KR101473755B1 - an apparatus for moving type zip line - Google Patents

Abstract

The present invention relates to a zip line apparatus which transports goods or people by connecting a rope between a start point and an arrival point. The zip line apparatus according to an embodiment of the present invention comprises decks installed in the start point and the arrival point, respectively; a tower arranged in the deck of the start point and having an arbitrary height; the rope connected from an upper part of the tower to the deck of the arrival point to suspend and move the goods or the people to be transported; and a height adjustment support arranged in the deck of the arrival point and adjusting a deflection height of the rope in the arrival point to make the goods or the people to be transported arrive in the deck of the arrival point. Therefore, the present invention may assure safe transportation for the goods or the people to be transported by easily setting the deflection height of the rope.

Description

An apparatus for moving type zip line

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a zip line device for roping a starting point and an arrival point to transport objects or people.

Generally, a zip line device is one of a means of transport or a means of transporting a wire or a trolley (a kind of pulley) connecting a person or an object to a wire and moving it to the opposite side at a high speed .

Such a zip line device has been installed in many places for leisure purposes, in order to enjoy a thrill when a person visits a scenery and descends on a rope in recent years, beyond the means for moving objects or moving objects.

An example of a zip line device for a reporter is disclosed in Korean Patent Publication No. 10-1224556 as "a leisure flight facility that is easy to install."

A conventional leisure flight facility which is easy to install includes a first vehicle; A first pole disposed in the first vehicle; A second vehicle spaced apart from the first vehicle; A second pole mounted on the second vehicle; And a wire connecting the first pole and the second pole, wherein a distance between the first pole and the second pole is varied by movement of the first vehicle or the second vehicle, At least one of the two poles is configured to be adjusted in length.

In the conventional leisure flying facility, a wire is connected to a first pole and a second pole provided on the first vehicle and a second vehicle, and the pole is moved on the wire, so that a zip line device It was possible to obtain the effect of using

However, the conventional leisure flying facility can be installed only in the place where the vehicle can enter, and the first pole and the second pole supporting the wire are installed in the vehicle to adjust the height of the first pole and the second pole It can not be installed at a height more than a predetermined height, and the moving distance is not long, which is insufficient to obtain the effect of the zipline device.

Further, when the travel distance is long, there is a problem that the first pole and the second pole supporting the wire are easily collapsed by the load of the passenger.

In addition, since the height of the wire at the arrival point can not be adjusted, there is a problem that the passenger using the flight facility collides with the vehicle due to sagging of the wire, or a safety accident such as colliding with the facility at high speed enters.

Further, there is a problem that only one wire is installed and it is difficult to reciprocate in both directions.

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to solve the above problems, and it is an object of the present invention to provide a multi- And a movable straw line device capable of sliding at a higher height by firmly supporting the support.

Another object of the present invention is to provide a mobile zip line device which can secure the safety of an occupant entering an arrival point by easily setting the sagging height of the wire at the arrival point along the distance between them.

Further, the present invention provides a movable zipline device capable of reciprocating simultaneously in both directions.

According to an aspect of the present invention, there is provided a mobile zip line device including a deck installed at a starting point and an arrival point, a tower provided at a deck installed at the starting point and having an arbitrary height, And a deck installed at the arrival point so that the deck of the arrival point can be easily received by the deck at the arrival point, And a height adjustment support for adjusting the height of the rope sagging.

The height adjustment support member includes a support post installed on the deck and a height adjuster installed on the support post so as to be movable upward or downward to adjust the height of the rope so as to change a supporting point of the wire fixed to the deck .

The height adjusting portion includes a guide bar installed on the support column, a cross bar installed to be movable up and down along the guide bar, a rope support roller installed on the cross bar to support the rope, And a fixing member for fixing the position of the cross bar.

The height adjustment support may include a first support cable that pulls the height adjustment support in a direction opposite to the connection of the rope to the tower.

