JP3157513U - Assembled rock climbing device - Google Patents

Abstract

An assembling type rock climbing device that makes it possible to change the enjoyment and difficulty of rock climbing is provided. A rock climbing main body 1 configured by a plurality of three-dimensional assembly blocks 2 is provided. The assembly block 2 has at least one surface 21 and a connection surface 22 connected to the adjacent assembly block 2. The surface 21 and the connection surface 22 are connected to each other to form the assembly block 2. The assembly block 2 constructs the rock climbing main body 1 by connecting the connection surfaces. The rock climbing main body 1 constitutes at least one climbing surface 11 by connecting the surface 21 of the assembly block 2. The climbing surface 11 has a plurality of rock blocks 3 for grabbing by hand. [Selection] Figure 1

Description

  The present invention relates to a rock climbing device, and more particularly to an assembly-type rock climbing device.

  For urban people, it takes a lot of time to get to the natural rocks, and because of the climatic factors, the artificial rocks have been created. The artificial rocky shore has a rock climbing device and can be installed outdoors or indoors, so that it has convenience and safety in use. If rock climbing is introduced from the outdoors to the city by artificial rock, more people can become familiar with rock climbing.

  As shown in FIG. 8, the conventional artificial rock climbing apparatus has a climbing wall surface 52 composed of a plurality of plate pieces 51. When the climbing wall surface 52 is installed indoors, it can be directly fixed to the indoor wall. When the climbing wall surface 52 is installed outdoors, since there is no wall used for support, it is necessary to place the support frame 6 on the back surface of the climbing wall surface 52 to support the climbing wall surface 52. In order to provide a climbing function, the surface of the plate piece 51 is shaped to resemble a natural rock wall, and the plurality of rock blocks 7 are arranged at predetermined positions on the plate piece 51 by a predetermined distance.

  When using a conventional artificial rock climbing device, the following disadvantages arise. In order to install indoors, it is necessary to fix to a solid wall, so it cannot be installed without an appropriate wall. In order to install outdoors, it is necessary to use a support frame because there is no wall used for support. Therefore, the number of assembly parts is increased and the complexity is increased. In addition, because the climbing wall surface is fixed, it is not only difficult to change the original design and modeling when it is necessary to change the overall modeling in the assembly process or to adjust the climbing difficulty by changing the modeling. Cannot be moved to another location and used. Therefore, convenience is not so good. The above-mentioned problems are important points to be solved by the present invention.

  The main object of the present invention is to build a rock climbing device main body by a plurality of assembly blocks, to assemble the rock climbing device main body into an L shape, a triangle, a square shape or another shape in order to solve the above-mentioned problems, and To provide a prefabricated rock climbing device that diversifies the changes in modeling and generates infinitely creative creation of a protruding or depressed climbing surface, changing the fun and difficulty of rock climbing is there.

  Another object of the present invention is to provide a rock climbing device constituted by a plurality of assembly blocks without being attached to a wall or supported by a support frame.

  Another object of the present invention is to provide a rock climbing device constituted by a plurality of assembly blocks designed to be coupled and separated.

In order to achieve the above-described object, an assembly type rock climbing apparatus according to the present invention includes a rock climbing body. The rock climbing body is composed of a plurality of three-dimensional assembly blocks. The assembly block has at least one surface and a connection surface that connects to an adjacent assembly block. The surface and the connection surface are connected to form an assembly block. An assembly block connects the connecting surfaces to construct a rock climbing body. The rock climbing main body forms at least one climbing surface by connecting the surfaces of the assembly blocks. The climbing surface has a number of rock blocks to grab by hand.
Therefore, when installing, it is not limited to a place, but it is more convenient to use. In addition to being able to change the location of rock climbing at any time, it is also convenient for storage.

1 is a perspective view illustrating an assembled rock climbing device according to an embodiment of the present invention. It is a mimetic diagram showing the state where a person climbs the rock climbing main part in the assembly type rock climbing device by one embodiment of the present invention. It is a schematic diagram which shows another form of the rock climbing main body in the assembly-type rock climbing apparatus by one Embodiment of this invention. It is a schematic diagram which shows another form of the rock climbing main body in the assembly-type rock climbing apparatus by one Embodiment of this invention. It is a perspective view which shows the assembly block in the assembly-type rock climbing apparatus by one Embodiment of this invention. It is a characteristic view which shows the assembly block in the assembly-type rock climbing apparatus by one Embodiment of this invention. It is a perspective view which shows another form of the assembly block in the assembly-type rock climbing apparatus by one Embodiment of this invention. It is a schematic diagram which shows the conventional rock climbing apparatus.

