CN203777657U - Labyrinth two-hand coordination machine with multiple rotary plates - Google Patents

Abstract

A multi-turntable labyrinth hand coordination machine, mainly composed of a support frame, a box shell, an operating table, a hand wheel, a drive sheave, a drive belt, a transition sheave, a small disc shaft, a small labyrinth disc, a one-way sheave, a transition belt, It is composed of double groove wheels, large disk shaft, large labyrinth disk, ball cup and small ball. During operation, the left hand wheel and the right hand wheel are continuously rotated to drive the small labyrinth disc and the large labyrinth disc to rotate continuously, so that the ball enters from the outermost ring of the labyrinth disc to the innermost ring under the action of its own gravity, and then from the innermost ring Return to the outermost ring, and then flow out from the exit of the small disc or the exit of the end point. The difference is that the rotation of the left and right small labyrinth discs is controlled with one hand, while the large labyrinth disc requires coordinated control of both hands. The machine can be played in a variety of ways, you can use left and right hands alternately, you can also use one ball or multiple balls; you can start the whole process from the small labyrinth disc to the big labyrinth disc 5; you can also walk the small labyrinth disc or the large labyrinth disc independently. Fitness and brain fitness utility with entertainment and fun games that enhance fitness and brain fitness.

Description

Multi-Turntable Maze Hand Coordination Machine

technical field

The utility model relates to an entertainment and fitness equipment, in particular to a multi-turntable maze hands coordination machine which uses a maze game as a medium to coordinate both hands and cooperate with the brain. the

Background technique

There are many kinds of maze games with different playing methods, but all of them are simple in playing methods and monotonous in function. They cannot be organically combined with fitness, and there is no mechanical maze efficiently used for exercising the brain and cooperating with both hands. the

Contents of the invention

In order to solve the above problems, the utility model provides a multi-turntable maze hands coordination machine, the multi-turntable maze hands coordination machine is more educational, interesting and entertaining, and can also exercise the coordination of the brain and both hands and the coordination of the two hands. coordination ability. the

The technical solution adopted by the utility model to solve its technical problems is: the multi-turntable labyrinth two-hand coordination machine is mainly composed of a support frame, a box shell, an operating table, a hand wheel, a driving sheave, a driving belt, a transition sheave, a small disc shaft, a small It consists of a labyrinth plate, a one-way groove wheel, a transition belt, a double groove wheel, a large shaft, a large labyrinth plate, a ball cup, and a small ball. The overall shape and component parts of the utility model are basically left-right symmetrical structures. The support frame is the structural frame body of the utility model that bears the overall load. It is fixedly connected to a cuboid frame by square strips, and the outer surface of the support frame is fixedly connected to the box shell and the panel. And the operating table, the operating table is equipped with a left hand wheel and a right hand wheel, the left hand wheel is fixedly connected to the left driving sheave under the operating table, the right hand wheel is fixedly connected to the right driving sheave, and the left driving sheave and the left transition sheave are driven by The belt is connected to form a belt transmission. The right drive sheave and the right transition sheave are connected by the drive belt to form a belt transmission. The drive belt turns at the guide pulley. The guide pulley is a fixed pulley and is fixedly connected to the support frame; the left transition sheave is fixedly connected. On the small disk shaft on the left side, the right transition sheave is fixedly connected to the small disk shaft on the right side. Left and right one-way sheaves are installed on the hub of the transition sheave. The left and right one-way sheaves are provided with inner and outer rings. The inner rings of the left and right one-way sheaves are fixedly connected with the left and right transition sheaves. The outer rings of the left and right one-way sheaves are provided with wheel grooves, and transition belts are provided in the wheel grooves. Both the left one-way sheave and the right one-way sheave are connected by transition belts and double sheaves to form a belt transmission. There are two belt grooves, one belt groove is connected to the left one-way sheave, the other belt groove is connected to the right one-way sheave, the clockwise rotation of the left transition sheave drives the left one-way sheave to rotate clockwise, and the left transition sheave counterclockwise The rotation cannot drive the left one-way sheave to rotate counterclockwise, the counterclockwise rotation of the right transition sheave drives the right one-way sheave to rotate counterclockwise, and the clockwise rotation of the right transition sheave cannot drive the right one-way sheave to rotate clockwise. The double grooved wheel is installed on the large disk shaft, and the double grooved wheel is connected with the large disk shaft by a key. The two ends of the large disk shaft are supported by the bearings in the bearing seat, and the bearing seat is fixedly connected on the support frame. The front end of the small disc shaft is fixedly connected with the small labyrinth disc, and the front end of the large disc shaft is fixedly connected with the large labyrinth disc. Two small labyrinth discs and a large labyrinth disc are arranged in the round hole of the panel. The surface is flush and in contact with the glass baffle, and the glass baffle is inlaid on the box shell. There are 5 through holes symmetrically arranged on the glass baffle: two small disk outlets, one large disk inlet and two terminal outlets. A ball cup is arranged symmetrically on the left and right sides of the box shell top, and the ball cup is set as a funnel shape, and the ball cup is an entrance for placing the bead. There are fairways at the ball cups on the panel, the connection between the three labyrinth discs and the exit of the terminal. The three labyrinth discs are provided with concentric circular labyrinth-like fairways. The fairways are smooth grooves. The panel below the labyrinth disc is provided with a terminal exit. the

