CN201150794Y - Circus rotation cabinet entertainment trainer - Google Patents

Abstract

The rotary self-rotating cockpit entertainment trainer includes a support frame on the ground, a rotating body in the middle of the upper end of the support frame, a transmission wheel on one side of the rotating body and a motor driving the transmission wheel, and a movable body in the middle of the end shaft of the rotating body. The rotating hanger has a pair of intermeshing bevel gear sets in the middle of the hanger. One bevel gear shaft is fixed on the end shaft of the rotating body, and the other bevel gear shaft passes through the middle of the hanger cross bar and connects with the hanger. The upper end of the cabin is fixedly connected. The bevel gear shaft rotating in a circle drives the connected cockpit to make a circular motion parallel to the ground, forming the cockpit to rotate in a vertical direction and to revolve. It also rotates in the horizontal direction and rotates on itself, so that the cockpit can move vertically along the circumference and rotate horizontally, forming a new type of sports equipment for professional training such as entertainment venues and sports. It has a certain effect on improving the human body's sense of time and space, improving the balance function, especially for the physical training of athletes, and improving the ability to recognize spatial orientation.

Description

Rotating cockpit entertainment trainer

technical field

The utility model relates to a rotating apparatus, in particular to a rotating cockpit of an aerial trainer or an amusement machine.

Background technique

Large-scale amusement machines in amusement parks usually move in the form of rotating and sliding in the air. No matter how high the rotation is in the air, the cockpit just makes circular motions along the arc. The cockpit of the amusement machine always faces the same direction, and the scenery that tourists see is also The scenery in the same direction, this non-rotating cockpit makes tourists feel like living in a high-rise building and can only see a piece of sky outside the window, which limits people's desire to seek knowledge when climbing high and looking at the vast world. CN2528503Y discloses a high-altitude taxi The eccentric self-rotating cockpit of the amusement machine, when it slides above the ground, its rotation depends on the change of the ground drop and the turning radius, so that the resultant force of the cockpit changes and the cockpit rotates, scanning the surrounding scenery and adding fun to tourists, but it is only limited to The application of horizontal sliding amusement machines cannot be applied in amusement machines that rotate vertically and horizontally in the air.

Contents of the invention

The technical problem to be solved by the utility model is to design a two-way exercise device that can not only rotate vertically to the ground, but also rotate horizontally, so as to meet the needs of aerial training and amusement machine work.

The design scheme of the present utility model is that the cockpit amusement trainer with rotating circle and self-rotation includes a support frame arranged on the ground, a rotating body arranged in the middle of the upper end of the support frame, a transmission wheel arranged on one side of the rotating body and a motor driving the transmission wheel, It is characterized in that a rotatable hanger is set in the middle of the end shaft of the rotating body, and a pair of intermeshing bevel gear sets are arranged in the middle of the hanger, one of which is fixed on the end shaft of the rotating body, and the other The gear shaft passes through the middle of the hanger cross bar and is fixedly connected with the upper end of the pod.

The rotatable hanger is composed of two parallel booms, two crossbars connected at right angles to the booms, and bearings on the upper ends of the booms and bearings at the ends of the crossbars. The arm bearing is movably connected with the middle of the rotatable external end shaft, and the bearing at the end of the two-section cross bar is movably connected with the passing bevel gear shaft.

The rotating body is generally a rotating disc frame, and can also be a rotating rectangular frame. Several rotatable hangers are arranged on the cross bar on the end face of the disc or on the end shaft of the rectangular frame. The manned cockpit, the number of the manned cockpit is determined by the radius of the disc, at least two, the radius expands, and the seats are multiplied. The rotation is driven by the motor to rotate the transmission wheel.

