阅读说明：本技术 一种可提供至少两种游玩姿态的滑行类游乐设备 (Sliding amusement equipment capable of providing at least two playing postures ) 是由 刘喜旺 刘情 黄品伦 于 2020-07-02 设计创作，主要内容包括：本发明公开了一种可提供至少两种游玩姿态的滑行类游乐设备,其特征在于其包括：站台系统,轨道,可沿轨道滑行的运载体,其特征在于轨道至少设有第一姿态游乐滑行区和第二姿态游乐滑行区,第一姿态游乐滑行区和第二姿态游乐滑行区之间设有可使游客从第一姿态转换到第二姿态的第一姿态转换系统和使游客从第二种姿态转换到第一姿态或第三姿态的第二姿态转换系统。由于本发明至少设有二个姿态游乐滑行区,并在姿态游乐滑行区之间设有姿态转换系统,使本发明至少可以提供两种姿态游玩的游乐体验,游乐体验种类多,可使游客一直保持新鲜感,更刺激。(The invention discloses a sliding amusement device capable of providing at least two playing postures, which is characterized by comprising: the platform system, the track, can the vehicle that slides along the track, characterized by that the track is equipped with first gesture amusement slide district and second gesture amusement slide district at least, is equipped with the first gesture conversion system that can make visitor's transform from first gesture to second gesture and makes visitor's transform from the second gesture to first gesture or third gesture's second gesture conversion system between first gesture amusement slide district and the second gesture amusement slide district. Because the invention is provided with at least two gesture amusement sliding areas and the gesture conversion system is arranged between the gesture amusement sliding areas, the invention can provide amusement experience of amusement in at least two gestures, has various amusement experiences, and can ensure that visitors keep fresh and more exciting all the time.)

1. A gliding amusement device providing at least two playing positions, characterized in that it comprises: platform system (1), track (2), carrier (3) that can slide along track (2), characterized by that track (2) is equipped with first posture amusement slide zone (4) and second posture amusement slide zone (5) at least, first posture conversion system (6) that can make visitor convert from first posture to second posture and second posture conversion system (7) that makes visitor convert from second posture to first posture or third posture are equipped with between first posture amusement slide zone (4) and second posture amusement slide zone (5).

2. A gliding amusement device providing at least two playing positions according to claim 1, wherein the first position conversion system (6) and the second position conversion system (7) each comprise a turning mechanism (8) for turning the guest from one position to the other position, and a drive system (9) for turning the turning mechanism (8).

3. A gliding amusement ride according to claim 1, wherein the drive system (9) comprises electric conductors (91) arranged in the first attitude transition system (6) and the second attitude transition system (7), wherein the electric brushes (92) and the power source (93) are mounted on the carrier (3), and wherein the electric brushes (92) and the electric conductors (91) are in contact to supply power to the power source (93) to drive the turning gear (8) when the carrier (3) reaches the first attitude transition system (6) and the second attitude transition system (7).

4. A sliding amusement ride according to claim 1, wherein the rotation mechanism (8) comprises a frame base (801) articulated on the vehicle (3) and a crank-rocker mechanism arranged on the frame base (801), the rocker (802) of said crank-rocker mechanism having two different stance positions, the crank (803) of said crank-rocker mechanism being connected to a rotation drive (804) capable of driving the rotation thereof to switch the rocker (802) between the two stance positions, said linkage further comprising locking means capable of locking the crank (3803) after the switching of the rocker (802) to the respective stance positions.

5. A gliding amusement device according to claim 4, wherein said rocking lever (802) is hinged to one side of the carriage base (801) and can swing with respect to the carriage base (801), said crank (803) is hinged to the other side of the carriage base (801) and can rotate with respect to the carriage base (801), said crank-rocker mechanism further comprising a connecting rod (805) connected between the rocking lever (802) and the crank (803).

