CN104436698B - The using method of game device - Google Patents
The using method of game device Download PDFInfo
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- CN104436698B CN104436698B CN201410820356.XA CN201410820356A CN104436698B CN 104436698 B CN104436698 B CN 104436698B CN 201410820356 A CN201410820356 A CN 201410820356A CN 104436698 B CN104436698 B CN 104436698B
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Abstract
The using method of game device, game device includes support, lift rotating equipment, controller and safety device, and lift rotating equipment includes motor, left slide, left chute, right rail, directive wheel, left support set, right support set, left oil cylinder, right oil cylinder, rotary shaft, rotatable cabin and hydraulic means；Rotatable cabin is provided with multiple, and rotatable cabin includes that the first rotatable cabin and the second rotatable cabin, the first rotatable cabin and the second rotatable cabin and rotary shaft are fixing to be connected；Safety device includes electromagnetic bolt, position sensor and velocity sensor, and controller is connected with hydraulic means, electromagnetic bolt, position sensor and velocity sensor by control line；During use, utilize motor to drive the first rotating cabin and the second rotatable cabin to rotate, utilize hydraulic means and left oil cylinder and the lifting of right hydraulic oil cylinder driving rotating cabin, make trip player rotate and the space sport of lifting in rotating cabin impression；Game device is provided with safety device, safety net and safety pad, safeguards the safety of player.
Description
Technical field
The present invention relates to the using method of a kind of motor-driven game device.
Background technology
At present, the movement locus having the using method of many motor-driven game devices is the most single, failing to be suitable for the requirement that people play, along with improving constantly of people's living standard, the using method of a kind of game device rotating and lifting aggregate motion has become the needs that people play.
Summary of the invention
It is an object of the invention to overcome the deficiencies in the prior art, it is provided that the using method of a kind of game device, meet people and inquire into and experience space sport and the needs travelled.
The technical solution adopted in the present invention is: the using method of game device includes support, lift rotating equipment, controller and safety device, and lift rotating equipment includes motor, left slide, left chute, right rail, directive wheel, left support set, right support set, left oil cylinder, right oil cylinder, rotary shaft, rotatable cabin and hydraulic means；Left chute is installed on the right of support, and left slide is dynamic with left chute to be connected, and the support of motor is fixing with left slide to be connected, and the rotating shaft of motor is fixing with rotary shaft to be connected, and rotary shaft moves in turn with guiding and is connected, and rotary shaft is fixing with rotatable cabin to be connected；Right rail is installed on the left side of support, and directive wheel is dynamic with right rail to be connected；Left support set moves to coordinate with the right of rotary shaft and is rotatably connected, right support set moves to coordinate with the left side of rotary shaft and is rotatably connected, the left piston bar of left oil cylinder is connected with left support set, the shell of left oil cylinder is connected with support or ground base, the right piston rod of right oil cylinder is connected with right support set, and the shell of right oil cylinder is connected with support or ground base；Controller is provided with lower position switch and upper limit position switch, and lower position switch is installed on the right lower quadrant of left chute, and upper limit position switch is installed on the upper right quarter of left chute；Hydraulic means is connected with the oil circuit of left oil cylinder and right oil cylinder by hydraulic tube；Rotatable cabin is provided with multiple, and rotatable cabin includes that the first rotatable cabin and the second rotatable cabin, the first rotatable cabin and the second rotatable cabin and rotary shaft are fixing to be connected；Safety device includes electromagnetic bolt, position sensor and velocity sensor, electromagnetic bolt and position sensor and is installed on left chute, and position sensor is positioned at the top of electromagnetic bolt, and velocity sensor is installed on rotary shaft, for detecting the rotating speed of rotary shaft；Controller is connected with hydraulic means, electromagnetic bolt, position sensor and velocity sensor by control line.
