CN2369710Y - climbing device - Google Patents

Abstract

A climbing device is composed of a main post with several holes, a three-way joint with T-shaped slot, a T-shaped joint similar to said three-way joint, a relay joint with a through hole and a climbing rope consisting of more than two strands of rope, and a rope cap for wrapping the climbing rope connected to main post.

Description

climbing device

The utility model provides a climbing device, which is a facility for amusement or training.

Climbing facilities are often seen around our lives. They are usually constructed in the form of "rope nets" into a large-area grid for climbing. In addition to being used as recreational facilities, they can also be used as a way to train physical fitness. Therefore, it has been widely used in playgrounds, schools, and even in the military.

The current climbing device is generally based on two fixed vertical side columns, and a main beam is provided horizontally on the other top to form the climbing surface range, and horizontal and vertical ropes are formed in a staggered manner in between. Grid, the staggered way may be for cross-knotting, and in order to make up for the slack caused by too long distance, there are also fixed beams and columns added to the general distance for reinforcement.

In recent years, there are also those who use "joints" as the connection of the grid, but their structure is very complicated, and it is quite inconvenient for maintenance or replacement, and the joints are not enough in terms of flexibility.

And we all know that the most basic functional requirement of climbing nets is safety, especially in terms of load, it must be able to bear the weight of the climber and the kinetic energy between swings, and since most of them are installed outdoors, it must be equipped with weather resistance. Consider, of course, that the material of the rope itself should not be too rough, so as not to hurt the climber's skin.

In view of this, the applicant is based on the experience in amusement design and marketing all the year round, devoted himself to research, and hoped to develop a climbing net with reliable assembly and convenient connection. After repeated experiments, he created the "climbing device" of the present utility model. ".

In order to further disclose the specific technical content of the present utility model, first please refer to the drawings, wherein:

Fig. 1 is the schematic diagram when the utility model is implemented;

Fig. 2 is a three-dimensional exploded view of the main column, the main bar three-way joint and the climbing rope of the present invention;

Fig. 3 is a three-dimensional exploded view of a T-shaped joint and a climbing rope of the present invention;

Fig. 4 is the relay joint of the present utility model, the exploded view of climbing rope and main post;

Fig. 5 is a partial perspective view of the utility model when it is assembled.

As shown in the accompanying drawings, basically, the climbing device of the present utility model (in Fig. 1 ) is composed of a main column 1, a main rod 2, a three-way joint 3, a T-shaped joint 4, a relay joint 5 and a climbing A combination of 6 cables.

Among them (in Fig. 2), the main column 1 is a cylinder with a larger outer diameter, which is vertically erected and fixed on the ground during implementation, and is used for the embedding positioning of the main bar 2 and climbing rope 6 described later. , so it is provided with a plurality of trumpet-shaped openings through the post holes 11, and the post holes 11 have to be different sizes according to the outer diameter of the main post 2 or climbing rope 6 that is embedded.

The main rod 2 is a beam column in the horizontal direction, preferably a metal rod, so as to have sufficient support. As mentioned above, the outer diameter of the main rod 2 corresponds to the aforementioned post hole 11, and is To enable it to be connected with the main column 1, a rod ring 21 must be provided for the main rod 2 to fit and be positioned on both sides of the aforementioned main column 1, and the positioning between the main rod 2 and the rod ring 21 is based on the rod ring 21 has a hollow screw hole 22 and is screwed by the screw rod 23 to tighten the main rod 2 for positioning.

The three-way joint 3 is formed by screwing two opposite three-way joints 31, each three-way joint 31 has a T-shaped connecting groove 32, and each outer side of the connecting groove 32 has a higher Groove step 33 is used for the positioning of the cable head 61 of climbing cable 6. The described connecting groove 32 and groove step 33 are in the shape of round holes after the combination of two opposite three-way joints 31; and each three A plurality of sheet holes 34 are opened to the connecting piece 31 so that the threaded rod can pass through and be screwed and fixed when the assembly is erected. Simultaneously, the two three-way connecting pieces 31 also have a rod hole 35 whose size is corresponding to the main rod 2 so as to allow it to be embedded.

In Fig. 3, the T-shaped joint 4 is similar to the aforementioned three-way joint 3, and is also formed by butting two T-shaped joints 41, so it also has a T-shaped connecting groove 42, a groove step 43, and a piece hole 44 , but there is no setting of rod holes, and the purpose is to provide three-way connection, fixation and extension of climbing ropes.

In Fig. 4, the relay connector 5 is a solid object, and has a relay hole 51 in the horizontal and vertical directions, and a perforation 52 is opened at the other end, so that a screw can be screwed in to fix the climbing rod passing through it. Cable 6.

