108 results about "Long distance running" patented technology

The invention relates to a capacitor based energy storage module and an electric vehicle using the same. For providing an electric vehicle which can meet the requirements of long distance running and rapid acceleration at the same time, the electric vehicle of present invention comprising: An electric control unit controlling all operations of the electric vehicle; An energy storage unit having one or more energy devices based on meta-capacitor which provides needed electric energy of the electric vehicle; A DC-DC converter receiving control signal from said electric control unit to convert the energy from said energy storage unit then provide to motor; A motor converting the electric energy into mechanical energy to drive the wheels; Wheels are driven by the motor to make the electric vehicle run.

The invention supplies multi-language multiplatform parallel debugging and performance analysis method under isomerization environment. The parallel debugging and performance analysis system is divided into monitoring end, concentrating watching process, and long distance running node. It realizes visualization performance analysis and debugging which includes the steps that front end code analysis, auto pile pitching, debugging support and performance analysis, and visualization user management. It supports isomerization parallel environment, multi-language and parallel platform of which architecture irrespective with the language and parallel platform has pile pitching module independent of the concrete programming language and parallel library. It supplies a new method and means for multi-language multiplatform parallel debugging and performance analysis under isomerization environment.

Functional pants include a pant body, two front bands, two rhombic bands and two back bands. The two rhombic bands are disposed corresponding to the wearer's gluteus medius muscles that work to extend and lift the legs during a long-distance running. The rhombic bands are adapted to enhance the extensibility and reduce fatigue of the gluteus medius muscles. The front and back bands alternatively impart a stretching force to the wearer when the wearer's legs are repeatedly kicking and lifting during running, enabling the wearer to run with less effort. Thus, the functional pants have a significant effect on reducing fatigue, and are suitable for long-distance runners.

A gravity vehicle for transporting people or goods mainly comprises supports and a gravity vehicle compartment. The gravity vehicle is characterized in that: a bearing surface for bearing the gravity vehicle compartment is arranged between the supports, an lifting device is arranged between the bearing surface and the ground; the bearing surface is a straight slope or a horizontal plane or a curved surface or the arbitrary combination thereof, the bearing surface is tilted by any angle relative to the horizontal surface, the gravity vehicle compartment is provided with a balance device which can allow a balance board or the compartment or the bottom part of the compartment to be in the horizontal state; the gravity vehicle can transport the people or the goods to carry out the short distance or the long distance running, compared with the prior various transportation tools, the gravity vehicle is more energy-saving, environmental-protective, secure, rapid and stable, and the gravity vehicle can not be affected by the weather change, have small noise and reduce traffic accidents and traffic congestion.

The invention relates to an electrical highway charging system. Electrical charging highways parallel to existing highways are guided out of the existing highways every a certain distance, the width of the electrical charging highways is designed to be on-way lanes for one to three vehicles running side by side, a charging network is laid beside the electrical charging highways and comprises a transformer substation, rectifiers, overhead supporting rods and overhead cables, the overhead supporting rods are located on one or two sides of the electrical charging highways, the overhead cables are arranged above the electrical charging highways through the overhead supporting rods in an overhead mode, and the overhead cables are communicated with the transformer substation. The charging highways are reasonable in design, high in charging efficiency and low in investment, power grid modification does not need to be carried out on existing highways, electrical highway charging systems of a proper number only need to be built on the two sides of the existing highways, energy supply in the long-distance running process of electric vehicles can be achieved, running and safety of existing fuel vehicles are not influenced, and beneficial conditions are provided for application and popularization of the electric vehicles.

Functional pants include a pant body, two front bands, two rhombic bands and two back bands. The two rhombic bands are disposed corresponding to the wearer's gluteus medius muscles that work to extend and lift the legs during a long-distance running. The rhombic bands are adapted to enhance the extensibility and reduce fatigue of the gluteus medius muscles. The front and back bands alternatively impart a stretching force to the wearer when the wearer's legs are repeatedly kicking and lifting during running, enabling the wearer to run with less effort. Thus, the functional pants have a significant effect on reducing fatigue, and are suitable for long-distance runners.