When the rotating body is started by the electric motor, each cockpit located on the end shaft of the rotating body will rotate vertically on the ground with the axis of the rotating body as the center due to the effect of gravity. In the bevel gear set fixed on the peripheral end shaft of the rotating body, one bevel gear in the meshing state must make a circular motion around the other bevel gear fixed on the outer peripheral end shaft. This bevel gear that rotates in a circle The gear shaft drives the connected cockpit to make a circular motion parallel to the ground, forming the cockpit to rotate in the vertical direction and revolution. It also rotates in the horizontal direction and rotates on itself, so that the cockpit can move vertically along the circumference and rotate horizontally, forming a new type of sports equipment for professional training such as entertainment venues and sports. It has a certain effect on improving the human body's sense of time and space, improving the balance function, especially for the physical training of athletes, and improving the ability to recognize spatial orientation.

Description of drawings

Fig. 1 is a schematic diagram of the basic structure of the utility model.

FIG. 2 is a partially enlarged view of FIG. 1 .

Detailed ways

Fig. 1 shows the most basic a kind of embodiment of the utility model, is mainly used in athlete's physical fitness training, comprises the autorotation body 2 of a support frame 1 and a rectangular frame, and the middle of the rectangular frame both sides is fixed on the support frame by bearing 12 In the middle of the crossbeam 4 at the upper end of 1, a transmission wheel 22 driven by a motor 23 is set on one side of the autorotation body 2, and is connected with the fixed bearings 3 on both sides of the rectangular frame 2 through the transmission bushing, so as to drive the autorotation body 2 to surround the crossbeam at the upper end of the support frame 1 4 for the center to make a circular motion. In the middle of the cross frame 13 of the revolving body 2, a rotating hanger is arranged, which consists of two booms 15 parallel to the cross frame 15, two sections of cross bars 18 at right angles to the boom, and a bearing 12 arranged at the upper end of the boom 15. Composed of the bearing 10 at the end of the cross bar 18, the upper end of the boom 15 is flexibly connected to the cross frame 13 through the bearing 12, and a bevel gear 14 fixed vertically to the cross frame 13 is set on the cross frame 13 between the two booms 15 , The bevel gear 11 and the bevel gear 14 mesh with each other. The bevel gear rotating shaft 16 is provided with two radially enlarged horizontal shafts respectively on the upper and lower sides. The upper horizontal shaft 17 supports the bearing 10, and the lower horizontal shaft 19 supports the bearing frame 9. 19 on the horizontal axis. In the middle of the horizontal frame 13 of the other end of the rectangular autorotation body 2, the same rotating hanger is also suspended in the middle of a bevel gear shaft 16 on this hanger, which is the cockpit 6, and its structure is the same as the foregoing. As shown in Figure 1, at least two cockpits are suspended. It is a kind of physical training device for athletes. Its structure is basically the same as that of the rectangular frame rotating body. In addition to being driven by a motor, there is also a rotating device in the cockpit that is pedaled by athletes. , including pedal 27, back-moving spring 26 and touch-down pedal 25, one end of the back-moving spring is connected in the middle where the pedal 27 and ground-touch pedal 25 are connected, and the touch-down pedal 25 is supported in the cockpit 6, and the athlete steps on it with one foot Pedal 27, the elastic force that pedal touches the ground to increase rotation for rotating body increases rotational force for rotating body.

Each cockpit 6 is provided with a backrest seat 20, and a soft cover 21 is used to protect the safety of the occupants. The seat 20 is provided with a shelf 28, and the shelf is also provided with a shutter 7 for controlling the rotation of the cockpit. The control end is located at the front end of the seat, and the other end of the brake is connected with the opening gate 24 at the end of the bevel gear shaft 16 . When the bevel gear shaft 16 rotates, because the bearing 8 in the bearing bracket 9 rotates, the cockpit 6 does not directly contact the bevel gear shaft 16, so the cockpit 6 does not rotate at ordinary times. Contact with bevel gear shaft 16, cockpit 6 rotates together with bevel gear shaft 16, and cockpit just rotates in horizontal direction all the time.

