CN202358233U - Human-powered device with input steering recognition sound - Google Patents

Abstract

The utility model relates to an utensil input turns to manpower drive arrangement of discernment sound, the utensil input turns to the manpower drive arrangement of discernment sound for having specific two direction of rotation input's the manpower input device of input of can doing, its output supplies to be defeated toward invariable output transmission's input that turns to, and through invariable output that turns to output transmission, does invariable direction of rotation output to the manpower drive arrangement of drive load wheelset. The utility model provides a utensil input turns to manpower drive arrangement of discernment sound, the user can do the free choice of drive input direction to have and ride and turn to the function that produces the discernment sound to the drive in the seat.

Description

Human-powered device with input steering recognition sound

technical field

The utility model relates to a human-powered driving device, in particular to a double-rotation direction that can be rotated forward or reversed by hand or foot or one of them to drive the input end of the human-powered input device, and then the The output end of the human input device is input to the input end of the constant steering output transmission device, and the output end of the constant steering output transmission device is output in a constant direction of rotation to drive the human power drive device with input steering recognition sound for the load wheel set . the

Background technique

The rider of the bicycle pedals with a constant force, and uses the relevant muscles and joints with the pedaling cycle, that is, some muscles and joints of the rider's limbs are constantly in the state of exerting force and receiving force, while the other part Muscles and joints are always in a state of no force and no force. Overall, the human body load is uneven, and the rider is prone to fatigue and sports injuries due to long-term pedaling. When riding in two directions without sound warnings, it is easy to get confused. the

Utility model content

In view of this, the purpose of the present invention is to provide a human-powered drive device with an input steering recognition sound. the

In order to achieve the above-mentioned purpose, the utility model provides a human-power drive device with input steering recognition sound, which is a human-power input device with double-rotation direction input, and its output end is supplied to the input end of the constant steering output transmission device, and through The output end of the constant steering output transmission device is used to output the constant rotation direction to drive the human driving device of the load wheel set. The human driving device with input steering recognition sound has the function of generating recognition sound for driving steering during riding. The main components are as follows:

──Manpower input device 101: to produce the selected speed ratio and relative positive by accepting the input of human limbs including both hands or feet or one of them for forward or reverse bidirectional rotary drive or input for reciprocating drive. Rotating or reversing two-way rotary output mechanism, including: composed of pedals, cranks and two-way rotary transmission wheels, or composed of handles, handles and two-way rotary transmission wheels, or two-way rotary drive by manpower It is composed of commonly used human-driven mechanism devices;

──The kinetic energy of the first driving rotation direction and the input kinetic energy of the second driving rotation direction are from both or one of the hands or feet of manpower to drive the input end of the manpower input device 101;

──The first driving rotation direction is opposite to the second driving rotation direction;

──Constant steering output transmission device 102: The constant steering output transmission device 102 is capable of receiving kinetic energy in different rotation directions from the human input device 101 directly or through the transmission device, and outputs constant rotation direction kinetic energy; Transmission components, including: 1) gear set; or 2) friction wheel set; or 3) chain and sprocket set; or 4) belt and pulley set; or 5) transmission crank and wheel set; or 6) fluid transmission device or 7) the electromagnetic force transmission device is formed, or is formed by one or more of the above-mentioned transmission elements; when the constant steering output transmission device 102 is driven in the first driving rotation direction and the second driving rotation direction of different rotation directions, the input end For the speed ratio of the output terminal in the constant rotation direction, it is the same, different or variable speed ratio;

──Load wheel set 103: a wheel set type load that is directly driven by the output end of the constant steering output transmission device 102 or is driven by a constant single steering through the transmission device;

Its main features are:

──Steering detection device 1010: It is a control structure with the function of detecting the steering and generating the start or stop operation of the sound generating device 1020, including: the steering detection device composed of a physical structure, which is mechanical, electromechanical, photoelectric or electromagnetic Effects of at least one of the steering detection structures, the above-mentioned steering detection device 1010 is a position for being installed in the driving device for detecting the driving direction of the rider;

──Sound generating device 1020: composed of one or more of the following sound generating structures, including: 1) a mechanical sound generating device; 2) a sound generating device with a power supply, a solid-state electronic sound simulation circuit, and a speaker 3) It is composed of a sound generating device that stores audio and plays it; 4) It is composed of an audio playback device connected through a wireless line; 5) It is composed of a device that is mechanically driven to generate sound; 6) From a mechanical music box; 7) It consists of sound devices that are specially written and played in a loop; 8) It is composed of two or more different sound devices that are specifically composed; 9) It is composed of sound devices generated by random numbers, and is controlled by the steering detection device. Relatively sounding when driven in one of the specific directions, or different sounds when driven in both directions;

The sound generating device 1020 includes fixing the volume or adjusting the volume;

The above-mentioned turning detection device 1010 is connected to the sound generating device 1020 through one or more of the following methods, including:

1) There is a mechanical connection between the steering detection device 1010 and the sound generating device 1020;

2) The connection between the steering detection device 1010 and the sound generating device 1020 is made of a power conductor;

3) between the steering detection device 1010 and the sound generating device 1020, including connection without wire, radio frequency, optical or sound wave transmission structure;

4) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body for direction identification and sound generation;

5) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device for steering recognition between the rotation input side and the hammer, for driving the hammer at the set steering direction to hit or be hit. The sound of the strike produces a sound;

6) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device arranged between the rotation input side and the hit sound part, for the impact of the hit sound part in a specific direction. The sound is produced by a fixed hammer.

As a preferred solution, the human-powered driving device with input steering recognition sound is further provided with a transmission device 104 between the human-power input device 101 and the constant steering output transmission device 102, and the transmission device 104 consists of more than one of the following transmissions: The device is composed of: 1) various gear-type, belt-type or friction-type rotary transmission functional structures with fixed speed ratio or variable speed ratio, or 2) through manpower, flow force, centrifugal force, torque or reverse rotation torque-operated segmental or stepless transmission, or 3) a transmission device that controls the relative rotation direction of the switching input end and output end, or 4) is composed of manpower, electromagnetic force, flow force, centrifugal force, torque, or The clutch device operated by the reverse torque, or the one-way transmission clutch device, is composed of a clutch function device that connects or interrupts the transmission, and the human input device 101 is to receive from the human hand or foot, both or one of them make forward rotation Or reverse drive, and make the relative steering output of the selected speed ratio. the

As a preferred solution, wherein the human-powered drive device with input steering recognition sound is further provided with a transmission device 104 between the constant steering output transmission device 102 and the load wheel set 103, the transmission device 104 consists of more than one of the following transmissions: The device is composed of: 1) various gear-type, belt-type or friction-type rotary transmission functional structures with fixed speed ratio or variable speed ratio, or 2) through manpower, flow force, centrifugal force, torque or reverse rotation torque-operated segmental or stepless transmission, or 3) a transmission device that controls the relative rotation direction of the switching input end and output end, or 4) is composed of manpower, electromagnetic force, flow force, centrifugal force, torque, or The clutch device operated by anti-torque, or the one-way transmission clutch device, is composed of a clutch function device for connecting or interrupting the transmission. the

As a preferred solution, wherein the human power drive device with input steering recognition sound is further provided with a transmission device between the human power input device 101 and the constant steering output transmission device 102 and between the constant steering output transmission device 102 and the load wheel set 103 104, the composition of the transmission device 104 includes more than one of the following transmission devices, including: 1) Various gear-type, belt-type or friction-type rotary transmission functional structures with fixed speed ratios or variable speed ratios, or 2) It is composed of a step-by-step or stepless transmission device operated by manpower, flow force, centrifugal force, torque or counter-torque, or 3) It is composed of a transmission device that controls and switches the relative rotation direction relationship between the input end and the output end, or 4 ) consists of a clutch device operated by human power, electromagnetic force, flow force, centrifugal force, torque or counter-torque, or a one-way transmission clutch device, which serves as a clutch function device for connecting or interrupting transmission. the

As a preferred solution, the human-powered driving device with the sound of input steering recognition is further supplied to the human-driven motion device, including a device that is driven forward or reverse by human hands or feet or one of them. The human input device 101 has at least one constant steering output transmission device 102, the input end of which is directly or through the transmission device 104 to accept the rotary kinetic energy output from the human input device 101, and then output through the constant steering output transmission device 102 itself The end is used as an output in a constant rotation direction, and the output rotary kinetic energy drives the fixed damping load wheel set 106 directly or through the transmission device 104. The transmission device 104 includes more than one of the following transmission devices, including: 1) fixed speed ratio or Various gear-type, belt-type or friction-type rotary transmission functional structures with variable speed ratios, or 2) segmental or stepless transmission devices operated by manpower, flow force, centrifugal force, torque or counter-torque , or 3) a transmission device that controls the relative rotation direction relationship between the switching input end and the output end, or 4) a clutch device operated by manpower, electromagnetic force, flow force, centrifugal force, torque or counter torque, or a single The transmission clutch device is composed of a clutch function device for connecting or interrupting the transmission. The fixed damping load wheel set 106 has fixed damping itself, and is used to generate fixed damping when operating as a moving device;

The fixed damping of the fixed damping load wheel set 106 itself includes friction damping, fluid damping, anti-torque damping for power generation output, electric anti-torque or electromagnetic eddy current generation damping fixed damping structures;

Its main features are:

──Steering detection device 1010: It is a control structure with the function of detecting the steering and generating the start or stop operation of the sound generating device 1020, including the steering detection device composed of physical structure, which is mechanical, electromechanical, photoelectric or electromagnetic effect At least one of the steering detection structures constituted, the above-mentioned steering detection device 1010 is a position for being installed in the driving device for detecting the driving direction of the rider;

──Sound generating device 1020: composed of one or more of the following sound generating structures, including: 1) a mechanical sound generating device; 2) a sound generating device with a power supply, a solid-state electronic sound simulation circuit, and a speaker 3) It is composed of a sound generating device that stores audio and plays it; 4) It is composed of an audio playback device connected through a wireless line; 5) It is composed of a device that is mechanically driven to generate sound; 6) From a mechanical music box; 7) It consists of sound devices that are specially written and played in a loop; 8) It is composed of two or more different sound devices that are specifically composed; 9) It is composed of sound devices generated by random numbers, and is controlled by the steering detection device. Relatively sounding when driven in one of the specific directions, or different sounds when driven in both directions;

The sound generating device 1020 includes fixing the volume or adjusting the volume;

The above-mentioned turning detection device 1010 is connected to the sound generating device 1020 through one or more of the following methods, including:

1) There is a mechanical connection between the steering detection device 1010 and the sound generating device 1020;

2) The connection between the steering detection device 1010 and the sound generating device 1020 is made of a power conductor;

3) between the steering detection device 1010 and the sound generating device 1020, including connection without wire, radio frequency, optical or sound wave transmission structure;

4) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body for direction identification and sound generation;

5) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device for steering recognition between the rotation input side and the hammer, for driving the hammer at the set steering direction to hit or be hit. The sound of the strike produces a sound;

6) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device arranged between the rotation input side and the hit sound part, for the impact of the hit sound part in a specific direction. The sound is produced by a fixed hammer.

As a preferred solution, the human-powered driving device with the input steering recognition sound includes a human-driven motion device with a control damping device, which is composed of a human-powered hand or foot or one of them. The human input device 101 has at least one constant steering output transmission device 102, the input end of which is directly or through the transmission device 104 to accept the rotary kinetic energy output from the human input device 101, and then output through the constant steering output transmission device 102 itself The end is used as an output in a constant direction of rotation, and the output rotary kinetic energy drives the controllable damping load wheel set 107 directly or through the transmission device 104. The transmission device 104 includes more than one of the following transmission devices, including: 1) fixed speed ratio or various gear-type, belt-type or friction-type rotary transmission functional structures with variable speed ratios, or 2) staged or stepless speed change devices operated by manpower, flow force, centrifugal force, torque or counter torque or 3) a transmission device that controls the relationship between the relative rotation direction of the switching input end and the output end, or 4) a clutch device operated by manpower, electromagnetic force, flow force, centrifugal force, torque or counter torque, or a single The transmission clutch device is composed of a clutch function device for connecting or interrupting the transmission. The controllable damping load wheel set 107 has a controllable damping function itself, and is used to generate a controllable damping function when operating as a motion device;

The controllable damping produced by the above-mentioned controllable damping load wheel set 107 includes frictional damping, fluid damping, anti-torque damping of power generation output, electric anti-torque or electromagnetic eddy current generation damping with controllable functions. constituted by a damping structure for controlling the magnitude of damping produced by the controllable damping load wheel set 107;

The control method of the above-mentioned controllable damping load wheel set 107 is based on the selected damping structure, and the control method and device of fluid energy, mechanical energy or electric energy are used to control the controllable damping load wheel set 107 to produce a controllable damping function;

Its main features are:

──Steering detection device 1010: It is a control structure with the function of detecting the steering and generating the start or stop operation of the sound generating device 1020, including the steering detection device composed of physical structure, which is mechanical, electromechanical, photoelectric or electromagnetic effect At least one of the steering detection structures constituted, the above-mentioned steering detection device 1010 is a position for being installed in the driving device for detecting the driving direction of the rider;

──Sound generating device 1020: composed of one or more of the following sound generating structures, including: 1) a mechanical sound generating device; 2) a sound generating device with a power supply, a solid-state electronic sound simulation circuit, and a speaker 3) It is composed of a sound generating device that stores audio and plays it; 4) It is composed of an audio playback device connected through a wireless line; 5) It is composed of a device that is mechanically driven to generate sound; 6) From a mechanical music box; 7) It consists of sound devices that are specially written and played in a loop; 8) It is composed of two or more different sound devices that are specifically composed; 9) It is composed of sound devices generated by random numbers, and is controlled by the steering detection device. Relatively sounding when driven in one of the specific directions, or different sounds when driven in both directions;

The sound generating device 1020 includes fixing the volume or adjusting the volume;

The above-mentioned turning detection device 1010 is connected to the sound generating device 1020 through one or more of the following methods, including:

1) There is a mechanical connection between the steering detection device 1010 and the sound generating device 1020;

2) The connection between the steering detection device 1010 and the sound generating device 1020 is made of a power conductor;

3) between the steering detection device 1010 and the sound generating device 1020, including connection without wire, radio frequency, optical or sound wave transmission structure;

4) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body for direction identification and sound generation;

5) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device for steering recognition between the rotation input side and the hammer, for driving the hammer at the set steering direction to hit or be hit. The sound of the strike produces a sound;

6) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device arranged between the rotation input side and the hit sound part, for the impact of the hit sound part in a specific direction. The sound is produced by a fixed hammer.

As a preferred solution, the human-driven device with input steering recognition sound includes an additional fixed damping device 112 added to the human-driven vehicle to provide a damping effect with the load wheel set 103, and convert the user who functions as a sports device Its composition includes a human input device 101 driven by both hands or feet or one of them, and at least one constant steering output transmission device 102, the input end of which is directly or via a transmission device 104 to receive input from human power. The rotational kinetic energy output by the input device 101 is output in a constant rotational direction through the output terminal of the constant steering output transmission device 102 itself, and the output rotational kinetic energy drives the load wheel set 103 directly or through the transmission device 104, and the transmission device 104 It consists of more than one of the following transmission devices, including: 1) various gear-type, belt-type or friction-type rotary transmission functional structures with fixed speed ratio or variable speed ratio, or 2) through manpower, fluid force, Centrifugal force, torque or anti-torque operation with a stage or stepless transmission device, or 3) a transmission device that controls and switches the relative rotation direction of the input end and output end, or 4) is composed of manpower, electromagnetic force, flow A clutch device operated by force, centrifugal force, torque or counter-torque, or a one-way transmission clutch device, which is composed of a clutch function device for connecting or interrupting a transmission;

The damping structure of the above-mentioned externally added fixed damping device 112 that supplies and loads the wheel set 103 to produce a damping effect includes a frictional damping type, a fluid damping type, an anti-torque damping type of power generation output, an electric anti-torque type or an electromagnetic eddy current generation damping type It is composed of a damping structure with controllable characteristics;

Its main features are:

──Steering detection device 1010: It is a control structure with the function of detecting the steering and generating the start or stop operation of the sound generating device 1020, including the steering detection device composed of physical structure, which is mechanical, electromechanical, photoelectric or electromagnetic effect At least one of the steering detection structures constituted, the above-mentioned steering detection device 1010 is a position for being installed in the driving device for detecting the driving direction of the rider;

──Sound generating device 1020: composed of one or more of the following sound generating structures, including: 1) a mechanical sound generating device; 2) a sound generating device with a power supply, a solid-state electronic sound simulation circuit, and a speaker 3) It is composed of a sound generating device that stores audio and plays it; 4) It is composed of an audio playback device connected through a wireless line; 5) It is composed of a device that is mechanically driven to generate sound; 6) From a mechanical music box; 7) It consists of sound devices that are specially written and played in a loop; 8) It is composed of two or more different sound devices that are specifically composed; 9) It is composed of sound devices generated by random numbers, and is controlled by the steering detection device. Relatively sounding when driven in one of the specific directions, or different sounds when driven in both directions;

The sound generating device 1020 includes fixing the volume or adjusting the volume;

The above-mentioned turning detection device 1010 is connected to the sound generating device 1020 through one or more of the following methods, including:

1) There is a mechanical connection between the steering detection device 1010 and the sound generating device 1020;

2) The connection between the steering detection device 1010 and the sound generating device 1020 is made of a power conductor;

3) between the steering detection device 1010 and the sound generating device 1020, including connection without wire, radio frequency, optical or sound wave transmission structure;

4) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body for direction identification and sound generation;

5) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device for steering recognition between the rotation input side and the hammer, for driving the hammer at the set steering direction to hit or be hit. The sound of the strike produces a sound;

6) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device arranged between the rotation input side and the hit sound part, for the impact of the hit sound part in a specific direction. The sound is produced by a fixed hammer.