The invention discloses a charging framework for an electric vehicle. The charging framework for the electric vehicle comprises a battery pack, an electric energy distributor, a running driving unit and low voltage electric equipment. The battery pack comprises a main battery, a range-extending battery and a sub battery; the main battery provides electric energy needed by daily running of the electric vehicle; the range-extending battery provides electric energy needed by ultra-long distance running of the electric vehicle; and the sub battery provides electric energy needed by emergency short-distance running of the electric vehicle, wherein the main battery and the range-extending battery cannot be charged on the electric vehicle but can be replaced; and the sub battery can be charged on the electric vehicle but cannot be replaced. The main battery and the range-extending battery output electric current to the electric energy distributor; and double-way electric current is available between the electric energy distributor and the sub battery. The running driving unit is used for driving the electric vehicle to run; and double-way electric current is available between the electric energy distributor and the running driving unit. The electric energy distributor is used for outputting electric current to the low voltage electric equipment; and the electric current output by the electric energy distributor is used for driving the low voltage electric equipment to work after the voltage of the electric current is converted. The invention further discloses a battery replacing method for the electric vehicle.

A traction type super big capacitor electric car has capacitor warehouse at both sides of the bottom of the car using cooling air channel connected with the cooling device, traction super big capacitor set inside the warehouse with total input connected with the ECU that connects with the reverse dual contact device, total output connected with direct current drive control device of the traction type big capacitor. It is new in structure, stable in performance and long distance running, with safe and reliable features.

The invention discloses a novel new energy vehicle power (energy) charging method. The power (energy) of a new energy vehicle is rapidly charged through power battery replacement. The novel new energyvehicle power (energy) charging method is specifically realized by using a novel multifunctional charging pile system. The novel multifunctional charging pile system; a charging pile comprises a base, a circuit, a display screen, a battery state detector, a charging interface, a fixedly locking device, a monitoring and alarming device and assorted control software. The novel multifunctional charging pile system is characterized in that the traditional charging function can be provided to the new energy vehicle having a charging requirement, new energy batteries with the same types can be shared by using the assorted control software technology, information technology and internet technology; the existing energy charging mode of the new energy vehicle is improved so that the vehicle power(energy) charging time is greatly saved and the bottleneck of restricting long-distance running of the new energy vehicle is solved.

The invention relates to an automatic lap-counting timing device for run, which consists of one or two host machines, one or more slave machines, a single chip microcomputer and a program module, wherein the host machine mainly comprises a battery, the single chip microcomputer, a voltage booster circuit, a wireless transmitting module and liquid crystal, and the slave machine mainly comprises a battery, a voltage stabilizing circuit, a wireless receiving module and liquid crystal. The device can automatically count laps and time so as to save a large amount of manpower, has the advantages of simple structure, low power consumption, light weight, stability, reliability, convenient use and the like, and is particularly applicable to tests for long-distance running, walking race and other group competitive sports.

The invention discloses a training-assisting device for long distance running. The training-assisting device comprises a processor, a memory, a body state monitoring module, a timer, a display module, an alarming module and a battery, wherein the memory is connected with the processor in two ways; the body state monitoring module, the timer and the display module are respectively connected to the input end of the processor; the alarming module is connected with the output end of the processor; and the battery is respectively connected with the processor, the memory, the body state monitoring module, the timer, the display module and the monitoring module and supplies power to the devices. The training equipment has the advantages of simple structure, low cost, convenience in carrying, no excessive independence on labor force, and human resource economization. The defects that the labor force is wasted, mistakes are easily generated, information acquisition is incomplete and inadequate, and the training equipment is heavy and is high in cost and the like in the traditional training-assisting device for the long-distance running are overcome.