The using method of game device is: during use, and the player of the first rotatable cabin is entered the first rotatable cabin by ground the first safety door, is sitting on the first safe chair 21, buckles well the first safety buckle and shuts the first safety door；The player of the second rotatable cabin is entered the second rotatable cabin by hand saver ladder through the second safety door, is sitting on the second safe chair, buckles well the second safety buckle and shut the second safety door；Then, staff utilizes controller to control electric machine rotation, and driven by motor rotary shaft rotates, and makes rotary shaft rotate in left support set and right support set, and the player being sitting in the first rotatable cabin and the second rotatable cabin follows the rotation of rotary shaft and rotates；Meanwhile, controller is stretched out by the right piston rod of left piston bar and right oil cylinder that hydraulic means controls left oil cylinder, utilizes left oil cylinder and right oil cylinder pushing rotary shaft, the first rotatable cabin and the second rotatable cabin to rise；While rising on the rotary shaft, rotary shaft drives left slide to rise along left chute, and rotary shaft drives directive wheel to rise along right rail；Left slide rises to position sensor position, and left slide is when rising above the position of electromagnetic bolt, its signal is transferred to controller by position sensor, controller controls the lock of electromagnetic bolt and stretches out, just in case left oil cylinder and right oil cylinder run out of steam, rotary shaft and rotatable cabin fall down suddenly, utilize the lock of electromagnetic bolt to block left slide；Lock is utilized to prevent rotary shaft and rotatable cabin from directly falling down；When left slide rises to upper limit position switch, its signal is transferred to controller by upper limit position switch, and the right piston rod of left piston bar and right oil cylinder that controller controls left oil cylinder stops stretching out, and rotary shaft, the first rotatable cabin and the second rotatable cabin stop rising；Meanwhile, controller controls motor stalls, and rotary shaft, the first rotatable cabin and the second rotatable cabin stop operating；After rotary shaft, the first rotatable cabin and the second rotatable cabin stop operating and stop rising, controller controls motor reversal, and motor drives rotary shaft, the first rotatable cabin and the reversion of the second rotatable cabin；Meanwhile, controller is regained by the right piston rod of left piston bar and right oil cylinder that hydraulic means controls left oil cylinder, and left piston bar and right piston rod are overlapped by left support and right support set drives rotary shaft, the first rotatable cabin and the second rotatable cabin to decline；While rotary shaft declines, rotary shaft drives left slide to decline along left chute, and rotary shaft drives directive wheel right rail to decline；When left slide moves to lower position switch, its signal is transferred to controller by lower position switch, and controller controls motor stalls, and rotary shaft, the first rotatable cabin and the second rotatable cabin stop the rotation；Meanwhile, the right piston rod of left piston bar and right oil cylinder that controller controls left oil cylinder stops regaining, and rotary shaft and rotatable cabin stop declining；When rotary shaft, the first rotatable cabin and the second rotatable cabin move down, just in case left oil cylinder and right oil cylinder run out of steam, rotary shaft, the first rotatable cabin and the second rotatable cabin fall down suddenly, rotary shaft exceed arrange rotating speed decline time, its signal is transferred to controller by velocity sensor, controller controls the lock of electromagnetic bolt and stretches out, and utilizes lock to block left slide；The first rotatable cabin and the second rotatable cabin is avoided quickly to fall down, the safety of protection player.
The invention has the beneficial effects as follows: game device is provided with the first rotating cabin and the second rotatable cabin, motor is utilized to drive the first rotating cabin and the second rotatable cabin to rotate, utilize hydraulic means and left oil cylinder and the lifting of right hydraulic oil cylinder driving rotating cabin, make trip player rotate and the space sport of lifting in rotating cabin impression；The using method of game device is provided with safety device, is provided with safety net before and after the first rotating cabin and the second rotatable cabin, and the first rotating cabin and the second rotatable cabin are arranged below safety pad, safeguard the safety of player.
Accompanying drawing explanation
Fig. 1 is the structural representation of game device.
