JP6842026B2 - Suspension body of indoor space and suspension method of suspension body of indoor space - Google Patents

Description

The present invention is a suspension body of an indoor space portion suspended between side surfaces and an indoor space for partitioning a plurality of indoor space portions used in ball games or the like or for ball-proofing along the outer circumference of the space to be used. It relates to the method of suspending the suspension body of the part.

Conventionally, in an indoor space area having a main arena and a sub arena used for handball, volleyball, futsal, etc., the main arena and the sub arena are divided into a plurality of areas, and a plurality of games are played at the same time.

When each of the arenas is divided into a plurality of arenas, the suspension main body formed of a net is connected to a moving rope body installed between the side surfaces for partitioning, and the suspension main body is suspended between the side surfaces to partition the arena. The indoor space is divided into multiple areas.

Also, especially when used in futsal, in order to kick the ball using the legs, the suspension body is suspended along the periphery of the main arena or sub arena to be used for ball protection.

When the suspension main body is used for ball-proofing in the arena, the suspension main body is suspended or the side surfaces facing each other by using the moving rope bodies that are stretched along the outer circumference of the floor surface side. Suspend the main body using a moving rope body that spans along the line.

Problems to be solved by the invention

However, when the suspension main body is used for the conventional partition or ball-proofing, the tip of the moving rope body is used to pull out and move the moving rope body via winches attached to both sides between the side surfaces. Disadvantages associated with risks such as direct contact with the connecting portion on the floor surface side because the connecting portion attached to the side and connecting to both end sides of the suspension body moves so as to fall from the upper side to the floor surface side. was there.

Further, when the moving rope body is pulled out and moved, the connecting portion on the tip end side of the moving rope body comes into contact with the side surface of the indoor space portion and the like, and the side surface is damaged or damaged.

Further, after connecting the suspension main body to the moving rope body, when the moving rope body is wound up and moved, the load of the hanging main body is directly applied to the moving rope body, so that the moving rope body comes into contact with the moving rope body. Then, there was a drawback that there was a great risk of injury.

In particular, in a large-scale indoor space having a main arena and a sub arena, the winch for pulling out and moving and winding the moving rope body is installed at a position higher than the floor side, so that the distance to the floor side is reached. There was a big problem that the degree of each of the above dangers became high.

Therefore, according to the present invention, the pull-out movement and the winding movement of the moving rope body can be smoothly and safely performed, and the hanging main body having any size and shape can be suspended and moved in an appropriately expanded state. An object of the present invention is to provide a suspension body of an indoor space portion and a method of suspending the suspension body of the indoor space portion.

Means to solve problems

The suspension body for the indoor space portion as a means for solving the above problems is a suspension body formed for partitioning or ball-proofing the indoor space portion as described in claim 1, and suspending the suspension body. In a suspension body for an indoor space portion, which is provided on both end sides for tensioning and is composed of a moving rope body that moves via a nearby pulley, the moving rope body is on both side surfaces of the indoor space portion. When pulling out to the floor side and winding up from the floor side, each movement direction of the moving rope body can be moved from the floor side to the left and right along the handrail on the second floor, and indirectly assisted. The auxiliary pulley is provided so that the position can be adjusted.

Further, as a method of suspending the suspension body for the indoor space portion as a means for solving the above problems, as described in claim 2, the side surface for suspending the suspension body for the indoor space portion for partitioning or ball-proofing. A suspension body is formed in substantially the same shape as the space, and a moving rope body is attached between the opposite side surfaces to suspend the suspension body, and then the moving rope body is pulled out and moved via a nearby pulley. In the method of suspending the suspension body for the indoor space where the suspension main body is connected, wound up, and suspended between the side surfaces, the moving rope body is pulled out to the floor surface side and moved and the floor surface side. When more winding and moving, an auxiliary pulley that assists the moving direction of the moving rope body is installed so as to be movable in the left-right direction along the handrail portion on the second floor from the floor surface side, and at the installation position of the moving rope body. After adjusting the position in the left-right direction along the handrail portion accordingly, the suspension main body is suspended while indirectly assisting the pull-out movement and the winding movement of the moving rope body.

Action effect of the invention

The operation and effect of the suspension body of the indoor space portion and the suspension body of the suspension body of the indoor space portion of the present invention will be described.

First, the suspension body of the indoor space portion according to claim 1 is a suspension formed according to the shape between the side surfaces used for partitioning or ball-proofing (formed in a shape capable of appropriately closing the side surfaces). It is composed of a main body (composed of a net body) and a moving rope body (moved by a manual or electric winch) installed on both side surfaces (installed on a side wall portion near the ceiling).

