to a lower surface of the guide part.

Another example of the inner geomgi of the nesting beehive including a rotating part for solving the problems of the present invention is a guide part in which the upper beehive of the nesting beehive is erected or moved, and a support connected to the guide part and extending vertically with respect to the floor surface A vertical support unit including a, and the cylindrical support is inserted, coupled to the fixed frame and the vertical support fixed by a fixing lever, and includes a support equipped with a rotating wheel at the lower portion.

According to the internal test of the gye-sang beehive including the rotating part of the present invention, by applying a rotating part such as a cylindrical rotating shaft or a rotating wheel, the structure and operation method are simple, and there is no concern that the rotation is not performed properly due to a malfunction, etc., It can be implemented at low cost.

1 is a perspective view showing a first endogum according to the present invention.
FIG. 2 is a perspective view illustrating the sliding part of FIG. 1 .
3 is a cross-sectional view showing a state in which the upper beehive is mounted on the first inner gum according to the present invention.
4 and 5 are views for explaining an example of a stopper according to the present invention.
6 is a perspective view illustrating a third stopper that is another example of the stopper according to the present invention.
7 is a perspective view showing a second endogum according to the present invention.
8 is a cross-sectional view showing a state in which the upper beehive is mounted on the second inner gum according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The embodiments described below may be modified in various other forms, and the scope of the present invention is not limited to the embodiments described in detail below. The embodiments of the present invention are provided to more completely explain the present invention to those of ordinary skill in the art. In the drawings, exaggerated representations are made for convenience of explanation. On the other hand, terms indicating positions such as upper, lower, front, etc. are only related to those shown in the drawings. In practice, the endosperm can be used in any optional orientation, and in actual use, the spatial orientation changes according to the orientation and rotation of the endarm.

The embodiment of the present invention applies a rotating part such as a cylindrical rotating shaft or a rotating wheel, so that the structure and operation method are simple, there is no concern that the rotation is not performed properly due to a malfunction, etc., and can be implemented at a low cost. presents the introspection of To this end, a detailed description will be given of an inner sword including a cylindrical rotating part or a rotating wheel, and a process of rotating the beehive using the rotating part and rotating wheel will be described in detail. The tester is used to check the internal state of the hive or to separate the stacked hives for work such as mining. When the stacked hives are separated, it is possible to check the internal state of each separated hive or to perform operations such as mulching.

1 is a perspective view showing a first endogum 100 according to an embodiment of the present invention. However, the drawings are not expressed in a strict sense, and there may be components not shown in the drawings for convenience of description.

According to FIG. 1 , the first inner gum device 100 includes a pedestal 10 , a vertical support unit 20 , a guide unit 30 , a sliding unit 40 , and a stopper 50 . The pedestal 10 supports the first naegumgi 100, and in the drawings, the pedestal 10 is presented in the form of a rod, but may be variously modified within the scope of the present invention. The pedestal 10 is preferably made of a material such as steel that does not deform under the load of the beehive. The sliding part 40 is to facilitate the reciprocating motion (a) of the upper beehive, which will be described in detail with reference to FIG. 2 .

The vertical support 20 can adjust the height H. The height H refers to the upper surface of the guide unit 30 from the bottom surface, and is the distance between the pedestal 10 and the first crossbar 31 . In order to adjust the height (H), a first support 21 coupled to the pedestal 10 and a second support 25 coupled to the first crosspiece 31 through the fixed frame 24 are included. The second support 25 is accommodated in the interior of the first support 21, and the height H is adjusted according to the vertical movement. That is, when the second support 25 is deeply inserted into the first support 21 , the height H is lowered, and when the second support 25 is inserted low into the inside of the second support 25 , the height H increases. When the adjustment of the height H is completed, the second support 25 is fixed by turning the fixing lever 22 .

