WO2015172656A1 - 一种基于高频无线记分的持械搏击互动系统 - Google Patents
一种基于高频无线记分的持械搏击互动系统 Download PDFInfo
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- WO2015172656A1 WO2015172656A1 PCT/CN2015/077757 CN2015077757W WO2015172656A1 WO 2015172656 A1 WO2015172656 A1 WO 2015172656A1 CN 2015077757 W CN2015077757 W CN 2015077757W WO 2015172656 A1 WO2015172656 A1 WO 2015172656A1
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- Prior art keywords
- wireless
- module
- scoring
- high frequency
- control device
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Classifications
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B69/00—Training appliances or apparatus for special sports
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B69/00—Training appliances or apparatus for special sports
- A63B69/02—Training appliances or apparatus for special sports for fencing, e.g. means for indicating hits
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B69/00—Training appliances or apparatus for special sports
- A63B69/04—Training appliances or apparatus for special sports simulating the movement of horses
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B71/00—Games or sports accessories not covered in groups A63B1/00 - A63B69/00
- A63B71/06—Indicating or scoring devices for games or players, or for other sports activities
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B71/00—Games or sports accessories not covered in groups A63B1/00 - A63B69/00
- A63B71/06—Indicating or scoring devices for games or players, or for other sports activities
- A63B71/0619—Displays, user interfaces and indicating devices, specially adapted for sport equipment, e.g. display mounted on treadmills
- A63B71/0622—Visual, audio or audio-visual systems for entertaining, instructing or motivating the user
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B71/00—Games or sports accessories not covered in groups A63B1/00 - A63B69/00
- A63B71/08—Body-protectors for players or sportsmen, i.e. body-protecting accessories affording protection of body parts against blows or collisions
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B71/00—Games or sports accessories not covered in groups A63B1/00 - A63B69/00
- A63B71/08—Body-protectors for players or sportsmen, i.e. body-protecting accessories affording protection of body parts against blows or collisions
- A63B71/10—Body-protectors for players or sportsmen, i.e. body-protecting accessories affording protection of body parts against blows or collisions for the head
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B71/00—Games or sports accessories not covered in groups A63B1/00 - A63B69/00
- A63B71/08—Body-protectors for players or sportsmen, i.e. body-protecting accessories affording protection of body parts against blows or collisions
- A63B71/12—Body-protectors for players or sportsmen, i.e. body-protecting accessories affording protection of body parts against blows or collisions for the body or the legs, e.g. for the shoulders
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B2209/00—Characteristics of used materials
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B2220/00—Measuring of physical parameters relating to sporting activity
- A63B2220/80—Special sensors, transducers or devices therefor
- A63B2220/83—Special sensors, transducers or devices therefor characterised by the position of the sensor
- A63B2220/833—Sensors arranged on the exercise apparatus or sports implement
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B2220/00—Measuring of physical parameters relating to sporting activity
- A63B2220/80—Special sensors, transducers or devices therefor
- A63B2220/83—Special sensors, transducers or devices therefor characterised by the position of the sensor
- A63B2220/836—Sensors arranged on the body of the user
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B2225/00—Miscellaneous features of sport apparatus, devices or equipment
- A63B2225/15—Miscellaneous features of sport apparatus, devices or equipment with identification means that can be read by electronic means
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B2225/00—Miscellaneous features of sport apparatus, devices or equipment
- A63B2225/50—Wireless data transmission, e.g. by radio transmitters or telemetry
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B2244/00—Sports without balls
- A63B2244/10—Combat sports
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y10—TECHNICAL SUBJECTS COVERED BY FORMER USPC
- Y10S—TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y10S482/00—Exercise devices
- Y10S482/901—Exercise devices having computer circuitry
Definitions
- the invention relates to an interactive system combining fitness sports or entertainment activities and fighting, in particular to a armed combat interaction system based on high frequency wireless scoring.
- the existing scoring devices as disclosed in the publications CN101791470A, CN103182177A, CN102671364A, etc., generally only achieve the scoring in the process of two people's mutual struggle, and there are complicated structures and expensive structures, which are only applicable to the scores of the game. Or it is impossible to identify the hitting part, and the disadvantages such as the automatic accumulation of the corresponding score of the hitting part, thus affecting the popularization and application of the armed combat interactive system.
- the present invention provides a high-frequency wireless scoring-based armed combat interaction system, which can automatically recognize the identity of the device and the different effective parts touched by the device, and can automatically accumulate the devices separately.
- the corresponding scores of the parts can also achieve the score of multi-person interactive fight.
- the combat interaction personnel can chase each other in the field by riding the exercise device, fight the interaction during the chasing collision and record the effective score of the hit.
- the sport enhances the entertainment of the sporting process, enabling the combatant to achieve the sporting effect in the entertainment and achieve fitness goals.
- Providing a system of armed combat interaction based on high frequency wireless scoring comprising:
- An exercise device capable of carrying a movement of a combat participant on a preset sports field
- a fight device for holding a combat opponent held on the exercise device, the fight device having a first conductive portion that can be used to make electrical contact and a first port for electrical connection, the first The conductive portion is connected to the first port;
- a guard for protecting a designated exterior of a combat occupant riding on the exercise device, the guard having at least one second conductive portion for electrical contact and a second port for electrical connection Connecting the second conductive portion to the second port;
- the scoring processing device comprising a second high frequency wireless transmission module
- a wireless identification control device that is configured to ride on a combat participant on the exercise device, the wireless identification control device including a third port, a fourth port, and a first high frequency wireless transmission module for wireless signal transmission; a third port of the wireless identification control device is coupled to the first port of the combat device, and the wireless identification control device is coupled to the first conductive portion of the combat device, The fourth port of the wireless identification control device is connected to the second port of the protection device, and the wireless identification control device is connected to the second conductive portion of the protection device; the first high frequency wireless transmission module and the second high frequency The wireless transmission modules are connected by wireless communication;
- the wireless identification control device of the one of the fighting interactors transmits the ID with the first conductive portion a high frequency pulse signal of the identification code; the wireless recognition control device of the other combat participant receives the high frequency pulse signal of the ID identification code of the wireless recognition control device of the one of the combat participants through the second conductive portion, and performs corresponding After the processing, the wireless recognition control device of the other combat participant transmits a scoring signal to the scoring processing device via the first high-frequency wireless transmission module, and the scoring processing device performs corresponding scoring processing.
- the wireless identification control device further includes a first MCU control module, a high frequency pulse contact transmitting module, an alarm module, and at least two high frequency pulse contact receiving modules; wherein, the first high The frequency wireless transmission module is connected to the first MCU control module, and the high frequency pulse signal output end of the first MCU control module is connected to the input of the high frequency pulse contact transmitting module, and the high frequency pulse signal input end of the first MCU control module Connected to the output of the at least two high frequency pulse contact receiving modules, the control signal output end of the first MCU control module is connected to the alarm module, and the output of the high frequency pulse contact transmitting module is connected to the third port
- the inputs of the at least two high frequency pulse contact receiving modules are respectively connected to the corresponding fourth ports.