As a preferred solution, the human-powered drive device with input steering recognition sound includes an additional controllable damping device 105 installed on the human-powered drive vehicle to convert the user who functions as a motion device. Or the human input device 101 driven by both or one of them, and has at least one constant steering output transmission device 102, the input end of which is directly or via the transmission device 104 to accept the rotary kinetic energy output from the human input device 101, Then output in a constant direction of rotation through the output end of the constant steering output transmission device 102 itself, and the output rotary kinetic energy drives the load wheel set 103 directly or through the transmission device 104. The transmission device 104 includes the following one or more transmission devices. , including: 1) various gear-type, belt-type or friction-type rotary transmission functional structures with fixed speed ratio or variable speed ratio, or 2) manpower, flow force, centrifugal force, torque or counter torque operation It is composed of a stage or stepless speed change device, or 3) a transmission device that controls the relative rotation direction relationship between the switching input end and the output end, or 4) is composed of manpower, electromagnetic force, flow force, centrifugal force, torque or counter torque The operating clutch device, or one-way transmission clutch device, is composed of a clutch function device for connecting or interrupting the transmission. The load wheel set 103 is provided with at least one additional controllable damping device 105 for the load wheel set 103 to generate damping. , for control damping when functioning as a kinematic device;

The damping structure of the above-mentioned external controllable damping device 105 includes frictional damping, fluid damping, anti-torque damping of power generation output, electric anti-torque or electromagnetic eddy current damping. Composed, and the control method of the externally controllable damping device 105 depends on the selected damping structure form, and the control method and device are controlled by fluid energy, mechanical or electric energy, so as to control the damping value when operating as a motion device function;

Its main features are:

──Steering detection device 1010: It is a control structure with the function of detecting the steering and generating the start or stop operation of the sound generating device 1020, including the steering detection device composed of physical structure, which is mechanical, electromechanical, photoelectric or electromagnetic effect At least one of the steering detection structures constituted, the above-mentioned steering detection device 1010 is a position for being installed in the driving device for detecting the driving direction of the rider;

──Sound generating device 1020: composed of one or more of the following sound generating structures, including: 1) a mechanical sound generating device; 2) a sound generating device with a power supply, a solid-state electronic sound simulation circuit, and a speaker 3) It is composed of a sound generating device that stores audio and plays it; 4) It is composed of an audio playback device connected through a wireless line; 5) It is composed of a device that is mechanically driven to generate sound; 6) From a mechanical music box; 7) It consists of sound devices that are specially written and played in a loop; 8) It is composed of two or more different sound devices that are specifically composed; 9) It is composed of sound devices generated by random numbers, and is controlled by the steering detection device. Relatively sounding when driven in one of the specific directions, or different sounds when driven in both directions;

The sound generating device 1020 includes fixing the volume or adjusting the volume;

The above-mentioned turning detection device 1010 is connected to the sound generating device 1020 through one or more of the following methods, including:

1) There is a mechanical connection between the steering detection device 1010 and the sound generating device 1020;

2) The connection between the steering detection device 1010 and the sound generating device 1020 is made of a power conductor;

3) between the steering detection device 1010 and the sound generating device 1020, including connection without wire, radio frequency, optical or sound wave transmission structure;

4) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body for direction identification and sound generation;

5) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device for steering recognition between the rotation input side and the hammer, for driving the hammer at the set steering direction to hit or be hit. The sound of the strike produces a sound;

6) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device arranged between the rotation input side and the hit sound part, for the impact of the hit sound part in a specific direction. The sound is produced by a fixed hammer.

The human-powered driving device provided by the utility model has the sound of input steering recognition, the user can freely choose the direction of driving input, and has the function of generating recognition sound for driving steering during riding. the

Description of drawings

Fig. 1 shows the basic block diagram of the basic composition of the human-powered driving device of the utility model with input steering recognition sound;

FIG. 2 is a schematic block diagram of the driving device in which a transmission device 104 is added between the human input device 101 and the constant steering output transmission device 102 in FIG. 1;

FIG. 3 is a schematic block diagram of a driving device in which a transmission device 104 is added between the constant steering output transmission device 102 and the load wheel set 103 in FIG. 1;

Fig. 4 is a schematic block diagram of a driving device in which a transmission device 104 is added between the manpower input device 101 and the constant steering output transmission device 102, and between the constant steering output transmission device 102 and the load wheel set 103 in Fig. 1;

Fig. 5 shows the structural block schematic diagram of the utility model applied to the human-powered motion device with fixed damping load wheel set;

Fig. 6 is a schematic structural block diagram of the utility model applied to a human-driven motion device with a controllable damping load wheel set;

Fig. 7 shows that the utility model is applied to a human-driven vehicle, and the damping is generated by adding a fixed damping device to form a structural block diagram of the function of the moving device;

FIG. 8 is a schematic structural block diagram of the utility model applied to a human-driven vehicle, and an additional controllable damping device 105 is provided to form a moving device function.

Main component name:

101: Human input device

102: Constant Steering Output Transmission

103: Load wheel set

104: Transmission

105: Additional controllable damping device

106: Fixed damping load wheel set

107: Steerable damping load wheel set

112: Additional fixed damping device

1010: Steering detection device

1020: Sound generating device

Detailed ways

In order to further understand the features and technical content of the present utility model, please refer to the following detailed description and accompanying drawings of the present utility model. However, the following drawings and examples are provided for reference and illustration only, and are not intended to limit the present utility model. . the

The utility model is a hand or foot or one of them that can be used by manpower to make forward or reverse double rotation directions, drive the input end of the manpower input device, and then use the output end of the manpower input device to input To the input end of the constant steering output transmission device, and through the output end of the constant steering output transmission device, the output in the constant rotation direction is used to drive the load wheel set. The utility model can be applied to vehicles that are pedaled or hand cranked. Vehicles, or vehicles that can be driven by both pedals and hand cranks, or one of them, etc., can be human-driven vehicles that can be driven in two directions, or can be used for sports devices that are pedaled, or hand cranked Sports equipment, or both or at least one of them that can be pedaled and shaken by hand, and the driven sports equipment can be used as sports equipment that can be driven by human power in two directions. the

The utility model is a specific human input device that can be used for double-rotation direction input. Its output end is supplied to the input end of the constant steering output transmission device, and the constant rotation direction output is made through the output end of the constant steering output transmission device. With the human-powered drive device that drives the load wheel set, the user can freely choose the direction of the drive input, and has the function of generating a recognition sound for the drive steering during riding. the

Fig. 1 shows the basic block diagram of the basic composition of the human-powered driving device of the utility model with input steering recognition sound;

As shown in Figure 1, its main components are as follows:

──Manpower input device 101: for the input of two-way rotary drive or reciprocating drive input by accepting human limbs including both hands or feet or one of them for forward or reverse rotation, to generate the selected speed ratio and relative It is composed of a forward or reverse bidirectional rotary output mechanism, including: a pedal, a crank, and a two-way rotatable transmission wheel set, or a handle, a handle, and a two-way rotatable transmission wheel set, or it can be generated by manpower The two-way rotary drive is usually composed of a human-driven mechanism device.

──The kinetic energy of the first driving rotation direction and the input kinetic energy of the second driving rotation direction are from both or one of the hands or feet of manpower for driving the input end of the manpower input device 101 . the

──The first driving rotation direction is opposite to the second driving rotation direction. the

──Constant steering output transmission device 102: The constant steering output transmission device 102 is capable of receiving kinetic energy in different rotation directions from the human input device 101 directly or through the transmission device, and outputs constant rotation direction kinetic energy; Transmission components, including: 1) gear set; or 2) friction wheel set; or 3) chain and sprocket set; or 4) belt and pulley set; or 5) transmission crank and wheel set; or 6) fluid transmission device or 7) an electromagnetic force transmission device etc., or constituted by one or more of the above-mentioned transmission elements; when the constant steering output transmission device 102 is driven in the first drive rotation direction and the second drive rotation direction of input different rotation directions, the input The speed ratio of the end pair as the output end of the constant rotation direction can be the same, different or variable speed ratio. the

──Load wheel set 103: a wheel set type load that is directly driven by the output end of the constant steering output transmission device 102, or is driven by a constant single steering through the transmission device. the

Its main features are:

──Steering detection device 1010: It is a control structure with the function of detecting the steering and generating the start or stop operation of the sound generating device 1020, including: the steering detection device composed of physical structures, such as mechanical or electromechanical or photoelectric or electromagnetic The steering detection structure constituted by at least one of them, the above-mentioned steering detection device 1010 is provided at a position in the driving device that can detect the driving direction of the rider;

──Sound generating device 1020: composed of one or more of the following sound generating structures, including: 1) a mechanical sound generating device; 2) a sound composed of a power supply, a solid-state electronic sound simulation circuit, and a speaker 3) It is composed of a sound generating device that stores audio and can be played; 4) It is composed of an audio playback device connected through a wireless line; 5) It is composed of a mechanically driven device that generates sound; 6) From a mechanical Music box; 7) Consists of sound devices that are specifically written and played in a loop; 8) Consists of two or more different sound devices that are specifically composed; 9) Consists of sound devices generated by random numbers, and accepts the direction detection device Steering to produce relative sounds when driven in one particular direction, or different sounds when driven in both directions;

The above-mentioned sound generating device 1020 includes a fixed volume or an adjustable volume;

The above-mentioned turning detection device 1010 and the sound generating device 1020 are connected through one or more of the following methods, including:

1) There is a mechanical connection between the steering detection device 1010 and the sound generating device 1020;

2) The connection between the steering detection device 1010 and the sound generating device 1020 is made of a power conductor;

3) between the steering detection device 1010 and the sound generating device 1020, including connection without wire, radio frequency, optical or sound wave transmission structure;

4) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body for direction identification and sound generation;

5) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device for steering recognition between the rotation input side and the hammer, for driving the hammer at the set steering direction to hit or be hit. The sound part of the strike produces a sound;

6) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device arranged between the rotation input side and the hit sound part, for the impact of the hit sound part in a specific direction. The sound is produced by a fixed hammer.