The second support 25 has a cylindrical shape, is inserted into the fixing frame 24 coupled to the first crosspiece 31 , and is fixed by the fixing lever 23 . When the fixing lever 23 is turned, the second support 25 is fixed to the fixing frame 24 . The fixing frame 24 and the fixing lever 23 are for fixing the second support 25 and may be variously modified within the scope of the present invention. In addition, although the fixed frame 24 of a rectangular shape such as a square is presented in the drawings, a cylindrical fixed frame 24 may be applied in some cases.

The second support 25 extends above the guide part 30 . When the second support 25 extends to the upper portion of the guide part 30 , the second support 25 may be held by an operator and work. That is, the second support 25 extending upward becomes a handle for supporting the operator's hand. When the operator supports the hand on the second support 25 serving as a handle, the first internal gum device 100 may not move. If the first endogum 100 does not move, it is possible to increase the efficiency of the operation. A handle cover 26 made of a soft synthetic resin is provided at the end of the second support 25, so that the operator's hand is not injured and a sufficient force can be applied. In addition, the second support 25 serves as a stopper that is pushed out from the guide part 30 of the nesting beehive and does not fall to the floor.

A stopper 50 is attached to the second support 25 having a gap (D, see FIG. 3) or in contact with the fixed frame 24. When the fixed frame 24 is in contact with the stopper 50, there is no gap (D). The interval D is set in consideration of the convenience of manufacturing. The stopper 50 prevents the fixed frame 24 from descending in the ground direction when rotating the upper beehive (TH in FIG. 3) mounted on the guide unit 30. Specifically, to rotate the mounted upper beehive (TH), by turning the fixing lever 23 to release the fixing of the second support (25). In this case, due to the weight of the upper beehive (TH), the fixed frame 24 together with the guide part 30 is lowered. When the fixed frame 24 is lowered together with the guide unit 30, there is a risk that the upper hive (TH) falls to the ground. The stopper 50 prevents the fixed frame 24 from descending. In addition, although not shown in the drawings, a bearing is inserted into the stopper 50 , so that the rotation of the fixed frame 24 can be made smoothly.

The guide unit 30 includes a first cross bar 31 , a second cross bar 32 , a third cross bar 33 , and a plurality of vertical bars 34 . The first crosspiece 31 is connected to the vertical support unit 20 , and preferably, the vertical support portion 20 is coupled to the side surface of the first crosspiece 31 . The second crossbar 32 is coupled to the plurality of vertical bars 34 together with the third crossbar 33 to secure the structural stability of the guide part 30 . The third crossbar 33 is positioned at the outermost side with respect to the vertical support 20 in the first to third crossbars 31 , 32 , and 33 , and is spaced apart from the first crosspiece 31 at regular intervals. A plurality of vertical bars 34 are coupled on the first to third crossbars (31, 32, 33), each of the vertical bars 34 is spaced apart, the first to third crossbars (31, 32, 33) located in a direction substantially orthogonal to That is, the first to third cross bars 31 , 32 , 33 and vertical bars 34 form a grid.

The guide unit 30 performs a rotational movement (b) with the fixed frame 24 and the second cylindrical support 25 as a rotation axis. Preferably, the guide part 30 makes a rotational movement (b) in the state in which the upper beehive (TH) is mounted. The guide portion 30 on which the upper beehive (TH) is mounted is capable of 360-degree rotational movement (b). In order to make the inner sword work efficiently, it is preferable to rotate the upper beehive (TH) and move it in the lateral direction of the lower beehive (LH). When the upper hive is moved, the operator has easy access to the lower hive. The degree to which the guide part 30 rotates (b) may be appropriately determined in consideration of the efficiency of the internal sword operation.

At least one brace 60 with wheels 61 for moving may be installed on the lower surface of the third crossbar 33 of the guide part 30 . Only one brace 60 may be installed in the central portion of the third crossbar 33, and may be installed on both sides as shown in the drawing. In some cases, the brace 60 may be installed at an appropriate position on the lower surface of the guide part 30 rather than the third crossbar 33 . The brace 60 makes a stable rotational movement (b) without shaking when the guide part 30 rotates. A hinge (not shown) is attached between the third crosspiece 33 and the brace 60 , and can be switched to a folded state when the brace 60 is not in use. In addition, the brace 60 can be adjusted in length as described in the first and second supports 21 and 25 described above.