Detailed description of the invention
Below in conjunction with the accompanying drawings the present invention is further detailed:
The structural representation of the game device shown in Fig. 1；Game device includes support 1, lift rotating equipment 2, controller 3 and safety device 31, and lift rotating equipment 2 includes motor 4, left slide 5, left chute 6, right rail 7, directive wheel 8, left support set 9, right support set 10, left oil cylinder 11, right oil cylinder 12, rotary shaft 13, rotatable cabin 14 and hydraulic means 15；Left chute 6 is installed on the right of support 1, left slide 5 is dynamic with left chute 6 to be connected, and the support of motor 4 is fixing with left slide 5 to be connected, and the rotating shaft of motor 4 is fixing with rotary shaft 13 to be connected, rotary shaft 13 is dynamic with directive wheel 8 to be connected, and rotary shaft 13 is fixing with rotatable cabin 14 to be connected；Right rail 7 is installed on the left side of support 1, and directive wheel 8 is dynamic with right rail 7 to be connected；Left support set 9 moves to coordinate with the left side of rotary shaft 13 and is rotatably connected, right support set 10 moves to coordinate with the right of rotary shaft 13 and is rotatably connected, the left piston bar 16 of left oil cylinder 11 is connected with left support set 9, the shell of left oil cylinder 11 is connected with support 1 or ground base 17, the right piston rod 18 of right oil cylinder 12 is connected with right support set 10, and the shell of right oil cylinder 12 is connected with support 1 or ground base 17；Controller 3 is provided with lower position switch 19 and upper limit position switch 20, and lower position switch 19 is installed on the right lower quadrant of left chute 6, and upper limit position switch 20 is installed on the upper right quarter of left chute 6；Hydraulic means 15 is connected with the oil circuit of left oil cylinder 11 and right oil cylinder 12 by hydraulic tube；Rotatable cabin 14 is provided with multiple, and rotatable cabin 14 includes that the first rotatable cabin 32 and the second rotatable cabin 33, the first rotatable cabin 32 and the second rotatable cabin 33 and rotary shaft 13 is fixing to be connected；Safety device 31 includes electromagnetic bolt 34, position sensor 35 and velocity sensor 36, electromagnetic bolt 34 and position sensor 35 are installed on left chute 6, position sensor 35 is positioned at the top of electromagnetic bolt 34, and velocity sensor 36 is installed on rotary shaft 13, for detecting the rotating speed of rotary shaft 13；Controller 3 is connected with hydraulic means 15, electromagnetic bolt 34, position sensor 35 and velocity sensor 36 by control line.
The using method of game device is: during use, and the player of the first rotatable cabin 32 is entered the first rotatable cabin 32 by ground the first safety door 42, is sitting on the first safe chair 21, buckles well the first safety buckle 38 and shuts the first safety door 42；The player of the second rotatable cabin 33 is entered the second rotatable cabin 33 by hand saver ladder 44 through the second safety door 43, is sitting on the second safe chair 37, buckles well the second safety buckle 39 and shuts the second safety door 43；Then, staff utilizes controller 3 to control motor 4 and rotates, motor 4 is rotated axle 13 and rotates, and makes rotary shaft 13 rotate in left support set 9 and right support set 10, and the player being sitting in the first rotatable cabin 32 and the second rotatable cabin 33 follows the rotation of rotary shaft 13 and rotates；Meanwhile, controller 3 is stretched out by the right piston rod 18 of left piston bar 16 and right oil cylinder 12 that hydraulic means 15 controls left oil cylinder 11, utilizes left oil cylinder 11 and right oil cylinder 12 to promote rotary shaft the 13, first rotatable cabin 32 and the second rotatable cabin 33 to rise；While rotary shaft 13 rises, rotary shaft 13 drives left slide 5 to rise along left chute 6, and rotary shaft 13 drives directive wheel 8 to rise along right rail 7；Left slide 5 rises to position sensor 35 position, and left slide 5 is when rising above the position of electromagnetic bolt 34, its signal is transferred to controller 3 by position sensor 35, controller 3 controls the lock 47 of electromagnetic bolt 34 and stretches out, just in case left oil cylinder 11 and right oil cylinder 12 run out of steam, rotary shaft 13 and rotatable cabin 14 fall down suddenly, utilize