The first support cable may be installed such that the pair of the first support cables are centered on the height adjustment support to form an angle of 30 ° to 120 °.

The deck may include a plurality of leveling legs that adjust the height of the deck to level the floor at the deck.

The deck is partitioned into a plurality of inner spaces, and one or more of the inner spaces may be filled with a weight that applies a load so that the deck firmly supports the floor.

And a tower step for raising and lowering the towers from the deck to the portion of the tower to which the rope is coupled.

The tower stairs may include an inclined step portion that is inclined toward the tower and supports the tower in a state where the tower is located in a direction in which the rope is connected.

The tower stairs may include a spiral step for spiraling up and down about the tower.

The tower may be located at a lower portion to which the rope is coupled and may include an address where the carrier jumps to hang on the rope.

And a second support cable connecting the address block and the deck to support the address block.

Further comprising a rope connecting the tower installed on the deck of the arrival point, the height adjustment support provided on the deck of the departure point, and the height adjustment support provided on the departure point and the tower installed at the arrival point And may be configured to reciprocate between the starting point and the destination point.

The deck may include an entry extending from the deck and inclined downwardly so that the transporter traveling through the rope can easily enter the deck.

The rope may include a traveling rope to which the recipient moves and a safety rope which is spaced apart from the traveling rope so as to be spaced apart from the traveling rope and in which the recipient hangs when the traveling rope is broken.

According to the present invention, it is possible to easily move and install without being attached to the installation site in a prefabricated manner, and it is firmly supported on the floor by the load of the heavy material filled in the inner space without the structure for fixing to the floor, It can be installed at a high height to improve the body sensibility.

In addition, by supporting the tower by the tower step up and down the tower, it is possible to improve the supporting force of the tower and to prevent a safety accident that the tower falls due to the load applied to the rope.

In addition, the height of the rope which depends on the distance to be installed can be controlled by the height adjustment support to prevent safety accidents caused by the deflection of the rope, and at the same time ensure safe transportation.

In addition, the installation space of the mobile zip line device can be minimized by minimizing the distance that the tower steps are installed by the spiral stairs.

In addition, height adjustment legs are provided to easily adjust the level of the deck so that the movable zip line device can be easily installed regardless of the place.

Further, the two ropes are provided so as to be sufficiently spaced apart from each other and can move in both directions at the same time.

1 is a perspective view illustrating a movable zip line apparatus according to an embodiment of the present invention.
2 is a side view of a mobile zip line apparatus according to an embodiment of the present invention.
3 is a front view illustrating a mobile zipline device according to an embodiment of the present invention.
4 is a plan view of a mobile zip line device according to an embodiment of the present invention.
Fig. 5 is a cross-sectional view taken along line AA of Fig. 2, and schematically shows the inner space of the deck.
FIG. 6 is a schematic side view of a height adjustment support member constituting a movable zipline device according to an embodiment of the present invention.
FIG. 7 is a schematic front cross-sectional view of a height adjustment support member constituting a movable zipline device according to an embodiment of the present invention.
FIG. 8 is a side view of a movable zip line apparatus according to an embodiment of the present invention, showing a state in which the movable zip line apparatus is installed so as to be reciprocally movable.
FIG. 9 is a plan view of a movable zip line apparatus according to an embodiment of the present invention, showing a state in which the movable zip line apparatus is installed so as to be reciprocally movable.
FIG. 10 is a plan view of a movable zip line apparatus according to an embodiment of the present invention, showing a state in which a rope is installed with a running rope in a safe manner.
11 is a conceptual diagram of a state in which a trolley is connected when a rope is pro- vided as a traveling rope and a safety in a mobile zipline device according to an embodiment of the present invention.
12 is a view showing a modification of the height adjustment support member constituting the movable zipline device according to the embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.

First, the present invention is described as a zip line device for a trafficked person to be transported, but it goes without saying that the present invention can also be used as a zip line device for cargo carrying goods.

