KR200371301Y1 - A Descent Play Apparatus - Google Patents

Abstract

The present invention is powered by a pulley that is supported by a support and slides along a rail installed in a certain section of the air to move the completed pulley to the position of the downhill, so that anyone, regardless of the physical condition and gender of the passenger, can easily It is possible to use the runway, and also to the runway for passengers to enjoy the runway to reduce the waiting time to smoothly operate the game,

That is, in a slide play platform provided with a rail to install a rail so as to maintain a proper inclination in a certain section of the air to support both sides by a support, and a slide that slides from the upper slope point to the lower slope point using gravity as a driving source on the rail. And a winding drum installed on the first pillar of the inclined upper side of the rail so as to lift the pulley installed on the rail from the inclined lower portion to the inclined upper portion, and winding a first wire connected to one end of the pulley; A winding roller which is coaxially inserted / fixed to the winding drum to transmit a driving force to rotate the winding drum at a large rotation ratio; The weight is wound on the winding roller with a second wire and is vertically lowered when the weight is applied to the winding roller and installed to drive the winding roller through the second wire.

Description

A Descent Play Apparatus}

The present invention is driven by a slide, and more specifically, a pulley that glides along a rail in a certain section of the air by moving the completed pulley to the position of the downhill, regardless of the physical condition and gender of the passenger It is possible to easily use the downhill, and also to the downhill to allow the passengers to enjoy the downhill to reduce the waiting time to smoothly operate the game.

In general, amusement parks where family, co-workers and lovers can enjoy leisure are equipped with various rides, which attract more people to visit the amusement park and at the same time have fun for the visitors. To have.

Such a ride includes a rail type in which a vehicle moves along a path in which a vehicle is constantly set, a rotary type in which the vehicle rotates in a vertical direction or a horizontal direction, There is a swing type in which the vehicle swings along the arc in the vertical direction and a drop type in which the vehicle freely falls vertically downward from the top of the tower. All of the rides allow passengers to enjoy the thrill. It is designed to be.

The track-type rides that move along the track installed at a predetermined angle downward among these rides are one of the rides designed to improve the courage and the sense of balance at the same time. You can enjoy the effect.

However, the tracked ride has a hassle that after the passenger gliding by using the pulley, the next passenger to pull up the pulley and then pulled up and down again to use the pulley.

In this regard, the Utility Model Registration No. 20-0201005 discloses a runway that allows the pulley to be returned to its original starting position after the slide movement is completed by the applicant of the present invention.

Referring to Figure 1 with respect to the configuration of the conventional downhill slide as described above is as follows.

1 is a side view showing a conventional downhill slide.

Referring to FIG. 1, the slide is a track 10 having a curved portion 13, a downward slope 11, and an upward slope 12 integrally, and a support 20 for supporting the track. 10, a pulley 30 that slides in a suspended state and orbits the track 10 and a spring 40 that allows passengers to start and stop to use the pulley 30.

Accordingly, when the passenger climbs on the hopping table 40 to hold the pulley 30 and rolls the foot, the pulley 30 passes the curved portion 13 and passes the downward sloped slope 11 at a predetermined angle downward to increase the acceleration force. Get The pulley 30 obtained as described above accelerates and climbs the upward slope 12 connected / formed to the lower end of the downward slope 11 by the acceleration force, and the pulley passing through the upward slope 12 is curved again. By turning 13 and entering the downward slope 11, the track 10 is turned.

However, the existing downhill runway has the following problems.

The pulley passing through the downhill ramp after the first curved portion obtains the acceleration force in the downhill slope section and spurs up and climbs the uphill slope, wherein the acceleration force obtained from the downhill slope section is the body condition of the passenger and the force rolled by the first foot of the passenger. Depending on the difference will occur. As a result, passengers failing to pass the upward slope may be generated according to the conditions of the passengers on board. In other words, a female passenger or a child who lacks the ability to roll for the first time has a problem that the game itself is difficult to complete the course.

