CN2292588Y - space simulator for amusement - Google Patents

Abstract

A space simulator for amusement is composed of a main body, a locating ring frame driven by driver, a cabin body driven by power motor, a safety chair pivoted to said cabin body, a pivot rod for lifting or covering the protecting frame, a plate seat linked with said pivot rod, a control valve for opening the oil channel, and a fin plate for clamping said pivot rod.

Description

space simulator for amusement

The utility model relates to a space simulator for amusement, in particular to a space simulator for amusement with a cabin body that can be turned over 720 degrees and equipped with an excellent safety seat, so as to satisfy consumers who value safety and excitement for high entertainment. performance; it is a device for public entertainment.

With the prosperity of the economy and the improvement of living standards, people nowadays pay more and more attention to the arrangement and use of their daily leisure life. Among them, playing in the playground is one of the most popular and favorite activities for children and teenagers. Many adults are keen on this way, by riding or operating various game machines to achieve various entertainment purposes such as amusement stimulation, sound and light enjoyment.

Among the current amusement equipment, there is a space simulator for amusement, which is provided with a suitable cabin for people to ride in, and uses a driving device to drive the cabin to continuously roll, so that the people in the cabin lose the balance of gravity However, the structural design of space simulators for amusement is still perfect, and the occupants in the cabin can only roll and swing 360 degrees in one direction, and cannot let the The occupants have a good feeling of weightlessness; in addition, the cabin of the space simulator will not turn over constantly, so how to ensure the safety of the occupants is really a very important thing. However, the current space simulation safety seat design is not too structural. Complicated, leading to difficulties such as high cost and troublesome operation and use, its safety is not stable enough, and it cannot provide a good safety protection effect for the occupants, so there is a need for further research and improvement.

The main purpose of the utility model is to provide a space simulator for amusement with a cabin body that can be flexibly turned over 720 degrees, and which has the characteristics of easy operation and double safety guarantees.

In order to achieve the above object, the solution of the utility model is: set up a positioning ring frame driven by the driving device on the frame of the body, and the cabin frame driven by the power motor is set in the positioning ring frame, wherein the positioning ring frame is divided into two The rotation alignment of the end is set in the corresponding seat of the frame, and the driving device assembled on the side of the frame is connected with the drive positioning ring frame through the rotating shaft for transmission; while the positioning ring frame and the cabin body are equipped with frame joint seats at opposite positions , shaft column, and a power motor is assembled at the appropriate position of the positioning ring frame, and the power motor is connected to the cabin body; and a number of safety seats for passengers are installed inside the cabin body.

The horizontal frame on the back frame of the safety seat of the utility model is provided with a frame rod, and the cover frame for covering the human body is fixedly combined with the frame rod; the pivot rod is provided with a circular disc seat, and the pressure cylinder is pivotally connected to it perimeter.

In addition, the pivot rod of the utility model is connected with a fin plate at an appropriate position, and a frame seat corresponding to the fin plate is provided at the back frame of the safety seat. Pin, and the pin through the card can be controlled by the electromagnetic controller to be locked relative to the fin plate.

Furthermore, the end of the pressure cylinder of the safety seat of the utility model can be pivotally arranged at the positioning frame of the back frame, and the free end of the pressure cylinder shaft is then pivotally connected to the periphery of the disc seat of the pivot rod because of the pivot frame.

In addition, the utility model can also be provided with an appropriate cylinder structure between the back frame of the safety seat and the disc seat of the pivot rod.

After adopting the above-mentioned structure, the utility model uses the positioning ring frame and the cabin body to flip and rotate continuously and synchronously, effectively providing the practical performance of 720-degree free and flexible flipping of the cabin body, and fully allowing the occupants to experience the excellent stimulating entertainment effect of simulating the weightlessness of space. The practical benefits of space simulators for amusement are greatly improved; and the safety seat of the utility model is equipped with a pressure cylinder with a linkage pivot, which is linked by the push of the pressure cylinder, and cooperates with the control valve to control the opening of the flow path of the pressure cylinder, providing Safety seat is the first important safety positioning guarantee; and the protective frame is covered behind the occupant's body, and the fin plate of the frame rod can be locked by the bayonet pin controlled by the electromagnetic controller, even if the aforementioned pressure cylinder and control valve Even if the function is disabled, it can still ensure that the cover frame of the safety seat is firmly positioned without being lifted off, forming the second level of safety positioning guarantee for the safety seat. In this way, the use of double safety protection design provides excellent safety protection for the occupants; Furthermore, the utility model is equipped with a cylinder mechanism between the back frame of the safety seat and the disc seat of the pivot rod. The air pressure action of the cylinder and the recovery elastic force of the internal spring allow the occupant to easily and lightly push the safety seat The cover and frame of the chair can be lowered or raised, which effectively improves the convenience of the space simulator for amusement.