In addition, the present invention is a mobile straw line device 100 that can be installed on the floor without being assembled and fixed to the ground.

1 to 4, a movable straw line according to an embodiment of the present invention may include a deck 110. [

The deck 110 can be installed at the starting point Sp and the arrival point Ap to support the mobile zipline device 100, respectively.

On the other hand, the deck 110 may be formed in a box shape having a flat upper surface and an empty square.

The inner space 111 of the deck 110 is divided into a plurality of spaces and at least one inner space 111 may be filled with a weight for applying a load so that the deck 110 can be firmly supported on the floor by a load.

5, the inner space 111 of the deck 110 is divided into a plurality of spaces, and the inner space 111, which is located around the deck 110, is configured as a water tank, By filling the water, the deck 110 is supported on the floor by the load of water.

At this time, a water drainage facility 111b capable of supplying water from the outside may be installed in the internal space 111 where water is filled, and a level gauge 111a for checking the amount of water filled therein is installed .

In the embodiment, the heavy material is implemented with water, but the heavy material may be any material such as oil, lead, metal, sand, gravel or stone which can impart a load.

In the embodiment, the door 111c is installed in the inner space 111 of the plurality of inner spaces 111 so as to be able to enter the inner space 111 from the outside, so that the door 111c can be used as a warehouse Reference).

And, the deck 110 may include a deck step 113. The deck step 113 may be installed around the deck 110 so that the transporter of the deck 110 moves up and down the deck 110 and a plurality of deck steps 113 may be installed .

On the other hand, the deck 110 may include an entry portion 115. The entry portion 115 may be formed in a shape inclined downward to extend forward of the deck 110 so that the transporter can easily enter the deck 110 through the rope 150. Here, the front of the deck 110 refers to the direction in which the carrier enters the deck 110 on the rope 150.

In addition, the deck 110 may include a leveling leg 117. The horizontal adjustment leg 117 adjusts the height of the deck 110 to adjust the level of the deck 110 according to the shape of the floor where the deck 110 is to be installed.

A plurality of the horizontal adjustment legs 117 may be installed around the deck 110. The horizontal adjustment legs 117 may be attached to the cylinder so that the legs of the deck 110 are moved upward or downward Or may be configured to move the legs upward or downward from the deck 110 by rotating the threaded rods screwed on the threaded rods.

Since the horizontal adjustment leg 117 is a known construction, a detailed description thereof will be omitted and various known techniques for adjusting the horizontal level of the deck 110 may be used.

The lower portion of the deck 110 may be provided with a forklift foot support 119 to which a footstool for lifting the forklift can be inserted to easily carry the deck 110 by a forklift.

A parapet 112 can be installed around the upper surface of the deck 110 to prevent a person from falling off the deck 110 and preventing fall accidents.

The mobile zip line device 100 according to an embodiment of the present invention may include a tower 130.

The tower 130 can be formed in a columnar shape, such as a telephone pole, so that a person to be transported can fall down on the rope 150 by their own weight.

The tower 130 may be configured such that the lower periphery thereof is wide and narrows toward the upper side to increase the supporting force, and the tower 130 may be configured to vertically couple a plurality of pillars.

Here, when the tower 130 is constructed by combining a plurality of columns, it is preferable that the column at the lowest position has a circumference wider than the circumference of the other columns, or a column having a smaller circumference ≪ / RTI >

In addition, when the tower 130 is constructed by combining a plurality of columns, the height of the tower 130 can be adjusted according to the number of columns to be coupled.

On the other hand, the tower 130 may include an address bus 133.

The address pad 133 may be formed in a plate shape as a portion of the rope 150 that waits for a person to be suspended or hangs from the rope 150.

The address band 133 may extend from the starting point Sp to the arrival point Ap so as to protrude in the direction in which the rope 150 is connected and the address band 133 may extend from the top of the tower 130 And may be installed at the lower portion where the rope 150 is connected.

A handrail 135 may be provided on the upper side of the address pad 133 to prevent fall of the person being placed on the address pad 133. At this time, (Not shown).