FIG. 2 is a perspective view illustrating the sliding part 40 of FIG. 1 . At this time, the first inner geomgi 100 will refer to FIG.

According to FIG. 2 , the sliding part 40 is coupled to the vertical bar 34 , and includes a rail 41 and a slider 42 . The rail 41 has a slider 42 inserted thereinto, so that the slider 42 reciprocates along the rail 41 (a). In order to facilitate the reciprocating motion (a) of the sliding part 40, other elements, such as bearings, may be added within the scope of the present invention. When a force is applied after moving the upper beehive to the sliding part 40 , the upper beehive is easily moved by the slider 42 . In fact, since it is necessary to move a number of upper beehives in the field, the burden on the work can be greatly reduced if the upper beehive can be easily moved.

Figure 3 is a cross-sectional view showing a state in which the upper beehive is mounted on the first inner geomgi 100 according to an embodiment of the present invention. At this time, the first inner geomgi 100 will refer to FIG.

According to FIG. 3 , before the upper beehive (TH) is erected or moved, the height (H) of the first inner geomgi (100) is adjusted. The lower and upper hives (LH, TH) constituting the nested hive (SH) may be made of wood such as lauan, polymers such as EPP and EPS, and foamed polymers such as styrofoam. Typically, the upper hive (TH) has a weight of 10 to 20 kg. The nesting hive (SH) is seated on a support (PB) such as a pallet. The process of erecting the upper beehive TH is to rotate the upper beehive TH by 90 degrees to position it on the sliding part 40 . When the upper beehive TH is rotated approximately 90 degrees, the upper hive TH is erected to expose the lower and upper hives LH, TH. When the lower and upper hives (LH, TH) are exposed, it is possible to check the internal state of each of the lower and upper hives (LH, TH), or to perform operations such as milling. When the upper hive TH is erected, the heavy upper hive TH is not directly lifted, so that excessive labor is not required for the worker. In this way, the work time is short and the work can be done with a small number of people, and especially the elderly workers can easily perform it. At this time, the operator holds the second support 25 by hand, and prevents the first internal geom device 100 from moving.

The process of moving the upper beehive (TH) is to push the upper beehive (TH) and position it on the sliding part (40). The second support 25 prevents the upper beehive TH from leaving the sliding part 40 . When the upper beehive (TH) is moved, the upper beehive (TH) is erected to expose the lower and upper beehives (LH, TH). When the lower and upper hives (LH, TH) are exposed, it is possible to check the internal state of each of the lower and upper hives (LH, TH), or to perform operations such as milling. When the upper hive TH is moved, the upper hive TH is easily reciprocated with the slider 42 without lifting the heavy upper hive TH directly, so that excessive labor is not required for the worker. . In this way, the work time is short and the work can be done with a small number of people, and especially the elderly workers can easily perform it.

On the other hand, in order to secure an appropriate inner sword operation, the second support 25 in the form of a cylinder is rotated as a rotation axis to rotate the guide part 30 together with the fixed frame 24 (b). At this time, since the upper beehive (TH) is mounted on the guide part 30, the upper beehive (TH) moves in the lateral direction of the lower beehive (LH). When the upper hive (TH) is moved, the upper hive (TH) moves in the lateral direction of the lower hive (LH), so it is possible to more effectively perform the internal inspection operation of the lower hive (LH), thereby increasing the working efficiency.

4 and 5 are views for explaining an example of a stopper according to an embodiment of the present invention. At this time, the first internal test device 100 is the same as described above.