The utility model is described in further detail below in conjunction with the accompanying drawings and specific embodiments.

Fig. 1 is a schematic diagram of the three-dimensional appearance of the utility model;

Fig. 2 is a schematic diagram of the front view plane of the utility model;

Fig. 3 is a partial schematic diagram of the joint between the positioning ring frame and the cabin body of the utility model;

Fig. 4 is a schematic side view of the utility model;

Fig. 5 is a three-dimensional schematic view of the safety seat of the present invention;

Fig. 6 is a partial schematic diagram of the utility model safety seat;

Fig. 7 is a schematic diagram of plane action of the safety seat of the present invention;

Fig. 8 is a sectional view of a control valve related to the safety seat of the present invention.

Please refer to Fig. 1-2, the utility model erects the positioning ring frame 13 driven by the driving device 14 on the frame 12 of the body 10, and makes the oblate spherical cabin body 15 driven by the power motor 16 pivot on the positioning ring frame In 13, in this way, the driving device 14 and the power motor 16 are utilized to coordinate the rotation speed adjustment control of the control device 17, so that the cabin body 15 has the function of turning over 720 degrees flexibly.

Please refer to shown in Fig. 1-4, body 10 is mainly made up of base 11 and frame 12 that are relatively fixed. The positioning ring frame 13 is aligned on the corresponding pivot seat 122 of the frame 12 with the rotating shafts 132 at both ends, so that the positioning ring frame 13 is pivotally mounted on the frame 12 and assembled on the frame 12. The driving device 14 on the side can directly drive the positioning ring frame 13 to turn over with the rotating shaft 132 as an axis; The shaft post 152 protruding from the shaft center of the lower surface is aligned and pierced so that the cabin body 15 is pivotally placed in the positioning ring frame 13, and a series of bearings 154 are arranged between the pivot seat 134 and the shaft post 152 to ensure The smoothness of the pivoting of the cabin body 15.

As mentioned above, in order to meet the driving needs of the cabin body 15, the bottom of the positioning ring frame 13 is provided with a power motor 16 at an appropriate position. The body 15 can rotate in the positioning ring frame 13 with the axis post 152 as an axis; Close and adjust the rotating speed to control the movement of the whole machine body 10; in addition, the machine base 11 is provided with a sloping plate 18 that can be used for passengers to enter and exit the cabin machine 15 conveniently. Guarantee that the personnel who have not been on board can't approach the positioning ring frame 13 and the cabin body 15 in the rollover, so as to achieve the purpose of safety.

In this way, when the control device 17 turns on the driving device 14 to drive the positioning ring frame 13 to continuously turn over, the power motor 16 at the bottom of the positioning ring frame 13 can drive the cabin body 15 to rotate at the same time, and the positioning ring frame 13 and the cabin body 15 are turned over and rotated at the same time Provide the cabin body 15 with the function of 720-degree flip, so that the occupants in the cabin body 15 can properly produce the stimulating feeling of simulating the weightlessness state of the space environment, and achieve an excellent entertainment effect.

Also, please refer to shown in Fig. 1, 5, 6, several safety seats 20 are provided inside the cabin body 15 of the machine body 10, to provide personnel to ride safely in the cabin body 15; The back frame portion 204 can be respectively provided with a soft seat cushion and a back cushion for the occupant to sit comfortably on the safety seat 20 .

As mentioned above, the back frame portion 204 of the safety seat 20 is provided with a pivot rod 21 horizontally, and the cover frame 22 with a suitable frame rod shape is fixed on the pivot rod 21 with the locking rods 222 at both ends. , so that the cover frame 22 can be raised or covered by the pivot rod 21; There is a circular disc seat 214 in the center of the rod 21, which can be connected to the pressure cylinder 23 and the air cylinder 25, and an arc-shaped fin 216 is connected at an appropriate position on one side of the pivot rod 21 to cooperate with the electromagnetic control in the frame seat 26. Device 27 and control cover guard frame 22 can set off. The central group of the back frame part 204 is provided with a pressure cylinder 23 controlled by the electromagnetic control valve 24, the end of which is pivoted in the door-shaped positioning frame 234 by the pivot plate 232, and the free end of the pressure cylinder shaft 236 passes through the pivot frame 238 It is pivotally connected to the periphery of the plate base 214 of the pivot rod 21, so that the push-pull action of the cylinder shaft 236 and the swing of the pivot plate 232, combined with the oil circuit control of the solenoid valve 24, can use the cylinder 23 to control the limit pivot rod 21 turns or not.