In addition to the above-mentioned basic structure, the utility model also has a structure in which the turntable is a disc. The rotating body 2 is a circular turntable. The straight frames on both sides of the rotating frame are the diameter of the circular turntable, and the horizontal frames at both ends are the outer ends of the rotating body. axis. Circular turntable 2 has three kinds of big, medium and small, and the radius of large-scale rotation body 2 is more than 15 meters, and several rotation body cockpits 6 can be provided with, and large-scale rotation body is used for tourist entertainment place, hangs a plurality of cockpits, and its rotation It can constantly change the field of vision and watch the scenery in different directions around it, which is suitable for different age groups to enjoy; the radius of the medium-sized autorotation body 2 is about 6 meters, and the round turntable 2 can hang 4 to 6 cabins 6 for use in small casinos; small The radius of rotation body 2 is about 3 meters, and circular turntable can hang 2～3 rotation bodies 6, is used for military training such as navigation, aviation, can accelerate the rotation speed of rotation body cockpit 6, increases the number of rotation circles of rotation body by The gear ratios of the bevel gear sets mesh with each other. When the gear ratio is 1:1, the autorotation body 2 rotates one revolution, and the autorotation body cabin 6 also rotates one revolution. When the gear ratio is 2:1, the bevel gear 14 When the number of teeth is 2 times of the number of teeth of bevel gear 11, the rotating body 2 rotates one circle, and the autorotation body cockpit 6 rotates two circles, and by analogy, the speed of rotation and the number of circles of rotation are determined according to the needs of professional training and entertainment.

Claims (7)

1, the rotation passenger cabin recreation training aids of turn-taking, comprise the rotor that is located at ground bracing frame, is located at centre, bracing frame upper end, be located at the drive of rotor one side and the motor of drive drive, it is characterized in that in the middle of the axle of rotor outer end, establishing rotating suspension bracket, in the middle of this suspension bracket, establish a pair of intermeshing bevel reduction gear set, one of them shaft of bevel gear is fixed on the axle of rotor outer end, and another shaft of bevel gear is fixedlyed connected with the gondola upper end in the middle of passing the suspension bracket cross bar.

2, the rotation passenger cabin recreation training aids of turn-taking according to claim 1 is characterized in that the rectangular frame of rotor (2) for rotating, and establishes some rotating suspension brackets on the rectangle frame frame end axle (13).

3, the rotation passenger cabin recreation training aids of turn-taking according to claim 1 is characterized in that the disk frame of rotor (2) for rotating, and establishes some rotating suspension brackets on the disk end face cross bar.

4,, it is characterized in that rotatable suspension bracket is by two parallel arms (15) and the two sections cross bars (18) that at right angles are connected with arm and be located at bearing (12) on the arm (15) and the bearing (10) of two sections cross bars (18) end is formed according to claim 1 or the 2 or 3 described rotation passenger cabin recreation training aids of turn-taking.

5, according to claim 1 or the 2 or 3 described rotation passenger cabin recreation training aids of turn-taking, the left and right arm (15) that it is characterized in that rotatable suspension bracket is connected with rotatable bodies (2) outer end axle (13) intermediate active by left and right arm bearing (12), and the terminal bearing (10) of two sections cross bars (18) flexibly connects with the shaft of bevel gear (16) that passes suspension bracket.

6, the rotation passenger cabin recreation training aids of turn-taking according to claim 1, it is characterized in that the shelf (28) of gondola is provided with operate a switch (7) of the rotation of control passenger cabin, the control end of (7) of operating a switch is located at the front end of seat (20), and the terminal lock that rises (24) of operate a switch (7) other end and shaft of bevel gear (16) is connected.

7, the rotation passenger cabin recreation training aids of turn-taking according to claim 6, it is characterized in that passenger cabin (6) also is provided with the tumbler with the feet step on the ground, comprise pedal (27) back-moving spring (26) and contact to earth and pedal (25), back-moving spring one end be connected pedal (27) with pedal the centre that (25) are connected, and prop to contact to earth and pedal (25) and be stopped in the passenger cabin.

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