CN103550929A - Hand-and-foot dual-purpose mechanical labyrinth - Google Patents

Abstract

A dual-purpose mechanical maze for hands and feet, mainly composed of a support frame, a box shell, a right pedal, a left pedal, a foot belt, a steering wheel, a driving sheave, a manual belt, a turntable sheave, a labyrinth shaft, a labyrinth disc, a ball cup, and a small ball composition. When operating, control the steering wheel with your hands, put your feet on the left and right pedals, the ball enters the outermost ring of the labyrinth under the action of its own gravity, rotate the labyrinth to align the opening of the labyrinth with the ball, and the ball will From the outermost ring to the innermost ring, then from the innermost ring back to the outermost ring, and then flow out from the terminal exit; in this process, it is necessary to continuously change the direction of the rotating labyrinth disc, and turn the steering wheel by hand to drive the labyrinth disc to rotate. It is also possible to step on the left and right pedals with the left and right feet to drive the labyrinth disc to rotate. Using two feet or one hand or both hands and feet dual-purpose operation mode, let the ball go through the maze game, exercise and improve the tacit coordination ability of hands, feet and brain, enhance the entertainment of fitness and brain fitness and the fitness and brain fitness of the game.

Description

Hand and foot mechanical maze

technical field

The invention relates to an entertainment and game equipment, in particular to a dual-purpose mechanical maze which is operated by hands and feet through mechanical transmission to realize maze walking.

Background technique

There are many kinds of maze games with different ways of playing, but they all have simple ways of playing and monotonous functions, which cannot be combined with fitness exercises, and there is no mechanical maze for exercising the coordination of the brain and hands and feet.

Contents of the invention

In order to solve the above problems, the present invention provides a dual-purpose mechanical maze for hands and feet, which is not only interesting and entertaining, but also can exercise and improve the coordination ability of the brain and hands and feet.

The technical solution adopted by the present invention to solve its technical problems is: the dual-purpose mechanical labyrinth mainly consists of a support frame, a box shell, a right pedal, a left pedal, a foot belt, a steering wheel, a drive sheave, a manual belt, a turntable sheave, a labyrinth Shaft, labyrinth disc, ball cup, small ball. The bracing frame is the structural frame body of the present invention as a whole, which is fixedly connected to a cuboid frame by square strips, and the outer surface of the bracing frame is fixedly connected to the box shell, panel and operating table. The operating table is provided with a steering wheel, which can be rotated by hand. It rotates around its own axis. The steering wheel under the console is fixedly connected with a drive sheave. The drive sheave and the turntable sheave are connected by a manual belt to form a belt drive. The manual belt is turned at the manual guide wheel and then connected to the turntable sheave; The lower end is fixedly connected with a pedal shaft, on which a left pedal and a right pedal are installed. The left pedal and the right pedal can rotate on the pedal shaft. The moving guide wheel is connected to the turntable sheave after turning. The manual guide wheel and foot guide wheel are fixed pulleys, which are fixedly connected to the support frame. The turntable sheave is provided with two belt grooves, one belt groove is connected with the manual belt, and the other is A belt groove is connected with the foot belt. Both the manual belt and the foot belt form a belt transmission with the turntable sheave. The turntable sheave is connected with the labyrinth shaft by a key. On the frame, the front end of the labyrinth shaft is fixedly connected to the labyrinth disc, which is set in the round hole of the panel. The ball cup is installed, the ball cup is the entrance for placing the ball, the ball cup is set in the shape of a funnel, the upper part of the panel is provided with a Y-shaped fairway, and the labyrinth plate is provided with a concentric circular labyrinth-shaped fairway, which is a smooth groove. The panel below the labyrinth disc is provided with a terminal exit. When operating, put the ball into the ball cup, control the steering wheel with one hand or both hands, put the left foot on the left pedal, and put the right foot on the right pedal, and the ball enters the Y-shaped fairway under the action of its own gravity, ready to enter The outermost ring of the labyrinth disc, rotate the labyrinth disc so that the opening of the fairway on the labyrinth disc is aligned with the ball, the ball will enter from the outermost ring to the innermost ring in turn, then return from the innermost ring to the outermost ring, and then from the end point The outlet flows out; in this process, it is necessary to rotate the labyrinth disc in different directions continuously. Turn the steering wheel by hand to drive the drive sheave to rotate in the same direction. The drive sheave drives the turntable sheave to rotate in the same direction through the manual belt, and the turntable sheave drives the labyrinth shaft and The labyrinth discs rotate in the same direction. You can also turn the labyrinth disc with your feet. If you want to rotate the labyrinth disc clockwise, you must step on the right pedal with your right foot. The right foot moves the belt down to drive the turntable sheave to rotate clockwise, and the turntable sheave drives the labyrinth shaft and the labyrinth disc to rotate Rotate clockwise, at this time, the left foot drive belt moves up to drive the left pedal to move up; for the same reason, if you want to rotate the labyrinth disc counterclockwise, you must step on the left pedal with your left foot, and at this time, the right pedal is pulled up.