4 and 5 , the first stopper 51 is attached to the second supporter 25 having a cylindrical shape. At this time, the second support 25 has been described in detail above. The second stopper 52 is attached to the second portion 27b of the third support 27 consisting of a first portion 27a having a cylindrical shape and a second portion 27b having a square shape such as a square. If the second portion 27b is prismatic, it conforms to the prismatic shape of the first support 21 , so that the third support 27 is firmly fixed to the first support 21 . Here, the first stopper 51 is a ring shape, and the second stopper 52 is a square shape as examples, but the first and second stoppers 51 and 52 block the lowering of the fixed frame 24. If it does, it is not limited by the shape. For example, the first and second stoppers 52 may have a square shape and a ring shape, respectively.

6 is a perspective view illustrating a third stopper 53 that is another example of a stopper according to an embodiment of the present invention. At this time, the first internal test device 100 is the same as described above.

Referring to FIG. 6 , the third stopper 53 includes a band 53a, a fixing part 53b and a tightening part 53c. The third stopper 53 may replace the first stopper 51 attached to the cylindrical second support 25 . The third stopper 53 is connected by applying pressure to the outer periphery of the second support 25 by changing the diameter of the band 53a by the rotation of the tightening part 53c, but the band 53a and the second supporter The fastening force of (25) is improved. At this time, since the third stopper 53 is only presented as an example, various types of the third stopper 53 may be applied within the scope of the present invention. The third stopper 53 may respond appropriately according to the height H in the vertical support 20 . Specifically, it is useful to apply the first and second stoppers 51 and 52 in a state where the height H is determined, but the third stopper 53 is the position of the third stopper 53 when the height H is different. has the advantage of being adjustable. Accordingly, the third stopper 52 is a detachable stopper.

Figure 7 is a perspective view showing the second inner geomgi 200 according to an embodiment of the present invention, Figure 8 is a cross-sectional view showing a state in which the upper beehive (TH) is mounted. At this time, the second inner geom 200 is the same as the first inner geom 100, except that the structure including the rotating wheel (70). Accordingly, detailed descriptions of the same reference numerals will be omitted.

7 and 8 , a rotating wheel 70 for rotating the pedestal 10 is mounted on the lower portion of the pedestal 10 . The rotating wheel 70 is preferably a wheel capable of rotating 360 degrees, and any known one is possible. When the pedestal 10 rotates, the guide part 30 also rotates. When the upper beehive (TH) is mounted on the guide unit 30 , the upper beehive (TH) moves to the side of the lower beehive (LH) by rotation by the rotating wheel 70 . The rotating wheel 70 may include a fixing part 71 for stopping rotation and fixing to the ground. The fixing part 71 may be installed on the pedestal 10 , and may be installed on the rotating wheel 70 as is already known.

The vertical support 20a can adjust the height H. The height H refers to the upper surface of the guide unit 30 from the bottom surface, and is the distance between the pedestal 10 and the first crossbar 31 . In order to adjust the height H, it includes a first support 21 coupled to the base 10 and a fourth support 28 coupled to the first crosspiece 31 . The fourth support 28 is accommodated in the interior of the first support 21, the height (H) is adjusted according to the vertical movement. That is, when the fourth support 28 is deeply inserted into the first support 21 , the height H decreases, and when the fourth support 28 is inserted low into the inside of the fourth support 28 , the height H increases. When the adjustment of the height H is completed, the fourth support 28 is fixed by turning the fixing lever 22 . The end of the fourth supporter 28 may include a handle cover 29 serving the same role as the first inner gum device 100 .

The fourth support 28 is inserted into the fixing frame 24 joined to the first crosspiece 31 , and is fixed by the fixing lever 23 . To this end, the fixed frame 24 is bonded to the first crosspiece (31). When the fixing lever 23 is turned, the second support 25 is fixed to the fixing frame 24 . The fixing frame 24 and the fixing lever 23 are for fixing the second support 25 and may be variously modified within the scope of the present invention. Since the second inner gum 200 is rotated by the rotating wheel 70 , it is not necessary to eliminate the fixing of the fourth support 28 fixed by the fixing lever 23 . In addition, for more reliable fixing, the fourth support 28 is preferably a square shape.