Please refer to Figure 5-8, the aforementioned electromagnetic control valve 24 is set on the valve seat 241 behind the pressure cylinder 23, which mainly uses the electromagnetic coil 242 to control the extension of the valve shaft 243, and directly controls the upper and lower oil circuits of the pressure cylinder 23 Whether 244, 245 is connected, when the valve shaft 243 seals the oil passage interface of the valve seat 241, because the upper and lower oil passages 244, 245 cannot communicate, the pressure cylinder shaft 236 of the pressure cylinder 23 will not produce any pressure at all. The stretching and displacement action effectively provides a firm positioning effect for the cover frame 22, ensuring that the occupant sits safely in the safety seat 20.

As shown in Figure 5, in order to facilitate the lifting and lowering of the cover frame 22, a cylinder 25 structure is provided on the side of the pressure cylinder 23 of the back frame part 204, and the end of the cylinder 25 is pivoted and screwed to the plate of the pivot rod 21. Seat 214 side, and the shaft rod 252 free end of cylinder 25 is then pivotally arranged on the extension plate 254 board surface corresponding to back frame part 204, like this, uses the action of air pressure and the restoration elastic force effect of cylinder 25 inner springs, just can provide occupant Simply cover or lift the cover frame 22 of the safety seat 20 to achieve the practical benefit of light force operation.

Also, please refer to Fig. 5-7, cooperate with the fin plate 216 of the pivot rod 21, the relative position of the back frame part 204 of the safety seat 20 is provided with a U-shaped frame seat 26, and one side of the frame seat 26 is provided with a fin. The frame hole 262 through which the plate 216 passes, and the frame seat 26 is provided with an appropriate electromagnetic controller 27. The electromagnetic controller 27 is provided with a push-pull shaft 272 that can be controlled by extension and movement, and a push-pull shaft 272 end is connected with a card-through pin 274. In this way, the electromagnetic controller 27 controls the pin 274 to pass through the frame hole 262 of the frame seat 26, so that the fin plate 216 of the pivot rod 21 cannot pass through the frame hole 262 of the frame seat 26, thereby controlling the safety seat 20. The cover frame 22 cannot be swiveled and raised, which effectively ensures the safety performance of the second safety positioning of the safety seat 20 .

Claims (5)

1. A space simulator for amusement, characterized in that: a positioning ring frame driven and rotated by a driving device is erected on the frame of the body, and the cabin driven by a power motor is pivotally arranged in the positioning ring frame, wherein the positioning ring The frame is installed in the pivot seat corresponding to the frame by the rotation of both ends, and the driving device assembled on the side of the frame is connected with the driving positioning ring frame through the rotating shaft; There are frame and seat, shaft column, and a power motor is set at the appropriate position of the positioning ring frame, and the power motor is connected to the cabin for transmission; inside the cabin, there are more than one safety seat for the occupants to sit on. 2. The amusement space simulator according to claim 1, characterized in that: the horizontal frame on the back frame of the safety seat is provided with a frame bar, and the protective frame covering the human body is fixedly connected to the frame bar; The pivot rod is provided with a circular seat, and the pressure cylinder is pivotally connected to its periphery. 3. The amusement space simulator as claimed in claims 1 and 2, characterized in that: fins are connected to the pivot at appropriate positions, and a frame seat corresponding to the fins is provided at the back frame of the safety seat , The electromagnetic control group is set in the frame seat, on which there is a bayonet pin, and the bayonet pin can be locked relative to the fin plate. 4. The amusement space simulator according to claims 1 and 2, characterized in that: the end of the pressure cylinder of the safety seat is pivotally arranged at the positioning frame of the back frame, and the free end of the cylinder shaft is fixed by the pivot frame. The pivot is combined with the periphery of the disc seat of the pivot. 5. The amusement space simulator according to claim 1, characterized in that: a suitable cylinder structure is connected between the back frame of the safety seat and the disc seat of the pivot rod.

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