JP2020065605A - Net toy - Google Patents

Abstract

To provide a net toy capable of suppressing construction cost and workload even when the net toy is a large scaled net toy, and achieve large oscillation reasonably.SOLUTION: A net toy comprises: a support net 41; a support body 11; a hook rod 21; and a rope 31. The hook rod 21 is arranged on an inner peripheral face of the support body 11, and a gap for passing the rope 31 is secured between the support body 11 and the hook rod 21. The rope 31 is made to stretch around in a zigzag state between the support net 41 and the hook rod 21, and a protective mat 51 is laid between the support body 11 and the support net 41. The rope 31 can be detained at any position and arrangement thereof can be adjusted freely, tension force of the rope 31 is aligned uniformly necessarily. Therefore, in various conditions, the support net 41 can be optimally drawn, and can be largely oscillated. In addition, a large amount of elastic members or the like are not required and cost can be suppressed, and by dividing the support body 11, a workload can be suppressed.SELECTED DRAWING: Figure 1

Description

  BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a net play equipment that allows a person to get an extraordinary feeling.

  The net playground equipment is an entertainment facility in which a net made of rope or the like is laid in high places.It is installed in athletic fields and parks, and you can see the ground directly below the net and feel that you are in a high place. In addition, the continuous sway provides a unique feeling of floating and tension, allowing you to enjoy an extraordinary thrill, and it is very popular among children. There are various methods of laying the net, such as connecting two points like a bridge, deploying in a plane like a hammock, and having a large slope to achieve climbing.

  BACKGROUND ART Net play equipment has been popular for a long time in facilities for children and the like, and an example of technical development thereof is the patent document described below. Among them, Patent Document 1 discloses a play equipment having a play space that extends in the vertical direction and having a very simple structure. This play equipment is provided with a net body and a strut for stretching the net body, and is characterized in that one end of the net body is closed to form two upper and lower layers. Further, Patent Document 2 discloses a play net having variability so as not to get tired. This play net has a structure in which the net is stretched with a mounting rope, but by using an auxiliary rope separately from this, the net can be deformed into a mountain shape or a wavy shape, and the interest of the child is maintained. Prevent getting tired.

  A trampoline is similar to the net play equipment. A trampoline is a structure that can obtain a high jump by using elastic members such as springs, and it is sometimes treated as just a recreational tool, but there is also a "trampoline competition" in which entertainment elements are eliminated to compete for advanced skills. ing. Patent document 3 is mentioned as an example of the technical development regarding this trampoline. This document discloses a water jumping tool for children capable of jumping on water, in which a canvas is stretched on the top of a frame body having an unsinkable structure.

  In addition, as an example of a large-scale net play equipment that utilizes forests, there is Pacab (Non-Patent Document 1) that originates in France. Since the pakabu lays a net using a grove, it can secure a sufficient height from the ground, and since it supports the net with a grove, it is easy to swing it up and down like a trampoline, Swinging is amplified by the people on the net jumping in a coordinated manner, and it has an entertainment property that exceeds that of ordinary net play equipment.

Open Utility Showa 62-119960 Utility model registration No. 3054792 Open Utility Showa 49-94732 Trademark registration No. 5992588

  The outdoor playground equipment is easy to scale up, and because the net can be laid in high places, it is easy to create an extraordinary atmosphere and is excellent as an entertainment facility. However, since it is installed outdoors, the effects of weather conditions cannot be avoided, and there are issues such as a decrease in operating rates and an increase in maintenance work. Therefore, in recent years, indoor type net play equipment may be installed as a center of attraction of customers in shopping centers and public facilities. The indoor type can be used reliably without being affected by the weather, so it does not disappoint.

  In order to further enhance the attractiveness of indoor net play equipment, there is a demand to swing the net greatly and use it like a trampoline. However, in the indoor type, it is difficult to introduce a simple structure such as supporting the net with a grove because there are restrictions on the upper and lower spaces. Therefore, similarly to the trampoline, it is possible to support the net with an elastic member such as a spring or rubber. However, with this structure, if the net play equipment becomes large in scale, a large amount of elastic members will be required, and in addition, a large amount of equipment to hold both ends of the elastic members will be required, thus avoiding an increase in construction cost and work amount. I can't.

  The present invention was developed on the basis of such an actual situation, and an object thereof is to provide a net play equipment which can suppress the cost and work amount at the time of construction even when the scale is increased, and can realize a large swing reasonably.