This human-driven device with input steering recognition sound includes the application of human-driven vehicles that are driven in both directions by human hands or feet or one of them, and it is composed of human hands or feet. Or one of them is used to drive the manpower input device 101 forward or reversely, and a transmission device 104 is added between the output end of the manpower input device 101 and the constant steering output transmission device 102, and the output end of the constant steering output transmission device 102 is used as a constant The output of the direction of rotation, the constant rotation rotation energy of its output can be used to drive the load wheel set 103;

FIG. 2 is a schematic block diagram of the driving device in which a transmission device 104 is added between the human input device 101 and the constant steering output transmission device 102 in FIG. 1;

As shown in Figure 2, the transmission device 104 is composed of more than one of the following transmission devices, including: 1) various gear-type, belt-type, friction-type and other rotary transmissions with fixed speed ratio or variable speed ratio It is composed of a functional structure, or 2) is composed of a step or stepless transmission device operated by manpower, flow force, centrifugal force, torque or counter torque, or 3) can control and switch the relative rotation direction relationship between the input end and the output end transmission device, or 4) a clutch device operated by manpower, electromagnetic force, flow force, centrifugal force, torque or counter torque, or a one-way transmission clutch device (single way clutch) for connection transmission or interruption The clutch function device of the transmission is formed, and the human input device 101 is to accept the drive from the hand or the foot, both or one of them, for forward rotation or reverse rotation, and make the output of the relative steering of the selected speed ratio.

This human-powered drive device with input steering recognition sound is further provided with a transmission device 104 between the constant steering output transmission device 102 and the load wheel set 103;

FIG. 3 is a schematic block diagram of a driving device in which a transmission device 104 is added between the constant steering output transmission device 102 and the load wheel set 103 in FIG. 1;

As shown in Figure 3, the transmission device 104 is composed of more than one of the following transmission devices, including: 1) various gear-type, belt-type, friction-type and other rotary transmissions with fixed speed ratio or variable speed ratio It is composed of a functional structure, or 2) is composed of a step or stepless transmission device operated by manpower, flow force, centrifugal force, torque or counter torque, or 3) can control and switch the relative rotation direction relationship between the input end and the output end transmission device, or 4) a clutch device operated by manpower, electromagnetic force, flow force, centrifugal force, torque or counter torque, or a one-way transmission clutch device (single way clutch) for connection transmission or interruption It is composed of the clutch function device of the transmission.

This human-powered driving device with input steering recognition sound is further provided with a transmission device 104 between the human input device 101 and the constant steering output transmission device 102, and between the constant steering output transmission device 102 and the load wheel set 103;

FIG. 4 is a schematic block diagram of a driving device in which a transmission device 104 is added between the human input device 101 and the constant steering output transmission device 102 and between the constant steering output transmission device 102 and the load wheel set 103 in FIG. 1 .

As shown in Figure 4, the transmission device 104 is composed of more than one of the following transmission devices, including: 1) various gear-type, belt-type, friction-type and other rotary transmissions with fixed speed ratio or variable speed ratio It is composed of a functional structure, or 2) is composed of a step or stepless transmission device operated by manpower, flow force, centrifugal force, torque or counter torque, or 3) can control and switch the relative rotation direction relationship between the input end and the output end transmission device, or 4) a clutch device operated by manpower, electromagnetic force, flow force, centrifugal force, torque or counter torque, or a one-way transmission clutch device (single way clutch) for connection transmission or interruption It is composed of the clutch function device of the transmission. the

This manpower-driven device with input steering recognition sound can also be further supplied for manpower-driven exercise devices, for example, exercise bicycles, as shown in Figure 5, the utility model is applied to the manpower-driven movement of the wheel set with fixed damping load The structural block schematic diagram of the device, which consists of a human input device 101 driven forward or reverse by both hands or feet or one of them, and at least one constant steering output transmission device 102, which The input end is used to receive the rotary kinetic energy output from the human input device 101 directly or through the transmission device 104, and then output in a constant rotation direction through the output end of the constant steering output transmission device 102 itself, and the output rotary kinetic energy can be directly or directly. The fixed damping load wheel set 106 is driven through the transmission device 104. The transmission device 104 is composed of more than one of the following transmission devices, including: 1) various gear-type, belt-type, friction-type, etc. rotary gears with fixed speed ratio or variable speed ratio or 2) a step-by-step or stepless transmission device operated by manpower, flow force, centrifugal force, torque or counter-torque, or 3) the relative direction of rotation between the input end and the output end can be controlled and switched 4) a clutch device operated by manpower, electromagnetic force, flow force, centrifugal force, torque or counter torque, or a one-way transmission clutch device (single way clutch) for connecting transmission Or the clutch function device that interrupts the transmission is formed. The fixed damping load wheel set 106 has fixed damping itself, and is used to generate fixed damping when operating as a moving device;

The fixed damping of the above-mentioned fixed damping load wheel set 106 itself includes: friction damping, fluid damping, anti-torque damping of power generation output, electric anti-torque or electromagnetic eddy current generation damping and other fixed damping structures.

Its main features are:

──Steering detection device 1010: It is a control structure with the function of detecting the steering direction and generating the start or stop operation of the sound generating device 1020, including: the steering detection device composed of physical structures, such as mechanical, electromechanical, photoelectric or electromagnetic The steering detection structure constituted by at least one of them, the above-mentioned steering detection device 1010 is provided at a position in the driving device that can detect the driving direction of the rider;

──Sound generating device 1020: composed of one or more of the following sound generating structures, including: 1) a mechanical sound generating device; 2) a sound generating device with a power supply, a solid-state electronic sound simulation circuit, and a speaker 3) It is composed of a sound generating device that stores audio and can be played; 4) It is composed of an audio playback device connected through a wireless line; 5) It is composed of a mechanically driven device that generates sound; 6) From a mechanical music box ; 7) Consists of sound devices that are specifically programmed and played in a loop; 8) Consists of two or more specifically composed different sound devices; 9) Consists of sound devices generated by random numbers, and accepts the control of the steering detection device To generate relative sound when driving in one particular direction, or produce different sound when driving in both directions;

The above-mentioned sound generating device 1020 includes a fixed volume or an adjustable volume;

The above-mentioned turning detection device 1010 is connected to the sound generating device 1020 through one or more of the following methods, including:

1) There is a mechanical connection between the steering detection device 1010 and the sound generating device 1020;

2) The connection between the steering detection device 1010 and the sound generating device 1020 is made of a power conductor;

3) between the steering detection device 1010 and the sound generating device 1020, including connection without wire, radio frequency, optical or sound wave transmission structure;

4) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body for direction identification and sound generation;

5) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device for steering recognition between the rotation input side and the hammer, for driving the hammer at the set steering direction to hit or be hit. The sound of the strike produces a sound;

6) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device arranged between the rotation input side and the hit sound part, for the impact of the hit sound part in a specific direction. The sound is produced by a fixed hammer.

This manpower-driven device with input steering recognition sound can also be applied to a manpower-driven exercise device with a controllable damping device, such as an exercise bike. As shown in Figure 6, the utility model is applied to a controllable damping device. Structural block diagram of the human-driven movement device of the load wheel set, which consists of a human input device 101 driven by both hands or feet or one of them, and at least one constant steering output transmission device 102, which The input end is used to receive the rotary kinetic energy output from the human input device 101 directly or through the transmission device 104, and then output in a constant rotation direction through the output end of the constant steering output transmission device 102 itself, and the output rotary kinetic energy can be directly or directly. The controllable damping load wheel set 107 is driven by the transmission device 104. The transmission device 104 is composed of one or more of the following transmission devices, including: 1) Various gear types, belt types, friction types, etc. with fixed or variable speed ratios It is composed of a rotary transmission functional structure, or 2) a staged or stepless transmission device operated by manpower, flow force, centrifugal force, torque or counter torque, or 3) the relative rotation between the input end and the output end can be controlled and switched 4) a clutch device operated by manpower, electromagnetic force, flow force, centrifugal force, torque or counter torque, or a one-way transmission clutch device (single way clutch) for connection Consisting of a clutch function device for transmission or interruption of transmission, the controllable damping load wheel set 107 has a controllable damping function, and is used to generate a controllable damping function when operating as a motion device;

The controllable damping produced by the above-mentioned controllable damping load wheel set 107 includes friction damping, fluid damping, anti-torque damping of power generation output, electric anti-torque or electromagnetic eddy current generation damping, etc. constituted by a damping structure for controlling the magnitude of damping produced by the controllable damping load wheel set 107;

The control method of the above-mentioned controllable damping load wheel set 107 can be controlled by fluid energy, mechanical energy or electric energy control methods and devices according to the selected damping structure to control the controllable damping load wheel set 107 to produce the controllable damping function.