On the other hand, the tower 130 may be installed at a portion deviated to one side from the rear portion of the deck 110 (behind the direction in which the rope 150 is connected). This is because when the deck 110 installed at the starting point Sp and the deck 110 installed at the arrival point Ap are configured to reciprocate as described below, So that the receiver can be seated on the opposite side to the other side.

The mobile zipline device 100 according to an embodiment of the present invention may include a rope 150.

The rope 150 connects the tower 130 installed at the deck 110 of the starting point Sp and the deck 110 installed at the arrival point Ap to connect the deck 110 to the starting point Sp, To the destination point Ap.

The rope 150 may be formed of a steel cable formed by twisting a plurality of wires of a metal material. The wire forming the rope 150 may be formed by twisting a plurality of wires around the core in various shapes A steel cable of known type.

One end of the rope 150 is coupled to the top of the tower 130 and the other end of the rope 150 is fixed to the bottom of the deck 110. The deck 110 of the starting point Sp, Lt; RTI ID = 0.0 > Ap < / RTI >

The rope 150 may be provided with a tension adjuster 151 such as a turnbuckle for adjusting the tension by turning the buckle to adjust the tension of the rope 150 or a lever block for adjusting the tension by operating the lever.

The rope 150 may be configured to include a traveling rope 152 and a safety rope 153, as shown in FIG.

The traveling rope 152 may be a rope to which the carrier is suspended and the safety rope 153 may be an auxiliary rope installed in case the traveling rope 152 is broken.

That is, the transporter is connected to the safety rope 153 in a state of being suspended from the traveling rope 152, and when the traveling rope 152 is broken, the person hangs on the safety rope 153 to ensure the safe running of the person to be transported .

The traveling rope 152 and the safety rope 153 can be installed in parallel to each other in a state where they are spaced apart from each other. It is possible to mount the trolley 155 on each of the trolleys 155 and hang it on the traveling rope 152 while the two trolleys 155 are connected.

12, when the rope 150 is configured to include the traveling rope 152 and the safety rope 153, the height of the rope 150, which is installed at the arrival point Ap to support the rope 150, The safety rope 151 is fixed to the rope fixing portion 190 and the rope fixing portion 192 of the rope supporting portion 190 of the height adjusting support 190 is fixed to the rope fixing portion 190, And the traveling rope 152 may be supported on the supporting rope 196.

Although not shown in the drawings, a pair of height adjustment supports 190 may be installed immediately adjacent to the deck 110 of the arrival point Ap to support the safety ropes 153 and the traveling ropes 152, respectively, A pair of rope support rollers 196 may be installed on the height adjustment support 190 so that the safety rope 153 and the travel rope 152 can be supported together on one height adjustment support 190 .

The mobile zip line device 100 according to an embodiment of the present invention may include a tower step 170.

The tower step 170 can be easily moved from the deck 110 to the top of the tower 130 so that the transporter can hang on the rope 150 installed at the top of the tower 130.

The tower step 170 may then include an inclination end 171.

The incline end portion 171 transmits the supporting force of the tower 130 to the deck 110 to firmly support the tower 130 when a load is applied to the rope 150, , The subject can easily ascend and descend the tower 130 via the incline end 171.

For example, the incline end portion 171 may be installed in a form tilted toward the tower 130 from the deck 110 in the direction in which the rope 150 is connected, Can support.

The inclined end portion 171 may be installed on the deck 110 so that the inclined end portion 171 can be raised or lowered from the deck 110 to the address bar 133 or up to a predetermined height of the tower 130 from the deck 110.

In addition, the tower stairs 170 may include a spiral stepped portion 173.

The spiral stepped portion 173 may be configured to spiral around the tower 130 to move the tower 130 up and down.

At this time, the spiral stepped portion 173 may be configured to raise or lower the tower 130 only to a partial extent, or the entire tower stepped portion 170 from the deck 110 to the address side 133 may be configured in the form of a spiral stepped portion 173 .