  The invention according to claim 1 for solving the above-mentioned problems, a support net on which a person can be placed, a support body for holding the support net in an imaginary state, and a hook extending along an inner peripheral surface of the support body. A rod and a rope connecting between the support net and the hanging rod, the support is arranged so as to surround the support net, and the inner peripheral surface of the support and the support net are A space for laying the rope is secured between the outer edge, the support and the hanging rod are integrated, and a gap for the rope to enter is secured between the both. The rope is stretched around the support net and the hanging rod so as to repeatedly reciprocate in a zigzag shape, and the support net is pulled toward the support by the rope, and the rope is expanded and contracted to expand and contract. Port net can swing, between the support net and the support member is a net playground equipment, characterized in that are laying protective mat covers the rope.

  The net play equipment according to the present invention is mainly composed of four elements of a support, a hanging rod, a support net, and a rope, and is assumed to have a size capable of being placed by a plurality of people at one time. Of these four elements, the support net is for actually carrying and jumping on a person, the support is the base that surrounds the support net and holds the support net imaginary, and the rope is the support. Used to pull the outer edge of the net to the support, and the hanging bar is a part for holding the rope. Although the present invention is designed for indoor installation, it can be installed outdoors without any problem.

  The support net is a net formed by crossing cords made of various fibers at a predetermined interval, and is not developed like a canvas in a plane without a gap. Therefore, when a person is placed on the support net, the state directly below can be easily viewed through the mesh, and a feeling of floating can be surely obtained. As a matter of course, this mesh is restrained to a distance where children's hands and feet do not get in, and secures sufficient safety. The material and thickness of the support net are selected so as to withstand the load of a person, but it is desirable that the support net appropriately expands and contracts under the load in order to promote swinging. A plurality of support nets may be laminated to improve strength and miniaturize the mesh.

  The support body is a frame or wall surface that surrounds the support net and holds the support net in an imaginary state, and necessarily has a ring shape slightly larger than the support net. As for the ring, in addition to a quadrangle like a frame, a circle or a polygon can be freely used. Further, the outer edge of the support net is smaller than the inner peripheral surface of the support body, and a predetermined gap is secured there. It is necessary to secure a certain amount of space under the support net, and some legs may be provided under the support. In addition, when a dedicated pit is provided in the building or when the space surrounded by the wall surface is used as it is, the wall surface such as the pit serves as a support, and a support net is laid inside.

  The rope is for pulling the support net to the support body, and is assumed to elastically expand and contract under a tensile load, so that the support net swings. The rope does not simply connect the support net and the support, but a single rope repeatedly makes a zigzag pattern between the support net and reciprocates, pulling the entire outer edge of the support net. . However, the number of ropes is not limited to one, and if there are circumstances such as insufficient length, multiple ropes will be added.

  The hanging rod is a rod-shaped member that extends along the inner peripheral surface of the support, and serves to hold the rope on the support side. Further, the hanging rod has a small cross section as compared with the support body, is arranged at a predetermined distance from the support body, and a clearance for passing the rope therethrough is secured. However, the hanging rod needs to be firmly integrated with the support, and the both are connected with a certain distance. In addition, the rope is wrapped around the hanging rod for half a turn and folded back, but the direction of the rope is different before and after the folding, and the rope advances in a zigzag shape between the support net and the hanging rod. Note that, due to the structure, the hanging bar may be divided into a plurality of sections, but in that case as well, the gap at the dividing point is made as narrow as possible so that it is substantially annular.

  The hanging rod is a simple rod shape, and the rope can be held in the entire area. Also, the support net is reticulated, and the rope can be held at any position on the outer edge of the support net. Therefore, the ropes can be freely arranged without any restriction, and the intervals of the folding are decided each time based on the size of the support net and the load condition. The adjustment of the swing of the support net is realized by changing the tension of the rope, but since the tension of the rope is inevitably uniform, it is possible to hold the support net in a well-balanced manner.

  When the support net is pulled by the support, one rope may be used and the support net and the hanging rod may be stretched in a folded shape, and the work is easy. In addition to the role of attracting the support net, the support can also use the upper surface thereof as a passage. In addition, the hanging bar can be manufactured easily because general-purpose steel pipes and round steel can be used.