- the scoring processing device includes a USB wireless host disposed at a periphery of the site, a computer host disposed at a periphery of the site, and an LED display disposed at a periphery of the site; the second high frequency wireless The transmission module is disposed in the USB wireless host, the USB wireless host further includes a second MCU control module and a USB data transmission module; wherein the second high frequency wireless transmission module is connected to the second MCU control module, and the second MCU The control module is connected to the USB data transmission module; the wireless communication between the USB wireless host and the wireless identification control device is wirelessly transmitted through the first high frequency wireless transmission module and the second high frequency wireless transmission module; the computer host has an ID coding module, The signal processing module, the scoring module and the display module; the computer host and the USB wireless host realize data wired transmission through the USB data transmission module; the input of the LED display screen is connected with the output of the computer host.
- the alarm module includes an LED indication module and a music control module, and the LED indication module and the music control module are respectively connected to the control signal output end of the first MCU control module.
- the USB wireless host further includes an external wireless remote control transmitting module and a wireless remote control receiving module, and the output of the wireless remote control receiving module is connected to the second MCU control module.
- the ID encoding module of the computer host respectively assigns different ID identification codes to the respective wireless identification control devices through the USB wireless host; when the first conductive portion connected to one wireless identification control device touches another wireless When the second conductive portion to which the control device is connected is identified, the first MCU control module of the wireless identification control device transmits the ID identification code having the wireless identification control device through the high frequency pulse contact transmitting module of the wireless identification control device a high frequency pulse signal; the high frequency pulse contact receiving module of the other wireless identification control device receives the high frequency pulse signal of the corresponding ID identification code, and converts the high frequency pulse signal of the corresponding ID identification code into a corresponding The ID identification code is output to the first MCU control module of the other wireless identification control device; the first MCU control module of the other wireless identification control device sets the corresponding ID identification code, the other wireless identification control device itself ID identification code and a second conductive portion connected to identify another wireless identification control device The feature code of the corresponding location is sent to the USB wireless host through the transmission protocol between the
- the fighting device includes an instrument body and an instrument handle; the instrument body has a main skeleton, a buffer layer and a skin layer respectively from the inside to the outside; the buffer layer is coated on the main skeleton The skin layer is coated on the buffer layer; the instrument body is connected to the instrument handle; the skin layer is made of a conductive material or a composite conductive material; and the skin layer constitutes the first conductive portion.
- the instrument body further includes a stab-resistant layer, the stab-resistant layer is coated on the main skeleton, and the buffer layer is coated on the stab-resistant layer; the main skeleton
- An elastic structure made of a metal elastic material or a non-metal elastic structural material or a combination of the two; the buffer layer is an elastomer made of a composite material or a rubber or a foamed plastic;
- a jacket made of bristles or composite materials.
- the instrument handle is composed of a skeleton core, an instrument body fixing member, a hand grip member, a device handle hand member and a weight body, and the instrument body fixing member is connected to the main skeleton of the instrument body and Between the skeleton cores of the instrument handles, one end of the hand grip is connected with the fixing body of the instrument body, and the other end of the hand grip is connected with the weight body; the hand guard of the instrument handle is connected to the fixing body of the instrument body in an arc shape. Between heavy bodies.
- the skin layer is made of a conductive cloth; the conductive cloth is connected to the instrument handle by a wire; the skeleton core of the instrument handle is integrally connected with the main frame of the instrument body.
- the hand grip is a body of electrically conductive material, and the conductive cloth is connected to the hand grip by a wire; the hand grip constitutes the first port.
- the hand grip is an insulating material body
- the instrument body fixing member is provided with a first signal transmission interface
- the conductive cloth is connected to the first signal transmission interface by a wire;
- the first signal transmission interface constitutes the first port.
- the guard device comprises an armor;
- the armor is composed of a protective cloth on the inner layer and a conductive material on the outer layer, and the conductive material covers the upper middle position corresponding to when the human body is worn,
- the outer layer of the conductive material constitutes the second conductive portion;
- the arm end position corresponding to the human body is also provided with a connecting device for the electric signal of the fighting device to realize the electrical signal of the hand-held fighting device;
- the armor also has a signal transmission connector, the signal transmission connector has at least two signal transmission lines, one of which is connected to the electrical signal connector of the combat device, and the other is a conductive material constituting the second port and the armor.
- the armor is further provided with an air inlet joint and an air guiding tube, and the air guiding tube is in communication with the air inlet joint, the air guiding tube is further provided with a first air outlet port, and the armor is also provided with internal and external communication. First vent.
- the protection device further includes a helmet; the helmet is made of a FRP or a metal material whose surface is covered with a conductive layer, and the surface is covered with a conductive layer or a metal material to form the second conductive portion;
- the signal transmission connector also has a third signal transmission line that constitutes the second port and is coupled to the conductive layer or metallic material of the helmet.
- a metal protective net is further disposed at a position corresponding to a face of the human body; and the armor is provided with a first slit corresponding to a front position when the human body is worn, The first slit is fitted with a first zipper to close the first slit when the first zipper is pulled up.
- the guard device further includes an air blowing device connected to the air inlet joint.
- the guard device further includes a neck for connecting between the helmet and the armor, the neck portion is composed of upper, middle and lower parts; the upper and lower portions are made of cloth and The hard elastic material body is composited, wherein the cloth is on the surface layer; the middle part is made of elastic cloth; the elastic cloth is connected between the upper layer fabric and the lower layer fabric; and the lower part of the neck circumference is further provided with a plurality of surrounding The second vent of the circumference of the neck of the human body.
- the neck portion is provided with a split portion in a vertical direction so that the neck portion can be disassembled vertically; the split portion is provided with a first velcro or a first button, and passes through The first velcro or the first button connection enables the neck to enclose a shape corresponding to the circumference of the human neck; the neck and the helmet are fixed by the second velcro or the second button connection; the neck and the armor pass The second zipper or the third button are connected.
- the motion device includes a chassis, a traveling mechanism, a driving mechanism, a motion mechanism, a stand, a steering mechanism, and an animal model;
- the traveling mechanism is mounted on the chassis to drive the chassis to walk;
- the driving The mechanism is installed at the chassis and is linked with the running mechanism;
- the vertical frame is mounted on the chassis,
- the moving mechanism is mounted on the vertical frame and is linked with the driving mechanism, and the moving mechanism is supported by the vertical frame and driven Actuating the action of mimicking the animal's motion pattern;
- the animal model is mounted on the motion mechanism to form a movable animal form;
- the steering mechanism is mounted on the front of the animal model and coupled with the travel mechanism Control the steering of the walking mechanism.