Hereinafter, an assembled rock climbing apparatus according to the present invention will be described with reference to the drawings.
(One embodiment)
As shown in FIGS. 1 to 7, the assembled rock climbing apparatus according to an embodiment of the present invention includes a rock climbing main body 1. The rock climbing main body 1 includes a plurality of three-dimensional assembly blocks 2. The assembly block 2 has at least one surface 21 and at least one connection surface 22 connected to the adjacent assembly block 2. The surface 21 and the connection surface 22 are connected to each other to form the assembly block 2. The cook climbing main body 1 is configured by combining connection surfaces 22 of a plurality of assembly blocks 2. The rock climbing main body 1 can be constructed in different shapes and structures by a plurality of assembly blocks 2. The rock climbing main body 1 constitutes at least one climbing surface 11 having a large area that can be climbed by connecting the surfaces 21 of the assembly blocks 2. The climbing surface 11 has a plurality of rock blocks 3 for grabbing by hand.

  As shown in FIGS. 1 and 2, the present embodiment is a rock climbing main body that exhibits an L-shaped wall surface by a combination of a connection surface 22 of a plurality of cubic assembly blocks 2 and a connection surface 22A of a plurality of three-dimensional triangular assembly blocks 2A. Build one. The rock climbing main body 1 connects the surface 21 of the assembly block 2 and the surface 21A of the assembly block 2A, and constructs the climbing surface 11 having a large area on both surfaces. The user can perform climbing training and exercise by the rock block 3 on the large-scale climbing surface 11.

  Since the rock climbing main body is constructed from a plurality of assembly blocks, it can be assembled in various forms as required. In order to allow a plurality of users to climb at the same time, the present invention provides a rock climbing body 1A that forms a hollow quadrangular prism by combining a plurality of cubic assembly blocks 2 and a plurality of three-dimensional triangular assembly blocks 2A as shown in FIG. To construct. The rock climbing main body 1A connects the surface 21 of the assembly block 2 and the surface 21A of the assembly block 2A, and constructs a climbing surface 11 having a large area on all four sides. As shown in FIG. 4, it is also possible to construct a rock climbing main body 1B in which only a plurality of cubic assembly blocks 2 are combined and one surface stands on the ground. That is, the present invention is not limited to the shape described above, and the rock climbing main body 1 can be assembled into various shapes.

  The rock climbing body. Constructed from multiple building blocks. In order to connect, fix, and reduce material between the assembly blocks, the assembly blocks can be designed in a structure as shown in FIGS. The assembly block constructs a hollow structure by two plate bodies 24 and a plurality of support ribs 25. The plate body 24 has a protruding edge portion 241 formed extending from the periphery. The plate body 24 and the protruding edge 241 have a plurality of mounting holes 242 separately. The support rib 25 has an L-shaped piece and has a plurality of connection holes 252. The support ribs 25 are separately provided on the inner surfaces of the projecting edge portions 241 of the two plate bodies 24 at both ends by a plurality of fastening units 23, connection holes 252 of the support ribs 25, and mounting holes 242 of the projecting edge portions 241 of the plate bodies 24. Since it is tightened, a hollow structure is formed, and the outer surface of at least one plate 24 of the assembly block 2 becomes the surface 21. The rock block 3 is mounted by the mounting hole 242 of the plate body 24, and a hollow surface surrounded by the support rib 25 is formed on the connection surface 22, and the connection surface 22 is formed by another connection block 2 by the connection hole 252 of the support rib 25. The connection surface 22 is connected and fixed.

  Since the plate body 24 is a square piece, it is possible to construct a cubic assembly block 2 with two plate bodies 24 and four support ribs 25 as shown in FIG. In another embodiment of the assembly block, the plate body 24A presents a triangular piece, so that the three-dimensional triangle assembly block 2A can be constructed by two plate bodies 24A and three support ribs 25A as shown in FIG. Is possible. That is, the assembly block is not limited to the shape described above, and can take various shapes.