The invention discloses an auxiliary exercise device applied after a long-distance race. The device comprises a base, a seat and a stretching mechanism; the stretching mechanism comprises a front armand a rear arm hinged to the front arm, and the outer side of the front end of the front arm is fixedly connected with a pedal; the outer side of the front arm is provided with massage shafts which are symmetrically arranged. According to the auxiliary exercise device, by arranging the front arm and the rear arm which are hinged to each other and a screw rod driving mechanism for driving the frontarm and the rear arm to move towards each other or away from each other, passive bending and stretching of the thighs and shanks of an athlete are achieved, stretching of the muscle groups of the thighs and shanks of the athlete is further achieved, and athletic injuries are avoided. By arranging the massage shafts reciprocating along the front arm and massage balls floating up and down, massagestimulation is carried out on the muscle groups of the thighs and shanks during stretching to accelerate recovery of the athlete. Through the massage shafts provided with threaded covers, ice bags areconveniently loaded, cold compress massage is carried out, and recovery of muscle cells is accelerated.

The invention provides a multifunctional running imaging system and a using method thereof. The multifunctional running imaging system is characterized by comprising a starting point device, an end point device and a waistcoat, wherein the starting point device comprises an order issuing device, a loudspeaker and an order issuing signal receiver; the end point device comprises a controller, a receiver, a transmitter, a camera, a display screen and a voice control timer; a signal transmitter is arranged in the waistcoat. The function of testing short-distance running is added, so that the multifunctional running imaging system can be used for testing both the short-distance running and middle and long-distance running, and thus the application scope of the multifunctional running imaging system is expanded; the multifunctional running imaging system can be applied to physical tests and sports meetings of a plurality of colleges, thus having excellent quality and reasonable price. The signal transmitter is arranged in the waistcoat, so that an athlete only needs to wear the waistcoat when the system is used, the load of the athlete can be reduced, and the athlete can conveniently give play to strength.

The invention discloses an automatic monitoring system for exercise health. A sensor group acquires data of exercises of a human body, physical signs and health data; a data processing module converts the data into electronic information and stores in a temporary storage module; a sending module II sends the above data in real time to a storage module of a database; an operation module extracts pre-stored health reference data of the storage module of the database and performs comparison; once abnormal condition happens, the condition is prompted trough a display module I and a prompt device I at a management end. The system uses the sensor group to collect human body data and combines comparison method with pre-stored data; all-round management is performed on the health safety of exercisers; active prompt is given out on abnormal conditions so as to effectively avoid faint and even sudden death during sports such as long-distance running and physical education classes or all kinds of physical labors; the system can also be applied in medical health mechanisms for monitoring the health conditions of population under rehabilitation.

The invention discloses an anti-cheating system for middle and long distance running competition. The anti-cheating system comprises a wearing device, a camera shooting device and a cloud platform, wherein the wearing device has the unique identity identification code, during the competition, the wearing device sends the identity identification code to the outside, after the camera shooting devicedistributed on the way of a track receives the identity identification code, the camera shooting device starts the picture recording function, collects the face information of a member participatingin the competition who passes by, and then sends the collected face information and the corresponding identity identification code to the cloud platform in a packaging manner, and the cloud platform can effectively judge that whether the member participating in the competition who wears the wearing device with the identity identification code has the cheating behavior or not by detecting that whether the corresponding relation between the received face information and the identity identification code which are packaged together exists in a mapping relation table between the face information ofall the members participating in the competition and the identity identification codes of all the wearing devices which is saved in the cloud platform in advance. Correspondingly, the invention further discloses an anti-cheating method for the middle and long distance running competition.

The invention discloses a power taking device and an unmanned helicopter with the same and relates to the technical field of power taking of the unmanned helicopter. The power taking device and the unmanned helicopter with the same are aimed to solve the problems that a battery for the unmanned helicopter is difficult to support the long-time patrol, the load is small, and the working efficiency is greatly lowered. According to the power taking device and the unmanned helicopter with the same, a flow guide frame comprises a magnetic coupled coil, the magnetic coupled coil is capable of extracting the electric energy in a magnetic field generated by current, the magnetic coupled coil converts the electric energy into electric energy suitable for load through a capacitive circuit and a power electronic circuit, the unmanned helicopter can use the broadly existed overhead line to charge autonomously in the long-distance running, the trip, working time and load of the unmanned helicopter can be reinforced through charging autonomously by several times, and the working efficiency of the unmanned helicopter can be improved. The power taking device can take power from the overhead line, and the power taking device can charge the unmanned helicopter with the same.