On the lower side of each of the moving rope bodies, auxiliary pulleys assisting each moving direction of the moving rope body are provided so as to be adjustable in position in the left-right direction along the handrail portion on the second floor from the floor surface side.

When the auxiliary pulley pulls out the moving rope body through a nearby pulley and moves and winds the auxiliary pulley, the auxiliary pulley indirectly assists the moving rope body through the auxiliary pulley attached to the handrail portion and indirectly floors. can move from the mobile and the floor side on the side, it is drawer movement and the winding movement of smooth moving rope body.

That is, when the moving rope body is pulled out and moved, the moving rope body can be moved to the floor surface side while indirectly assisting the moving direction via the auxiliary pulley.

In addition, when the moving rope body is wound up and moved, the load of the suspension main body connected via the connecting portion is indirectly supported by the handrail portion on the second floor via the auxiliary pulley, and the moving direction is assisted. The moving rope body can be moved upward.

As described above, the suspension body for the indoor space portion of the present invention can move while indirectly assisting each movement direction of the movement rope body, and the movement rope body can be smoothly moved and appropriately suspended between the side surfaces. The main body can be suspended.

In addition, the suspension body can be safely suspended and moved along the side surfaces.

Next, the method of suspending the suspension body of the indoor space according to claim 2 is based on the same shape between the side surfaces (shape that can close the side surfaces) used for partitioning or ball-proofing. Is formed, and the moving rope bodies (moved by using a manual or electric winch) provided on both side surfaces (high position near the ceiling side) are connected to the upper ends of both ends of the suspension body.

When connecting the suspension body to the moving rope body, the auxiliary pulley is installed on the handrail portion on the second floor from the floor surface, and the position is adjusted in the left-right direction according to the installation position of the moving rope body. Therefore, the moving rope body can be pulled out and moved while being indirectly assisted by the auxiliary pulley, and can be pulled out and moved smoothly toward the floor surface side, and can be reliably connected to the suspension main body.

The connection between the moving rope body and the hanging body is such that a connecting portion attached to the tip end side of the moving rope body is attached by a ring ring or the like along the upper end side of the hanging body. By connecting to both ends of the rope body, the moving rope body and the suspension body can be easily connected.

Next, the suspension body connected to the moving rope body can be wound and moved while indirectly assisting the moving direction of the moving rope body with an auxiliary pulley , and the suspension body can be appropriately placed between the side surfaces. Can be suspended.

At this time, the load of the suspension main body is applied to the moving rope body, but the moving rope body can be indirectly moved upward by using the auxiliary means.

As described above, the method of suspending the suspension body of the indoor space portion of the present invention can safely connect the suspension body to the rope body and enables smooth suspension.

In addition, the moving rope body can be smoothly moved, and the work efficiency can be remarkably improved.

An embodiment of the suspension body of the indoor space portion and the suspension body of the suspension body of the indoor space portion of the present invention will be described with reference to the drawings.

FIG. 1 is a schematic explanatory plan view showing an embodiment of an indoor space portion of the present invention, FIG. 2 is a schematic explanatory side view showing an embodiment of an auxiliary means, and FIG. 3 is a schematic explanatory side view showing an embodiment of the auxiliary means. FIG. 4 and FIG. 5 are schematic explanatory plan views showing other embodiments of the suspension body in the indoor space, and FIGS. 6 and 7 are auxiliary. FIG. 8 is a schematic explanatory plan view showing another embodiment of the means, and FIG. 8 is a schematic explanatory partial sectional plan view showing another embodiment of the auxiliary means.

FIG. 9 is a flowchart showing a method of suspending the suspension body of the indoor space portion of the present invention.

The suspension body 1 of the indoor space portion of the present invention is formed of a net body according to the shape between the side surfaces of the indoor space portion to be partitioned (or used for ball-proofing) (a shape capable of appropriately closing the side surfaces). Various winches 3 (manual type or electric type) installed on the upper end side (high place close to the ceiling surface) between the both side surfaces so as to connect the suspension main body 2 and the upper ends of both ends of the suspension main body 2. , Winding method or endless method) and a moving rope body 4 that pulls out and winds up via a pulley (not shown) attached in the vicinity of the winch 3.

A reinforcing rope body 5 for maintaining the shape of the suspension body 2 is attached along the left and right ends and along the upper and lower ends, and a desired interval is provided on the upper end side of the suspension body 2. A plurality of ring rings 6 are attached to the ring ring 6, and a rope body 7 for suspension is inserted into the ring ring 6 extending from the upper end side of the suspension main body 2.

On both ends of the hanging rope body 7, connecting tools 9 that can be connected to the connecting portion 8 attached to the tip end side of the moving rope body 4 are provided.