In the embodiment, the tower step 170 is constituted by the inclined system end portion 171 from the deck 110 to the predetermined height of the tower 130, and from the end of the inclined system end portion 171 to the address side 133, And is configured to be able to move up and down from the deck 110 to the address pad 133 via the inclined system end portion 171 and the helical stepped portion 173.

In this case, when the tower step 170 is formed only by the inclined end portion 171, the deck 110 should be formed to have a larger size due to the inclination angle. However, a part of the tower stepped portion 170 may be formed by the stepped portion 173 Thereby minimizing the size of the deck 110, reducing the installation space, and improving the feeling of aesthetics and play.

6 and 7, the mobile zipline device 100 according to an embodiment of the present invention may include a height adjustment support 190.

The height adjustment support 190 is installed on the deck 110 installed at the arrival point Ap so as to adjust the sagging height of the rope 150 at the arrival point Ap.

For example, the height adjustment support 190 may cause excessive sagging due to sagging of the rope 150 when the transporter hangs on the rope 150, that is, the height of the rope 150 at the arrival point Ap There arises a problem that the transporter collides with the deck 110 or abruptly decreases the acceleration force when entering the deck 110 at the arrival point Ap and fails to enter the deck 110. [

When the sagging height of the rope 150 is high, a safety accident occurs in which the transporter abruptly enters the arrival point Ap and collides with the portion fixing the rope 150, and when the transporter arrives at the arrival point Ap There is a problem that it is difficult to separate the trolley 155 connected to the recipient from the rope 150.

This problem can not be solved simply by the tension adjuster 151 that adjusts the tension of the rope 150. Therefore, by adjusting the sagging height of the rope 150 by using the height adjustment support 190, The transfer can be guaranteed.

In addition, since the present invention is installed in a movable manner, the distance between the starting point Sp and the arrival point Ap is changed every time at the installation place, so that the deflection of the rope 150 changes at different distances, The height of the rope 150 due to the deflection of the rope 150 can be easily controlled by using the rope 190.

The height adjustment support 190 may be provided on the deck 110 installed at the arrival point Ap and may be provided at a portion where the rope 150 is coupled so that the portion supporting the rope 150 is connected to the upper or lower portion The sagging height of the rope 150 can be adjusted in such a manner as to change the supporting point of the rope 150.

The height adjustment support 190 may include a support column 191 and a height adjustment unit 193. [

The support pillar 191 is installed on the deck 110 installed at the arrival point Ap and a height adjusting part 193 for supporting the rope 150 is installed on both sides of the support pillar 191 to move up or down A guide hole 191a may be formed to extend vertically.

The height adjusting portion 193 may include a guide bar 194, a cross bar 195, a rope supporting roller 196, and a fixing member 197.

The guide bar 194 is formed in a rod shape and can be fixed on the outer side corresponding to the guide hole 191a formed in the support column 191, respectively. In an embodiment, the guide bar 194 is implemented as a threaded bar with threads on the outer surface.

The cross bar 195 passes through a guide hole 191a formed in the support column 191 in such a manner as to penetrate the support column 191 and the both ends of the cross bar 195 are supported by the guide bar 194 So that the cross bar 195 moves upward or downward along the guide bar 194.

In the embodiment, the cross bar 195 is formed so that a portion of the cross bar 195 protruding from both sides of the guide hole 191a is fitted in the guide bar 194, .

A rope supporting roller 196 supporting the rope 150 may be rotatably installed at the crosspiece 195 in the middle of the crosspiece 195. The rope supporting roller 196 is supported by the support column 191 A through hole 191b through which the supported rope 150 passes may be formed long in the vertical direction.

The fixing member 197 can fix the position of the crosspiece 195 in a state where the height of the crosspiece 195 in the vertical direction of the crosspiece 195 is adjusted in the guide bar 194.