the lock 47 of electromagnetic bolt 34 to block left slide 5；Lock 47 is utilized to prevent rotary shaft 13 and rotatable cabin 14 from directly falling down；When left slide 5 rises to upper limit position switch 20, its signal is transferred to controller 3 by upper limit position switch 20, the right piston rod 18 of left piston bar 16 and right oil cylinder 12 that controller 3 controls left oil cylinder 11 stops stretching out, and rotary shaft the 13, first rotatable cabin 32 and the second rotatable cabin 33 stop rising；Meanwhile, controller 3 controls motor 4 and stops operating, and rotary shaft the 13, first rotatable cabin 32 and the second rotatable cabin 33 stop operating；After rotary shaft the 13, first rotatable cabin 32 and the second rotatable cabin 33 stop operating and stop rising, controller 3 controls motor 4 and inverts, and motor 4 drives rotary shaft the 13, first rotatable cabin 32 and the second rotatable cabin 33 to invert；Simultaneously, controller 3 is regained by the right piston rod 18 of left piston bar 16 and right oil cylinder 12 that hydraulic means 15 controls left oil cylinder 11, and by left support set 9 and axle 13, first rotatable cabin 32 is rotated for right support set 10 and the second rotatable cabin 33 declines for left piston bar 16 and right piston rod 18；While rotary shaft 13 declines, rotary shaft 13 drives left slide 5 to decline along left chute 6, and rotary shaft 13 drives directive wheel 8 to decline along right rail 7；When left slide 5 moves to lower position switch 19, its signal is transferred to controller 3 by lower position switch 19, and controller 3 controls motor 4 and stops operating, and rotary shaft the 13, first rotatable cabin 32 and the second rotatable cabin 33 stop the rotation；Meanwhile, the right piston rod 18 of left piston bar 16 and right oil cylinder 12 that controller 3 controls left oil cylinder 11 stops regaining, and rotary shaft 13 and rotatable cabin 14 stop declining；When rotary shaft the 13, first rotatable cabin 32 and the second rotatable cabin 33 move down, just in case left oil cylinder 11 and right oil cylinder 12 run out of steam, rotary shaft the 13, first rotatable cabin 32 and the second rotatable cabin 33 fall down suddenly, rotary shaft 13 exceed arrange rotating speed decline time, its signal is transferred to controller 3 by velocity sensor 36, controller 3 controls the lock 47 of electromagnetic bolt 34 and stretches out, and utilizes lock 47 to block left slide 5；The first rotatable cabin 32 and the second rotatable cabin 33 is avoided quickly to fall down, the safety of protection player.
In order to control game station working cycles, left slide 5 rises to the position of upper limit position switch 20, and the position being then lowered into lower position switch 19 is a working cycles；Controller 3 is provided with loop control switch 22 and controls the working cycles of game station；The working cycles of game station includes a working cycles and multiple working cycles.In order to control left oil cylinder 11 and the stroke of right oil cylinder 12, the distance of left slide 5 to left chute 6 top is more than the stroke of left oil cylinder 11, and the distance of directive wheel 8 to right rail 7 top is more than the stroke of right oil cylinder 12.
In order to implement the motion of simulation space, when rotary shaft 13 and rotatable cabin 14 rise, rotary shaft 13 and rotatable cabin 14 rotate counterclockwise；When rotary shaft 13 and rotatable cabin 14 decline, rotary shaft 13 and rotatable cabin 14 rotate in the direction of the clock；The movement locus of rotatable cabin 14 is the combination of rotary motion and elevating movement；The movement locus of rotary shaft 13 is the combination of rotary motion and vertical displacement movement；Movement locus when rotary shaft 13 rises is vertical ascending motion and the combination rotated counterclockwise；Movement locus when rotary shaft 13 declines is the combination that vertical lowering motion rotates clockwise；Movement locus when rotatable cabin 14 rises is ascending motion and the combination rotated counterclockwise；Movement locus when rotatable cabin 14 declines is descending motion and the combination rotated clockwise.
In order to control the rotating speed of motor 4, motor 4 is variable-frequency motor, and controller 3 is provided with frequency converter；During the speed needing control rotatable cabin 14 to lift and to rotate, controlled the speed of motor 4 by controller 3.