- the motion device further includes a transmission mechanism, the transmission mechanism is installed at the chassis, and the driving mechanism is respectively associated with the traveling mechanism and the movement mechanism through the transmission mechanism;
- the transmission mechanism includes a first transmission mechanism of single-speed shifting and a second transmission mechanism of multi-speed shifting, and the driving mechanism is coupled to the traveling mechanism by the first transmission mechanism of the single-stage shifting, and the driving mechanism passes The second transmission mechanism of the multi-speed shift is linked to the motion mechanism.
- the motion mechanism includes a swinging cross frame and a simulated motion mechanism;
- the simulated motion mechanism is composed of two cranks, two driven arms, a driving shaft and a driven shaft;
- the driving shaft and the driven shaft are respectively mounted on the front and rear portions of the vertical frame, and are rotatable, and the driving shaft is further linked with the driving mechanism;
- each end of the two cranks is respectively associated with the active Two ends of the shaft are connected, and the other ends of the two cranks are respectively connected to the front part of the swinging cross frame;
- the two driven rotating arms are respectively connected at both ends of the driven shaft and the rear part of the swinging cross frame between.
- the oscillating cross frame includes a cross frame body, a saddle bracket and a pedal mounting frame; the front portion of the cross frame body is provided with a crank bearing seat for connecting with the crank. a rear bearing portion of the cross frame body is provided with a driven bearing seat for connecting with the driven arm; the saddle bracket is fixed at a rear portion of the cross frame body; the pedal mounting bracket is fixed at the The bottom of the sides of the cross frame.
- the animal model includes a fixing frame and an animal model outer casing;
- the fixing frame is composed of a torso fixing frame and a head fixing frame, and the torso fixing frame is fixed on the horizontal frame body,
- the head holder is fixed to an upper portion of a front side of the torso holder;
- the steering mechanism is mounted at the head holder.
- the steering mechanism includes a steering handle, a steering upper sprocket, a steering lower sprocket, an upper chain, a lower chain, and a wire rope
- the steering handle is mounted at the head fixing body, and is turned
- the sprocket is mounted on the steering handle
- the steering lower sprocket is mounted on the traveling mechanism.
- the upper and lower chains are respectively mounted on the steering upper and lower sprocket, and the two chain links are connected by a steel wire rope.
- the running mechanism includes a front wheel mechanism including two front wheels and a front wheel rotating shaft, and the two front wheels are respectively mounted on the front wheel rotating shaft
- the lower sprocket is mounted on the upper end of the front wheel shaft.
- the rear wheel mechanism is composed of an active rear wheel, a driven rear wheel, a rear wheel rotating shaft, a support bearing seat, a chain plate, and a brake; the active rear wheel and the driven rear wheel, The support bearing seat, the chain plate and the brake are respectively mounted on the rear wheel rotating shaft; and the active rear wheel and the rear wheel rotating shaft are installed through the expansion sleeve, the active rear wheel and the rear wheel rotating shaft rotate synchronously; the driven rear wheel and the rear wheel rotate
- the shaft is mounted by a rolling bearing; the rear wheel mechanism is mounted on the chassis by a support bearing housing connected to the chassis.
- the motion device further includes an energy storage mechanism, the energy storage mechanism includes a first spring mechanism and a second spring mechanism, the first spring mechanism being mounted between the swing cross frame and the chassis; The second spring mechanism is mounted between the stand and the driven arm.
- the motion device further includes a common grounding wheel mounted at the bottom of the chassis.
- the exercise device further includes a temperature adjustment device including an air pump and an air guide tube, the air pump is mounted on the vertical frame, and the air guide tube is extended from the air pump to be fixed on the swing cross frame.
- the pulse contact receiving module receives the high frequency pulse electrical signal having the ID identification code
- the high frequency pulse contact receiving module transmits the high frequency pulse electrical signal having the ID identification code to the first MCU control module of the other wireless identification control device;
- the first MCU control module of the other wireless identification control device sends the received ID identification code, its own ID identification code, and the feature code for identifying the corresponding position of the electrical conductor into a data packet transmission by the first high frequency wireless transmission module.
- the second high frequency wireless transmission module of the USB wireless host transmits the received data packet to the second MCU control module of the USB wireless host, and the second MCU control module transmits the analyzed and processed data to the computer host through the USB data transmission module;
- the host computer judges the validity of the data, and when it is determined that the data is invalid, returns to step A; when it is determined that the data is valid, the next step is continued;
- the computer host performs fractional accumulation processing according to the preset scoring mode and the corresponding position of the second conductive portion, and displays the scoring result through the LED display screen, and simultaneously, the computer host passes the USB data transmission module to the second MCU of the USB wireless host.
- the control module transmits a control command
- the second MCU control module of the USB wireless host wirelessly transmits the control command sent by the host computer to the first high-frequency wireless transmission module of the another wireless identification control device through the second high-frequency wireless transmission module;
- the first high frequency wireless transmission module of the other wireless identification control device transmits a control command to the first MCU control module, and the first MCU control module analyzes and processes the corresponding control signal, and outputs the control signal to the alarm module. After the alarm module performs sound and light alarms, it ends.
- the exercise device, the combat device, the guard device, the wireless identification control device, and the score processing device are used to constitute a high-frequency wireless scoring-based armed combat interaction system, when the first interaction of the combat device held by a combat participant is When the second conductive portion of the other combat participant is touched, the wireless identification control device of the one combat participant transmits a high frequency pulse signal with an ID identification code through the first conductive portion; the other combat participant's The wireless identification control device receives the high-frequency pulse signal of the ID identification code of the wireless recognition control device of the one of the fight participants through the second conductive portion, and after performing the corresponding processing, the wireless recognition control device of the other combat participant Sending a scoring signal to the scoring processing device by the first high-frequency wireless transmission module, and performing corresponding scoring processing by the scoring processing device; the system can automatically identify the device identity and different effective parts touched by the device, and can realize automatic accumulating devices respectively. Meet the corresponding scores of the parts, so that the personnel who hold the instruments can be entertained To achieve the effect of exercise to achieve fitness for
- the entire instrument body can be electrically conductive, which greatly facilitates the acquisition of electrical signals, thereby achieving effective scoring and adding entertainment to the use of the device game process.
- the main body, the stab-resistant layer, the buffer layer and the conductive layer are used to form the instrument body, so that the instrument body is light in weight and can effectively prevent stab, which is convenient for the application of the game entertainment process and can extend the use of the instrument body. life.
- the main skeleton of the fighting device is made of elastic steel or glass fiber, it has rigidity and elasticity; and the stab-resistant layer adopts stab-resistant cloth, which can reduce weight and volume, and can Convenient for assembly;
- the buffer layer is made of sponge or rubber material. It has the characteristics of light weight, protects the main frame, and can also cushion when touched, not causing damage to the other party. .
- the guard is made of armor and the armor surface is made of conductive material, it can realize the signal transmission function; at the same time, the armor is also equipped with an air inlet joint and an air guide tube; the air inlet device can be used to connect the air blower to the armor.
- the cold air, the normal temperature air and the hot air are blown out through the first vent hole to realize the internal air circulation, and the heat absorption or heat preservation and deodorization are matched with the sweat absorbing layer worn on the human body.