In the embodiment, the fixing member 197 is a screw-fastening nut to be fastened to the screw thread. When the fixing member 197 is a fixing nut, a fixing nut is installed on the upper and lower portions of the cross bar 195 The cross bar 195 can be fixedly secured between the fixing nuts located at the top and bottom of the cross bar 195.

The height adjustment support 190 thus configured moves the cross bar 195 from the guide bar 194 upward or downward while the rope 150 is supported on the rope support roller 196 to increase the sagging height of the rope 150 .

The position of the cross bar 195 in the guide bar 194 is fixed by using the fixing member 197 so that the position of the cross bar 195 is adjusted by adjusting the position of the cross bar 195, The height can be adjusted.

The mobile zip line device 100 according to an embodiment of the present invention may include a first support cable 199.

The first supporting cable 199 disperses the force transmitted to the height adjusting support 190 by the load when the person is suspended from the rope 150 so that the height adjusting support 190 is moved in the direction in which the rope 150 is connected It is possible to prevent falling.

The first supporting cable 199 is installed to connect the supporting column 191 and the deck 110 in a direction opposite to the direction in which the rope 150 is connected to the tower 130. The first supporting cable 199 includes a plurality It may be a twisted-pair cable.

The first support cable 199 can connect the height adjustment support 190 and the deck 110 by a tension adjuster and the pair of first support cables 199 can be connected to the support pillar 191 by 30 ° (C) (see Fig. 7).

In this case, when the first supporting cable 199 is installed at an angle of less than 30 degrees, only the force transmitted to the center of the rope 150 is dispersed so that the height- If the angle exceeds 120 degrees, the force of the rope 150 is dispersed so that the height adjustment support 190 can prevent the left and right wobbling. However, when the rope 150 is connected It is difficult to disperse the force in the direction, and there is a danger that the height adjustment support 190 falls in the direction in which the rope 150 is connected.

And a second support cable 137 according to an embodiment of the present invention.

The second support cable 137 connects the address pad 133 and the deck 110 to prevent the address pad 133 from being tilted by a force applied by the recipient positioned in the address pad 133 can do.

The second support cable 137 can connect the opposite direction of the address band 133 protruding forward of the deck 110 and the rear of the deck 110. The second support cable 137 can connect a plurality The cable may be a twisted cable.

The second support cable 137 can connect the address pad 133 and the deck 110 by a tension controller so that the tension can be adjusted.

The operation and effect between the above-described respective constitutions will be described.

The mobile straw line device 100 according to the embodiment of the present invention installs the deck 110 at the starting point Sp or the arrival point Ap of the deck 110, respectively.

When the deck 110 is installed, the elevation of the leveling leg 117 is adjusted according to the topography of the deck 110 so that the deck 110 is horizontal.

The inner space 111 formed in the deck 110 is filled with a weight for applying a load. At this time, the heavy object can be charged into the inner space 111 disposed around the deck 110 among the plurality of inner spaces 111, and a part of the inner space 111 can be utilized as the warehouse.

The deck 110 is provided with a deck step 113 extending from the handrail 112 and the floor to the deck 110 and has an entrance 115 at the entrance of the recipient.

When the deck 110 is filled with a heavy object, a tower 130 is installed upright on a deck 110 installed at a starting point Sp and a stair which can be moved up and down from the deck 110 to the top of the tower 130 is installed do.

Here, the step is provided with an inclined system end portion 171 for supporting the tower 130 on the deck 110 and a helical stepped portion 173 for connecting the inclined system end portion 171 from the connection to the address side 133 .

An address pad 133 is provided at the end of the helical step portion 173 and the rear of the address pad 133 and the rear of the deck 110 are connected to each other by the second supporting cable 137. [

A height adjustment support 190 supporting the rope 150 is installed on the deck 110 of the arrival point Ap at a portion where the rope 150 is to be fixed, The supporting pillar 191 of the first supporting member 190 is firmly fixed to the deck 110 by the first supporting cable 199.