The climbing rope 6 is twisted by at least two or more strands of cables, and in order to enhance its stress, it must contain a metal core wire (this is a known skill) in order to reach the weather resistance function, so the material is high Molecule is the best, and its two ends, each have a cable head 61 clamped in a tight fit mode, the size of the cable head 61 is corresponding to the connection groove 32 and the groove step 33 of the aforementioned three-way joint 3, and The connecting groove 42 and the groove step 43 of the T-shaped joint 4 are so as to be embedded, and after positioning, pass through the screw holes 34, 44 to be screwed together with the screw rod.

Only for the climbing rope 6 connected by the main rod 1, then please refer to Fig. 4, the end of the climbing rope 6 is clamped by a cable cap 62 in a tight fit mode, and a threaded thread is arranged at the front end of the cable cap 62. Cap rod 63, and oppositely establish two caps 64, its size and shape correspond to column hole 11, so that embedding, and cable cap 62 then passes through cap 64 and post hole 11, is screwed on with a nut The cap rod 63 is thought to be fixed, and meanwhile, a hollow hemispherical cap 65 is added so as to fit into the column hole 11 for shielding.

Please refer to Figure 1 and Figure 5, when the utility model is implemented, usually the top is the main rod 2, which can pass through the rod holes 35 of several three-way joints 3, and the three-way joints 3 can be used for climbing ropes. The cable head 61 of 6 is embedded, and in order to make it possible to extend horizontally and vertically to form a grid, so the T-shaped joint 4 and the relay joint 5 can be used for the embedding of the climbing rope 6, so that it can be formed as shown in Figure 1. Climbing device shown.

Therefore, through the implementation of the present utility model, the effects that it can obtain include the following numbers:

(1) The connection is reliable, especially the assembly between the cable head and each joint is firm, and there is no risk of falling out or loosening.

(2) It is easy to assemble, especially the utility model has reached the stage of standardization, therefore, no large tools are needed for assembly, only a screwdriver and the like are needed.

(3) Both the extension and the size of the grid can be elastically adjusted, and grids of different sizes can be obtained as long as the positions of the joints are arranged differently.

(4) The construction is convenient. The climbing rope and each joint can be assembled in advance, and then installed together with the main column and the main pole at the construction site. In this way, the adverse phenomenon of environmental impact caused by outdoor processing can be avoided.

What is disclosed in this utility model is a kind of preferred embodiment. For example, all partial changes or modifications based on the technical idea of this utility model are easy to be inferred by those who are familiar with the art. scope of patent rights.

To sum up, the utility model shows its technical features that are very different from the conventional ones in terms of purpose, means and efficacy, and its first creation is suitable for practical use, and it also meets the patent requirements of utility models. I sincerely ask your examiners to clearly observe , and pray that the patent will be granted as soon as possible to benefit the society.

Claims (5)

1. A climbing device, characterized in that it comprises: The main column is a rod body, and a number of through column holes are opened on the column body; The main rod, whose outer diameter corresponds to the column hole, is embedded in the column hole on both sides with a rod ring, and a screw hole is opened to tighten the main rod with screws for positioning; The three-way joint is made of two-way three-way joints screwed together. It has a T-shaped joint groove. The outer side of the joint groove has a groove step with a drop; and a number of holes are opened for the screw to pass through the screw. A rod hole is opened above the groove step to facilitate the passage of the main rod; T-joint, which is similar to a three-way joint, except that there is no rod hole opening; The relay joint has a relay hole in the horizontal and vertical directions, and a hole is opened at the other end for the screw to be screwed into the fixed climbing rope; The climbing rope is twisted by at least two or more strands, and its outer diameter corresponds to the joint groove and groove step of the three-way joint and the T-joint; The cap is clamped, and its front end is a threaded cap rod, and two cap sleeves are arranged opposite to each other, and its size corresponds to the column hole; The main pole is connected to the main column, and several three-way joints are embedded, and the three-way joints can be used for embedding and positioning of climbing cables, and the T-shaped joints and relay joints are used for the embedding of climbing cables to form a grid. extender of the web. 2. The climbing device as claimed in claim 1, wherein a cap is added on the outer side of the connection between the climbing rope and the main post to cover the post hole. 3. The climbing device according to claim 1, wherein the outer side of the column hole of the main column is trumpet-shaped. 4. The climbing device according to claim 1, wherein a metal core is placed inside the climbing rope. 5. The climbing device according to claim 1, wherein the T-shaped joints are omitted and replaced by three-way joints.

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