- the first zipper is installed in the armor corresponding to the front position of the human body, it is convenient to wear it; the second zipper connection is adopted between the neck and the armor, so that the collar can be replaced. It is convenient to disassemble and clean in the future; the upper and lower parts of the neck are made of cloth, the inner layer is made of elastic material with a certain hardness, and the middle part is made of elastic cloth, which makes the wearer more comfortable when the head is active; Using Velcro glue or button joint, the wearer can adjust the size of the neck according to his own condition; the second vent hole of the neck is used for ventilation and heat prevention; the neck is connected with the armor through the second zipper, through the Velcro Or the button is connected with the helmet to protect the neck and throat.
- the motion mechanism simulates the movement pattern of the animal up and down in the riding, and the user rides on the ride.
- the rider can manipulate the rider to move forward, backward and turn. It can also chase and collide with other cyclists.
- it also achieves the effect of relieving stress and exchanging emotions, bringing a new experience to users.
- FIG. 1 is a block diagram of the system of the present invention
- FIG. 2 is a schematic block diagram of a wireless identification control device of the present invention.
- FIG. 3 is a schematic block diagram of a USB wireless host of the present invention.
- Figure 4 is a schematic block diagram of a computer host of the present invention.
- FIG. 5 is a flow chart of the scoring process of the present invention.
- Figure 6 is a perspective view showing the structure of the fighting device of the present invention.
- Figure 7 is a cross-sectional view showing the structure of the fighting device of the present invention.
- Figure 8 is an enlarged schematic view of a portion A in Figure 7;
- Figure 9 is a cross-sectional view showing the structure of a cross section of a sword body of the combat device of the present invention.
- Figure 10 is a cross-sectional view showing another structure of the fighting device of the present invention.
- Figure 11 is an enlarged schematic view of a portion B of Figure 10;
- Figure 12 is a schematic view showing the overall configuration of the guard device of the present invention.
- Figure 13 is a schematic view showing the armor structure of the guard device of the present invention.
- Figure 14 is a schematic view showing the configuration of a helmet of the guard device of the present invention.
- Figure 15 is a perspective view showing the neck structure of the guard device of the present invention.
- Figure 16 is a schematic view showing the configuration of the neck circumference (rotation angle) of the guard device of the present invention.
- Figure 17 is a schematic view showing the overall structure of the exercise device of the present invention.
- Figure 18 is a schematic view showing the transmission relationship of the exercise device of the present invention.
- Figure 19 is a schematic structural view of a movement mechanism of the exercise device of the present invention.
- Figure 20 is a schematic structural view of a swinging cross frame portion of the exercise device of the present invention.
- Figure 21 is a schematic structural view of a stand of the exercise device of the present invention.
- Figure 22 is a schematic structural view of a chassis of the exercise device of the present invention.
- Figure 23 is a schematic structural view of a rear wheel of the exercise device of the present invention.
- Figure 24 is a schematic structural view of a front wheel of the exercise device of the present invention.
- Figure 25 is a schematic view showing the structure of a steering mechanism of the exercise apparatus of the present invention.
- a high-frequency wireless scoring-based armed combat interaction system of the present invention includes:
- An exercise device 1 capable of carrying a movement of a combat participant on a preset sports field
- a combat device 2 for holding a hand-operated combatant on the exercise device, the fight device having a first conductive portion 201 that can be used to make electrical contact and a first port 202 for electrical connection.
- the first conductive portion 201 is connected to the first port 202;
- a guard 3 for protecting a designated exterior of a combat occupant riding on the exercise device, the guard having two second conductive portions 301 for electrical contact and two for electrical connection a second port 302, the second conductive portion 301 and the second port 302 are connected to each other;
- a wireless identification control device 4 which is disposed on a body of a combat participant, the wireless identification control device 4 including a third port 401, a fourth port 402 for implementing electrical connection, and a wireless signal transmission a first high frequency wireless transmission module 403;
- the third port 401 of the wireless identification control device is connected to the first port 202 of the combat device, and the wireless identification control device 4 is connected to the first conductive portion 201 of the combat device 2,
- the fourth port 402 of the wireless identification control device is connected to the second port 302 of the guard device to connect the wireless identification control device 4 with the second conductive portion 301 of the guard device 3;
- the scoring processing device includes a second high frequency wireless transmission module 501; the first high frequency wireless transmission module 403 and the second high frequency wireless transmission module 501 are connected by wireless communication;
- the wireless identification control device 4 of the one of the fighting interactions is transmitted through the first conductive portion 201 a high frequency pulse signal of the ID identification code;
- the wireless recognition control device 4 of the other combat participant receives the high frequency pulse signal of the ID identification code of the wireless recognition control device 4 of the one of the combat participants through the second conductive portion 301
- the wireless recognition control device 4 of the other combat participant transmits a scoring signal to the scoring processing device via the first high-frequency wireless transmission module, and the scoring processing device performs corresponding scoring processing;
- the scoring processing device comprises a USB wireless host 5 disposed around the site, a computer host 6 disposed around the site, and an LED display 7 disposed at the periphery of the site; the second high frequency wireless transmission module 501 is disposed in the USB wireless Host 5, Wireless communication between the USB wireless host 5 and the wireless identification control device 4 through the first high frequency wireless transmission module 403 and the second high frequency wireless transmission module 501; the computer host and the USB wireless host are connected by wire; The input of the LED display 7 is connected to the output of the computer main unit 6.
- the wireless identification control device 4 further includes a first MCU control module 404, a high frequency pulse contact transmitting module 405, an alarm module, and at least two high frequency pulse contact receiving modules 406;
- the high frequency wireless transmission module 403 is connected to the first MCU control module 404, and the high frequency pulse signal output end of the first MCU control module 404 is connected to the input of the high frequency pulse contact sending module 405.
- the first MCU control module 404 The high frequency pulse signal input end is respectively connected to the output of the at least two high frequency pulse contact receiving modules 406, and the control signal output end of the first MCU control module 404 is connected to the alarm module, and the high frequency pulse contact sending module
- the output of 405 is connected to the third port 401, and the inputs of the at least two high frequency pulse contact receiving modules 406 are respectively connected to the corresponding fourth port 402.
- the embodiment is used in the fencing entertainment sport, the device is a sword, and the fencing athlete is equipped with a helmet and an armor.
- the first conductive portion 201 is disposed on the sword and is disposed on the second part of the corresponding different parts of the device.
- the armor can also be according to different positions, such as chest, back, shoulder, etc.
- the wireless identification control device 4 includes two high frequency pulse contact receiving modules 406, and a high frequency pulse contact receiving module 406 is used to connect the second conductive portion 301 of the helmet to receive the stabbing of the head of the fencing personnel.
- a high frequency pulse contact receiving module 406 is used to connect the second conductive portion 301 of the armor to receive the stabbed information on the fender, and the number of high frequency pulse contact receiving modules is different from that of the second conductive portion.