6. A gliding amusement device according to claim 3, wherein said rotating mechanism (8) further comprises a locking device capable of locking the crank after the rocker (3) has been switched to each attitude position, the crank (803) having two dead centre positions, a first dead centre position and a second dead centre position, respectively, the locking device comprising a first stop (806) and a second stop (807), one end of the rotary drive (804) being connected to said carriage base (801), the other end of the rotary drive (804) being connected to said crank (803) or link (805) so that said rotary drive (804) can press the crank (803) against the first stop (806) and the second stop (807), said first stop (806) being located on one side of said first dead centre position, the second limiting piece (807) is positioned at one side of the second dead point position, and when the crank (803) rotates from the position of the first limiting piece (806) to the position of the second limiting piece (807), the crank (803) sequentially passes through the first dead point position and the second dead point position.

7. A sliding amusement ride according to claim 5, wherein said rotary drive means (804) is a gas spring.

8. A gliding amusement device according to claim 1, wherein the rotation means (8) comprise a frame base (801) hinged to the vehicle (3), a push rod (811) hinged to the upper end of the frame base (801), and a driving rod (812) for pushing the push rod (811) to rotate the frame base (801).

9. A sliding amusement ride according to claim 8, wherein the drive shaft is an electric cylinder.

10. A sliding amusement ride according to claim 1, wherein the vehicle (3) is provided with a strut tie-down (31).

[ technical field ] A method for producing a semiconductor device

The present invention relates to a gliding amusement device providing at least two playing positions.

[ background of the invention ]

The track sliding amusement equipment mainly refers to equipment such as roller coasters and amusement small trains. In the existing track sliding amusement equipment, a cabin is generally fixed above a scooter or suspended below the scooter, passengers are in sitting postures or flying postures when boarding the cabin, the scooter slides along a sliding track after the passengers are locked by a pressure bar binding device, and the passengers always keep a single amusement posture in the amusement experience process. The conventional track sliding amusement equipment has the advantages that passengers always keep a fixed posture in the riding experience process, and the amusement experience is only one, is monotonous and lacks of freshness.

[ summary of the invention ]

The invention aims to overcome the defects of the prior art, and provides sliding amusement equipment which can provide at least two play postures, has various amusement experiences, can keep the freshness of tourists all the time, and is more exciting.

The purpose of the invention is realized as follows:

a gliding amusement device providing at least two playing positions, characterized in that it comprises: the platform system, the track, can the vehicle that slides along the track, characterized by that the track is equipped with first gesture amusement slide district and second gesture amusement slide district at least, is equipped with the first gesture conversion system that can make visitor's transform from first gesture to second gesture and makes visitor's transform from the second gesture to first gesture or third gesture's second gesture conversion system between first gesture amusement slide district and the second gesture amusement slide district.

The sliding amusement device capable of providing at least two playing postures is characterized in that the first posture conversion system and the second posture conversion system respectively comprise a rotating mechanism capable of driving the tourists to convert from one posture to the other posture and a driving system for driving the rotating mechanism to rotate.

The sliding type amusement equipment capable of providing at least two playing postures is characterized in that the driving system comprises a conductive device arranged on the first posture conversion system and the second posture conversion system, a brush and a power source are installed on the carrier, and when the carrier reaches the first posture conversion system and the second posture conversion system, the brush and the conductive device are in contact with each other to supply power to the power source to drive the rotating mechanism.

The sliding amusement equipment capable of providing at least two playing postures is characterized in that the rotating mechanism comprises a frame seat hinged on the carrier and a crank rocker mechanism arranged on the frame seat, a rocker of the crank rocker mechanism has two different posture positions, a crank of the crank rocker mechanism is connected with a rotation driving device capable of driving the crank rocker mechanism to rotate so as to enable the rocker to be switched between the two posture positions, and the linkage mechanism further comprises a locking device capable of locking the crank after the rocker is switched to each posture position.

The sliding amusement device capable of providing at least two playing postures is characterized in that the rocker is hinged to one side of the frame base and can swing relative to the frame base, the crank is hinged to the other side of the frame base and can rotate relative to the frame base, and the crank-rocker mechanism further comprises a connecting rod connected between the rocker and the crank.