The deck 110 of the arrival point Ap is connected to the rope 150 at the upper end of the tower 130 at the starting point Sp while the rope 150 is supported on the height adjustment support 190 of the arrival point Ap. 150).

The rope 150 is composed of a traveling rope 152 and a safety rope 153 so that the traveling rope 152 and the safety rope 153 are arranged in parallel with each other to reach the tower 130 at the starting point Sp, It can be fixed to the deck 110 of the point Ap.

The rope 150 fixed to the tec h 110 adjusts the tension using the tension adjuster 151 and adjusts the tension of the rope 150 at the deck 110 at the arrival point Ap using the height adjustment support 190. [ ) Is adjusted.

At this time, the height adjustment support 190 releases the fixing of the cross bar 195 fixed to the guide bar 194 by the fixing member 197 and moves the cross bar 195 upward or downward from the guide bar 194 The fixing height of the rope 150 is adjusted so as to fix the crosspiece 195 to the fixing member 197 again.

In this case, the installation procedure is roughly described, but the installation order can be changed simultaneously or interchangeably. Since the movable installation is movable, the components connected to each other are moved from the assembled state, .

The portable zipline device 100 constructed as described above moves up the deck 110 using the deck step 113 installed at the starting point Sp and moves the inclined end 171 and the helical step 173, To the address bar 133 located at the upper portion of the tower 130 via the bus bar.

A trolley 155 provided on the belt or the harness is attached to the rope 150 while wearing a belt or a harness 157 on the body of the person to be captured, (150) to the destination point (Ap).

At this time, when the rope 150 is composed of the traveling rope 152 and the safety rope 153, a trolley 155 is connected to each rope 150, and both trolleys 155 are connected to the carrier do.

The recipient moving to the arrival point Ap decelerates due to the sagging of the rope 150 as the recipient arrives at the arrival point Ap and the entrance portion 115 of the deck 110 installed at the arrival point Ap, And is placed on the upper surface of the deck 110. When the recipient is completely stopped, the trolley 155 separates the recipient and completes the movement.

The tower 130 is installed on the deck 110 installed at the starting point Sp and the height adjustment support 190 is installed on the deck 110 installed at the arrival point Ap to set the starting point Sp, To the destination point (Ap).

However, as shown in FIGS. 8 and 9, the tower 130 is also installed in the deck 110 at the arrival point Ap and the tower 130 installed at the arrival point Ap at the starting point Sp, The rope 150 and the height adjustment support 190 connected to the rope 150 and the height adjustment support 190 are installed so that the transporter that has moved from the starting point Sp to the arrival point Ap returns from the tower 130 of the arrival point Ap to the starting point Sp To the deck 110 of the vehicle.

At this time, the rope 150 connecting the tower 130 of the starting point Sp and the deck 110 of the arrival point Ap, the deck of the tower 130 of the arrival point Ap and the departure point Sp 110 between the rope 150 and the transporter starting at the start point Sp and the transporter starting from the arrival point Ap do not hit each other at the intersection of the ropes 150 It is of course configured to be able to move at the same time.

10, the rope 150 connecting the arrival point Ap at the starting point Sp and the rope 150 connecting to the starting point Sp at the arrival point Ap are safe And may include a traveling rope 152 and a safety rope 153, respectively.

Accordingly, the mobile zipline device 100 according to the embodiment of the present invention is provided with the height adjustment support 190 for adjusting the height of the rope 150, so that the distance between the start point Sp and the arrival point Ap The height of the rope 150 can be adjusted to ensure safe movement of the recipient.

In addition, the deck 110 is provided with a leveling leg 117 to easily adjust the level of the deck 110 according to the state of the terrain.

In addition, since the fixing structure for fixing to the floor is not necessary, it is possible to freely move and install the apparatus regardless of the place.

Further, by firmly supporting the tower 130 by the incline end portion 171, a safety accident that the tower 130 falls can be prevented.