The invention relates to a car carrier which comprises a car body, and the car body comprises a passenger carriage and a car-loaded carriage; the car-loaded carriage is respectively provided with stationary fixtures for fixing loaded cars, meanwhile, and the car-loaded carriage is also equipped with a guide device for guiding loaded cars and people to get on and off the car carrier. The car carrier provided by the invention facilitates the carrying of private cars or office cars for long-distance running, so that the long-distance running of the cars is more convenient, and the possibility of occurrence of traffic hazards caused by fatigued non-professional car drivers after long-time driving is prevented; by using the car carrier, the car drivers can get enough rest time, so that the car drivers can keep normal energies for dealing with affairs after arriving at the destination; by using the car carrier, the car can get rest and maintenance, and has no loss because of long-distance running; the car carrier can save the cost of driving; and the car carrier is novel in concept and easy to manufacture or modify, has an ideal application effect and accords with the trend of development, therefore, the car carrier is very beneficial for promotion and implementation.

The invention relates to massaging equipment, in particular to vertical shank massaging equipment used after sports long distance running. By means of the vertical shank massaging equipment used aftersports long distance running, it is avoided that due to dizziness after long distance running of people, the danger occurs, and the legs are easily thickened after long distance running. The verticalshank massaging equipment used after sports long distance running is characterized by comprising a bottom plate, a supporting plate, a backup plate, a vertical plate, a slant sitting plate, frictionbelts, first guiding sleeves, first guiding rails, massaging blocks, contact blocks, first springs, connecting blocks and the like, wherein the supporting plate is arranged at the right portion of theupper side of the bottom plate, the backup plate is arranged at the top end of the supporting plate, the vertical plate is arranged at the left portion of the upper side of the bottom plate, the slant sitting plate is connected to the top end of the vertical plate, and the other end of the slant sitting plate is connected with the backup plate. The vertical shank massaging equipment used after sports long distance running has the advantages that it is avoided that due to dizziness after long distance running of people, the risk occurs, and the legs are easily thickened after long distance running; through cooperation of a containing rod and a handle, the condition of the danger caused when dizziness appears after sports of people is effectively avoided.

A pedal sitting type electric tricycle comprises a tricycle frame composed of a four-beam keel and a flat frame assembly; a rear compartment is arranged at the top of the rear side of the tricycle frame; a rear axle assembly is connected to the bottom of the rear side of the tricycle frame through a plate spring damping mechanism; the left end and the right end of the rear axle assembly are each provided with a rear wheel; the tricycle frame is provided with a braking system for braking the rear wheels; and a dumping device is arranged between the flat frame assembly and the rear compartment, a dual-purpose structure serving as a backrest and a passenger seat is arranged, and an improved self traveling structure driven by lithium batteries is arranged on front wheels. The pedal sitting type electric tricycle is firm, durable, large in carrying capacity, more uniform in carrying capacity distribution and good in braking effect; a handbrake is operated and controlled comfortably and safely, manpower is saved through self discharging, and the functional effect of the backrest is improved; the safety and the comfort are improved through the plate spring damping structure of which the front portion is fixed and the rear portion is movable; and the pedal sitting type electric tricycle has the functions of energy conservation, environment protection, emission reduction and continuous long-distance running.

The invention discloses a charging device in electric automobile running. The charging device comprises an accommodation lane for electric automobile running, a ground drive module which is installed on the lane and generates a traveling wave magnetic field, a ground control system which is used for supplying a power source to the ground drive module and combines a vehicle-mounted control system to send a control signal to coordinate running of the electric automobile, a vehicle-mounted drive module which is used for installing a sensing traveling wave magnetic field on the bottom portion of the electric automobile, and the vehicle-mounted control system which controls switch of an electric automobile working mode and charges the automobile in a dragging mode. The vehicle-mounted control system and the ground control system are communicated through a communication module. The charging device resolves the problem of charging in long distance running, and functions of the long-distance running and the charging of the electric automobile are achieved.