The sliding amusement equipment capable of providing at least two playing postures is characterized in that the rotating mechanism further comprises a locking device capable of locking the crank after the rocker is switched to each posture position, the crank is provided with two dead point positions which are a first dead point position and a second dead point position respectively, the locking device comprises a first limiting member and a second limiting member, one end of the rotating driving device is connected with the frame base, the other end of the rotating driving device is connected with the crank or the connecting rod so that the rotating driving device can press the crank against the first limiting member and the second limiting member, the first limiting member is positioned on one side of the first dead point position, the second limiting member is positioned on one side of the second dead point position, and when the crank rotates to the position of the second limiting member from the position of the first limiting member, the crank passes the first dead center position and the second dead center position in this order.

A gliding amusement device providing at least two playing positions, as described above, wherein said rotary drive means is a gas spring.

The sliding amusement equipment capable of providing at least two playing postures is characterized in that the rotating mechanism comprises a frame seat hinged on the carrier, a push rod hinged at the upper end of the frame seat and a driving rod for pushing the push rod to drive the frame seat to rotate.

A gliding amusement device providing at least two playing positions, as described above, characterized in that the driving rod is an electric cylinder.

A gliding amusement device providing at least two playing positions, as described above, characterised in that the vehicle is provided with a strut tie-down.

The invention has the beneficial effects that:

because the invention is provided with at least two gesture amusement sliding areas and the gesture conversion system is arranged between the gesture amusement sliding areas, the invention can provide amusement experience of amusement in at least two gestures, has various amusement experiences, and can ensure that visitors keep fresh and more exciting all the time.

[ description of the drawings ]

FIG. 1 is a block diagram of the present invention;

FIG. 2 is a block diagram of a first attitude transformation system of the present invention;

FIG. 3 is a block diagram of the drive mechanism of the present invention;

FIG. 4 is a block diagram of the rotating mechanism of the present invention;

FIG. 5 is a block diagram of the rotating mechanism of the present invention;

FIG. 6 is a schematic view of another play experience of the present invention;

FIG. 7 is a schematic view of another play experience of the present invention;

FIG. 8 is a block diagram of another drive mechanism of the present invention;

fig. 9 is a structural view of another drive mechanism of the present invention.

FIG. 10 is a schematic view of another play experience of the present invention;

[ detailed description ] embodiments

The invention will be further described with reference to the accompanying drawings in which:

a gliding play facility providing at least two play positions, comprising: the platform system 1, the track 2 and the carrier 3 which can slide along the track 2, the track 2 is at least provided with a first posture amusement slide area 4 and a second posture amusement slide area 5, and a first posture conversion system 6 which can convert tourists from a first posture to a second posture and a second posture conversion system 7 which can convert the tourists from the second posture to the first posture or a third posture are arranged between the first posture amusement slide area 4 and the second posture amusement slide area 5.

The first posture amusement sliding area 4 and the second posture amusement sliding area 5 can be sitting posture sliding areas, lying posture sliding areas, half-sitting and half-lying sliding areas and the like, so that tourists can slide in the areas in a certain posture. Because the invention is provided with at least two posture sliding areas and the posture conversion system is arranged between the two posture sliding areas, the invention can provide at least two postures of amusement experiences, and the amusement experiences are of various types, so that the tourists can keep fresh feeling and are more exciting.

The amusement experience of the first posture amusement slide area 4 and the second posture amusement slide area 5 can be as follows: a spiral spin-down glide play experience, a back-flush play experience, an uphill play experience, a glide through water play experience, a tunnel play experience, and the like.

The track 2 of the invention may be closed loop, similar to a conventional roller coaster, with the vehicle 3 sliding in the closed loop track. The track 2 may also be a track that is not closed loop, similar to the track of existing disco devices.

The present invention may be provided with two posture conversion systems as shown in fig. 1 and two posture sliding areas, or three posture conversion systems as shown in fig. 7, two or three posture sliding areas, or four posture conversion systems (not shown), and two or three or four posture sliding areas.

The first posture switching system 6 and the second posture switching system 7 of the present invention each include a turning mechanism 8 which can turn the guest from one posture to another posture, and a driving system 9 which drives the turning mechanism 8 to turn, the driving system 9 includes a conducting device 91 provided in the first posture switching system 6 and the second posture switching system 7, a brush 92 and a power source 93 are mounted on the carrier 3, and the brush 92 and the conducting device 91 contact to supply power to the power source 93 to drive the turning mechanism 8 when the carrier 3 reaches the first posture switching system 6 and the second posture switching system 7.