- the high frequency pulse contact receiving module requires two, and when the second conductive portion is four parts (the upper part of the head, the three parts of the body are the chest, the back and the shoulder), the height is high.
- the frequency pulse contact receiving module requires four; similarly, the fourth port is also the same.
- the alarm module includes an LED indication module 408 and a music control module 407.
- the LED indication module 408 and the music control module 407 are respectively associated with the first MCU control module 404.
- the control signal outputs are connected.
- the USB wireless host 5 further includes a second MCU control module 502 and a USB data transmission module 503.
- the second high frequency wireless transmission module 501 and the second MCU control module 502 are The second MCU control module 502 is connected to the USB data transmission module 503; the data wireless is implemented between the USB wireless host 5 and the wireless identification control device 4 through the first high frequency wireless transmission module 403 and the second high frequency wireless transmission module 501.
- the computer host 6 has an ID encoding module 601, a signal processing module 602, a scoring module 603, and a display module 604. The computer host 6 and the USB wireless host 5 implement wired data transmission through the USB data transmission module 503.
- the USB wireless host 5 further includes an external wireless remote control transmitting module 504 and a wireless remote control receiving module 505.
- the output of the wireless remote control receiving module 505 is connected to the second MCU control module 502.
- the ID encoding module 601 of the computer host 6 assigns different ID identification codes to the respective wireless identification control devices 4 through the USB wireless host 5; when the first conductive portion 201 connected to one wireless identification control device 4 touches another wireless identification control When the second conductive portion 301 is connected to the device 4, the first MCU control module 404 of the wireless identification control device transmits the ID having the wireless identification control device 4 through the high frequency pulse contact transmitting module 405 of the wireless identification control device.
- the high frequency pulse contact receiving module 406 of the other wireless identification control device 4 receives the high frequency pulse signal of the corresponding ID identification code, and transmits the high frequency pulse of the corresponding ID identification code Transmitting a signal into a corresponding MID control module 404 of the other wireless identification control device; the first MCU control module 404 of the other wireless identification control device will have a corresponding ID identification code, Another ID of the wireless identification control device itself and a second conductive portion 301 for identifying another wireless identification control device
- the feature code of the location is sent to the USB wireless host 5 through the transmission protocol between the other wireless identification control device 4 and the USB wireless host 5; the USB wireless host 5 transmits the data packet to the USB data transmission module to the USB wireless host 5
- the computer host 6, the signal processing module 602 of the computer host 6 performs identification, analysis and analysis processing on the information data of the data packet; when the corresponding ID identification code and the preset ID identification code have the same comparison value, it is determined as an invalid signal;
- the scoring module 603 of the host outputs a signal, and the scoring module 603 performs scoring processing according to the preset mode, and outputs the scoring result.
- the display module 604 of the computer host drives the LED display 7 for display.
- a high-frequency wireless scoring-based armed combat interaction system of the present invention uses a high-frequency pulse signal to implement scoring.
- the function of the high-frequency pulse contact transmitting module 405 in the wireless identification control device 4 is that the reading is stored in the first An ID identification code in an MCU control module 404, which converts the ID identification code into a high frequency pulse electrical signal, and when the first conductive portion 201 on the fighting device 2 contacts the second conductive portion 301 of the guard device 3, The high frequency pulse electrical signal is sent out.
- the function of the high frequency pulse contact receiving module 406 in the wireless identification control device 4 is that when the second conductive portion 301 of the connected guard device 3 is in contact with the first conductive portion 201 on the combat device 2, it is received by the combat device.
- the high frequency pulse connected to the first conductive portion 201 contacts the high frequency pulse electrical signal sent by the transmitting module 405, and restores the high frequency pulse electrical signal to a corresponding ID identification code, and transmits the same to the first MCU control module 404.
- the function of the music control module 407 in the wireless identification control device 4 is to receive the control command output by the first MCU control module 404, drive the voice IC to play the sound, and the voice is output through the DAC and then amplified by the dedicated audio power amplifier to push the speaker to emit sound. .
- the function of the LED indication module 408 in the wireless identification control device is to receive the control command output by the first MCU control module 404, drive the LED to work, and set the two modes, one is that after being effectively hit, the LED flashes 3S. Second, the second is that the LED light flashes slowly after the battery voltage drops to the minimum operating voltage, indicating that the battery is low and needs to be charged.
- the first MCU control module 404 in the wireless identification control device 4 functions to receive and process the ID identification code, control the transmission of the high frequency pulse signal, control the music playback, control the LED indication, and control the first high frequency wireless transmission module 403. Send and receive data.
- the function of the first high frequency wireless transmission module 403 in the wireless identification control device is to wirelessly transmit the data transmitted by the first MCU control module 404 to the USB wireless host 5, and send the USB wireless host 5 wirelessly.
- the data is transmitted to the first MCU control module 404, which has a fail retransmission function and an automatic answering function, and the transmission mode is half-duplex bidirectional transmission, and the transmission rate is 2M/S.
- the second high-frequency wireless transmission module 501 of the USB wireless host functions to transmit the data sent by the first high-frequency wireless transmission module 403 to the second MCU control module 502 after being decoded, and also to the second MCU control module 502.
- the transmitted data is analyzed and sent to the wireless identification control device 4.
- the function of the second MCU control module 502 of the USB wireless host is to receive the data received by the second high-frequency wireless transmission module 501, perform pre-processing and pre-processing according to the communication protocol, and then forward the processed data to the computer host 6.
- the data transmitted by the host computer 6 is received and parsed, and the processing result is transmitted to the second high-frequency wireless transmission module 501.
- the data of the wireless remote control receiving module 505 is read in real time, and the processed key information is processed. Forward to computer host 6.
- the other wireless The high frequency pulse contact receiving module 406 of the identification control device receives the high frequency pulse electrical signal having the ID identification code
- the high frequency pulse contact receiving module 406 sends the high frequency pulse electrical signal with the ID identification code to the first MCU control module 404 of the other wireless identification control device;
- the first MCU control module 404 of the other wireless identification control device uses the first high frequency wireless transmission module 403 to hit the received ID identification code, its own ID identification code, and the feature code used to identify the corresponding position of the electrical conductor. Sending a data packet to the second high frequency wireless transmission module 501 of the USB wireless host 5;
- the second high frequency wireless transmission module 501 of the D.USB wireless host transmits the received data packet to the second MCU control module 502 of the USB wireless host, and the second MCU control module 502 passes the analyzed data to the USB data transmission module. 503 is transmitted to the computer host 6;
- the host computer 6 judges the validity of the data, and when it is judged that the data is invalid, returns to step A; when it is determined that the data is valid, the next step is continued;
- the host computer 6 performs a score accumulation process according to the preset scoring mode and the corresponding position of the second conductive portion 301, and displays the scoring result through the LED display screen 7. At the same time, the computer host 6 transmits the data through the USB data transmission module 503.