The beneficial effects of the utility model are: use both hands to manipulate the left and right hand wheels to let the ball go through the maze, exercise and improve the coordination ability between the hands, the tacit cooperation ability between the hands and the brain, flexible and convenient operation, and various ways to play; enhance fitness Brain entertainment and fun games for fitness and brain practicality. the

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described. the

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

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

Fig. 3 is a front view, expressing the frontal shape and main external composition of the utility model. the

Fig. 4 is a rear view, expressing the rear shape and main external composition of the utility model. the

Fig. 5 is a sectional view of A─A, which adopts the partial sectional drawing method and is the projection direction of the left view. the

Fig. 6 is B─B sectional view, adopts partial sectional drawing method, is the projection direction of left view. the

Fig. 7 is a C-C sectional view, which adopts the full sectional drawing method and is the projection direction of the rear view. the

In the figure 1. ball cup, 2. small labyrinth disc, 3. fairway, 4. glass baffle, 5. large labyrinth disc, 6. terminal exit, 7. right hand wheel, 8. left hand wheel, 9. support frame, 10 .Case shell, 11. Small shaft, 12. Transition belt, 13. Double sheave, 14. Large shaft, 15. Drive belt, 16. Guide wheel, 17. Left transition sheave, 18. Bearing seat, 19. Left driving sheave, 20. Operating platform, 21. Small ball, 22. Left one-way sheave, 23. Panel, 24. Right one-way sheave, 25. Right transition sheave, 26. Right driving sheave, 27 . Small-cap export, 28. Large-cap import. the