  In order to ensure the safety of the user, the protective mat is laid between the support and the support net to prevent hands and feet from getting around the rope stretched in a zigzag shape. Therefore, the protective mat is laid without interruption between the support and the support net. By using the protective mat, the support and the rope are covered and the peripheral passage and the support net can be integrally connected without a feeling of discomfort.

  The invention according to claim 2 is for maintaining the soundness of the rope, wherein a tubular shock absorber is inserted in the hanging rod, and the rope is folded back so as to surround the outer peripheral surface of the shock absorber. Further, the shock absorber is characterized by being displaceable with respect to the hanging rod. The rope is folded back around the outer circumference of the hanging rod, but the hanging rod is made of metal, and the rope expands and contracts violently. Therefore, if the hanging bar and the rope come into direct contact with each other, friction may affect the soundness of the rope. Therefore, in the present invention, a cylindrical shock absorber is inserted into the hanging rod, and the shock absorber is displaceable with respect to the hanging rod in both the rotational direction and the axial direction.

  The shock absorber inevitably has a cylindrical shape, a hanging rod extends through the center thereof, and a rope is brought into contact with the shock absorber to surround the outer peripheral surface of the shock absorber. The detailed shape of the cushioning tool is not limited, but it is desirable to provide flanges at both ends or to form a drum shape with a small diameter at the center in order to prevent the rope from coming off. By using the shock absorber in this way, even when the rope is stretched and contracted significantly, the shock absorber is displaced so as to follow this, prevents friction, and maintains the soundness of the rope. The shock absorber can be displaced in the axial direction of the hanging rod, and does not restrain the rope holding position.

  The invention according to claim 3 is intended to suppress the amount of work at the time of construction, the support is divided into a plurality of sections, and the hanging bar is also divided into a plurality of sections corresponding to the sections of the support. It is characterized by being present. When using various steel materials as a support for holding the support net, by dividing this into multiple sections, it is not necessary to handle heavy or long objects during transportation and installation, and the work amount during construction can be suppressed. .

  Further, in the present invention, the hanging rod is also divided corresponding to the section of the support. Therefore, if the hanging rod is integrated with the support at the manufacturing stage, the rope can be stretched immediately after the support is installed locally, and the amount of work at the time of construction can be suppressed. However, for the convenience of manufacturing and transportation, the hanging rod may be integrated with the support body locally. Even when the hanging bar is divided into a plurality of sections, it is desirable that no restriction be imposed on the rope holding position. Therefore, the hanging bar is arranged so as to connect both ends of the divided supports so that the hanging bar is not interrupted even at the boundary between the adjacent supports.

  According to the first aspect of the invention, the net play equipment comprises the support, the hanging rod, the support net, and the rope, and the hanging rod is annularly arranged along the inner peripheral surface of the support, whereby the hanging rod and the support are provided. The rope can be held at any position on the net. Therefore, the distance between the ropes that reciprocate in a zigzag manner can be adjusted freely, and the tensions of the ropes are necessarily uniform. Due to such a feature, even if the size and shape of the support net are different, the support net can be pulled in an optimum state, and it is easy to swing it greatly.

  Moreover, in the present invention, since an elastic member such as a spring is not used, there is no need for instruments for holding both ends of this elastic member, and the cost and work amount at the time of construction can be suppressed even when the scale is increased. It should be noted that the present invention was developed assuming installation indoors, but if consideration is given to weatherability, there is no problem with installation outdoors.

  Further, the hanging bar is arranged on the inner peripheral surface of the support. Therefore, the upper surface of the support body can be used as it is as a passage, and since the rope is covered with a protective mat, the surrounding passages and stairs to the support net become an integrated flat surface, and the support body and rope Existence is obscured. As a result, an extraordinary sensation is obtained in which only one corner of a wide floor surface swings, and it is possible to provide a net play equipment that does not exist in the past.

  According to the second aspect of the present invention, by inserting the tubular cushioning tool into the hanging rod and folding the rope around the outer peripheral surface of the cushioning tool, the cushioning tool can be used even if the rope expands and contracts significantly. Prevents friction by displacing so as to follow, and maintains the integrity of the rope. Moreover, the cushioning tool can be freely displaced along the axial direction of the hanging rod, and the rope can be retained at any position.