  When assembling, the plurality of assembly blocks 2 and the plurality of assembly blocks 2A are arranged in the horizontal direction or the vertical direction and stacked as shown in FIG. Subsequently, the connection surface 22 of the assembly block 2 and the connection surface 22A of the assembly block 2A are brought into close contact with each other and tightened by the mounting hole 242 and the connection hole 252. At this time, the plurality of assembly blocks 2 and the plurality of assembly blocks 2A are arranged in a predetermined shape and stacked to construct the climbing main body 1. Since the outer surface (that is, the surface 21) of the plate body 24 of the assembly block 2 and the plate body 24A of the assembly block 2A is connected, a large-area flat surface, that is, the climbing surface 11 is formed. Subsequently, when climbing, the rock block 3 is mounted at an appropriate position on the climbing surface 11 by the plate body 24 and the mounting hole 242 on the plate body 24 </ b> A in order to be grasped by hand or climbed with feet.

  After the assembly of the climbing body 1 is completed, in order to increase safety and aesthetics, as shown in FIG. 1, the outermost surface, that is, the hollow surface on the assembly block 2 and the assembly block 2A is covered with the face plate 26, It is possible to seal the site.

  From the above description, the main advantages of the present invention are as follows. It is possible not only to modularize the mounting with multiple assembly blocks, but also to change the structure and diversify the modeling and add unlimited ingenuity while the assembly work is in progress or after the assembly work is completed Therefore, it is possible to generate a protruding or depressed climbing surface and change the enjoyment and difficulty of rock climbing.

  Since the rock climbing apparatus is constructed from a plurality of assembly blocks without being attached to a wall or supported by a support frame, it is not limited to a place when assembling, but is more convenient to use.

  The rock climbing device is constructed from a plurality of assembly blocks, and the assembly blocks are designed to be coupled and separated, so that the location of the rock climbing can be changed at any time, and is convenient for storage.

  As mentioned above, this invention is not limited to the said embodiment at all, In the range which does not deviate from the meaning of invention, it can be implemented with a various form.

  DESCRIPTION OF SYMBOLS 1: Rock climbing main body, 1A: Rock climbing main body, 1B: Rock climbing main body, 11: Climbing surface, 2: Assembly block, 2A: Assembly block, 21: Surface, 21A: Surface, 22: Connection surface, 22A: Coupling surface , 3: Rock block, 23: Tightening unit, 24: Plate body, 24A: Plate body, 241: Projection edge, 242: Mounting hole, 25: Support rib, 25A: Support rib, 252: Connection hole, 26: Face plate

Claims (2)

  The rock climbing body includes a plurality of three-dimensional assembly blocks, and the assembly block has at least one surface and at least one connection surface connected to an adjacent assembly block, and is connected to the surface. It is connected to the surface to form an assembly block, and the assembly block connects the connection surfaces to construct a rock climbing body, and the rock climbing body can be constructed in different shapes and structures by multiple assembly blocks The rock climbing body comprises at least one climbing surface with a large area that can be climbed by connecting the surfaces of the assembly blocks, and the climbing surface has a plurality of rock blocks for grasping by hand. Assembled rock climbing device. The assembly block further includes two plate bodies and a plurality of support ribs,
The assembly block constructs a hollow structure by two plate bodies and a plurality of support ribs, and the plate body has a protruding edge formed extending from the periphery, and the plate body and the protruding edge have a plurality of mounting holes. The support ribs have L-shaped pieces and have a plurality of connection holes and a plurality of tightening units, and the support ribs have a plurality of tightening units at both ends, connection holes for the support ribs, and a plate body. Since it is separately clamped to the inner surface of the projecting edge of the two plates by the mounting hole of the projecting edge, a hollow structure is formed, and the outer surface of at least one plate of the assembly block becomes the surface, and the rock block Is mounted by the mounting holes of the plate body, the hollow surface surrounded by the support rib is formed on the connection surface, and the connection surface is connected and fixed to the connection surface of another assembly block by the connection hole of the support rib. The characteristic of claim 1 Prefabricated rock climbing equipment.

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