The beneficial effects of the present invention are: use both feet to control the left and right pedals or use one hand or both hands to control the steering wheel in the hands and feet dual-purpose operation mode, let the ball go through the maze game, exercise and improve the tacit cooperation ability of hands, feet and brain, and enhance fitness and health. The entertainment of the brain and the fitness and brain-building practicability of the game.

Description of drawings

The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

Fig. 1 is a front perspective view showing the overall structure.

Fig. 2 is a rear perspective view showing the overall structure.

Fig. 3 is a front view showing the front shape and main external configuration of the present invention.

Fig. 4 is a sectional view of A─A of Fig. 3, which adopts the full sectional drawing method and is the projection direction of the left view.

Fig. 5 is a partially enlarged view of Fig. 4 .

Fig. 6 is the BB-B sectional view of Fig. 4, adopts the full sectional drawing method, and is the projection direction of the rear view.

In the figure 1. ball cup, 2. fairway, 3. labyrinth disk, 4. glass baffle, 5. terminal exit, 6. console, 7. steering wheel, 8. right pedal, 9. support frame, 10. box shell , 11. panel, 12. small ball, 13. pedal shaft, 14. labyrinth shaft, 15. foot belt, 16. manual guide wheel, 17. bearing seat, 18 turntable sheave, 19. foot guide wheel, 20 .Manual belt, 21. Drive sheave, 22. Left pedal.

Detailed ways

In Fig. 1 to Fig. 6, represent the connection and the position relation of the structure composition of the present invention and parts, the dual-purpose mechanical labyrinth of hands and feet mainly consists of support frame 9, case shell 10, right pedal 8, left pedal 22, foot belt 15 , steering wheel 7, driving sheave 21, manual belt 20, turntable sheave 18, labyrinth shaft 14, labyrinth disc 3, ball cup 1, bead 12 form. Support frame 9 is the structural frame body of the present invention's overall bearing capacity, is fixedly connected cuboid frame by square bar, and the outer surface of support frame 9 is fixedly connected case shell 10, panel 11 and operating table 6, and operating table 6 is provided with steering wheel 7. Turning the steering wheel 7 by hand can rotate around its own axis. The steering wheel 7 is fixedly connected with a driving sheave 21 under the console 6. The driving sheave 21 and the turntable sheave 18 are connected by a manual belt 20 to form a belt transmission. The manual belt 20 is in the The manual guide wheel 16 is turned and connected with the turntable sheave 18; the pedal shaft 13 is fixedly connected to the lower end of the support frame 9, and the left pedal 22 and the right pedal 8 are installed on the pedal shaft 13, and the left pedal 22 and the right pedal 8 can be placed on the pedal Rotate on the shaft 13, the upper end of left pedal 22 and right pedal 8 is respectively connected with foot-operated belt 15, and foot-operated belt 15 is connected with turntable sheave 18 after turning at foot-operated guide wheel 19 places, and manual guide wheel 16 and foot-operated Guide wheel 19 is fixed pulley, is fixedly connected on support frame 9, and turntable sheave 18 is provided with two belt grooves, and a belt groove is connected with manual belt 20, and another belt groove is connected with foot belt 15, and manual belt 20 and The foot-moving belt 15 forms a belt transmission with the turntable sheave 18, and the turntable sheave 18 is keyed to the labyrinth shaft 14. The labyrinth shaft 14 is supported by two front and rear bearing blocks 17, and the bearing block 17 is fixedly connected on the support frame 9. The front end of the shaft 14 is fixedly connected to the labyrinth disc 3, the labyrinth disc 3 is arranged in the round hole of the panel 11, the front of the panel 11 and the labyrinth disc 3 are flush and in contact with the glass baffle 4, the glass baffle 4 is inlaid on the box shell 10, A ball cup 1 is respectively installed on the left and right sides of the upper end of the case 10. The ball cup 1 is the entrance for placing the small ball 12. The ball cup 1 is configured as a funnel. The upper part of the panel 11 is provided with a Y-shaped fairway 2. Ring labyrinth fairway, fairway 2 is smooth groove, is provided with terminal exit 5 on the panel 11 below labyrinth disk 3. During operation, the bead 12 is put into the ball cup 1, the steering wheel 7 is controlled with one hand or both hands, the left foot is placed on the left pedal 22, the right foot is placed on the right pedal 8, and the bead 12 enters under the action of its own gravity. Y-shaped fairway 2, ready to enter the outermost ring of the labyrinth disc 3, rotate the labyrinth disc 3 so that the fairway opening on the labyrinth disc 3 is aligned with the small ball 12, and the small ball 12 will enter the innermost ring from the outermost ring in turn, and then from the outermost ring to the innermost ring. The innermost ring returns to the outermost ring, and then flows out from the terminal exit 5; during this process, the labyrinth disk 3 needs to be rotated continuously, and the steering wheel 7 is turned by hand to drive the driving sheave 21 to rotate in the same direction, and the driving sheave 21 passes through The manual belt 20 drives the turntable sheave 18 to rotate in the same direction, and the turntable sheave 18 drives the labyrinth shaft 14 and the labyrinth disc 3 to rotate in the same direction. Also can rotate labyrinth disc 3 with pin, if will rotate labyrinth disc 3 clockwise, then must step on right pedal 8 under the right foot, right foot moves belt 15 and drives turntable sheave 18 to rotate clockwise, and turntable sheave 18 drives The labyrinth shaft 14 and the labyrinth disc 3 rotate clockwise. At this moment, the left foot belt 15 moves up to drive the left pedal 22 to move up and lifts; Pedal 22, at this moment, right pedal 8 is pulled up.