Its main features are:

──Steering detection device 1010: It is a control structure with the function of detecting the steering and generating the start or stop operation of the sound generating device 1020, including the steering detection device composed of physical structures, such as mechanical, electromechanical, photoelectric or electromagnetic effect At least one of the steering detection structures constituted, the above-mentioned steering detection device 1010 is provided at a position in the driving device that can detect the driving direction of the rider;

──Sound generating device 1020: composed of one or more of the following sound generating structures, including: 1) a mechanical sound generating device; two sound generating devices consisting of a power supply, a solid-state electronic sound simulation circuit, and a speaker 3) It is composed of a sound generating device that stores audio and can be played; 4) It is composed of an audio playback device connected through a wireless line; 5) It is composed of a mechanically driven device that generates sound; 6) From a mechanical music box; 7) It is composed of sound devices that are specially written and played in a loop; 8) It is composed of two or more different sound devices that are specifically composed; 9) It is composed of sound devices generated by random numbers, and is controlled by the steering detection device to be in the Relatively sounding when driving in a specific direction, or different sounding when driving in both directions;

The above-mentioned sound generating device 1020 includes a fixed volume or an adjustable volume;

The above-mentioned turning detection device 1010 is connected to the sound generating device 1020 through one or more of the following methods, including:

1) There is a mechanical connection between the steering detection device 1010 and the sound generating device 1020;

2) The connection between the steering detection device 1010 and the sound generating device 1020 is made of a power conductor;

3) between the steering detection device 1010 and the sound generating device 1020, including connection without wire, radio frequency, optical or sound wave transmission structure;

4) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body for direction identification and sound generation;

5) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device for steering recognition between the rotation input side and the hammer, for driving the hammer at the set steering direction to hit or be hit. The sound of the strike produces a sound;

6) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device arranged between the rotation input side and the hit sound part, for the impact of the hit sound part in a specific direction. The sound is produced by a fixed hammer.

This human-driven device with input steering recognition sound can also be converted into a user who functions as a sports device by adding an additional fixed damping device 112 to the human-driven vehicle to generate a damping effect with the load wheel set 103; Fig. 7 is a schematic diagram of the structure of the utility model applied to a human-driven vehicle, and the damping is generated by adding a fixed damping device to form the function of the moving device. A driven human input device 101, and has at least one constant steering output transmission device 102, the input end of which is directly or through the transmission device 104 to receive the rotary kinetic energy output from the human input device 101, and then through the constant steering output transmission device The output end of 102 itself is output in a constant direction of rotation, and the output rotary kinetic energy can drive the load wheel set 103 directly or through the transmission device 104. The transmission device 104 is composed of one or more of the following transmission devices, including: 1) fixed Speed ratio or variable speed ratio gear type, belt type, friction type and other rotary transmission functional structures, or 2) staged or non-staged by manpower, flow force, centrifugal force, torque or counter torque operation It consists of a transmission device, or 3) a transmission device that can control and switch the relative rotation direction between the input end and the output end, or 4) is operated by manpower, electromagnetic force, flow force, centrifugal force, torque or counter torque, etc. Clutch device, or one-way transmission clutch device (single way clutch), is composed of a clutch function device for connecting or interrupting transmission;

The damping structure of the above-mentioned externally added fixed damping device 112 that supplies and loads the wheel set 103 to produce a damping effect includes a frictional damping type, a fluid damping type, an anti-torque damping type of power generation output, an electric anti-torque type or an electromagnetic eddy current generation damping type It is composed of a damping structure with controllable characteristics.

Its main features are:

──Steering detection device 1010: It is a control structure with the function of detecting the steering and generating the start or stop operation of the sound generating device 1020, including the steering detection device composed of physical structures, such as mechanical, electromechanical, photoelectric or electromagnetic effect At least one of the steering detection structures constituted, the above-mentioned steering detection device 1010 is provided at a position in the driving device that can detect the driving direction of the rider;

──Sound generating device 1020: composed of one or more of the following sound generating structures, including: 1) a mechanical sound generating device; 2) a sound generating device with a power supply, a solid-state electronic sound simulation circuit, and a speaker 3) It is composed of a sound generating device that stores audio and can be played; 4) It is composed of an audio playback device connected through a wireless line; 5) It is composed of a mechanically driven device that generates sound; 6) From a mechanical music box ; 7) Consists of sound devices that are specifically programmed and played in a loop; 8) Consists of two or more specifically composed different sound devices; 9) Consists of sound devices generated by random numbers, and accepts the control of the steering detection device To generate relative sound when driving in one particular direction, or produce different sound when driving in both directions;

The above-mentioned sound generating device 1020 includes a fixed volume or an adjustable volume;

The above-mentioned turning detection device 1010 is connected to the sound generating device 1020 through one or more of the following methods, including:

1) There is a mechanical connection between the steering detection device 1010 and the sound generating device 1020;

2) The connection between the steering detection device 1010 and the sound generating device 1020 is made of a power conductor;

3) between the steering detection device 1010 and the sound generating device 1020, including connection without wire, radio frequency, optical or sound wave transmission structure;

4) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body for direction identification and sound generation;

5) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device for steering recognition between the rotation input side and the hammer, for driving the hammer at the set steering direction to hit or be hit. The sound of the strike produces a sound;

6) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device arranged between the rotation input side and the hit sound part, for the impact of the hit sound part in a specific direction. The sound is produced by a fixed hammer.

This human-powered drive device with input steering recognition sound can also be provided with an additional controllable damping device 105 on the human-powered drive vehicle to convert the user who functions as a sports device; as shown in Figure 8, the utility model is applied to A human-powered vehicle is provided with a controllable damping device 105 to form a structural block diagram of a motion device function; its composition includes a human-powered input device 101 driven by both hands or feet or one of them, and There is at least one constant steering output transmission device 102, the input end of which is directly or through the transmission device 104 to receive the rotary kinetic energy output from the human input device 101, and then through the output end of the constant steering output transmission device 102 itself to perform constant rotation direction Output, the rotary kinetic energy of its output can drive load wheel group 103 directly or through transmission device 104, and transmission device 104 comprises and is made up of following one or more transmission devices, including: 1) Various gears with fixed speed ratio or variable speed ratio type, belt type, friction type and other rotary transmission functional structures, or 2) a segmented or stepless transmission device operated by manpower, flow force, centrifugal force, torque or counter torque, or 3) controllable 4) a clutch device operated by manpower, electromagnetic force, flow force, centrifugal force, torque or counter torque, or a one-way transmission clutch device ( single way clutch), which is composed of a clutch function device for connecting or interrupting the transmission, and the load wheel set 103 can be provided with at least one additional controllable damping device 105 for the load wheel set 103 to generate damping, so as to function as a motion device During operation, the damping can be controlled;

The damping structure of the above-mentioned external controllable damping device 105 includes frictional damping, fluid damping, anti-torque damping of power generation output, electric anti-torque or electromagnetic eddy current generation damping and other damping structures with controllable characteristics. The control method of the externally controllable damping device 105 can be controlled by fluid energy, mechanical or electric energy control methods and devices according to the selected damping structure, so as to control the damping value when operating as a motion device.

Its main features are:

──Steering detection device 1010: It is a control structure with the function of detecting the steering and generating the start or stop operation of the sound generating device 1020, including the steering detection device composed of physical structures, such as mechanical, electromechanical, photoelectric or electromagnetic effect At least one of the steering detection structures constituted, the above-mentioned steering detection device 1010 is provided at a position in the driving device that can detect the driving direction of the rider;

──Sound generating device 1020: composed of one or more of the following sound generating structures, including: 1) a mechanical sound generating device; 2) a sound generating device with a power supply, a solid-state electronic sound simulation circuit, and a speaker 3) It is composed of a sound generating device that stores audio and can be played; 4) It is composed of an audio playback device connected through a wireless line; 5) It is composed of a mechanically driven device that generates sound; 6) From a mechanical music box ; 7) Consists of sound devices that are specifically programmed and played in a loop; 8) Consists of two or more specifically composed different sound devices; 9) Consists of sound devices generated by random numbers, and accepts the control of the steering detection device To generate relative sound when driving in one particular direction, or produce different sound when driving in both directions;

The above-mentioned sound generating device 1020 includes a fixed volume or an adjustable volume;

The above-mentioned turning detection device 1010 is connected to the sound generating device 1020 through one or more of the following methods, including:

1) There is a mechanical connection between the steering detection device 1010 and the sound generating device 1020;

2) The connection between the steering detection device 1010 and the sound generating device 1020 is made of a power conductor;

3) between the steering detection device 1010 and the sound generating device 1020, including connection without wire, radio frequency, optical or sound wave transmission structure;

4) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body for direction identification and sound generation;

5) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device for steering recognition between the rotation input side and the hammer, for driving the hammer at the set steering direction to hit or be hit. The sound of the strike produces a sound;

6) The steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device arranged between the rotation input side and the hit sound part, for the impact of the hit sound part in a specific direction. The sound is produced by a fixed hammer.