The rotating mechanism 8 comprises a frame seat 801 hinged on the carrier 3, a crank-rocker mechanism arranged on the frame seat 801, a rocker 802 of the crank-rocker mechanism has two different posture positions, the crank 803 is connected with a rotating driving device 804 capable of driving the rocker 802 to rotate so as to switch the two posture positions, and the linkage mechanism further comprises a locking device capable of locking the crank 803 after the rocker 802 is switched to each posture position.

The rocker 802 of the invention is hinged on one side of the frame base 801 and can swing relative to the frame base 801, the crank 803 is hinged on the other side of the frame base 801 and can rotate relative to the frame base 801, and the crank rocker mechanism further comprises a connecting rod 805 connected between the rocker 802 and the crank 803.

The rotating mechanism 8 further comprises a locking device capable of locking the crank after the rocker 3 is switched to each posture position, the crank 803 has two dead-center positions, which are a first dead-center position and a second dead-center position, the locking device comprises a first limiting member 806 and a second limiting member 807, both the first limiting member 806 and the second limiting member 807 are fixed with the frame base 801, one end of the rotation driving device 804 is connected with the frame base 801, the other end of the rotation driving device 804 is connected with the crank 803 or the connecting rod 805 so that the rotation driving device 804 can press the crank 803 against the first limiting member 806 and the second limiting member 807, the first limiting member 806 is located on one side of the first dead-center position, the second limiting member 807 is located on one side of the second dead-center position, when the crank 803 is rotated from the position of the first limiting member 806 to the position of the second limiting member 807, the crank 803 passes over the first dead center position and the second dead center position in this order.

The rotational drive 804 of the present invention may be a gas spring, a gas cylinder, an electric rod, or the like.

The structure of the rotating mechanism 8 of the present invention may also be: it includes a frame seat 801 hinged on the carrier 3, a push rod 811 hinged on the upper end of the frame seat 801, and a driving rod 812 for pushing the push rod 811 to drive the frame seat 801 to rotate. The driving rod of the invention is an electric cylinder.

The carrier 3 of the invention is provided with a pressure lever binding device 31, and the pressure lever binding device 31 can play a role of safety protection.

The first posture amusement sliding area 4 can slide in a sitting posture, tourists can slide in a sitting posture, the second posture amusement sliding area 5 can slide in a lying posture, the tourists can slide in a lying posture, and the third posture amusement sliding area can slide in a half-lying posture or in a lying posture at different angles.

The playing method of the invention can be as follows: in the attached figure 1, tourists enter a carrier at a platform in a sitting posture mode, enter a first posture amusement sliding area to slide in a sitting posture mode, change the posture into a lying posture through adjustment of a first posture conversion system, enter a second posture amusement sliding area to slide in a lying posture mode, and return to the platform in a sitting posture through adjustment of a second posture conversion system to leave the carrier.

The playing method of the invention can be as follows: in the attached figure 6, tourists enter the carrier at a platform in a sitting posture, change into a lying posture through the first posture conversion system, enter the first posture amusement sliding area to slide in the lying posture, change into a sitting posture through the second posture conversion system, enter the second posture amusement sliding area to slide in the sitting posture, return to the platform and leave the carrier.

The playing method of the invention can be as follows: in the attached figure 7, tourists enter the carrier at a platform in a sitting posture mode, enter the first posture amusement sliding area to slide in a sitting posture mode, change the posture into a lying posture through the first posture conversion system, enter the second posture amusement sliding area to slide in a lying posture mode, adjust the second posture amusement sliding area to slide in a lying posture mode with half lying or different angles through the second posture conversion system, enter the second posture amusement sliding area to slide in a lying posture with half lying or different angles, change the posture into a sitting posture through the third posture conversion system, and return to the platform to leave the carrier.

The playing method of the invention can be as follows: in the attached figure 10, tourists enter the carrier at a platform in a sitting posture, enter the first posture amusement sliding area to slide in a sitting posture, change rails after changing the posture into a lying posture through the first posture conversion system, then enter the second posture amusement sliding area to slide in a lying posture, change the posture into a sitting posture through the second posture conversion system, change rails, slide back to the platform and leave the carrier.