- the second MCU control module 502 of the USB wireless host 5 transmits a control command;
- the second MCU control module 502 of the G.USB wireless host 5 wirelessly transmits the control command sent by the computer host 6 to the first high frequency wireless transmission module of the other wireless identification control device 4 through the second high frequency wireless transmission module 501. 403;
- the first high frequency wireless transmission module 403 of the other wireless identification control device transmits a control command to the first MCU control module 404, and the first MCU control module 404 analyzes and processes the corresponding control signal, and the control is generated.
- the signal is output to the alarm module; the alarm module ends after the sound and light alarms.
- the high-frequency wireless scoring-based armed combat interaction system of the present invention can realize two-player fights, for example, A and B are paired, and both A and B ride on their respective exercise devices 1, A. Both of them have a fighting device 2 on their hands, such as a sword. Both A and B have protective devices 3 such as armor, and A and B are each equipped with a wireless identification control device 4, when A holds a fight.
- a and B have protective devices 3 such as armor, and A and B are each equipped with a wireless identification control device 4, when A holds a fight.
- the high-frequency pulse signal of the ID identification code of A is sent out.
- there are two cases one is that A strikes B, for example Hit the head, the other is that the A sword hits himself, for example, hits the head.
- the high-frequency pulse contact receiving module 406 of the wireless identification control device 4 of B receives it.
- the high frequency pulse signal of the ID identification code of A is transmitted to the computer host 6 through the USB wireless host 5 after being processed by the wireless identification control device 4, and the signal processing module 602 of the computer host 6 sets the ID of the A and the preset ID.
- Identification code comparison at this time, since the wireless identification control device 4 of B transmits a signal,
- the preset ID identification code is the ID identification code of B. If the two are different, the score can be scored.
- the high frequency pulse contact receiving module 406 of the wireless identification control device 4 of A also receives the band.
- the high-frequency pulse signal having the ID of the ID of A, the wireless identification control device 4 of A is processed and transmitted to the host computer 6 through the USB wireless host 5, and the signal processing module 602 of the computer host 6 sets the ID of the A and the preset The ID identification code is compared.
- the preset ID identification code is the ID identification code of A, and the two are the same, and are invalid signals, and are not scored.
- the invention relates to a armed combat interaction system based on high frequency wireless scoring, which can realize multi-person mixed playing, such as A, B, C, D four-player mixing, the transmission process of the scoring signal and the above-mentioned two people playing Similarly, the mode of the computer host 6 is the same, as long as it is a valid signal by other people, it is an invalid signal when it is hit, and in the scoring mode, it needs to be recorded separately under the name of the hitter. .
- the invention relates to a armed combat interaction system based on high frequency wireless scoring, which can realize group grouping, for example, divided into two groups, the first group has A, B, C, and the second group has D, E, F.
- the discriminating as invalid signal includes not only the self-attack, but also the same group of false hits. Only the opponent group hits the self-effective signal, and the preset ID identification code includes its own ID identification code and the same group ID identification code. For multiple groups of people, the way is similar.
- the combat device 2 is a sword, and the combat device 2 includes a sword body 21 and a hilt 22;
- the body 21 has a main skeleton 211, a stab-resistant layer 212, a buffer layer 213 and a skin layer 214 from the inside to the outside.
- the skin layer 214 is made of a conductive cloth, and the skin layer may be other conductive materials or composite conductive materials.
- the skin layer 214 constituting the first conductive portion; the stab-resistant layer 212 covering the main frame 211, and the buffer layer 213 covering the stab-resistant layer 212, the skin layer 214 is wrapped around the buffer layer 213; the sword body 21 is connected to the stalk 22, and the skin layer 214 is connected to the stalk 22 by a wire 2141.
- the stab-resistant layer can also be avoided.
- the hilt 22 is composed of a skeleton core 221, a sword body fixing member 222, a hand grip member 223, a hilt hand guard 224, and a weight body 225, and the sword body fixing member 222 is coupled to the main skeleton body 211 of the sword body.
- the sword body fixing member 222 is coupled to the main skeleton body 211 of the sword body.
- one end of the grip member 223 is connected with the sword body fixing member 222, and the other end of the grip member is connected with the weight body 225; the hilt hand guard member 224 is connected in an arc shape in the sword.
- the body fixture 222 is between the body weight 225 and the weight body 225.
- the skeleton core 221 of the hilt is integrally connected with the main skeleton 211 of the sword body. That is, the skeleton core 221 is connected to the main skeleton 211 of the sword body through the sword body fixing member 222, and in other words, the skeleton core 221 of the hilt and the main skeleton 211 of the sword body are the same structure.
- the hand grip 223 is a body of electrically conductive material, and the skin layer 214 is connected to the hand grip 223 by a wire 2141, and the hand grip 223 constitutes the first port.
- the main skeleton 211 is an elastic structure made of elastic steel, so that a certain degree of bending can be achieved.
- the main skeleton may be an elastic structure made of other metal elastic materials or non-metal elastic structural materials or a combination of the two; for example, an elastic structure made of glass fiber or elastic plastic may also be used.
- the stab-resistant layer 212 is a jacket made of a stab-resistant cloth or a composite material.
- the buffer layer 213 is an elastomer made of a composite material or a rubber or a foamed plastic.
- the main skeleton 211 has a circular cross section.
- the cross section of the sword body 21 is a barbell shape (as shown in FIG. 9).
- the invention adopts a conductive cloth on the entire outer surface of the sword body, so that the whole sword body can be electrically conductive, which greatly facilitates the acquisition of electric signals, thereby realizing effective scoring and adding entertainment of the fencing game process; the invention
- the main body 211, the stab-resistant layer 212, the buffer layer 213 and the conductive cloth 214 are used to form the sword body, so that the sword body 21 is light in weight and can effectively prevent stab, which is convenient for the application of the game entertainment process and can extend the sword body.
- the service life of the main frame 211 of the present invention is made of elastic steel or glass fiber, and has rigidity and elasticity, and can achieve a certain degree of bending; the stab-resistant layer 212 of the present invention adopts a stab-resistant cloth, The weight and the volume are reduced, and the assembly is convenient; the buffer layer 213 of the present invention is made of a sponge or a rubber material, and has the characteristics of light weight, the main frame can be protected, and when the other side is touched, Can act as a buffer and will not cause damage to the other party.
- the combat device 2 using the sword structure may be another structure, that is, the hand grip 223 is An insulating material body, the sword body fixing member 222 is provided with a first signal transmission interface 2221, the conductive cloth 214 is connected to the first signal transmission interface 2221 through a wire 2141; the first signal transmission interface constitutes the first port .
- the guard device 3 employs armor, the guard device 3 includes an armor 31; and the armor 31 is protected by an inner layer.
- the cloth 311 is formed of a conductive cloth 312 at the outer layer, and the conductive cloth 312 covers the upper middle position corresponding to when the human body is worn, and the conductive cloth 312 constitutes the second conductive portion; when the body 31 is worn corresponding to the human body
- the front position is provided with a first slit, and the first zipper 313 (ie, the front zipper) is mounted at the first slit to close the first slit when the first zipper 313 is pulled up; the first zipper 313 is opened.
