RU2414276C1 - Park amusement - Google Patents

Abstract

FIELD: games.

SUBSTANCE: invention relates to the field of entertainment and sports, in particular, to artificially created hills. Amusement ride comprises supports installed at land slope, start part fixed in upper supports, finish part fixed in lower supports, slope part fixed in middle supports to connect start and finish parts. Start part is arranged in the form of rigid inclined tray, slope part - in the form of flexible tape stretched in longitudinal direction and having semicircular channel shape. Tape is fixed in flexible guides, ends of each are fixed in lower and upper supports. Finish part is arranged in the form of raft hingedly fixed in lower supports, installed on floating or elastic elements fixed to raft at its lower side, besides, tape and flexible guides have elasticity and are in stretched condition with possibility of their oscillations in vertical plane.

EFFECT: invention provides for increased safety.

6 cl, 5 dwg

Description

This technical solution relates to the field of entertainment and sports, in particular to artificially created slides equipped on the slopes of natural hills, while such slides are located on supports and have slopes in the form of gutters, and they also have launch parts equipped with platforms for finding them users slide, and at the bottom of the slide has a receiving or finishing parts.

Known roller coasters and attractions, each of which contains supports installed on the supports of the start, finish and middle downhill parts (RU 2328328, 07/10/2008; RU 2008110088, 09/27/2009; RU 2284843, 10/10/2006; RU 2261748,10.10.2005 ; RU 2281801, 08/20/2006; RU 228157, 2006-09-10; RU 2321439, 2008-04-10; RU 62029, 2007-03-27; RU 68338, 2007-11-27; RU 2331450, 2008-08 -20; RU72414, 2008-04-20; RU 2006132838, 2008-03-20; RU 2328328, 2008-07-10; RU 2331451, 2008-08-20; RU 2008110088, 2009-09-27; RU 84728, 2009-07-20; RU 84248, 2009-07-10; RU 84247, 2009-07-10; RU 84246, 2009-07-10).

Attractions are known from foreign sources, each of which contains supports and the start, finish and middle downhill sections installed on them (DE 102007039730, 2009-10-08; DE 102006054116, 2009-05-15; DE 102007052825, 2009-05-07; DE 19839048, 2001-04-15; DE 202008005801, 2009-09-03; DE 102008003426, 2009-07-09; JP 2008188384, 2008-08-21; JP 2008168135, 2008-07-24; JP 2009533156, 2009- 09-17; WO 2007120880, WO 2009050680, 2009-04-23; WO 200814807, 2008-12-04; WO 0062882, 2009-03-16; WO 2007027841, 2007-03-08; WO 2006122479, 2006-11- 23; WO 02083256, 2009-07-02; EP 1757348, 2007-09-15; EP 1698382, 2009-03-16; EP 1393790, 2009-10-15; US 2009143153, 2009-06-04; US 2009143155, 2009-06-04; US 2009105000, 2009-04-23; US 2008207344, 2008-08-24; US 2009239671, 2009-09-24; US 2009193997, 2009-08-06; US 2006260697, 2006-11-23 ; US 2008009357, 2008-01-10; US7309302, 2007 -12-18; US 2007219004, 2007-09-20; US 2007207869, 2007-09-06; US 2007204759, 2007-09-06; US 2007167246, 2007-07-19; US 2007066410, 2007-03-22; CN 101394908, 2009-03-25; CA 101035600, 2007-09-12; CA 2669619, 2008-05-15; GB 2109252, 1991-06-04).

Known technical solutions do not fully meet the safety requirements of the descent, since both the bearing and the working elements of the rides and slides are made of solid materials, which creates injury conditions, while the descent of the descent vehicles is associated with the friction of the descent vehicle when it moves along the gutter. Moreover, the designs of famous attractions and slides have relatively complex designs, which is associated with the great complexity of their installation and dismantling.

The technical result of the claimed invention is to increase the safety of the attraction. Another result is an increase in entertainment and entertainment, as well as a simplification of the design and simplification of the installation and dismantling of the attraction.

The result is an attraction containing supports mounted on a slope of the earth, a start part fixed on upper supports, a finish part fixed on lower supports, a trigger part fixed on middle supports, connecting the start and finish parts, characterized in that the start part is made in the form of a hard inclined tray , the trigger part is made in the form of a flexible longitudinally stretched tape having a semicircular trough-shaped cross-section, the tape is mounted on flexible guides, the ends of each of which They are fixed on the lower and upper supports, and the finish is made in the form of a raft pivotally mounted on the lower supports, mounted on floating or elastic elements attached to the raft from its lower side, and the tape and flexible guides are elastic and are in a stretched state with the possibility of their vibrations in the vertical plane.