In order to safety and the convenience gaming person of player enter the first rotatable cabin 32 and the second rotatable cabin 33, the initial position of the first rotatable cabin 32 is: the first rotatable cabin 32 is close to ground, and left slide 5 is close to lower position switch 19；Second rotatable cabin 33 is positioned at the position of the first rotatable cabin 32 symmetry, and the second rotatable cabin 33 is positioned at the top of the first rotatable cabin 32.Support 1 is provided with catch net 23, and catch net 23 is fixed on position before and after support 1, and catch net 23 is made up of nylon rope；The lower section of support 1 is provided with safety pad 24.
The first described rotatable cabin 32 is provided with the first safe chair 21, and the first safe chair 21 is provided with multiple, and the first safe chair 21 is provided with the first safety buckle 38；Second rotatable cabin 33 is provided with the second safe chair 37, and the second safe chair 37 is provided with multiple, and the second safe chair 37 is provided with the second safety buckle 39；Upward, the seat direction of the second safe chair 37 is identical with the seat direction of the first safe chair 21 in the seat direction of the first safe chair 21.The first described safety buckle 38 is provided with the first safety switch 40, and when the first safety buckle 38 buckles, the first safety switch 40 closes, when the first safety buckle 38 is unclamped, and the first safety switch 40 disjunction；Second safety buckle 39 is provided with the second safety switch 41, and when the second safety buckle 39 buckles, the second safety switch 41 closes, when the second safety buckle 39 is unclamped, and the second safety switch 41 disjunction；First safety switch 40 is connected with controller 3 by control line, and the second safety switch 41 is connected in series with the first safety switch 40.
When described rotatable cabin 14 lifts and rotates, if the first safety buckle 38 or the second safety buckle 39 get loose, first safety switch 40 or the second safety switch 41 disjunction, the signal of its disjunction is transferred to controller 3 by the first safety switch 40 or the second safety switch 41, and controller 3 controls motor 4 and stops；Meanwhile, controller 4 controls left oil cylinder 11 and right oil cylinder 12 stops.
The first described rotatable cabin 32 is provided with the first safety door 42, and the second rotatable cabin 33 is provided with the second safety door 43；Support 1 is provided with hand saver ladder 44, and the lower end of hand saver ladder 44 connects with ground base 17, and the upper end of hand saver ladder 44 is connected with the middle part of support 1, and the upper outlet 45 of hand saver ladder 44, facing to the second safety door 43, is entered in the second rotatable cabin 33 by hand saver ladder 44 to facilitate.
The first described safety door 42 is provided with the first discharge cock 46, and the second safety door 43 is provided with the second discharge cock 30；When first safety door 42 buckles, the first discharge cock 46 closes, when the first safety door 42 unclamps, and the first discharge cock 46 disjunction；When second safety door 43 buckles, the second discharge cock 30 closes, when the second safety door 43 unclamps, and the second discharge cock 30 disjunction；First discharge cock 46 is connected with controller 3 by control line, and the second discharge cock 30 is connected in series with the first discharge cock 46.
When described rotatable cabin 14 lifts and rotates, if the first safety door 42 or the second safety door 43 get loose, first discharge cock 46 or the second discharge cock 30 disjunction, the signal of its disjunction is transferred to controller 3 by the first discharge cock 46 or the second discharge cock 30, and controller 3 controls motor 4 and stops；Meanwhile, controller 4 controls left oil cylinder 11 and right oil cylinder 12 stops.
For stable rotation and the lifting of rotatable cabin 14, the axis of the rotating shaft of motor 4 and plane-parallel, the axis of the rotating shaft of motor 4, rotary shaft 13, left support set 9, right support set 10 and directive wheel 8 is identical, left chute 6 and right rail 7 and horizontal plane；The left side of rotary shaft 13 is coaxially provided with left locating shaft 25, and the right of rotary shaft 13 is coaxially provided with right locating shaft 26, and left support set 9 is dynamic with left locating shaft 25 to be connected, and right support set 10 is dynamic with right locating shaft 26 to be connected.