  As in the invention according to claim 3, in addition to dividing the support into a plurality of sections, the hanging bar is also divided corresponding to the section of the support, and the hanging bar is integrated with each support, There is no need to handle heavy or long objects during transportation and installation, and the amount of work during construction can be suppressed. Moreover, if the hanging rod is integrated with the support at the manufacturing stage, the rope can be stretched immediately after the support is installed locally, and the work amount during construction can be further suppressed.

FIG. 3 is a perspective view showing a configuration example of a net play equipment according to the present invention, in which a support net is arranged inside a support body and both are integrated by a rope. It is a perspective view which shows the utilization state of the net play equipment of FIG. It is a perspective view which shows the state which attached the incidental equipment to the net play equipment of FIG. It is a perspective view which shows the detailed structure of a support body, a hanging rod, etc. of FIG. It is a perspective view which shows the form which incorporated the shock absorber in the hanging rod. It is a perspective view showing the case where the net play equipment is circular. It is a perspective view which shows an example of the form which made the support body into the wall surface.

  FIG. 1 shows a configuration example of a net play equipment according to the present invention, in which a support net 41 is arranged inside a support body 11, and both are integrated by a rope 31. The support body 11 in this figure is formed by arranging steel members having a rectangular cross section in a rectangular shape, and the support body 11 is placed on the leg portions 16 in order to hold the support net 41 in an imaginary state. In addition, in order to show the internal structure in the figure, a part of the support body 11 is not drawn, but it is actually an annular shape without interruption. However, in consideration of transportation and installation, the support 11 is composed of a total of eight sections with the dividing surface 15 as a boundary. In addition, in this figure, the support 11 and the leg 16 are integrated, but a divided structure may be used.

  The hanging rod 21 is made by processing a general-purpose steel pipe or round steel, and is arranged in an annular shape along the inner peripheral surface of the support 11. However, the hanging bar 21 is not an annular shape which is not discontinuous, but is discontinuous at the position of the dividing surface 15. In addition, a space is provided between the support 11 and the hanging rod 21 so that the rope 31 can enter with a margin. However, since the support 11 and the hanging rod 21 are integrated, a connecting piece for connecting the two at a predetermined interval. 24 are arranged. Of course, the arrangement interval of the connection pieces 24 is determined based on safety. In addition, although the hanging rod 21 is arranged slightly lower than the upper surface of the support 11 in this drawing, both may be arranged at substantially the same height.

  The support net 41 is a net formed by crossing cords made of various fibers at a predetermined interval, and the mesh is adjusted to an interval that does not allow hands or feet to enter. The floor 81 and the like immediately below can be visually recognized without difficulty. The outer edge of the support net 41 has a rectangular shape that is slightly smaller than the hanging rod 21, and a rope 31 is stretched between the supporting rod 41 to draw the support net 41 to the support body 11 via the hanging rod 21. Although it is premised that the rope 31 is elastically deformed by the load of a person placed on the support net 41, naturally, the support net 41 is also elastically deformed to some extent.

  The rope 31 repeatedly reciprocates in a folded shape between the outer edge of the support net 41 and the hanging rod 21, and strongly pulls the support net 41 to the support body 11. However, the rope 31 appropriately expands and contracts due to the load. , The material and thickness are selected. Therefore, when a person is placed on the support net 41, the rope 31 is stretched to increase the reaction force, which opposes the load of the person. The distance between the ropes 31 is determined based on the load condition, and the support net 41 is pulled in without loosening. However, the swing of the support net 41 is adjusted by changing the tension of the rope 31. There is.

  Since only the rope 31 is arranged between the support 11 and the support net 41, there is a possibility that hands, feet, etc. may fall around the rope 31. Therefore, a protective mat 51 is laid between the support 11 and the support net 41 to ensure safety. The protective mat 51 needs to be arranged in an annular shape without interruption in order to fill the boundary between the two without gaps, and to be fixed to the support 11 or the like by some means to prevent movement due to vibration or the like. It should be noted that FIG. 1 is merely a structural example of the net play equipment according to the present invention, and the support body 11 can be made of various steel materials such as H-shaped steel and wood.

  FIG. 2 shows a utilization state of the net play equipment of FIG. Thus, when the user is placed on the support net 41, the periphery of the user is projected downward and the rope 31 is stretched. At this time, not only the rope 31 but also the support net 41 is stretched, but by adjusting the tension of the rope 31 and the like, when the user jumps, it behaves like a trampoline, and entertainment is enhanced. However, even if the number of users is large, it is necessary to prevent the support net 41 from coming into contact with the floor surface 81, and care should be taken to prevent users from jumping excessively. In this figure, the protective mat 51 is not drawn to show the structure.