The launching tape is made of textile fabric synthetic material, for example, from tent fabric, used mainly for the construction of awnings, and guide tapes are made of textile tape, mainly used for the manufacture of lifting slings, with each guide made of interconnected sections, the guides are connected between transverse tapes, which are connected to the longitudinal sides of the ribbon of the trigger part of the tray.

The ribbon of the trigger in the working position is stretched with a force in the range of 1.6 ÷ 2.0 ton-force with the mass of the ribbon in the range of 2 ÷ 4 kg per 1 running meter, and the ribbon is tensioned so that it is spring-loaded in the longitudinal direction due to the elasticity of the ribbon and works as a stretched spring, providing harmonic oscillations in the transverse direction when lowering the descent apparatus along it, while the belt and guides are tensioned by the tensioner installed on the lower supports connected with the guides and the tape.

The ribbon of the launching part has sides, between which there is an elastic descent vehicle with inflatable air, while the sides of the device are located with the possibility of elastic interaction with the sides of the tape and their compression to the sides.

The raft is located on the surface of a reservoir or on snow, or on an inclined surface of a slope.

The tray of the starting part is made with the possibility of accumulating water in it, holding it and lowering it to the ribbon of the launching part.

Figure 1 shows the attraction in side view; figure 2 is a section aa in figure 1; figure 3 is a view In figure 1; figure 4 - the starting part of the attraction; figure 5 is a section bB in figure 1; figure 6 is the finish part of the attraction; in Fig.7 is a section GG in Fig.6.

The attraction (figure 1) contains the upper, middle and lower supports 1 mounted on a slope of the earth, the start part 2 fixed on the upper supports 1, the finish part 3 fixed on the lower supports, the trigger part 4 fixed on the middle supports, connecting the start and finish parts.

The starting part of the attraction is made in the form of a hard inclined tray 5, the launching part 4 is made in the form of a flexible longitudinally stretched tape 6 having a semicircular trough-shaped cross-section (Fig. 2), the tape 6 is fixed on flexible guides 7, the ends of each of which are fixed on the lower and upper supports 1.

The finish part of the attraction is made in the form of a raft 8, hinged 9 mounted on the lower supports 1 (Figs. 1, 6). The raft is mounted on floating elements 10 or on elastic identical elements 10 attached to the raft from its lower side. The elastic elements of the raft are installed instead of floating elements when the attraction is used in the winter season.

Tape 6 and flexible guides 7 of the tape are elastic and are in a spring-loaded state in their working position with the possibility of oscillations in the vertical plane when moving along the tape of the descent vehicle with the user of the attraction in it.

The ribbon 6 of the launching part (FIG. 2) is made of a textile fabric synthetic material, for example, of tent fabric, used mainly for the construction of awnings, and the tape guides 7 are made of textile tape, mainly used as lifting slings, each guide 7 made of sections sequentially interconnected along the length. The guide and longitudinal sides of the tape 6 of the trigger part of the tray are interconnected by transverse tapes 11 (Fig.3).

The ribbon 6 of the trigger part in the working position is stretched with a force within 1.6 ÷ 2.0 ton-force with the weight of the ribbon within 2 ÷ 4 kg per 1 running meter, and the ribbon is tensioned so that it is spring-loaded in the transverse direction due to the small the elasticity of the tape and works as a stretched elastic element that performs harmonic oscillations in the transverse direction when lowering the descent vehicle along it.

The tension of the tape and the guides is carried out installed on the lower supports and fastened to them by a tensioner 12, connected with the guides 7 and the tape 6, and having springs for automatic constant tension of the tape and guides in case they are weakened and drawn out during operation.

The ribbon 6 of the launching part has sides 13, between which there is an inflatable air deflecting device 14, while the sides 15 of the device are located with the possibility of elastic interaction with the sides 13 of the tape and their slight compression to the sides during the movement of the device 14 on the tray of the tape.

The attraction raft (Fig. 6) is located on the surface of the reservoir 16 or on snow (not shown) in the case of using the attraction in the winter season, or on an inclined surface (not shown) of the slope of a natural elevation.

Tray 5 of the starting part of the attraction (Fig. 5) is made with a rear wall 17 and a movable shutter 18 in the front part, while tray 5 is configured to accumulate water in it, hold it and lower it onto the tape 6 of the trigger part through the opening 19 of the tray, closed the shutter 18. The tray 5 is connected rigidly to the upper posts 1 or, in another design, the tray 5 is hinged 20 to the posts 1. The posts form two rows of posts, the left and right rows (FIG. 2), which are interconnected by links 21.