The first inner geomgi 100 according to the embodiment of the present invention, the fixed frame 24 with the guide unit 30 rotates, and the pedestal 10 does not rotate. By the way, in the second inner geomgi 200, the guide unit 30 rotates with the pedestal 10, and the pedestal 10 also rotates. In addition, the first test device 100 is required to eliminate the fixing of the fixed frame 24 by the fixed lever 23 for rotation, and a stopper 50 to prevent the lowering of the fixed frame 24 . However, there is no need to solve the fixing of the fixing frame 24 by the fixing lever 23 in the second internal test device 200 . However, from the viewpoint of rotating the guide part 30, they are the same as each other. In this way, the fixed frame 24, which gives a role to the rotation of the guide unit 30, and the rotating wheel 70 are referred to as a rotating unit.

As mentioned above, although the present invention has been described in detail with reference to preferred embodiments, the present invention is not limited to the above embodiments, and various modifications may be made by those skilled in the art within the scope of the technical spirit of the present invention. It is possible.

100, 200; 1st and 2nd Endoscopy
10; Pedestal
20, 20a; vertical support
21, 25, 27, 28; first and fourth supports
22, 23; fixing lever 24; fixed frame
26, 29; handle cover
30; guide
31, 32, 33; first to third crossbars
34; column 40; sliding part
41; rail 42; slider
50; stopper
51, 52, 53; first to third stoppers
60; brace 61; mobile wheels
70; swivel wheel 71; fixed part

Claims (11)

The upper beehive of the nesting beehive is erected or moved;
a vertical support part connected to the guide part and extending vertically with respect to the bottom surface and including a cylindrical support;
a fixed frame into which the cylindrical support is inserted and rotates together with the guide part using the support as a rotation axis; and
It is attached to the support and includes a stopper for preventing the lowering of the fixed frame,
The guide portion comprises a plurality of crossbars and a plurality of vertical bars to form a grid, and the fixed frame is an inner geomgi of the gyeyangbeoltong comprising a rotating part, characterized in that coupled to the crossbar. According to claim 1, wherein the support is made of a cylindrical first part and a prismatic second part, and the stopper is attached to the second part. According to claim 1, wherein the stopper is an inner geomgi of gyesang beehong comprising a rotating part, characterized in that the square or ring shape. According to claim 1, wherein the stopper is the inner geomgi of the gyesangbeehong comprising a rotating part, characterized in that detachable from the support. According to claim 1, wherein the stopper includes a band and a tightening unit, and changing the diameter of the band by rotating the tightening unit, the inner geomgi of the gyeyangbeoltong comprising a rotating part, characterized in that fixed to the support. According to claim 1, wherein the fixed frame is a cylindrical shape or a prismatic inner geomgi of the gyesangbeehong comprising a rotating part, characterized in that. According to claim 1, wherein the fixed frame is fixed by a fixed lever, and when the fixed frame rotates, the fixed frame inner geom including a rotating part, characterized in that the release is resolved. According to claim 1, wherein the lower surface of the guide portion is equipped with at least one brace equipped with a moving wheel, the inner geomgi of the gyesanbeehong comprising a rotating portion characterized in that. The upper beehive of the nesting beehive is erected or moved;
a vertical support part connected to the guide part and including a support part extending vertically with respect to the floor surface;
a fixing frame into which the cylindrical support is inserted and fixed by a fixing lever; and
Coupled to the vertical support, the inner geomgi of the gyesangbeoltong comprising a rotating part comprising a pedestal mounted with a rotating wheel at the bottom. 10. The method of claim 9, wherein the inner geomgi gyeomgi containing a rotating portion characterized in that it comprises a fixed portion for stopping the rotation of the rotating wheel. 10. The method of claim 9, wherein the lower surface of the guide portion is equipped with at least one brace equipped with a moving wheel, the inner geomgi of the gyeyangbeehong comprising a rotating portion, characterized in that.

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