The invention discloses an intelligent interaction system used for middle-long distance running event. The intelligent interaction system comprises a wearing device, a camera shooting device and a middle display device, wherein the wearing device is worn by a participant, and is used for sending the personal information of the participant to the outside; the camera shooting device is arranged on the way of a track; the middle display device is arranged on the way of the track, is positioned in front of the camera shooting device, and is in communication connection with the camera shooting device. When the wearing device enters the communication range of the camera shooting device, the camera shooting device is in wirelessly communication connection with the wearing device, the camera shooting device starts the recording function after receiving the personal information and sends the recorded competition picture to the middle display device, and the middle display device receives and stores the competition picture. When the wearing device enters the communication range of the middle display device, the middle display device is in wireless communication connection with the wearing device, and the middle display device receives the personal information and plays the competition picture corresponding to the personal information.

The invention relates to a timing method for middle and long-distance running. The method sequentially comprises the following steps of 1, presetting color identifiers; 2, obtaining a frame image; step 3, preprocessing the frame image to obtain a processed image; 4, processing the contour area of the image to obtain an effective image; 5, identifying the convex hull of the effective image, and obtaining the angular point of the convex hull and the abscissa value of the angular point; 6, comparing the horizontal coordinate of the leftmost corner of each effective image with the horizontal coordinate of the central axis in sequence according to the frame time of the effective image; and 7, determining that the time of a final athlete arriving at the end line is the frame time of the final timing frame image. By adopting the method, the timing is convenient and the accuracy is higher. Meanwhile, the result of the method is not affected by the runway chaos condition. Therefore, the timingfor the simultaneous running of a large number of athletes can be tested.

The invention relates to an electric automobile adopting wind / light energy as motive power. A super capacitor is additionally arranged in an electric automobile energy storage system for forming an advantage complementary energy storage device with a storage battery. An electricity generating and electricity supplying system is formed by two sub systems comprising a wind energy electricity generating system and a photovoltaic electricity generating system, the wind energy electricity generating system is provided with two permanent magnetic wind energy generators under an photovoltaic battery panel arranged at an automobile ceiling, the front end of the automobile ceiling is an air inlet cover, the back end of the automobile ceiling is an air outlet, an anemograph is arranged in the center position of an automobile head, and the electricity generation can be realized when the rated wind speed is reached; the photovoltaic electricity generating system is characterized in that a monocrystalline silicon photovoltaic battery is arranged on the surface of the automobile, and a film silicon photovoltaic battery is pasted on automobile window glass. The two sub systems can realize the dynamic electricity generation or static electricity generation, and can realize single or simultaneous charging, the simultaneous electricity consumption and charging can be realized, and the automobile motive power supply is ensured. The electric automobile does not need an external power supply, the motive power is provided through the self electricity generating power supply systems, the cruising ability is high, the running distance is about 400km after the charging for a single time, the running distance can reach 1600km after the charging for many times in midway, and the electric automobile is more suitable for long-distance running.

Disclosed are an 8*8 off-road vehicle steering system and a steering method. Traditional large off-road vehicles have poor long-distance running capacity on roads which are muddy or soft or complex in road surface condition. The 8*8 off-road vehicle steering system is composed of steering oil cylinders (1), linear displacement sensors (2) and a control panel (3). Each steering oil cylinder is fixed to a chassis frame through two structural members (4). Hydraulic pressure is distributed to the steering oil cylinders through a distributor (5) and a pipeline (6). Each steering oil cylinder is provided with the corresponding linear displacement sensor. The steering oil cylinders are connected with steering rods (7). The steering rods are connected with suspensions through ball heads (8). The corresponding linear displacement sensor and each servo hydraulic pump (9) form a closed control system. A traveling computer matches angle data of a steering gear box (11) to the corresponding servo hydraulic pumps. The control panel is provided with a transmission control panel body and a steering control panel body. The steering method is suitable for the 8*8 off-road vehicle steering system.