In addition, in the case of failing to pass the upward slope as described above, there is a problem in that the passenger has to climb the upward slope by rolling a foot or pushing a pulley, so that the user loses interest in the game.

The present invention was devised to solve the problems caused by the limitation of use of the conventional downhill slides, the purpose of which is the inside of one of the pair of struts supporting both sides of the rail installed to maintain a proper inclination in a certain section of the air By moving the pulleys that are installed on the slides to the position before the glide, the runway can be easily used regardless of the physical condition and gender of the passengers, and the waiting time of the passengers waiting to use the runway is reduced. It is to provide a runway that can run the operation smoothly.

That is, in a slide play platform provided with a rail to install a rail so as to maintain a proper inclination in a certain section of the air to support both sides by a support, and a slide that slides from the upper slope point to the lower slope point using gravity as a driving source on the rail. And a winding drum installed on the first pillar of the inclined upper side of the rail so as to lift the pulley installed on the rail from the inclined lower portion to the inclined upper portion, and winding a first wire connected to one end of the pulley; A winding roller which is coaxially inserted / fixed to the winding drum to transmit a driving force to rotate the winding drum at a large rotation ratio; The weight is wound on the winding roller with a second wire and is vertically lowered when the weight is applied to the winding roller and installed to drive the winding roller through the second wire.

1 is a side view showing a conventional downhill slide;

Figure 2 is an installation state diagram of the slide according to the first embodiment of the present invention,

3 is a cross-sectional view of the slide table according to a first embodiment of the present invention,

4 is a partial partial perspective view of the sliding play platform according to the first embodiment of the present invention,

5a and 5b is an operating state diagram showing the pulley feedback device of the slide table according to a first embodiment of the present invention,

Figure 6 is a state of use of the downhill slide according to the first embodiment of the present invention,

Figure 7 is an exploded perspective view showing a pulley feedback device of the slide table according to a second embodiment of the present invention and

Figure 8 is an exploded perspective view showing a pulley feedback device of the slide table according to a third embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

100: Hallang Playground 110a, 110b: 1st and 2nd pillar

120: rail 130: pulley

140: pulley feedback device 141: winding roller

145: weight

Hereinafter, with reference to the accompanying drawings will be described in detail the sliding play platform according to a preferred embodiment of the present invention.

Figure 2 is an installation state diagram of the slide according to the first embodiment of the present invention, Figure 3 is a cross-sectional view of the slide according to the first embodiment of the present invention, Figure 4 is a first preferred embodiment of the present invention This is a partial exploded view of the slide.

As shown in Figure 2 to 4, the slide play table 100 of the present invention is a pair of first and second struts (110a, 110b) having a different height is installed / fixed on the ground, the first, second Rails 120 are fixed / installed on the upper ends of the support posts 110a and 110b, and one side of the first support post 110a is provided with a spring 160 to which passengers can climb to slide, and the first support posts A pulley feedback device 140 for moving the pulley 130 that has finished sliding along the rail 120 to a position before sliding down is installed inside the 110b.

In this case, the rail 120 has a cutout groove 123 formed in the longitudinal direction with the rail 120 in the lower inner side.

At this time, the cutting groove 123 is preferably formed within a range that does not deviate from the length of the rail (120).

In addition, when the pulley 130 slides on the rail 120, the downhill slope L which is inclined downward by a predetermined angle to increase the acceleration force on the pulley 130 and the pulley 130 may pass through a predetermined section. In order to reduce the speed of the pulley 130, a predetermined angle upwardly inclined upward slope (H) is integrally formed.

Meanwhile, the pulley 130 sliding along the rail 120 includes a body 132 and a connection bar 136.

The body 132 is coupled to a pair of rollers 134 to be slidable along both sides of the rail 120, the connection bar 136 is connected to the upper portion of the body 132. At this time, the handle 138 is formed at the lower portion of the connecting bar 136 to allow the passenger to use the slide 100 to hold the pulley 130.