The connection between the suspension rope body 7 and the suspension body 2 is not limited to the connection via the ring ring 6, and the upper end side of the suspension body 2 is formed in a tubular shape. The suspension rope body 7 may be inserted through the tubular portion 10, or the suspension rope body 7 may be attached to the upper end side of the suspension body 2 in a fixed state.

Further, the length of the suspension rope body 7 is not limited to the length extending from the upper end side of the suspension main body 2, and is formed to be substantially the same length as the upper end side of the suspension main body 2. It is also possible.

Further, by attaching the fixing string-shaped bodies 11 to both ends of the hanging main body 2 on the upper end side and connecting them to the rope body 4, the hanging main body 2 can be maintained in a spread state. ..

The connecting portion 8 attached to the tip end side of the moving rope body 4 is connected to a cylindrical weight body (not shown) having a desired weight for moving downward and a connecting ring ring (not shown). It is composed of and.

As a result, the moving rope body 4 can be smoothly pulled out and moved downward by using the weight of the weight body, and the rope body 7 can be easily connected to the hanging rope body 7 by the connecting ring ring.

The moving rope body 4 is installed at a desired height (position adjusted in the vertical direction) from the floor surface and at a position adjusted in the horizontal direction according to the installation position of the winch 3 (for example, an indoor space portion). The movement direction is indirectly pulled out to the floor side while assisting the movement direction through the auxiliary pulley 12 as an auxiliary means (installed on the handrail portion of the second floor portion of the above), and the movement direction is assisted through the auxiliary pulley 12. While indirectly winding and moving from the floor surface side, the suspension main body 2 can be smoothly suspended and moved along the side surfaces.

In the embodiment, the auxiliary pulley 12 is mounted along the handrail portion on the second floor to ensure the mounting position, and by mounting the auxiliary pulley 12 so as to be movable in the left-right direction along the handrail portion, the moving rope The position can be adjusted with the body 4.

Further, the mounting position of the auxiliary pulley 12 is not limited to the handrail portion, and it can be configured to adjust the position in the vertical direction by mounting the auxiliary pulley 12 on a supporting portion that supports the handrail portion.

Further, it can be attached to the side wall or the support column depending on the shape of the indoor space.

Further, the auxiliary means is not limited to the auxiliary pulley 12, and for example, by using a pair of roll bodies 12A to press and move the moving rope body 4, the moving direction of the moving rope body 4 It is also possible to assist more appropriately. As described above, in the present invention, the auxiliary means is not particularly limited as long as it has a configuration capable of assisting the pull-out movement and the winding movement of the moving rope body 4.

The suspension body 1 of the indoor space portion of the present invention is configured as described above, and next, a case where a plurality of partitions are provided in the indoor space portion, particularly the large space portion used as the main arena, will be described.

First, a plurality of winches 3 are installed on the upper end side (position near the ceiling side) between the opposite side surfaces of the main arena with a desired interval (interval for partitioning the space according to the purpose of use), and the winch 3 is installed. A pulley (not shown) is attached in the vicinity of 3.

As a result, a plurality of moving rope bodies 4 having the connecting portion 8 attached to the tip end side can be arranged on opposite side surfaces in a state of being wound and moved.

Then, according to the type of ball game using the main arena, and according to the area to be partitioned (the size of the court), the moving rope body 4 is connected to the weight of the connecting portion 8 from the winch 3 installed at the corresponding positions. Use the weight of the body part to pull it out and move it to the floor side.

At this time, the auxiliary pulley 12 whose position is adjusted to a desired height position (handrail portion installed in front of the spectator seats on the second floor) from the floor surface side on the lower side of the moving rope body 4 to be pulled out and moved is further left and right. The position of the movement is adjusted and the rope body 4 is installed directly under the moving rope body 4.

By indirectly moving to the floor surface side while assisting the pulling direction of the moving rope body 4 via the auxiliary pulley 12, the connecting portion on the tip end side of the moving rope body 4 is connected to the side surface of the indoor space portion. The connecting portion 8 can move without contacting the 8 and without dropping the connecting portion 8 directly to the floor surface side.

In this way, the pull-out movement of the moving rope body 4 can be safely and smoothly performed.

Next, the shape between the side surfaces to be partitioned (a shape that can appropriately close the side surfaces, for example, between the vertical direction of the moving rope body 4 from the floor surface side and between the left and right directions corresponding to the portion provided on the floor surface, etc.) The hanging main body 2 is formed by using a net body according to the above, and the ring ring 6 is attached at a desired interval by using the reinforcing rope body 4 on the upper end side of the hanging main body 2. The suspension rope body 7 is inserted into the suspension body 7 to extend both ends from the suspension main body 2, and the connecting tools 9 are attached to both ends of the suspension rope body 7.