Detailed ways

In Fig. 1 to Fig. 7, represent the structural composition of the present utility model and the main shape, position and connection relation of parts and components, multi-turntable labyrinth two-hand coordination machine is mainly made up of support frame 9, case shell 10, operating platform 20, hand wheel 7 (8), drive sheave 19 (26), drive belt 15, transition sheave 17 (25), small disc shaft 11, small labyrinth disc 2, one-way sheave 22 (24), transition belt 12, double sheave 13, big disk shaft 14, big labyrinth disk 5, ball cup 1, bead 21 form. The overall shape and components of the utility model are substantially left-right symmetric structures. The support frame 9 is the structural frame body of the utility model to bear the overall force. It is fixedly connected to a cuboid frame by square strips, and the outer surface of the support frame 9 is fixedly connected to the box shell. 10. The panel 23 and the console 20. The console 20 is provided with a left hand wheel 8 and a right hand wheel 7. Below the console 20, the left hand wheel 8 is fixedly connected with a left drive sheave 19, and the right hand wheel 7 is fixedly connected with a right drive sheave. 26. The left drive sheave 19 and the left transition sheave 17 are connected by the drive belt 15 to form a belt transmission, the right drive sheave 26 and the right transition sheave 25 are connected by the drive belt 15 to form a belt transmission, and the drive belt 15 is at the guide wheel 16 Turning, the guide pulley 16 is a fixed pulley, fixedly connected to the support frame 9; the left transition sheave 17 is fixedly connected to the small disk shaft 11 on the left side, and the right transition sheave 25 is fixedly connected to the small disk shaft 11 on the right side , the two ends of the small disk shaft 11 are supported by bearings in the bearing housing 18, the bearing housing 18 is fixedly connected to the support frame 9, and the hub of the left (right) transition sheave 17 (25) is equipped with a left (right) one-way Sheave 22 (24), left (right) unidirectional sheave 22 (24) is provided with inner ring and outer ring, and left (right) unidirectional sheave inner ring and left (right) transition sheave 17 (25) are fixed Connection, the outer ring of the left (right) one-way sheave is provided with a wheel groove, and a transition belt 12 is arranged in the wheel groove, and the left one-way sheave 22 and the right one-way sheave 24 are connected by the transition belt 12 and the double sheave 13 Form a belt transmission, two belt grooves are arranged on the double sheave 13, one belt groove connects the left one-way sheave 22, the other belt groove connects the right one-way sheave 24, and the left transition sheave 17 rotates clockwise to drive the left one-way The sheave 22 rotates clockwise, and the counterclockwise rotation of the left transition sheave 17 cannot drive the left one-way sheave 22 to rotate counterclockwise, and the counterclockwise rotation of the right transition sheave 25 drives the right one-way sheave 24 to rotate counterclockwise, and the right transition sheave 25 clockwise rotations can not drive the right one-way sheave 24 clockwise rotations. Double sheave 13 is installed on the big disk shaft 14, and double sheave 13 is keyed connection with big disk shaft 14, and the two ends of big disk shaft 14 are supported by the bearing in the bearing seat 18, and bearing seat 18 is fixedly connected on the support frame 9. The front end of the small disc shaft 11 is fixedly connected to the small labyrinth disc 2, and the front end of the large disc shaft 14 is fixedly connected to the large labyrinth disc 5. Two small labyrinth discs 2 and a large labyrinth disc 5 are arranged in the round hole of the panel 23. The front surfaces of the labyrinth disk 2 and the large labyrinth disk 5 are flush and in contact with the glass baffle 4, the glass baffle 4 is inlaid on the box shell 10, and the glass baffle 4 is symmetrically provided with 5 through holes: two small disk outlets 27, a large plate entrance 28 and two terminal exits 6. A ball cup 1 is installed symmetrically on the left and right sides of the box shell 10 top, and the ball cup 1 is set as a funnel shape, and the ball cup 1 is an entrance for placing a bead 21 . The ball cup 1 on the panel 23, the connection between the three labyrinth discs and the terminal exit 6 are all provided with a fairway 3, and the three labyrinth discs are provided with a concentric circular labyrinth-shaped fairway, and the fairway 3 is smooth. Groove is provided with terminal outlet 6 on the panel 23 below the big labyrinth disk 5. During operation, the bead 21 is put into the ball cup 1, the left hand controls the left hand wheel 8, and the right hand controls the right hand wheel 7. Outer ring, constantly rotate left-hand wheel 8 or right-hand wheel 7, make the fairway opening on the small labyrinth disc 2 align with small ball 21, small ball 21 will enter innermost ring from outermost ring, return from innermost ring to innermost ring again. The outer ring passes through the fairway 3 between the small labyrinth disc 2 and the large labyrinth disc 5 to prepare to enter the large labyrinth disc 5; so far, the rotation of the left labyrinth disc and the right labyrinth disc is controlled by one hand, that is, the left hand wheel 8 controls the left side The small labyrinth disk 2 rotates, and the right hand wheel 7 controls the rotation of the small labyrinth disk 2 on the right side. Next, let the small ball 21 enter the big labyrinth disk 5, the small ball 21 will enter the innermost ring from the outermost ring of the big labyrinth disk 5, then return from the innermost ring to the outermost ring, and then flow out from the terminal exit 6 , the game is over; in this process, the large labyrinth disc 5 is rotated continuously in different directions. If the large labyrinth disc 5 is to be rotated clockwise, the left hand wheel 8 must be rotated clockwise with the left hand, and the left hand wheel 8 drives the left drive sheave 19 to rotate, and the left drive The sheave 19 drives the left transition sheave 17 to rotate through the driving belt 15, and the left transition sheave 17 drives the left one-way sheave 22 to rotate, and the left one-way sheave 22 drives the double sheave 13 to rotate through the transition belt 12, and the double sheave 13 Drive the large disc shaft 14 and the large labyrinth disc 5 to rotate clockwise, and drive the right hand wheel 7 to rotate clockwise; in the same way, if the large labyrinth disc 5 is to be rotated counterclockwise, the right hand wheel 7 must be rotated counterclockwise by the right hand, and the left hand follows the left hand wheel 8 Rotate counterclockwise. During the operation, it can be changed in various ways, that is, the left and right hands can be used alternately, and one or more balls can also be used; the whole process from the small labyrinth disc 2 to the large labyrinth disc 5 can be performed: the small ball 21 enters from the ball cup 1, from the end point Come out from exit 6; you can also go through the small maze plate 2 alone: the small ball 21 enters from the cup 1 and exits from the small plate exit 27; you can also walk through the large maze plate 5 alone: the small ball 21 enters from the large plate entrance 28 and exits from the terminal exit 6 come out. the