On the other hand, the pulley feedback device 140 is installed so that the rotation shaft 141 is rotatable on the inner upper portion of the first support (110a), the rotation shaft 141 is rotated in conjunction with the rotation shaft 141 The winding drum 142 and the winding roller 143 is combined. At this time, the winding drum 142 is provided with a first wire 144, one side of which is wound on the winding drum 142, the other side of which is connected / fixed to one side of the pulley 130.

In addition, one side of the winding roller 143 is fixed to the winding roller 143, the other end of the second wire 145 is wound around the free end of the second wire 145 has a predetermined weight Weight 147 is connected.

In this case, the winding roller 143 is a winding drum to adjust the length of the second wire 145 wound on the winding roller 143 using the rotation ratio of the winding roller 143 and the winding drum 142. It is desirable to have an outer diameter smaller than 142). That is, the first wire 144 and the second wire 145 are wound around the winding drum 142 and the winding roller 143 which rotate on the same axis. At this time, when the outer diameter of the winding roller 143 is smaller than the winding drum 142, the length of the first wire 144 is longer than the winding length of the second wire 145 at the same rotational speed.

In addition, the weight of the weight 147 preferably has a weight enough to be able to move the pulley 130, which has finished sliding down to a position before sliding.

Accordingly, when the passenger who has finished sliding down the pulley 130, the weight 147 is freely dropped by its own weight, and thus the winding roller 143 and the winding drum (by the free-falling weight 147). As the 142 rotates, the pulley 130 is moved by pulling the first wire 144. In this case, when the weight of the pulley 130 is greater than the weight of the weight 147, the weight 147 does not fall freely due to the weight of the pulley 130 even when the passenger who finished sliding down releases the handle 138. It will stop or rise and lose its function.

Thus, the sliding play platform according to the present invention having the configuration as described above is to return to the position before sliding down the pulley along the rail, looking at such a series of use relations and interactions as follows.

Figures 5a and 5b is an operating state diagram showing the pulley feedback device of the slide table according to the first embodiment of the present invention, Figure 6 is a state diagram of the slide table according to the first embodiment of the present invention.

5A, 5B, and 6, first, when a passenger to use the slide 100 climbs on the hoard 160 to grab the handle 138 and slides, the roller 134 of the pulley 130. ) Slides along the rail 120. At this time, the pulley 130 pulls the first wire 144 to rotate the winding drum 142 in a counterclockwise direction, and simultaneously with the rotation of the winding drum 142, the winding roll 143 rotates in a counterclockwise direction. do. As the winding roller 143 rotates as described above, the second wire 145 wound around the winding roller 143 is wound around the winding roller 143 to raise the weight 147 by a predetermined height.

Thereafter, when the passenger who finished the gliding releases the handle 138, the weight 147 freely falls by its own weight and rotates the take-up roller 143 clockwise. As such, when the winding roller 143 rotates clockwise, the rotation shaft 141 and the winding drum 142 rotate clockwise. At this time, the first wire 144 connected to the winding drum 142 is wound around the winding drum 143 and moved to a position before sliding the pulley 130, so that the next user can finish using the slide and immediately use it. Accordingly, the waiting time of the user can be shortened.

As described above, the first preferred embodiment of the present invention was able to smoothly operate the game by automatically moving the completed pulley to the position before sliding down to reduce the waiting time of the users.

Figure 7 is an exploded perspective view showing the pulley feedback device of the sliding play platform according to a second embodiment of the present invention.

Here, the same configuration as the slide play platform according to the first embodiment of the present invention represents the same reference numerals, a description thereof will be omitted.

As illustrated in FIG. 7, the pulley feedback device 240 is inserted with a first chain gear 241a which rotates in conjunction with the rotation shaft 141 on one side of the rotation shaft 141 to which the winding drum 142 is coupled. It is fixed. At this time, the winding drum 142 is wound around the first wire 144 having a predetermined length. Accordingly, one side of the first wire 144 is wound on the winding drum 142 and the other side is connected / fixed to one side of the body 132 of the pulley 130.