This human-powered drive device with an input steering recognition sound is provided with a steering detection device 1010. The steering detection device 1010 is a control structure with the function of detecting the steering and generating the operation of the starting or stopping sound generating device 1020, including mechanical, electromechanical The steering detection structure constituted by at least one of light, light or electromagnetic effect, the above-mentioned steering detection device 1010 is provided at a position in the driving device that can detect the driving direction of the rider. the

This human-driven device with input steering recognition sound includes the control sound generating device 1020 to generate a specific sound when one of the steering is driven. the

This human-driven device with input steering recognition sound includes different sounds when different steering is driven. the

This device has a human-powered driving device that inputs steering recognition sound, and its sound generating device 1020 includes a mechanical sound generating device. the

In this human-driven device with input steering recognition sound, the sound generating device 1020 includes a sound generating device composed of a power supply, a solid-state electronic sound simulation circuit and a loudspeaker. the

This human-driven device with input steering recognition sound, its sound generating device 1020 is composed of a sound generating device from stored audio and playable. the

This device is equipped with a human-powered drive device that inputs and recognizes sound, and its sound generating device 1020 is composed of an audio playing device connected through a wireless line. the

This device has a human-driven device for inputting steering recognition sound, and its sound generating device 1020 is composed of a device that is mechanically driven to generate sound. the

This is a human-driven device with input and steering recognition sound, and its mechanical drive produces sound devices, including music boxes. the

This item has a human-driven device that inputs and turns to recognize sound, and its sound generating device 1020 includes a sound that is played in a loop by a specific program. the

This tool input turns to the human-powered drive device that recognizes the sound, and its sound generating device 1020 includes different sounds specifically written by two or more songs. the

This item has a human-powered drive device that inputs and turns to recognize sound, and its sound generating device 1020 includes sound generated by random numbers. the

This tool input turns to the manpower drive device of recognition sound, and its sound generating device 1020 includes adjustable volume. the

In this human-powered drive device with an input steering recognition sound, the steering detection device 1010 is composed of a mechanical structure for detecting the input side steering of the constant steering output transmission device 102 . the

In this human-powered device with an input steering recognition sound, the steering detection device 1010 is composed of a mechanical structure for detecting the steering of the input side or the output side of the transmission device 104 . the

In this human-powered drive device with input steering recognition sound, its steering detection device 1010 includes an electromagnetic coupling structure for detecting the input side steering of the constant steering output transmission device 102 . the

In this human-powered drive device with an input steering recognition sound, the steering detection device 1010 includes an electromagnetic coupling structure for detecting the steering of the input side or the output side of the transmission device 104 . the

This human-driven device with input steering recognition sound, its steering detection device 1010 includes non-contact, photoelectric, electromagnetic or electromagnetic induction, etc., for detecting the steering of the input side of the constant steering output transmission device 102. the

This human-driven device with input steering recognition sound, its steering detection device 1010 includes non-contact, photoelectric, electromagnetic or electromagnetic induction, etc., for detecting the steering of the input side or output side of the transmission device 104. . the

This item has a human-powered drive device that inputs a turning recognition sound, and the turning detection device 1010 and the sound generating device 1020 are connected mechanically. the

This device is equipped with a human-powered drive device that inputs a turning recognition sound, and the turning detection device 1010 and the sound generating device 1020 are connected by an electric energy conductor. the

This device has a human-driven device that inputs steering recognition sound, and its steering detection device 1010 is connected with a non-conductive, radio frequency, optical or acoustic wave transmission structure. the

This human-driven device with input steering recognition sound includes the steering detection device 1010 and the sound generating device 1020 as a co-constructed interactive body for direction recognition and sound generation. the

This device has a human-powered drive device for inputting the sound of steering recognition, wherein the steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device for steering recognition between the rotation input side and the hammer, for In the setting direction, the hammer is pulled to strike or be hit by the sound part to produce sound. the

This is a human-powered drive device with an input steering recognition sound, in which the steering detection device 1010 and the sound generating device 1020 form a co-constructed interactive body, including a one-way transmission device between the rotation input side and the struck sound part, for The sound is produced by pulling the hit part in a specific direction to collide with the fixed hammer. the

The above are only preferred embodiments of the present utility model, and are not intended to limit the scope of protection of the present utility model. Therefore, all equivalent changes and modifications made by using the spirit and scope of the utility model patent shall also belong to this patent. The scope of patent protection for utility models. the

Claims (8)

1. the Manpower driver of the tool input redirect identification sound; For having the manpower input media of doing two gyratory directions inputs; Its mouth supplies to transport to the constant input end that turns to output transmission, and through the constant mouth that turns to output transmission, does constant gyratory directions output; To drive the Manpower driver of load wheels; It is characterized in that the Manpower driver of the said tool input redirect identification sound has and turns to the function that produces the identification sound to driving in driving, its main composition is following:

--manpower input media (101): for through accepting the input that the manpower limbs comprise that hand or pin both or one of them are done the input that the bi-directional rotary of forward or reverse drives or done back and forth to drive; Bi-directional rotary output mechanism to produce selected speed ratio and relative forward or reverse is constituted; Comprise: the driving wheel group by pedal, crank and bi-directional rotary constitutes; Or constitute, or produce the manually driven mechanism arrangement commonly used that bi-directional rotary drives by manpower and constitute by the driving wheel group of handle, handle and bi-directional rotary;

--the kinetic energy of the first driving rotational direction and the input kinetic energy of the second driving rotational direction, for from the hand of manpower or pin both or one of them, for the input end that drives manpower input media (101);

--the first driving rotational direction and the second driving rotational direction are opposite sense;

--the constant output transmission (102) that turns to: the constant output transmission (102) that turns to is directly or through driving device to accept the different gyratory directions kinetic energy from manpower input media (101), and exports constant gyratory directions kinetic energy; Constitute constant output transmission (102) the in-to-in driver element that turns to, comprising: by 1) gear cluster; Or 2) friction wheels; Or 3) chain and chain wheel set; Or 4) belt and belt pulley set; Or 5) driving crank and wheels; Or 6) fluid transmission means; Or 7) the electromagnetic force driving device constitutes, or is made up of above-mentioned wherein more than one driver elemenies; The constant output transmission (102) that turns to is when the first driving rotational direction and the second driving rotational direction driving of the different gyratory directionss of input, and input end is to making the speed ratio of constant gyratory directions mouth, is identical, difference or converter speed ratio;

--load wheels (103): for turning to output transmission (102) mouth institute's direct drive or do the constant wheels type load that singly turns to driving through driving device by constant;

Its principal particulars is for being provided with:

--turn to detecting device (1010): turn to function and generation to start or stop the control structure of sound generation device (1020) running for having to detect; Comprise: turned to detecting device by what the physical property structure constituted; What constitute for mechanical type, electromechanical, photo-electric or galvanomagnetic effect are wherein at least a turns to detection architecture, and the above-mentioned detecting device (1010) that turns to is for supplying to be arranged at the position that supplies to detect rider's driving direction in the actuating device;

--sound generation device (1020): following more than one the sound of serving as reasons produces structure and constitutes, and comprising: 1) mechanical type sound equipment generation device constitutes; 2) sound generation device that constituted of tool power supply and the solid-state electronic formula sound artificial circuit and loudspeaker constitutes; 3) constitute from the sound generation device that stores audio communication and broadcast; 4) constitute through radiolink bonded assembly audio communication playing device; 5) device by the Mechanical Driven generation sound constitutes; 6) from the mechanical type music box; 7) constitute by the specific sound device of writing loop play; 8) by two first or more than two head specific different sound devices of writing constitute; 9) sound device that is produced by random number constitutes, and accepts to turn to controlling specificly turning to when driving the generation sound relatively therein of detecting device, or produces the different sounds during bi-directional drive;

Above-mentioned sound generation device (1020) comprises constant volume or regulates volume;

The above-mentioned detecting device (1010) that turns to connects comprising through following more than one modes between the sound generation device (1020), comprising:

1) turns to and comprise through mechanical type between detecting device (1010) and the sound generation device (1020) and connecting;

2) turn to and comprise with the electric energy conductor between detecting device (1010) and the sound generation device (1020) and connecting;

3) turn between detecting device (1010) and the sound generation device (1020), comprise with no lead, radio frequency, optics or sonic transmissions structure connecting;

4) by turning to detecting device (1010) and sound generation device (1020) to be the interactive body of common structure, discern and produce the sound and make direction;

5) by turning to detecting device (1010) and sound generation device (1020) to be the interactive body of common structure; Be included in and rotate input side and hit between the mallet; Setting turns to the unidirectional transmission of identification, supplies to turn to affect in setting to hit mallet and produce the sound with the loud portion of hitting or being hit;

6) by turning to detecting device (1010) and sound generation device (1020) to be the interactive body of common structure; Be included in and rotate between input side and the quilt loud portion of hitting; Unidirectional transmission is set, supplies to affect the loud portion hit to hit mallet and produce the sound with what collision was fixed specific turning to.

2. the Manpower driver of the input redirect of having the according to claim 1 identification sound; It is characterized in that; The Manpower driver of the said tool input redirect identification sound further adds driving device (104) at manpower input media (101) and constant turning between the output transmission (102); The formation of its driving device (104) comprises by following more than one drivings device and constituting; Comprise: 1) the swinging transmission agency structure of various gear tyves, belt-type or the friction-type of fixed speed ratio or converter speed ratio constitutes, or 2) the section of having or continuously variable transmission device through manpower, stream power, centnifugal force, torque or counter torque operation constitute, or 3) control the driving device that the relative gyratory directions of switching input end and mouth concerns and constitute; Or 4) by manpower, electromagnetic force, stream power, centnifugal force, torque or the operated arrangement of clutch of counter torque; Or unidirectional transmission clutch, constituted with the clutch function device that connects transmission or interruption transmission, and manpower input media (101) is for accepting from staff or pin; Both or one of them are done the driving of forward or reverse, and do the output that turns to relatively of selected speed ratio.

