58results about How to "Correct assistance needs" patented technology

A moped employing a sensor with uniformly distributed magnetic blocks in a shell disclosed by the invention is an electric moped for providing a power signal by multi-point magnetic induction. The sensor comprises a sensing element, a power model processor, a digital-analogue converter and an operational amplifier which are orderly connected, wherein the sensing element comprises a rotating plate and a fixing plate; the permanent magnet blocks and halls are arranged on the fixing plate; a plurality of adjacent permanent magnet blocks of which the magnetic polarities are opposite are fixedly arranged on the rotating plate; the halls on the fixing plate are arranged at the positions near the permanent magnet blocks; the sensor is sleeved outside a middle shaft of a bicycle; and the operational amplifier is connected with a motor controller. The moped has the advantages that the opposite positions of the permanent magnet blocks and the halls are fixed; the halls can obtain rectangular wave signals; the sensor conveniently outputs an artificially set power model via digital treatment; and a power starting point, a finishing point and force are reasonable, so that a person and a machine can be matched and the electricity is saved.

The invention discloses a rotating disc type sensing element with a plurality of unevenly distributed magnet blocks, belongs to the technical field of providing signals through magnetic induction, and in particular relates to the technology of providing a control signal through multi-point position magnetic induction on a rotating part. A plurality of permanent magnets distributed annularly are fixedly arranged on a rotating disc, and the spacings between the plurality of permanent magnets are different; the adjacent permanent magnets are opposite in magnetic polarity on one surface of the rotating disc; in other words, the distribution manner of the magnetic polarities of all permanent magnets on one surface of the rotating disc are pole N, pole S, pole N...; and a hall is arranged in a position in the vicinity of the permanent magnets. The rotating disc type sensing element with the plurality of unevenly distributed magnet blocks has the following advantages that with the opposite N-S distribution manner of the magnetic polarities of the adjacent permanent magnets, the hall is capable of obtaining a rectangular wave signal, thereby facilitating digital processing of the signal; and as the spacings between the plurality of permanent magnets are different, the rectangular wave signal is capable of indicating the positions of the permanent magnets on the rotating disc; and therefore, the uses of different rectangular waves are determined.

The invention provides a rotating disk type sensing element with uniform distribution of multiple magnetic blocks, belongs to the technical field of providing signals by magnetic induction and particularly relates to a technology for performing multi-point magnetic induction on a rotating part for providing control signals. A plurality of permanent magnets, which are annularly distributed, are fixedly arranged on a rotating disk, the magnetic polarities of the adjacent permanent magnets on one surface of the rotating disk are opposite, and the distribution way of the magnetic polarities of all the permanent magnets on the surface of the rotating disk is N pole, S pole, N pole...; and Halls are arranged in the positions near the permanent magnets. The rotating disk type sensing element has the advantages that, by utilizing the NS opposite distribution way of the magnetic polarities of the adjacent permanent magnets, the Halls can obtain rectangular wave signals and digital processing can be conveniently performed on the signals.

The invention relates to a power assisting bicycle with an adjustable magnet block position sensor on a flywheel, and an electric power assisting bicycle adopting multi-point magnetic induction for providing power assisting signals. A sensor comprises a sensing element, a power assisting model processor, a digital to analog converter and an operational amplifier, which are connected in sequence, wherein a plurality of permanent magnets are fixedly arranged on the flywheel serving as the sensing element in such a manner that the adjacent magnetic polarities of the permanent magnets are opposite; the distance between the permanent magnets is adjustable; Halls of the sensing element are arranged on a bicycle frame near the permanent magnets; and the operational amplifier is connected with a motor controller. The power assisting bicycle has the advantages that the Halls can acquire rectangular wave signals; the sensor can conduct digital processing on the rectangular wave signals and output a power assisting model which can be set artificially; and the power assisting model can be adjusted to a power assisting starting point and a power assisting end point with reasonable power, so that a man and a machine can match each other optimally with less electricity.

The invention discloses a sensing element with a plurality of magnet blocks uniformly distributed in a housing, belongs to the technical field of signal providing magnetic induction, and particularly relates to a technology for providing a control signal with multi-point magnetic induction on a rotating component. A plurality of permanent magnets and Halls are arranged in cavities embedded in a rotation plate and a fixed plate; the permanent magnets are fixedly arranged on the rotation plate and distributed to form a ring-shaped structure in such a manner that the adjacent magnetic polarities of the permanent magnets are opposite, that is, the distribution manner is N pole, S pole, N pole and so on; and the Halls on the fixed plate are arranged in positions near the permanent magnets. The sensing element has the advantages that as the adjacent magnetic polarities of the permanent magnets are opposite, that is, the distribution manner is N pole, S pole, N pole and so on, the Halls can acquire rectangular wave signals, and digital processing can be conducted on the rectangular wave signals conveniently; and the positions of the permanent magnets and the Halls are fixed relatively, so that signals can be output reliably.

A sensor having multiple magnetic blocks of adjustable positions and magnetic fluxes in a housing, comprising, sequentially connected, a sensing element, a power-assist model processor (21), a digital-to-analog converter (27), and an operational amplifier (28). The sensing element comprises a rotating disk (1) and an annular groove fixed disk (40) fitted therewith. Fixedly arranged on the rotating disk (1) are multiple permanent magnet blocks (2) in a circular-annular distribution, the spacing intervals of the permanent magnet blocks (2) are adjustable and the magnetic fluxes of the permanent magnet blocks (2) at different positions are adjustable, and the magnetic polarities of adjacent permanent magnet blocks (2) are opposite, that is, distributed in a pattern of N pole, S pole, N pole...; the Hall element (3) on the fixed disk (40) is arranged at a position in proximity to the permanent magnet blocks (2). The distribution of the N and S poles of the permanent magnet blocks (2) allows the Hall element (3) to acquire a rectangular wave signal, and to add a digital processing for setting a power-assist model. By utilizing the different spacing intervals and magnetic fluxes, the rectangular wave signal is allowed to express the positions of the permanent magnet blocks (2) on the rotating disk (1), and to determine the uses of different rectangular waves. The relative positions of the permanent magnet blocks (2) and of the Hall element (3) are fixed, while signal output is reliable.