  FIG. 3 shows a state in which incidental equipment is incorporated into the net play equipment of FIG. In an actual net play equipment, a passage for a user to enter and exit the support net 41 and various measures for preventing falling are required. In this figure, the floor surface 81 and the support 11 are connected by stairs 71. Further, a handrail 74 is attached to the support body 11 except for the position where the stairs 71 are present, to prevent accidental falling.

  A protective mat 51 is laid between the support 11 and the support net 41 without interruption, so that the hanging rod 21, the rope 31, etc. are completely covered up, and hands and feet cannot fall in this area. Absent. Further, in this figure, the outer edge of the protective mat 51 is placed on the upper surface of the support body 11, and the user who climbs the stairs 71 cannot see the support body 11 visually. Therefore, it is difficult for the user to recognize the structure of the net play equipment, and it is possible to give the impression of a completely new play equipment. Note that, unlike this figure, when there is a large step between the support 11 and the rope 31, the protective mat 51 may not be placed on the upper surface of the support 11.

  FIG. 4 shows a detailed structure of the support 11 and the hanging bar 21 of FIG. The support 11 is divided into a plurality of parts with the dividing surface 15 as a boundary, and is easy to manufacture and transport. Then, at the time of construction, the support 11 is disassembled and transported to the site, each support 11 is installed in a predetermined position, and then the plate 61 is brought into contact with the divided surface 15 so as to straddle the plate 61 and the support. A bolt 62 is inserted so as to penetrate 11 and a nut 63 is screwed into the tip thereof. Two plates 61 are arranged so as to sandwich the side surface of the support body 11, and the two support bodies 11 adjacent to each other with the dividing surface 15 sandwiched therebetween are integrated by pulling the two plates together by the bolt 62 and the nut 63. It should be noted that this drawing is only one example of a method of integrating the supports 11 with each other, and in practice, both can be integrated by various methods.

  The hanging rod 21 for holding the rope 31 is made by processing a general-purpose steel pipe or round steel, and is arranged along the inner peripheral surface of the support 11. The hanging bar 21 is also divided at the dividing surface 15 as a boundary, and the hanging bar 21 is integrated with each support 11 so as to connect both ends thereof. Therefore, when the adjacent supports 11 are integrated with each other, the hanging rods 21 are also adjacent to each other with the dividing surface 15 interposed therebetween, and are substantially annular. In addition, the hanging rod 21 is integrated with the support body 11 via the connection pieces 24 in order to secure a gap into which the rope 31 enters, and the connection pieces 24 are provided at both ends of each support body 11 as well as at an intermediate portion. Arranged to ensure the required strength.

  FIG. 5 shows a form in which the cushion 28 is incorporated in the hanging bar 21. The shock absorber 28 is in the shape of an hourglass with a small diameter in the center, and when the hanging rod 21 is inserted in the center of the shock absorber 28 and the rope 31 is brought into contact with the shock absorber 28 so as to half-circulate the outer peripheral surface of the shock absorber 28, the rope 31 becomes a support body. Stayed at 11. The shock absorber 28 is swingable with respect to the hanging rod 21, and is displaceable in the axial direction of the hanging rod 21, and follows the expansion and contraction of the rope 31 without difficulty. Therefore, the rope 31 is prevented from being deteriorated by friction, and the reliability is improved.

  Since the cushioning tool 28 inserted into the hanging rod 21 can be freely displaced except for the position where the connecting piece 24 is present, the arrangement of the rope 31 is not greatly limited. Further, in the configuration of this figure, it is necessary to insert the cushioning tool 28 into the hanging rod 21 before the hanging rod 21 is integrated with the support 11. However, the method of assembling the shock absorber 28 is arbitrary, and the shock absorber 28 can be halved.

  FIG. 6 shows a case where the net play equipment is circular. The net play equipment according to the present invention may have any shape, and thus the support 12 and the support net 42 may be circular. The supporting body 12 here is divided into four sections with the dividing surface 15 as a boundary, and each supporting body 12 has an arc shape, and the leg portions 16 are arranged below the dividing surface 15. Further, the hanging rod 22 is curved according to the support 12, but like the support 12, it is divided by the dividing surface 15, and the supporting body 12 and the hanging rod 22 are integrated via the connecting piece 24. ing. The shape of the net play equipment is arbitrary, and it can be polygonal in addition to the conventional rectangle and circle.