Claims (1)

1. the dual-purpose mechanical labyrinth of trick, mainly by bracing frame, case shell, right-hand tread plate, left-hand tread plate, foot-propelled belt, steering wheel, drive sheave, manual belt, rotating disk sheave, labyrinth axle, labyrinth disc, ball cup, bead forms, it is characterized in that: bracing frame is the structure support body of the whole holding capacity of the present invention, by square web, be fixedly connected into cuboid framework, on bracing frame outer surface, be fixedly connected with case shell, panel and operating desk, operating desk is provided with steering wheel, can be around self axle rotation with hand steering wheel rotation, below operating desk, steering wheel is fixedly connected with driving sheave, drive sheave and rotating disk sheave to be connected to form belt transmission by manual belt, manually belt is connected with rotating disk sheave after the turnover of hand operated pilot wheel place, in bracing frame lower end, be fixedly connected with pedal shaft, left-hand tread plate and right-hand tread plate are installed on pedal shaft, left-hand tread plate and right-hand tread plate can rotate on pedal shaft, the upper end of left-hand tread plate and right-hand tread plate is respectively connected with foot-propelled belt, foot-propelled belt is connected with rotating disk sheave after the turnover of foot-propelled guide wheel place, hand operated pilot wheel and foot-propelled guide wheel are fixed pulleys, be fixedly connected on bracing frame, rotating disk sheave is provided with two belt grooves, a belt grooves is connected with manual belt, another belt grooves is connected with foot-propelled belt, manually belt and foot-propelled belt all form band transmission with rotating disk sheave, rotating disk sheave is that key is connected with labyrinth axle, labyrinth axle is supported by former and later two bearing blocks, bearing block is fixedly connected on bracing frame, labyrinth axle front end is fixedly connected with labyrinth disc, labyrinth disc is located in the circular hole of panel, panel and labyrinth disc concordant and contact with glass baffle plate above, glass baffle plate is embedded on case shell, left and right, case shell upper end is respectively provided with ball cup, ball cup is the entrance of placing bead, ball cup is made as funnel shaped, panel top is provided with Y-shaped ball road, labyrinth disc is provided with concentric annulus labyrinth-like alley, alley is smooth groove, on panel below labyrinth disc, be provided with terminal outlet.

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