Described left piston bar 16 is connected with left support set 9 by left bulb 27, and right piston rod 18 is connected with right support set 10 by right bulb 28；Left oil cylinder 11 and right oil cylinder 12 are synchronous fuel tank, and left oil cylinder 11 is equal with the stroke of right oil cylinder 12；The stroke of left oil cylinder 11 and right oil cylinder 12 is less than left chute 6 and the height of right rail 7.
Described motor 4 is provided with electromagnetism and stops 29, and when motor 4 stops, electromagnetism is stopped 29 self-actuating brakes, the rotating shaft of motor 4 is checked, it is impossible to rotate.
Claims (7)
1. the using method of game device, game device includes support (1), lift rotating equipment (2), controller (3) and safety device (31), and lift rotating equipment (2) includes motor (4), left slide (5), left chute (6), right rail (7), directive wheel (8), left support set (9), right support set (10), left oil cylinder (11), right oil cylinder (12), rotary shaft (13), rotatable cabin (14) and hydraulic means (15)；Left chute (6) is installed on the right of support (1), left slide (5) is dynamic with left chute (6) to be connected, the support of motor (4) is fixing with left slide (5) to be connected, the rotating shaft of motor (4) is fixing with rotary shaft (13) to be connected, rotary shaft (13) is dynamic with directive wheel (8) to be connected, and rotary shaft (13) is fixing with rotatable cabin (14) to be connected；Right rail (7) is installed on the left side of support (1), and directive wheel (8) is dynamic with right rail (7) to be connected；Left support set (9) is dynamic with the right of rotary shaft (13) to be connected, right support set (10) is dynamic with the left side of rotary shaft (13) to be connected, the left piston bar (16) of left oil cylinder (11) is connected with left support set (9), the shell of left oil cylinder (11) is connected with support (1) or ground base (17), the right piston rod (18) of right oil cylinder (12) is connected with right support set (10), and the shell of right oil cylinder (12) is connected with support (1) or ground base (17)；Controller (3) is provided with lower position switch (19) and upper limit position switch (20), and lower position switch (19) is installed on the right lower quadrant of left chute (6), and upper limit position switch (20) is installed on the upper right quarter of left chute (6)；Hydraulic means (15) is connected with the oil circuit of left oil cylinder (11) and right oil cylinder (12) by hydraulic tube；Rotatable cabin (14) is provided with multiple, and rotatable cabin (14) includes that the first rotatable cabin (32) and the second rotatable cabin (33), the first rotatable cabin (32) and the second rotatable cabin (33) and rotary shaft (13) are fixing to be connected；Safety device (31) includes electromagnetic bolt (34), position sensor (35) and velocity sensor (36), electromagnetic bolt (34) and position sensor (35) are installed on left chute (6), position sensor (35) is positioned at the top of electromagnetic bolt (34), velocity sensor (36) is installed on rotary shaft (13), is used for detecting the rotating speed of rotary shaft (13)；Controller (3) is connected with hydraulic means (15), electromagnetic bolt (34), position sensor (35) and velocity sensor (36) by control line；
The using method of game device is: during use, the player of the first rotatable cabin (32) is entered the first rotatable cabin (32) by ground the first safety door (42), it is sitting on the first safe chair (21), buckles well the first safety buckle (38) and shut the first safety door (42)；The player of the second rotatable cabin (33) is entered the second rotatable cabin (33) by hand saver ladder (44) through the second safety door (43), is sitting on the second safe chair (37), buckles well the second safety buckle (39) and shut the second safety door (43)；Then, staff utilizes controller (3) to control motor (4) and rotates, motor (4) is rotated axle (13) and rotates, making rotary shaft (13) rotate in left support set (9) and right support set (10), the player being sitting in the first rotatable cabin (32) and the second rotatable cabin (33) follows the rotation of rotary shaft (13) and rotates；Simultaneously, controller (3) is stretched out by the right piston rod (18) of left piston bar (16) and right oil cylinder (12) that