A moped provided with a sensor with uniformly distributed magnetic blocks on a motor casing disclosed by the invention. is an electric moped for providing a power signal by multi-point magnetic induction. The sensor comprises a sensing element, a power model processor, a digital-analogue converter and an operational amplifier which are orderly connected, wherein a plurality of adjacent permanent magnet blocks of which the magnetic polarities are opposite are fixedly arranged on the motor casing as the sensing element; a hall of the sensing element is arranged on a frame near the permanent magnet blocks; and the operational amplifier is connected with a motor controller. The moped has the advantages that the hall can obtain a rectangular wave signal; the sensor conveniently outputs an artificially set power model via digital treatment, and a power starting point, a finishing point and force are reasonable, so that a person and a machine can be matched and the electricity is saved.

The invention discloses an assisted bicycle with a sensor with a plurality of magnet blocks uniformly distributed in a shell, and belongs to an electric assisted bicycle which can provide assistance signals by multi-point magnetic induction. The sensor comprises a sensing element, an assistance model processor, a digital-to-analogue converter and an operational amplifier which are connected in sequence, wherein the sensing element comprises permanent magnet blocks and a Hall element which are arranged in the cavity formed by embedding a rotary disc into a fixed disc; a plurality of permanent magnet blocks are fixedly arranged on the rotary disc, wherein the magnetic polarities of adjacent permanent magnet blocks are opposite to each other; the Hall element on the fixed disc is arranged at the position close to the permanent magnet blocks; a sensor is arranged on a central shaft of a wheel of the bicycle; and the operational amplifier is connected with a motor controller. The assisted bicycle has the advantages that the relative position between the permanent magnet blocks and the Hall element is fixed; the Hall element can acquire square-wave signals, and the square-wave signals are subjected to the digital processing by the sensor and an assistance model is set artificially; the start point, the end point, and the power of the assistance are reasonable; and man and machine can be matched and electricity can be saved.

The invention provides a booster bicycle with an adjustable magnetic block position sensor arranged on a motor shell, and discloses an electric booster bicycle capable of providing booster signals by multiple-point position sensing. The sensor comprises a sensing element, a booster model processor, a digital-analog converter and an operational amplifier which are connected in sequence, wherein a plurality of permanent magnetic blocks with opposite adjacent magnetic polarities are fixedly arranged on a motor shell which is taken as the sensing element, the distance between the permanent magnetic blocks can be adjusted, the hall of the sensing element is arranged on a frame close to the permanent magnetic blocks, the operational amplifier is connected with a motor controller. The booster bicycle has the advantages that the hall can obtain square wave signals, the sensor can be used for outputting after the digital processing, a booster model can be set artificially, the distance between the booster model to the booster start point, the distance between the booster model to the booster finishing point, and the booster power are adjusted to be reasonable, so that a user and a machine can be best matched, and the power is saved.

The invention discloses a turntable sensor with uniformly distributed magnetic blocks for a moped, belongs to the technical field of providing a signal by magnetic induction, and particularly relates to a technology for carrying out multi-point magnetic induction to provide a control signal on a rotating component. The turntable sensor comprises a sensing element, a power model processor, a digital-analogue converter and an operational amplifier which are orderly connected, wherein the sensing element is that a plurality of permanent magnet blocks which are distributed in a ring are fixedly arranged on a rotating plate; the magnetic polarities of the adjacent permanent magnet blocks are opposite at one side of the rotating plate, namely the magnetic polarity distribution mode of all permanent magnet blocks at one side of the rotating plate is an N pole, an S pole, the N pole ...; and halls are arranged at the positions near the permanent magnet blocks. The sensor has the advantages that the halls can obtain rectangular wave signals by an opposite distribution mode of the magnetic polarities NS of the adjacent permanent magnet blocks; the signals can be conveniently subjected to digital treatment, and the sensor is the sensor capable of outputting an electric signal with an artificially set control model.

The invention discloses a multi-magnetic block position-adjustable turntable sensor for an assisted bicycle, and belongs to the technology of providing a control signal by performing multi-point magnetic induction. The multi-magnetic block position-adjustable turntable sensor for the assisted bicycle comprises a sensing element, an assistance model processor, a digital-to-analogue converter and an operational amplifier which are connected in sequence; the sensing element is a plurality of permanent magnet blocks with adjustable space which are arranged on a turntable; the magnetic polarities of adjacent permanent magnet blocks are opposite, namely the distribution way is pole N, pole S, pole N, ellipsis; and a Hall element is arranged at the position close to the permanent magnet blocks. The multi-magnetic block position-adjustable turntable sensor for the assisted bicycle has the advantages that the Hall element can acquire square-wave signals by utilizing the NS opposite distribution way of the magnetic polarities of the adjacent permanent magnet blocks, and digital processing of the signals is facilitated; the square-wave signals can represent the positions of the permanent magnet blocks on the turntable by adjusting the distance among the permanent magnet blocks, and the application of different square waves are determined; and the sensor can output control model electric signals which are matched with the movement position of the permanent magnet blocks and are set artificially.