In addition, the installation distance of the tower step 170 that moves up and down the tower 130 by the spiral stepped portion 173 is minimized, so that the installation space of the mobile type zipline device 100 can be minimized.

In addition, the first support cable 199 and the second support cable 137 can support the address bar 133 and the height adjustment support 190 to improve the safety of the mobile zipline device 100.

In addition, the rope 150 is composed of the traveling rope 152 and the safety rope 153, so that the safe rope 153 can be used to ensure the safe traveling of the recipient even when the traveling rope 152 is broken.

While the present invention has been particularly shown and described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, And all changes and modifications to the scope of the invention.

100: Movable straw line device 110: Deck
111: internal space 111a: level gauge
111b: water supply / drainage equipment 111c: door
112, 135: Handrail 113: Deck staircase
115: entry portion 117: leveling leg
119: Forklift platform support stand 130: Tower
133: address band 137: second supporting cable
150: Rope 151: Tension regulator
152: traveling rope 153: safety rope
155: Trolley 157: Harness
170: tower step 171: incline end
173: helix step 190: height adjustment support
191: support column 191a: guide ball
191b: through hole 192: rope fixing portion
193: height adjuster 194: guide bar
195: bar 196: rope support roller
197: fixing member 199: first supporting cable
c: 1st supporting cable installation angle Sp: Starting point
Ap: Arrival point

Claims (15)

A deck installed at the starting point and the destination,
A tower provided in the deck installed at the starting point and having an arbitrary height,
A rope which is connected to the deck installed at the arrival point from the upper part of the tower,
And a height adjusting support provided on the deck installed at the arrival point for adjusting the sagging height of the rope at the arrival point so that the to-be-
Wherein the height adjustment support member comprises: a support column provided on the deck;
And a height adjusting unit installed on the supporting column so as to be movable upward or downward to adjust the height of the rope so as to change a supporting point of the wire fixed to the deck,
The height adjusting portion includes a guide bar installed on the support column, a cross bar installed to be movable up and down along the guide bar, a rope support roller installed on the cross bar to support the rope, And a fixing member for fixing the position of the cross bar. delete delete The method according to claim 1,
The height-
And a first support cable for pulling the height adjustment support in a direction opposite to the connection of the rope to the tower. 5. The method of claim 4,
The first support cable
Wherein the pairs of the height adjustment support rods are disposed so as to form an angle of 30 ° or more to 120 ° or less. The method according to claim 1,
The deck
Wherein the deck comprises a plurality of leveling legs for adjusting the height of the deck to level on the floor. The method according to claim 1,
The deck
Characterized in that at least one of the inner spaces is filled with a weight for applying a load so that the deck is firmly supported at the bottom. The method according to claim 1,
And a tower step for raising and lowering the carrier from the deck to a portion of the tower to which the rope is coupled. 9. The method of claim 8,
The tower step
And an inclined step portion arranged to be inclined toward the tower in a state in which the rope is connected to the tower so as to support the tower. 9. The method of claim 8,
The tower step
And a spiral stepped portion for spiraling up and down about the tower. The method according to claim 1,
The tower
And a moving base located at a lower portion to which the rope is coupled and in which the carrier jumps to hang on the rope. 12. The method of claim 11,
And a second support cable connecting the addressee and the deck to support the addressee. The method according to claim 1,
The tower installed at the deck of the arrival point,
The height adjustment support installed on the deck of the starting point, and
Further comprising a rope connecting the towers installed at the arrival point and the height adjustment supports installed at the starting point,
And the return line is configured to reciprocate between the starting point and the arrival point. The method according to claim 1,
The deck
And an entrance portion extending from the deck and inclined downward so that the transporter moving through the rope can easily enter the deck. The method according to claim 1,
The rope
A traveling rope on which the person to be transported is moving, and
And a safety rope which is disposed in parallel to the traveling rope and is spaced apart from the traveling rope so that the carrier is suspended when the traveling rope is disconnected.

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