Then, the connecting tools 9 on both ends of the hanging rope body 7 and the connecting portion 8 of the moving rope body 4 pulled out and moved to the floor surface side are connected to each other.

At this time, the attachment position of the suspension main body 2 can be fixed by connecting the string-shaped bodies 11 attached to the upper end side of the suspension main body 2 to the moving rope body 4.

After that, by driving the winch 3 to wind up and move the moving rope body 4, the suspension main body 2 can be suspended along the side surfaces.

At this time, in order to indirectly move the moving rope body 4 while assisting the winding direction of the moving rope body 4 via the auxiliary pulley 12 as in the case where the moving rope body 4 is pulled out and moved, the moving rope body 4 is moved. 4 can be moved smoothly.

Further, in order to move the moving rope body 4 without indirectly assisting the moving rope body 4 by the auxiliary pulley 12 even when the load of the suspension main body 2 is applied to the moving rope body 4, the moving rope body 4 is moved. Can be smoothly wound and moved.

In the suspension main body 2 suspended between the side surfaces, the string-like body 11 prevents the suspension main body 2 from moving toward the central portion of the suspension rope body 7 due to a load or the like, and appropriately provides a space. It is possible to maintain the open state and partition the indoor space appropriately.

Further, the suspension main body 2 can be smoothly moved to the floor surface side or the space portion, and the suspension work can be performed safely.

As described above, the suspension body 1 of the indoor space portion of the present invention can perform the optimum partition corresponding to any space portion, and the suspension work can be easily performed.

In the above embodiment, a plurality of winches 3 are installed between the side surfaces in one opposite direction, but the installation direction of the winches 3 is not limited to this, and the winches 3 are installed between all the side surfaces. , Can also be used as a partition in all directions.

Further, in the above embodiment, the suspension main body 2 is used as a partition, but in the present invention, the use of the suspension body 1 in the indoor space is not limited to the partition, and the suspension body 1 is not limited to the partition, but is located close to the side surface. By suspending the suspension main body 2 in parallel, it can also be used for ball-proofing.

Further, in the above embodiment, the auxiliary pulley 12 is attached along the handrail portion on the second floor of the main arena portion, but in the present invention, the attachment position of the auxiliary pulley 12 is not limited to this, and 2 in the sub arena or the like. If there is no floor portion, it is possible to assist the movement of the rope body 4 by attaching it to the side surface.

Schematic explanatory plan view showing an embodiment of the suspension body of the indoor space portion of the present invention. Schematic explanatory side view showing an embodiment of an auxiliary means Schematic explanatory plan view showing the suspended state of the suspended body in the indoor space Schematic explanatory plan view showing other examples of the suspension body in the indoor space Schematic explanatory plan view showing other examples of the suspension body in the indoor space Schematic explanatory plan view showing other examples of auxiliary means Schematic explanatory plan view showing other examples of auxiliary means Schematic explanation showing other examples of auxiliary means Partial cross-sectional plan view A flowchart showing a method of suspending a suspension body of an indoor space portion of the present invention.

1 ... Suspended body in the indoor space, 2 ... Suspended body, 3 ... Auxiliary means, 4 ... Rope body for movement

Claims (2)

It is composed of a hanging main body formed for partitioning or ball-proofing of the indoor space, and a moving rope body provided on both side surfaces to suspend the hanging main body and moving via a nearby pulley. In the suspension body for the indoor space portion, when the moving rope body is pulled out from both side surfaces of the indoor space portion to the floor surface side and is wound up from the floor surface side, the moving rope body is moved. Suspension for indoor space, characterized in that auxiliary pulleys are provided so that each movement direction can be moved from the floor side to the left and right along the handrail on the second floor and indirectly assisted. Tension body. A suspension main body is formed in the indoor space in substantially the same shape as the side surfaces for suspending for partitioning or ball-proofing, and a moving rope body is attached between the opposing side surfaces for suspending the suspension main body. After that, the moving rope body is pulled out and moved via a nearby pulley to connect the hanging main body, and the rope body is wound up and moved to be suspended between the side surfaces. In the above, when the moving rope body is pulled out to the floor surface side or wound up and moved from the floor surface side, an auxiliary pulley that assists each movement direction of the moving rope body is provided along the handrail portion on the second floor from the floor surface side. After installing it so that it can be moved in the left-right direction and adjusting the position in the left-right direction along the handrail portion according to the installation position of the moving rope body, while assisting the pull-out movement and winding movement of the moving rope body. A method for suspending a suspension body for an indoor space, which comprises suspending the suspension body indirectly.

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