Claims (1)

1. A multi-turntable labyrinth hand coordination machine, mainly composed of a support frame, a box shell, an operating table, a hand wheel, a driving sheave, a driving belt, a transition sheave, a small disc shaft, a small labyrinth disc, a one-way sheave, and a transitional sheave. It consists of a belt, double grooved wheels, a large disc shaft, a large labyrinth disc, a ball cup, and a small ball. It is characterized in that: the support frame is a structural frame body for the overall load bearing of the utility model, which is fixedly connected to a cuboid frame by square strips, and the support frame The outer surface is fixedly connected with the box shell, the panel and the operation table. There are left hand wheels and right hand wheels on the operation table. The left hand wheel is fixedly connected with the left drive sheave under the operation table. The sheave and the left transition sheave are connected by a drive belt to form a belt transmission, and the right drive sheave and the right transition sheave are connected by a drive belt to form a belt transmission. The drive belt turns at the guide pulley, and the guide pulley is a fixed pulley fixedly connected to the support on the frame; the left transition sheave is fixedly connected to the left small disc shaft, the right transition sheave is fixedly connected to the right small disc shaft, the two ends of the small disc shaft are supported by the bearings in the bearing seat, and the bearing seat is fixed Connected on the support frame, left and right one-way sheaves are installed on the hubs of the left and right transition sheaves. The left and right transitional sheaves are fixedly connected, the outer rings of the left and right one-way sheaves are provided with wheel grooves, and the transition belts are arranged in the wheel grooves. It is connected to form a belt transmission. There are two belt grooves on the double grooved wheel, one belt groove is connected to the left one-way sheave, the other belt groove is connected to the right one-way sheave, and the left transition sheave rotates clockwise to drive the left one-way sheave clockwise. Clockwise rotation, the counterclockwise rotation of the left transition sheave cannot drive the left one-way sheave counterclockwise, the counterclockwise rotation of the right transition sheave drives the counterclockwise rotation of the right one-way sheave, and the clockwise rotation of the right transition sheave cannot drive the right one-way sheave The grooved wheel rotates clockwise; the double grooved wheel is installed on the large shaft, and the double grooved wheel is connected with the large shaft by a key. The two ends of the large shaft are supported by the bearings in the bearing seat, and the bearing seat is fixedly connected on the support frame; The front end is fixedly connected to the small labyrinth disc, and the front end of the large disc shaft is fixedly connected to the large labyrinth disc. Two small labyrinth discs and a large labyrinth disc are arranged in the round hole of the panel, and the panel is flush with the front surface of the two small labyrinth discs and the large labyrinth disc. And in contact with the glass baffle, the glass baffle is inlaid on the box shell, and there are 5 through holes symmetrically arranged on the glass baffle: two small plate outlets, one large plate entrance and two terminal exits; the top of the box shell is symmetrically installed with The ball cup, the ball cup is set in the shape of a funnel, and the ball cup is the entrance for placing the small ball; there are fairways at the ball cup on the panel, the connection between the three labyrinth plates and the exit at the end point, and the three labyrinth plates There are concentric circular labyrinth fairways, the fairways are smooth grooves, and the terminal exit is arranged on the panel below the big labyrinth disc.