The invention provides health-keeping clothes used for exercise. A plurality of evenly-ranked square small sandbags are distributed on the whole body of a coat through connection lines. The invention also provides a health-keeping leg guard comprising a barrel which is fixed at a bound feet position and connected with zippers, and a plurality of evenly-ranked square small sandbags are distributed at the periphery. When in use, the coat and the leg guard barrel are wore on the body to do weight-bearing running, thereby taking effect of strengthening the body and playing an promoting role in exercising sprint and long-distance running, high jump and long jump.

The invention relates to a method and system for long-distance run dispatching of road passenger transport. The method comprises steps of selecting at least two run lines from different origins to the destination as the interline integrated runs, wherein each interline integrated run includes at least two get-on stations of similar times and the same stations; specifying a station closest to the destination in the get-on station as a transit station; designating stations in the get-on stations in which the interchanging station is removed as combination get-on stations; dispatching the respective interline integrated run to carry passengers by passing different combination get-on stations; allocating passengers to the combination get-on stations according to the pull-in shuttle bus; and enabling passengers to arrive at the destination by taking the destination shuttle buses when the interline integrated runs arrive at the interchanging stations at the similar time. This method can uniformly control buses of the various lines to pass by get-on stations at different areas and to carry passengers at the station, which fully and effectively improves the utilization of shuttle bus resources, increases the get-on stations to help the passengers get on the nearby bus, and saves the transit time for passengers.

A photographing system for a long-distance running event and an operation method thereof are provided. A radio frequency identification (RFID) reader is installed in a long-distance running path. The RFID reader can read RFID tags worn by runners to obtain time information of the runners passing a position of the RFID reader in the long-distance running path. A camera installed in the long-distance running path can photograph the runners to obtain photos. A processing device can receive the photos from the camera. The processing device can perform a face recognition operation on the photos to group the photos into at least one photo group. The processing device can establish mapping relationships between the at least one photo group and the runners based on the time information provided by the RFID reader.

The invention discloses clothes convenient for water drinking. The clothes comprise a clothes body, a collar and sleeves, a water bag is arranged on the reverse side of the clothes body and is fixed to the same through a hook & loop tape, a guide pipe is inserted in the water bag, a nozzle is arranged on the upper portion of one side of the water bag and is communicated with the guide pipe, and a switch valve is arranged at the joint of the nozzle and the guide pipe; inflators are arranged on two sides of the clothes body and are connected with the water bag through air-guide pipes; three way valves are arranged on the air-guide pipes between the water bag and pressurized bodies, and a flow pass A of each three-way valve is contacted with air; an elastic cord with pull-in buttons is fixed under the water bag, a plug-in tongue is arranged at one end of the elastic cord, a socket is arranged at the other end of the elastic cord, and the plug-in tongue is inserted into the socket to realize plug-in connection. By the arrangement, sporters can drink water anytime during long-distance running, and part of heat sent out form human bodies can be carried off through heat transmission.

The invention relates to a motor-vehicle railway transportation system. Motor vehicles to be long distance running are concentrated and grouped, then transported by special transportation train through motor vehicle transportation station to a destination, finally reach each final destination themselves. Advantages: reduced transportation cost, saved energy and raised comprehensive benefit.

The invention discloses a card read terminal of an information management system suitable for a group long-distance running activity. The card read terminal comprises a power module, a card read module, a liquid crystal display (LCD) module, a card read terminal wireless module and a first controller module, wherein the power module comprises a 5V voltage conversion circuit and a 3.3V voltage conversion circuit. The card read terminal is capable of automatically recording the times, the distance and the time of long-distance running and automatically identifying the identity of testee, and the testee can complete long-distance running on the specified road without going to a stadium, so that the testing efficiency is remarkably improved, the equipment cost is low, and the card read terminal is convenient to use and popularize.