hydraulic means (15) controls left oil cylinder (11), utilizes left oil cylinder (11) and right oil cylinder (12) to promote rotary shaft (13), the first rotatable cabin (32) and the second rotatable cabin (33) to rise；While rotary shaft (13) rises, rotary shaft (13) drives left slide (5) to rise along left chute (6), and rotary shaft (13) drives directive wheel (8) to rise along right rail (7)；Left slide (5) rises to position sensor (35) position, and left slide (5) is when rising above the position of electromagnetic bolt (34), its signal is transferred to controller (3) by position sensor (35), controller (3) controls the lock (47) of electromagnetic bolt (34) and stretches out, just in case left oil cylinder (11) and right oil cylinder (12) run out of steam, rotary shaft (13) and rotatable cabin (14) fall down suddenly, utilize the lock (47) of electromagnetic bolt (34) to block left slide (5)；Lock (47) is utilized to prevent rotary shaft (13) and rotatable cabin (14) from directly falling down；When left slide (5) rises to upper limit position switch (20), its signal is transferred to controller (3) by upper limit position switch (20), the right piston rod (18) of left piston bar (16) and right oil cylinder (12) that controller (3) controls left oil cylinder (11) stops stretching out, and rotary shaft (13), the first rotatable cabin (32) and the second rotatable cabin (33) stop rising；Meanwhile, controller (3) controls motor (4) and stops operating, and rotary shaft (13), the first rotatable cabin (32) and the second rotatable cabin (33) stop operating；After rotary shaft (13), the first rotatable cabin (32) and the second rotatable cabin (33) stop operating and stop rising, controller (3) controls motor (4) reversion, and motor (4) drives rotary shaft (13), the first rotatable cabin (32) and the second rotatable cabin (33) reversion；Simultaneously, controller (3) is regained by the right piston rod (18) of left piston bar (16) and right oil cylinder (12) that hydraulic means (15) controls left oil cylinder (11), and left piston bar (16) and right piston rod (18) are rotated axle (13), the first rotatable cabin (32) and the second rotatable cabin (33) by left support set (9) and right support set (10) and decline；While rotary shaft (13) declines, rotary shaft (13) drives left slide (5) to decline along left chute (6), and rotary shaft (13) drives directive wheel (8) to decline along right rail (7)；When left slide (5) moves to lower position switch (19), its signal is transferred to controller (3) by lower position switch (19), controller (3) controls motor (4) and stops operating, and rotary shaft (13), the first rotatable cabin (32) and the second rotatable cabin (33) stop the rotation；Meanwhile, the right piston rod (18) of left piston bar (16) and right oil cylinder (12) that controller (3) controls left oil cylinder (11) stops regaining, and rotary shaft (13) and rotatable cabin (14) stop declining；When rotary shaft (13), the first rotatable cabin (32) and the second rotatable cabin (33) move down, just in case left oil cylinder (11) and right oil cylinder (12) run out of steam, rotary shaft (13), the first rotatable cabin (32) and the second rotatable cabin (33) fall down suddenly, rotary shaft (13) exceed arrange rotating speed decline time, its signal is transferred to controller (3) by velocity sensor (36), controller (3) controls the lock (47) of electromagnetic bolt (34) and stretches out, and utilizes lock (47) to block left slide (5)；The first rotatable cabin (32) and the second rotatable cabin (33) is avoided quickly to fall down, the safety of protection player.
The using method of game device the most according to claim 1, it is characterised in that: described left slide (5) rises to the position of upper limit position switch (20), and the position being then lowered into lower position switch (19) is a working cycles；Controller (3) is provided with loop control switch (22) and controls the working cycles of game device；The working cycles of game device includes a working cycles and multiple working cycles.
The using method of game device the most according to claim 1, it is characterized in that: the distance of described left slide (5) to left chute (6) top is more than the stroke of left oil cylinder (11), and the distance of directive wheel (8) to right rail (7) top is more than the stroke of right oil cylinder (12).