3. the Manpower driver of the input redirect of having the according to claim 1 identification sound; It is characterized in that; The Manpower driver of the said tool input redirect identification sound further adds driving device (104) constant turning between output transmission (102) and the load wheels (103); The formation of its driving device (104) comprises by following more than one drivings device and constituting; Comprise: 1) the swinging transmission agency structure of various gear tyves, belt-type or the friction-type of fixed speed ratio or converter speed ratio constitutes; Or 2) section of having or the continuously variable transmission device through manpower, stream power, centnifugal force, torque or counter torque operation constitutes, or 3) control the driving device that the relative gyratory directions of switching input end and mouth concerns and constitute, or 4) by manpower, electromagnetic force, stream power, centnifugal force, torque or the operated arrangement of clutch of counter torque; Or unidirectional transmission clutch, constituted with the clutch function device that connects transmission or interruption transmission.

4. the Manpower driver of the input redirect of having the according to claim 1 identification sound; It is characterized in that; The Manpower driver of the said tool input redirect identification sound further manpower input media (101) with constant turn to reach between the output transmission (102) add driving device (104) constant turning between output transmission (102) and the load wheels (103); The formation of its driving device (104) comprises by following more than one drivings device and constituting; Comprise: 1) the swinging transmission agency structure of various gear tyves, belt-type or the friction-type of fixed speed ratio or converter speed ratio constitutes; Or 2) section of having or the continuously variable transmission device through manpower, stream power, centnifugal force, torque or counter torque operation constitutes; Or 3) controlling the driving device that the relative gyratory directions that switches input end and mouth concerns constitutes; Or 4) by operated arrangement of clutch such as manpower, electromagnetic force, stream power, centnifugal force, torque or counter torques, or unidirectional transmission clutch, constituted with the clutch function device that connects transmission or interruption transmission.

5. the Manpower driver of the input redirect of having the according to claim 1 identification sound; It is characterized in that; The Manpower driver of the said tool input redirect identification sound further supply is used for manpower drive movement device; Comprise the hand that is provided with through manpower or pin both or one of them; Make the manpower input media (101) that forward or reverse drives, and have at least one constant output transmission (102) that turns to, its input end supplies to accept directly or through driving device (104) the revolution kinetic energy exported from manpower input media (101); Do the output of constant gyratory directions again via the constant mouth that turns to output transmission (102) itself; The revolution kinetic energy of its output is directly or through driving device (104) drive fixing damping loads wheels (106), and driving device (104) comprises by following more than one drivings device and constituting that comprise: 1) the swinging transmission agency structure of various gear tyves, belt-type or the friction-type of fixed speed ratio or converter speed ratio constitutes; Or 2) section of having or the continuously variable transmission device through manpower, stream power, centnifugal force, torque or counter torque operation constitutes; Or 3) control the driving device that the relative gyratory directions that switches input end and mouth concerns and constitute, or 4) by operated arrangement of clutch such as manpower, electromagnetic force, stream power, centnifugal force, torque or counter torques, or unidirectional transmission clutch; Clutch function device to connect transmission or interruption transmission is constituted; Fixedly damping loads wheels (106) when operating as running gear, supply to produce fixedly damping for itself having fixedly damping;

The fixedly damping of said fixing damping loads wheels (106) itself comprises that the fixedly damping structure by friction damping formula, fluid damping formula, the counter torque damping type of generating output, electronic counter torque formula or electromagnetic eddy generating damping type constitutes;

Its principal particulars is for being provided with:

--turn to detecting device (1010): turn to function and generation to start or stop the control structure of sound generation device (1020) running for having to detect; Comprise by what the physical property structure was constituted and turn to detecting device; What constitute for mechanical type, electromechanical, photo-electric or galvanomagnetic effect are wherein at least a turns to detection architecture, and the above-mentioned detecting device (1010) that turns to is for supplying to be arranged at the position that supplies to detect rider's driving direction in the actuating device;

--sound generation device (1020): following more than one the sound of serving as reasons produces structure and constitutes, and comprising: 1) mechanical type sound equipment generation device constitutes; 2) sound generation device that constituted of tool power supply and the solid-state electronic formula sound artificial circuit and loudspeaker constitutes; 3) constitute from the sound generation device that stores audio communication and broadcast; 4) constitute through radiolink bonded assembly audio communication playing device; 5) device by the Mechanical Driven generation sound constitutes; 6) from the mechanical type music box; 7) constitute by the specific sound device of writing loop play; 8) by two first or more than two head specific different sound devices of writing constitute; 9) sound device that is produced by random number constitutes, and accepts to turn to controlling specificly turning to when driving the generation sound relatively therein of detecting device, or produces the different sounds during bi-directional drive;

Above-mentioned sound generation device (1020) comprises constant volume or regulates volume;

The above-mentioned detecting device (1010) that turns to connects comprising through following more than one modes between the sound generation device (1020), comprising:

1) turns to and comprise through mechanical type between detecting device (1010) and the sound generation device (1020) and connecting;

2) turn to and comprise with the electric energy conductor between detecting device (1010) and the sound generation device (1020) and connecting;

3) turn between detecting device (1010) and the sound generation device (1020), comprise with no lead, radio frequency, optics or sonic transmissions structure connecting;

4) by turning to detecting device (1010) and sound generation device (1020) to be the interactive body of common structure, discern and produce the sound and make direction;

5) by turning to detecting device (1010) and sound generation device (1020) to be the interactive body of common structure; Be included in and rotate input side and hit between the mallet; Setting turns to the unidirectional transmission of identification, supplies to turn to affect in setting to hit mallet and produce the sound with the loud portion of hitting or being hit;

6) by turning to detecting device (1010) and sound generation device (1020) to be the interactive body of common structure; Be included in and rotate between input side and the quilt loud portion of hitting; Unidirectional transmission is set, supplies to affect the loud portion hit to hit mallet and produce the sound with what collision was fixed specific turning to.

6. the Manpower driver of the input redirect of having the according to claim 1 identification sound; It is characterized in that; The Manpower driver of the said tool input redirect identification sound comprises and is applied to be provided with the manpower drive movement device of controlling damping arrangement; Its formation comprises the hand that is provided with through manpower or pin both or manpower input media (101) that one of them drove; And has at least one constant output transmission (102) that turns to; Its input end supplies directly or accepts the revolution kinetic energy exported from manpower input media (101) through driving device (104), does the output of constant gyratory directions again via the constant mouth that turns to output transmission (102) itself, and the revolution kinetic energy of its output directly or through driving device (104) driving can be controlled damping loads wheels (107); Driving device (104) comprises by following more than one drivings device and constituting; Comprise: 1) the swinging transmission agency structure of various gear tyves, belt-type or the friction-type of fixed speed ratio or converter speed ratio constitutes, or 2) the section of having or continuously variable transmission device through manpower, stream power, centnifugal force, torque or counter torque operation constitute, or 3) control the driving device that the relative gyratory directions of switching input end and mouth concerns and constitute; Or 4) by manpower, electromagnetic force, stream power, centnifugal force, torque or the operated arrangement of clutch of counter torque; Or unidirectional transmission clutch, constituted with the clutch function device that connects transmission or interruption transmission, damping loads wheels (107) can be controlled and damping function can be controlled for itself having; When operating, supply to produce the function that to control damping as running gear;

Above-mentionedly control the damping controlled that damping loads wheels (107) are produced; But the damping structure that comprises the tool manipulation function of the counter torque damping type of being exported by friction damping formula, fluid damping formula, generating, electronic counter torque formula or electromagnetic eddy generating damping type constitutes, and can control the damping size that damping loads wheels (107) are produced for controlling;

The above-mentioned control mode of controlling damping loads wheels (107) according to selected damping structure form, and through fluid ability, mechanical or electrical energy control mode and device, can be controlled the function that damping loads wheels (107) generation can be controlled damping to control;

Its principal particulars is for being provided with:

--turn to detecting device (1010): turn to function and generation to start or stop the control structure of sound generation device (1020) running for having to detect; Comprise by what the physical property structure was constituted and turn to detecting device; What constitute for mechanical type, electromechanical, photo-electric or galvanomagnetic effect are wherein at least a turns to detection architecture, and the above-mentioned detecting device (1010) that turns to is for supplying to be arranged at the position that supplies to detect rider's driving direction in the actuating device;

--sound generation device (1020): following more than one the sound of serving as reasons produces structure and constitutes, and comprising: 1) mechanical type sound equipment generation device constitutes; 2) sound generation device that constituted of tool power supply and the solid-state electronic formula sound artificial circuit and loudspeaker constitutes; 3) constitute from the sound generation device that stores audio communication and broadcast; 4) constitute through radiolink bonded assembly audio communication playing device; 5) device by the Mechanical Driven generation sound constitutes; 6) from the mechanical type music box; 7) constitute by the specific sound device of writing loop play; 8) by two first or more than two head specific different sound devices of writing constitute; 9) sound device that is produced by random number constitutes, and accepts to turn to controlling specificly turning to when driving the generation sound relatively therein of detecting device, or produces the different sounds during bi-directional drive;

Above-mentioned sound generation device (1020) comprises constant volume or regulates volume;

The above-mentioned detecting device (1010) that turns to connects comprising through following more than one modes between the sound generation device (1020), comprising:

1) turns to and comprise through mechanical type between detecting device (1010) and the sound generation device (1020) and connecting;

2) turn to and comprise with the electric energy conductor between detecting device (1010) and the sound generation device (1020) and connecting;

3) turn between detecting device (1010) and the sound generation device (1020), comprise with no lead, radio frequency, optics or sonic transmissions structure connecting;

4) by turning to detecting device (1010) and sound generation device (1020) to be the interactive body of common structure, discern and produce the sound and make direction;

5) by turning to detecting device (1010) and sound generation device (1020) to be the interactive body of common structure; Be included in and rotate input side and hit between the mallet; Setting turns to the unidirectional transmission of identification, supplies to turn to affect in setting to hit mallet and produce the sound with the loud portion of hitting or being hit;

6) by turning to detecting device (1010) and sound generation device (1020) to be the interactive body of common structure; Be included in and rotate between input side and the quilt loud portion of hitting; Unidirectional transmission is set, supplies to affect the loud portion hit to hit mallet and produce the sound with what collision was fixed specific turning to.