The attraction works as follows. Installed on the natural slope of the hill or on a flat platform support in such a way that the starting part was higher than the finishing part (figure 1). The guides 7 are fastened to the supports with the tape 6 fixed on them. The tensioner 12 pulls the tape 6 and the guides 7 in their longitudinal direction to the aforementioned tension force. Next, the hinge 9 is attached to the lower supports of the raft 8 and placed on the surface 20 of the reservoir, then the inclined tray 5 is installed on the upper supports of the starting part and the shutter 18 is lowered down (Fig. 5), partially overlapping the tray opening 19. After that, a lander 14 (not shown) is placed in the tray 5.

In the case of using the attraction in the summer warm season, the tray 5 (Fig. 1) is filled with water, fixed on the user's descent apparatus with an attraction and the shutter 18 is opened.

The descent device 14 is pushed onto the belt 6, for example, by turning the tray 5 around the hinge 20 together with the water leaving the inclined tray 5, which forms a water layer of lubricant between the lower surface of the descent device and the surface of the belt 6, as a result of which the descent device 14 slides down without special resistance to the finish part of the attraction and from the sides is supported by the sides 13 of the tape 6 (figure 2). Since the tape 6 and the guides 7 are in a tensioned spring-loaded state in the longitudinal direction, during the movement along the belt of the descent vehicle, the latter makes up-down movements and due to resonance, the amplitude of these movements increases within the specified design limits. As a result, the movement of the descent vehicle becomes wavy, which enhances the effect of entertainment and entertainment.

When hitting apparatus 14 on a raft 8, the latter changes the direction of movement of the apparatus and sets it the vector of horizontal movement. In this direction, the apparatus at high speed passes over the surface of the raft, leaves it and slides along the water surface 20 of the reservoir (Fig. 1).

In the case of using the attraction on a snowy surface in winter, the described operation cycle of the attraction occurs in the indicated sequence, except for the use of a reservoir and water as a lubricant between the rubbing surfaces of the belt and the descent apparatus. In this case, dry snow can be used to improve glide. When using the attraction in summer without a pond, special sliding coatings are applied to the lower surface of the descent vehicle and the surface of the tape.

The attraction consists of a minimum number of elements, which allows it to be quickly disassembled and assembled, while the connections between the supports (not shown) provide reliable stability of the attraction.

The advantage of this attraction is its versatility and the ability to use it at any time of the year on any terrain. The attraction can operate in automatic mode, providing for the automatic supply of water to the tray, opening and closing the damper, discharging water and the apparatus to the lower part of the attraction and lifting users to the starting part of the attraction with a lift (not shown).

Claims (6)

1. Attraction, containing supports installed on a slope of the earth, a start part fixed on upper supports, a finish part fixed on lower supports, a launch part fixed on middle supports connecting the start and finish parts, characterized in that the start part is made in the form of a hard inclined tray , the trigger part is made in the form of a flexible longitudinally stretched tape having a semicircular trough-shaped cross section, the tape is mounted on flexible guides, the ends of each of which are fixed to the bottom and the upper supports, and the finish part is made in the form of a raft pivotally mounted on the lower supports, mounted on floating or elastic elements attached to the raft from its lower side, the tape and flexible guides being elastic and in tension with the possibility of their oscillations in vertical plane. 2. The attraction according to claim 1, characterized in that the trigger portion tape is made of textile textile fabric, for example, from tent fabric, used primarily for the construction of awnings, and guide tapes are made of textile tape, mainly used for the manufacture of lifting slings, each guide is made of interconnected sections, the guides are interconnected by transverse tapes, to which are connected the longitudinal sides of the ribbon of the trigger part of the tray. 3. The attraction according to claim 1, characterized in that the trigger section tape in the working position is tensioned with a force within l, 6 ÷ 2.0 ton-force with the tape weight within 2 ÷ 4 kg per 1 linear meter, and the tape tension is made as follows so that it is spring-loaded in the longitudinal direction due to the elasticity of the tape and acts as a stretched spring, which provides harmonic vibrations in the transverse direction when the descent apparatus descends along it, while the tension of the tape and guides is carried out by a tensioner installed on the lower supports connected to ruling and ribbon. 4. The attraction according to claim 1, characterized in that the trigger portion of the ribbon has sides, between which there is an inflatable air deflecting device, while the sides of the device are located with the possibility of elastic interaction with the sides of the tape and their compression to the sides. 5. The attraction according to claim 1, characterized in that the raft is located on the surface of the reservoir, or on snow, or on an inclined surface of the slope. 6. The attraction according to claim 1, characterized in that the tray of the starting part is made with the possibility of accumulating water in it, holding it and lowering it onto the ribbon of the launching part.

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