- the utility model can be easily worn by the user.
- the arm end position 314 corresponding to the body wear is further provided with a combat device electrical signal connector 314 for realizing the electrical signal of the hand-held combat device, the protective armor of the embodiment. It is used as a protective device for the fencing movement, and the combat device electrical signal connector 314 is used to connect the electrical signal of the hand-held composite conductive sword;
- the armor 31 is further provided with a signal transmission connector 315, and the signal transmission connector 315 is at least Two signal transmission line, wherein an electric signal is connected to the instrument head fighting sword i.e. conductive electrical connector 314 is connected, the other constituting said second port is connected to the conductive cloth 312 armor.
- an air inlet joint 316 is further disposed at a position below the waist portion corresponding to the human body when wearing; the armor is provided with a circumference along the waist circumference at a position corresponding to the waist position when the human body is worn.
- An air guiding tube 3161, the air guiding tube 3161 is in communication with the air inlet joint 316, and the air guiding tube 3161 is further provided with a plurality of air outlets facing upward; in the armor, the front chest position corresponding to the human body wear
- a plurality of first vent holes 3162 communicating with the inside and the outside are also provided.
- the guard device 3 further includes a helmet 32 including a shell-shaped base body 321 made of a FRP material and a conductive layer 322 sprayed on the surface of the base body; the signal transmission joint 315 in the armor 1 also has A third signal transmission line is connected to the conductive layer 322 of the helmet.
- a helmet joint 3151 is provided on the upper portion of the armor 31, and a third signal transmission line is connected to the conductive layer 322 of the helmet through the helmet joint 3151.
- the helmet can also be made of a metal material, and the third signal transmission line constitutes the second port to be connected to the metal material of the helmet.
- the guard device 3 further includes an air blowing device 351 that is coupled to the air intake joint 316.
- a metal protective net 323 is further provided at a face position corresponding to the human body.
- the guard device 3 further includes a neck 33 for connecting between the helmet 32 and the armor 31; the neck 33 is composed of upper, middle and lower portions; the upper portion 331 and the lower portion 333
- the utility model is composed of a plain cloth and a rigid elastic material body, wherein the plain cloth is on the surface layer; the middle portion 332 is a stretch cloth; and the elastic cloth 332 is connected between the upper plain cloth and the lower plain cloth.
- the lower portion 333 of the neck is also provided with a plurality of second vents 3331 surrounding the circumference of the neck of the human body.
- the neck 33 is provided with a splitting portion in the vertical direction so that the neck can be detached in the vertical direction; the split portion is provided with the first velcro 341, and is connected by the first velcro 341 to make the neck 33 It can enclose a shape corresponding to the circumference of the human neck; the first Velcro can also be replaced with a button.
- the neck 33 is fixed to the helmet 2 by a second velcro 342 connection; the second velcro may also be replaced with a button.
- the neck 33 and the armor 31 are connected by a second zipper 343.
- the surface of the armor 31 is made of a conductive cloth 312, which can realize a signal transmission function; the armor 31 is also provided with an air inlet joint 316 at a position below the waist corresponding to the human body wear, and is also provided on the inner side of the waist position corresponding to the human body wear.
- the air guiding tube 3161 is in communication with the air inlet joint 316, and the air guiding tube 3161 is further provided with a plurality of air outlets facing upward; in the armor 31, corresponding
- the front chest position when the human body is worn is also provided with a plurality of first ventilation holes 3162 communicating with the inside and the outside; the present invention utilizes the air inlet connector 316 to externally blow the air blowing device, and can blow cold air or hot air upward along the waist portion, and passes through the first ventilation hole 3162.
- the utility model relates to a protective armor capable of transmitting signals and adjusting temperature, and adopting a first zipper 313 in a front position corresponding to the human body when wearing the armor 31, which can be conveniently worn by the user; and is adopted between the neck and the armor.
- the second zipper 343 is connected, and the neck circumference (equivalent to the collar) is detachable, which is convenient for disassembly and cleaning in the future; the upper and lower parts of the neck are made of cloth, and the inner layer is made of elastic material with a certain hardness (the bending can be realized) ), the middle part is made of elastic cloth, which makes the player more comfortable when nodding and turning the head; the outer part is velcro 341 glued, the player can adjust the size of the neck according to his own condition; the second ventilation hole 3331 of the neck circumference
- the utility model has the functions of ventilating and preventing heat; the neck 33 is connected with the armor 31 through the second zipper 343, and is connected with the helmet 32 through the velcro 342, thereby fully protecting the neck and the throat.
- the utility model relates to a protective armor capable of transmitting signals and adjusting temperature.
- the helmet adopts the principle of a safety helmet, is made of glass fiber reinforced plastic material, has safety accessories such as a head lining and a chin strap, and is sprayed with conductive paint or plating.
- the metal protective net 323 functions to transmit signals and protect the head; the connection with the neck 33 is realized by the Velcro 342.
- the exercise device 1 adopts an electric riding machine, and the electric riding machine 1 includes a chassis 11, a traveling mechanism 12, and a driving mechanism. 13.
- the mechanism 12 is coupled; the stand 15 is mounted on the chassis 11, the moving mechanism 14 is mounted on the stand and coupled with the drive mechanism 13, and the motion mechanism 14 is supported by the stand 15 and driven by the drive mechanism 13.
- the action of mimicking the animal's motion pattern is performed; the animal model 16 is mounted on the motion mechanism 14 to form a movable animal shape; the steering mechanism 17 is mounted at the front of the animal model 16 and with the running gear 12 The linkage is controlled to control the steering of the traveling mechanism 12.
- the cycling entertainment fitness machine further includes a transmission mechanism 18, the transmission mechanism 18 is mounted at the chassis 11, and the driving mechanism 13 is respectively associated with the traveling mechanism 12 and the movement mechanism 14 through the transmission mechanism 18. .
- the transmission mechanism 18 includes a first transmission 181 of single-speed shifting and a second transmission 182 of multi-speed shifting.
- the driving mechanism 13 is coupled to the traveling mechanism 12 by the single-speed shifting first transmission mechanism 181, and the first transmission mechanism 181 includes a first driving wheel 181a and a first driven wheel 181b, and the driving mechanism The output of 13 is connected to the first driving wheel 181a, and the first driving wheel 181a is powered by the chain to the first driven wheel 181b, and the first driven wheel 181b is connected with the rear wheel of the chassis 11 to drive the riding machine forward or
- the second transmission mechanism 182 includes a second driving wheel 182a, a second driven wheel 182b, a speed reducer 182c and a driving pulley 182d; the output of the driving mechanism 13 is connected with the second driving wheel 182a, and the second driving wheel
- the 182a is conducted through the chain to the second driven wheel 182b and is coupled to the input of the reducer 182c.