7. the Manpower driver of the input redirect of having the according to claim 1 identification sound; It is characterized in that; The Manpower driver of the said tool input redirect identification sound is included in manpower and drives carrier and add separately and add fixedly damping arrangement (112); For producing damping with load wheels (103); And conversion is as the user of running gear function, and its formation comprises the hand that is provided with through manpower or pin both or manpower input media (101) that one of them drove, and has at least one constant output transmission (102) that turns to; Its input end supplies to accept directly or through driving device (104) the revolution kinetic energy exported from manpower input media (101); Do the output of constant gyratory directions again via the constant mouth that turns to output transmission (102) itself, the revolution kinetic energy of its output directly or through driving device (104) drives load wheels (103), and driving device (104) comprises by following more than one drivings device and constituting; Comprise: 1) the swinging transmission agency structure of various gear tyves, belt-type or the friction-type of fixed speed ratio or converter speed ratio constitutes; Or 2) section of having or the continuously variable transmission device through manpower, stream power, centnifugal force, torque or counter torque operation constitutes, or 3) control the driving device that the relative gyratory directions of switching input end and mouth concerns and constitute, or 4) by manpower, electromagnetic force, stream power, centnifugal force, torque or the operated arrangement of clutch of counter torque; Or unidirectional transmission clutch, constituted with the clutch function device that connects transmission or interruption transmission;

The above-mentioned fixedly damping structure of damping arrangement (112) that adds that supplies to produce with load wheels (103) damping that adds comprises that the damping structure that can control characteristic by the tool of friction damping formula, fluid damping formula, the counter torque damping type of generating output, electronic counter torque formula or electromagnetic eddy generating damping type constitutes;

Its principal particulars is for being provided with:

--turn to detecting device (1010): turn to function and generation to start or stop the control structure of sound generation device (1020) running for having to detect; Comprise by what the physical property structure was constituted and turn to detecting device; What constitute for mechanical type, electromechanical, photo-electric or galvanomagnetic effect are wherein at least a turns to detection architecture, and the above-mentioned detecting device (1010) that turns to is for supplying to be arranged at the position that supplies to detect rider's driving direction in the actuating device;

--sound generation device (1020): following more than one the sound of serving as reasons produces structure and constitutes, and comprising: 1) mechanical type sound equipment generation device constitutes; 2) sound generation device that constituted of tool power supply and the solid-state electronic formula sound artificial circuit and loudspeaker constitutes; 3) constitute from the sound generation device that stores audio communication and broadcast; 4) constitute through radiolink bonded assembly audio communication playing device; 5) device by the Mechanical Driven generation sound constitutes; 6) from the mechanical type music box; 7) constitute by the specific sound device of writing loop play; 8) by two first or more than two head specific different sound devices of writing constitute; 9) sound device that is produced by random number constitutes, and accepts to turn to controlling specificly turning to when driving the generation sound relatively therein of detecting device, or produces the different sounds during bi-directional drive;

Above-mentioned sound generation device (1020) comprises constant volume or regulates volume;

The above-mentioned detecting device (1010) that turns to connects comprising through following more than one modes between the sound generation device (1020), comprising:

1) turns to and comprise through mechanical type between detecting device (1010) and the sound generation device (1020) and connecting;

2) turn to and comprise with the electric energy conductor between detecting device (1010) and the sound generation device (1020) and connecting;

3) turn between detecting device (1010) and the sound generation device (1020), comprise with no lead, radio frequency, optics or sonic transmissions structure connecting;

4) by turning to detecting device (1010) and sound generation device (1020) to be the interactive body of common structure, discern and produce the sound and make direction;

5) by turning to detecting device (1010) and sound generation device (1020) to be the interactive body of common structure; Be included in and rotate input side and hit between the mallet; Setting turns to the unidirectional transmission of identification, supplies to turn to affect in setting to hit mallet and produce the sound with the loud portion of hitting or being hit;

6) by turning to detecting device (1010) and sound generation device (1020) to be the interactive body of common structure; Be included in and rotate between input side and the quilt loud portion of hitting; Unidirectional transmission is set, supplies to affect the loud portion hit to hit mallet and produce the sound with what collision was fixed specific turning to.

8. the Manpower driver of the input redirect of having the according to claim 1 identification sound; It is characterized in that; The Manpower driver of the said tool input redirect identification sound is included in manpower and drives carrier and be provided with separately to add and can control damping arrangement (105); With the user of conversion as the running gear function; Its formation comprises the hand that is provided with through manpower or pin both or manpower input media (101) that one of them drove, and has at least one constant output transmission (102) that turns to, and its input end supplies to accept directly or through driving device (104) the revolution kinetic energy exported from manpower input media (101); Do the output of constant gyratory directions again via the constant mouth that turns to output transmission (102) itself; The revolution kinetic energy of its output directly or through driving device (104) drives load wheels (103), and driving device (104) comprises by following more than one drivings device and constituting that comprise: 1) the swinging transmission agency structure of various gear tyves, belt-type or the friction-type of fixed speed ratio or converter speed ratio constitutes; Or 2) section of having or the continuously variable transmission device through manpower, stream power, centnifugal force, torque or counter torque operation constitutes; Or 3) control the driving device that the relative gyratory directions that switches input end and mouth concerns and constitute, or 4) by manpower, electromagnetic force, stream power, centnifugal force, torque or the operated arrangement of clutch of counter torque, or unidirectional transmission clutch; Clutch function device to connect transmission or interruption transmission is constituted; Load wheels (103) supply adding of damping of load wheels (103) generation can control damping arrangement (105) for being provided with at least one, with as the running gear functional operation time, supply to control damping;

The above-mentioned damping structure that to control damping arrangement (105) that adds; Comprise that the damping structure that can control characteristic by the tool of friction damping formula, fluid damping formula, the counter torque damping type of generating output, electronic counter torque formula or electromagnetic eddy generating damping type constitutes; And the said control mode that can control damping arrangement (105) that adds is complied with selected damping structure form; And through fluid ability or machinery or electric energy control mode and device, to control the damping size as the running gear functional operation time;

Its principal particulars is for being provided with:

--turn to detecting device (1010): turn to function and generation to start or stop the control structure of sound generation device (1020) running for having to detect; Comprise by what the physical property structure was constituted and turn to detecting device; What constitute for mechanical type, electromechanical, photo-electric or galvanomagnetic effect are wherein at least a turns to detection architecture, and the above-mentioned detecting device (1010) that turns to is for supplying to be arranged at the position that supplies to detect rider's driving direction in the actuating device;

--sound generation device (1020): following more than one the sound of serving as reasons produces structure and constitutes, and comprising: 1) mechanical type sound equipment generation device constitutes; 2) sound generation device that constituted of tool power supply and the solid-state electronic formula sound artificial circuit and loudspeaker constitutes; 3) constitute from the sound generation device that stores audio communication and broadcast; 4) constitute through radiolink bonded assembly audio communication playing device; 5) device by the Mechanical Driven generation sound constitutes; 6) from the mechanical type music box; 7) constitute by the specific sound device of writing loop play; 8) by two first or more than two head specific different sound devices of writing constitute; 9) sound device that is produced by random number constitutes, and accepts to turn to controlling specificly turning to when driving the generation sound relatively therein of detecting device, or produces the different sounds during bi-directional drive;

Above-mentioned sound generation device (1020) comprises constant volume or regulates volume;

The above-mentioned detecting device (1010) that turns to connects comprising through following more than one modes between the sound generation device (1020), comprising:

1) turns to and comprise through mechanical type between detecting device (1010) and the sound generation device (1020) and connecting;

2) turn to and comprise with the electric energy conductor between detecting device (1010) and the sound generation device (1020) and connecting;

3) turn between detecting device (1010) and the sound generation device (1020), comprise with no lead, radio frequency, optics or sonic transmissions structure connecting;

4) by turning to detecting device (1010) and sound generation device (1020) to be the interactive body of common structure, discern and produce the sound and make direction;

5) by turning to detecting device (1010) and sound generation device (1020) to be the interactive body of common structure; Be included in and rotate input side and hit between the mallet; Setting turns to the unidirectional transmission of identification, supplies to turn to affect in setting to hit mallet and produce the sound with the loud portion of hitting or being hit;

6) by turning to detecting device (1010) and sound generation device (1020) to be the interactive body of common structure; Be included in and rotate between input side and the quilt loud portion of hitting; Unidirectional transmission is set, supplies to affect the loud portion hit to hit mallet and produce the sound with what collision was fixed specific turning to.

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