In addition, a driving shaft 242 is installed below the rotation shaft 141 to receive and rotate a rotational force of the rotation shaft 141, and the driven shaft 242 is connected to the first chain gear 241a and the chain. The second chain gear 241b and the winding roller 143 connected by 243 are inserted / fixed.

Accordingly, when the pulley 130 slides, the pulley 130 rotates the winding drum 142 by pulling the first wire 142. The rotational force of the winding drum 142 generated at this time is transmitted to the first chain gear 241a by the rotation shaft 141, and the rotational force transmitted as described above is transferred to the second chain gear 241b and the winding through the chain 243. It is transmitted to the roller 143.

Accordingly, the pulley feedback device 240 according to the second embodiment of the present invention performs all the functions of the first embodiment and simultaneously the winding drum 142, the first chain gear 241a, and the second chain gear 241. ) And the length of the second wire 143 wound on the winding roller 141 by the rotation ratio generated by the winding roller 143 can be easily adjusted.

Figure 8 is an exploded perspective view showing a pulley feedback device of the slide table according to a third embodiment of the present invention.

Hereinafter, with reference to the drawings will be described in detail with respect to the slide play platform according to a third embodiment of the present invention.

Here, the same configuration as the slide play platform according to the first embodiment of the present invention represents the same reference numerals, a description thereof will be omitted.

As shown in FIG. 8, the pulley feedback device 340 includes first and second pulleys 342a and 342b inside the first and second supports 110a and 110b, respectively. It is installed to be rotatable in conjunction with. In this case, the first pulley 342a and the second pulley 342 are connected / fixed to both sides of the body 132 of the pulley 130 to be connected by a first wire 344 having a belt shape.

Accordingly, when the pulley 130 slides, the pulley 130 pulls the first wire 344 to rotate the first and second pulleys 342a and 342b counterclockwise. At this time, the take-up roller 143 is rotated counterclockwise by receiving the rotational force of the first pulley (342a). When the winding roller 143 rotates as described above, the second wire 144 wound around the winding roller 143 is wound around the winding roller 143 to raise the weight 147 by a predetermined height.

Thereafter, when the passenger who finished the gliding releases the handle 138, the weight 147 freely falls by its own weight and rotates the take-up roller 143 clockwise. When the winding roller 143 rotates in the clockwise direction, the first and second pivotal shafts 341a and 341b and the first and second pulleys 342a and 342b rotate clockwise to slide the pulley 130. Easily move to the previous position.

Such a sliding play platform of the present invention is installed inside one of the pair of supports supporting both sides of the rail installed to maintain a proper inclination in a certain section of the air by moving to the position before the glide completed the slide, Regardless of the physical condition and sex of the runway can be easily used, by reducing the waiting time of passengers waiting to use the runway, there is an effect that can smoothly operate the game.

Claims (2)

In the slide, the rail is installed to maintain the proper inclination in a certain section of the air so that both sides are supported by the support, and the pulley slides slide from the upper slope to the lower slope using gravity as a driving source. The pulley 130 installed on the rail 120 is installed on the first pillar 110a on the inclined upper side of the rail 120 so that the pulley 130 is pulled from the lower slope point to the upper slope point, and one end of the pulley 130 is provided. A winding drum 142 to which the connected first wire 144 is wound; A winding roller 143 which is coaxially inserted / fixed to the winding drum 142 to transmit a driving force to rotate the winding drum 142 at a large rotation ratio; Including a weight 147 wound around the winding roller 143 by a second wire 145 and lowered vertically when self-weight is applied to drive the winding roller 143 through the second wire 145. Downhill play characterized in that the configuration. The method of claim 1, The weight 147 installed to be vertically elevated by the second wire 145 wound on the winding roller 143 is lifted when the person hangs on the pulley 130 and the sliding ends to end the body weight. When the slide is removed from the pulley by sliding down the first wire 144 is wound around the winding drum 142 to slide the pulley 130 to the upper slope of the rail 120, characterized in that the slide.