  In FIG. 6, the outer edge of the support net 42 has a circular shape corresponding to the shape of the support 12, and a fixed distance is secured between the support net 42 and the hanging rod 22 to connect them. As described above, the rope 31 is stretched around in a zigzag shape. Further, the protection mat 52 has a circular shape whose inside is cut out so as to completely cover the rope 31. In addition, a slope 72 serving as a passage is arranged outside the support 12. The slope 72 can be placed on the support net 42 from any position by forming an annular shape that surrounds the support 12 without interruption.

  FIG. 7 shows an example of a configuration in which the support 13 is a wall surface. The supports 11 and 12 shown in the drawings so far used various steel materials, but as shown in the figure, the pits provided in the building and the space surrounded by the wall surface are used and the inside thereof is used. It is also possible to lay a support net 41 in the. In FIG. 7, the wall surface is used as the support body 13, the anchor bolt 18 is embedded therein, the holder 25 is attached through the anchor bolt 18, and the hanging rod 21 is fixed at the tip of the holder 25. The hanging rod 21 is annularly arranged along the inner peripheral surface of the support body 13, a support net 41 is laid inside thereof, and a rope 31 is stretched around in a zigzag manner so as to connect between them. Although the protective mat 51 is not drawn in the figure, the protective mat 51 is actually spread so as to cover up the rope 31.

  As illustrated in the lower part of FIG. 7, the anchor bolt 18 projects from the support body 13, the tip of the anchor bolt 18 is inserted into the holder 25, and then the holder 25 is fixed with the nut 26. Further, the hanging rod 21 is formed by welding a plurality of rod members into a ring shape. However, this drawing merely shows an example of the configuration, and the specific shape of the holder 25, the method of attaching the support 13 and the holder 25, and the like can be freely determined according to various conditions. it can.

11 Support (arranged in a rectangle)
12 Supports (arranged in a circle)
13 Support (wall surface)
15 division surface 16 leg 18 anchor bolt 21 hanging rod (straight one)
22 hanging rod (whole curved)
24 Connection piece 25 Holding tool 26 Nut (Used to fix the holding tool)
28 Shock Absorber 31 Rope 41 Support Net (Rectangle)
42 Support Net (circular)
51 Protection mat (arranged in a frame shape)
52 Protective mat (arranged in a circle)
61 plate 62 bolt 63 nut (used to fix the plate)
71 Stairs 72 Slope 74 Handrail 81 Floor

Claims (3)

A support net (41 or 42) on which a person can rest, a support body (11 to 13) holding the support net (41 or 42) in an imaginary manner, and an inner peripheral surface of the support body (11 to 13). A hanging rod (21 or 22) extending along the rope, and a rope (31) connecting the support net (41 or 42) and the hanging rod (21 or 22),
The support (11 to 13) is arranged so as to surround the support net (41 or 42), and the inner peripheral surface of the support (11 to 13) and the outer edge of the support net (41 or 42). A space for laying the rope (31) is secured between
The support (11 to 13) and the hanging rod (21 or 22) are integrated with each other, and a gap between which the rope (31) is inserted is secured.
The rope (31) is stretched around the support net (41 or 42) and the hanging rod (21 or 22) so as to repeatedly reciprocate in a zigzag shape, and the support is provided by the rope (31). The net (41 or 42) is pulled toward the support (11 to 13), and the support net (41 or 42) can be swung by expansion and contraction of the rope (31),
A net play equipment characterized in that a protective mat (51 or 52) for covering the rope (31) is laid between the support (11 to 13) and the support net (41 or 42). .   A tubular shock absorber (28) is inserted into the hanging rod (21 or 22), and the rope (31) is folded back so as to surround the outer peripheral surface of the shock absorber (28). The net play apparatus according to claim 1, wherein the tool (28) is displaceable with respect to the hanging rod (21 or 22).   The support (11 or 12) is divided into a plurality of sections, and the hanging rod (21 or 22) is also divided into a plurality of sections corresponding to the sections of the support (11 or 12). The net play equipment according to claim 1 or 2 characterized by the above-mentioned.

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