The using method of game device the most according to claim 1, it is characterised in that: when described rotary shaft (13) and rotatable cabin (14) rise, rotary shaft (13) and rotatable cabin (14) rotate counterclockwise；When rotary shaft (13) and rotatable cabin (14) decline, rotary shaft (13) and rotatable cabin (14) rotate in the direction of the clock；The combination that movement locus is rotary motion and elevating movement of rotatable cabin (14)；The combination that movement locus is rotary motion and vertical displacement movement of rotary shaft (13)；Movement locus when rotary shaft (13) rises is vertical ascending motion and the combination rotated counterclockwise；Movement locus when rotary shaft (13) declines is the combination that vertical lowering motion rotates clockwise；Movement locus when rotatable cabin (14) rises is ascending motion and the combination rotated counterclockwise；Movement locus when rotatable cabin (14) declines is descending motion and the combination rotated clockwise.
The using method of game device the most according to claim 1, it is characterised in that: described motor (4) is variable-frequency motor, and controller (3) is provided with frequency converter；During the speed needing control rotatable cabin (14) to lift and to rotate, controlled the speed of motor (4) by controller (3).
The using method of game device the most according to claim 1, it is characterized in that: when described rotatable cabin (14) lifts and rotates, if the first safety buckle (38) or the second safety buckle (39) get loose, first safety switch (40) or the second safety switch (41) disjunction, the signal of its disjunction is transferred to controller (3) by the first safety switch (40) or the second safety switch (41), and controller (3) controls motor (4) and stops；Meanwhile, controller (4) controls left oil cylinder (11) and right oil cylinder (12) stops.
The using method of game device the most according to claim 1, it is characterized in that: when described rotatable cabin (14) lifts and rotates, if the first safety door (42) or the second safety door (43) get loose, first discharge cock (46) or the second discharge cock (30) disjunction, the signal of its disjunction is transferred to controller (3) by the first discharge cock (46) or the second discharge cock (30), and controller (3) controls motor (4) and stops；Meanwhile, controller (4) controls left oil cylinder (11) and right oil cylinder (12) stops.
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| CN201410820356.XA CN104436698B (en) | 2014-12-23 | 2014-12-23 | The using method of game device |
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| CN201410820356.XA CN104436698B (en) | 2014-12-23 | 2014-12-23 | The using method of game device |
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| CN104436698A CN104436698A (en) | 2015-03-25 |
| CN104436698B true CN104436698B (en) | 2016-09-07 |
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| CN2292588Y (en) * | 1997-03-14 | 1998-09-30 | 洪添富 | Space simulating machine for recreation |
| CN2322667Y (en) * | 1998-05-07 | 1999-06-09 | 谢革光 | Amusement arrangement |
| CN100360203C (en) * | 2004-03-18 | 2008-01-09 | 朱金华 | Simulated space sports car |
| EP2618900B1 (en) * | 2010-09-23 | 2017-02-15 | Vekoma Rides Engineering B.V. | Pivotable passenger carrier |
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2014
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Effective date of registration: 20190605 Address after: 202150 room 412, 3 building 42, Jialong lane, city bridge town, Chongming District, Shanghai. Patentee after: Shanghai Cartooni Cultural Development Co., Ltd. Address before: 523907 room 908, block A, Jinluan garden, Jinlong South Road, Humen Town, Dongguan, Guangdong. Patentee before: Zheng Yunting |
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Effective date of registration: 20190925 Address after: 430000 Room 3, 31st Floor, No. T2 Office Building, Great Wall Hui, No. 9 North Road, Wuchang District, Wuhan City, Hubei Province Patentee after: Wuhan Cartoon Animation Technology Co., Ltd. Address before: 202150 room 412, 3 building 42, Jialong lane, city bridge town, Chongming District, Shanghai. Patentee before: Shanghai Cartooni Cultural Development Co., Ltd. |
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Effective date of registration: 20200511 Address after: 202150 room 412, 3 building 42, Jialong lane, city bridge town, Chongming District, Shanghai. Patentee after: Shanghai Cartooni Cultural Development Co., Ltd. Address before: 430000 Room 3, 31st Floor, No. T2 Office Building, Great Wall Hui, No. 9 North Road, Wuchang District, Wuhan City, Hubei Province Patentee before: Wuhan Cartoon Animation Technology Co., Ltd. |
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