- the motion mechanism 14 includes a swinging cross frame 141 and a simulated motion mechanism 142.
- the simulated motion mechanism 142 is composed of two cranks 142a, two driven rotating arms 142b, a driving shaft 142c and a driven shaft.
- the front portion of the vertical frame 15 is provided with a driving bearing housing 151.
- the driving shaft 142c is mounted on the driving bearing housing.
- the rear portion of the vertical frame 15 is provided with a driven bearing housing 152.
- the driven shaft 142d is mounted on the slave housing 142d.
- the movable bearing seat 152; the driving shaft 142c is coupled with the driving mechanism 13; each end of the two cranks 142a is respectively connected with two ends of the driving shaft 142c, and the other ends of the two cranks 142a are respectively Connected to the front portion of the swinging cross frame 141; the two driven rotating arms 142b are respectively coupled between the two ends of the driven shaft 142d and the rear portion of the swinging cross frame 141; the crank 142a is driven by the driving shaft 142c The lower portion is rotated to drive the front portion of the swinging cross frame 141 to rotate about the driving shaft 142c.
- the driven rotating arm 142b is oscillated back and forth under the driving of the swinging cross frame 141.
- the swinging cross frame 141 includes a cross frame body 141a, a saddle-shaped bracket 141b, and a pedal mounting bracket 141c.
- the front portion of the horizontal frame body 141a is provided with a driving shaft 142c for connecting with the crank 142a.
- a rearward portion of the transverse frame body 141a is provided with a driven shaft 42d for connecting with the driven rotating arm 142b;
- the saddle-shaped bracket 141b is fixed to a rear portion of the transverse frame body 141a;
- a mounting bracket 141c is fixed to the bottom of the cross frame body 141a.
- the pedal mounting bracket 141c is disposed on two sides of the horizontal frame body, and is respectively connected with a left foot pedal and a right foot pedal; the left foot pedal is equipped with a brake device, and the brake device is a disc brake, and the brake device Mounted on the rear wheel rotating shaft 121c, the brake pedal is mounted on the left foot pedal.
- the brake pedal is stepped on, and the braking effect is achieved by the brake 121f; the right foot pedal is equipped with a throttle device, and the throttle device is connected to the controller, and the output power of the driving mechanism 13 is changed by the controller to realize the whole machine speed. Adjustment.
- the animal model 16 includes a fixing frame and an animal model outer casing;
- the fixing frame is composed of a torso fixing frame and a head fixing frame, and the torso fixing frame is fixed on an upper portion of the transverse frame body 141a, the head A fixing frame is fixed to an upper portion of a front side of the torso holder; the steering mechanism 17 is mounted at the head fixing frame.
- the steering mechanism 17 includes a steering handle 171, a steering upper sprocket 172, a steering lower sprocket 173, an upper chain 174, a lower chain 175, and a wire rope, and the steering handle 171 is mounted at the head fixing frame.
- the steering upper sprocket 172 is mounted on the steering handle 171
- the steering lower sprocket 173 is mounted on the running mechanism 12.
- the upper and lower chains are respectively mounted on the steering upper and lower sprocket, and the two chain links are cross-connected by wire ropes.
- the steering handle 171 is equipped with a gear position device, and the gear position device has two gear positions, which are a forward gear position and a reverse gear position, respectively.
- the gear position device is connected with the controller, and the forward and reverse rotation of the motor is realized by the controller to achieve the movement state of the forward and backward movement of the whole machine.
- the running mechanism 12 includes a front wheel mechanism 122 and two rear wheel mechanisms 122.
- the front wheel mechanism 122 includes two front wheels 122a and a front wheel shaft 122b.
- the two front wheels 122a are respectively mounted on the front wheel shaft.
- the lower sprocket 173 is attached to the upper end of the front wheel shaft at both ends of the 122b; the front wheel mechanism 122 is rotatably mounted to the front wheel fixing bracket 112 of the chassis 11.
- the rear wheel mechanism 121 is composed of a driving rear wheel 121a, a driven rear wheel 121b, a rear wheel rotating shaft 121c, a supporting bearing seat 121d, a chain plate 121e, and a brake 121f; the active rear wheel 121a, the driven The rear wheel 121b, the support bearing housing 121d, the chain disc 121e, and the brake 121f are respectively mounted on the rear wheel rotating shaft 121c; and the active rear wheel 121a and the rear wheel rotating shaft 121c are mounted by the expansion sleeve, and the active rear wheel 121a and the rear wheel are rotated.
- the shaft 121c rotates synchronously; the driven rear wheel 121b and the rear wheel rotating shaft 121c are mounted by a rolling bearing; the rear wheel mechanism 121 is coupled to the chassis 11 via the support bearing housing 121d and mounted on the chassis 11; the active rear wheel 121a and the driven rear wheel 121b are respectively Mounted on the rear wheel mount 111 of the chassis 11.
- the motion device 1 further includes an energy storage mechanism including a first spring mechanism 191 and a second spring mechanism 192 installed between the swing cross frame 141 and the chassis 11
- the second spring mechanism 192 is mounted between the stand 15 and the driven arm 142b.
- the first spring mechanism 191 and the second spring mechanism 192 use the spring to store energy and release energy, and when the motion mechanism 14 swings downward, it stores energy, and when it swings upward, it releases energy to achieve energy saving effect.
- the motion device 1 further includes a common grounding wheel 193 mounted on the bottom of the chassis 11.
- the conductive wheel 193 is mounted on the bottom of the chassis through the bearing seat. When the whole machine moves, the conductive wheel rolls along the rear wheel to form a reliable uninterrupted connection to realize a common ground reference potential point with other riding machines.
- the exercise device 1 further includes a temperature adjustment device including a gas pump 194 and an air guide tube 195.
- the air pump is mounted on the vertical frame, and the air guide tube is extended from the air pump to be fixed on the saddle-shaped support.
- the air pump adjusts the temperature to generate a corresponding airflow, which is led by the air guiding pipe to the rider to achieve the purpose of adjusting the temperature.
- the outer edge of the chassis 11 is provided with an anti-collision device composed of a tire of a specific shape and an inner tube. When a collision occurs, the tire absorbs the energy of the collision to achieve a buffering effect.
- the invention relates to a high-frequency wireless scoring-based armed combat interaction system, which uses an electric riding entertainment fitness device as a motion device, which is a DC motor as a power source, and a battery pack and a controller for the motor. Power and control.
- the motor output power is transmitted to the rear wheel mechanism via the transmission mechanism on the one hand and to the analog motion mechanism on the other hand.
- a master switch is installed on the animal model, and the start switch rider is in an operable state. The rider sits on the saddle, grabs the steering handle with any hand, and places his feet on the pedals. On both sides of the foot pedal, the right foot pedal is fitted with a throttle device.
- the stepping accelerator signal is transmitted to the controller, the controller controls the motor to rotate, the motor is driven by the variable speed transmission mechanism, and the rear axle rotates, and the rear axle rotates to drive the active rear wheel to rotate, thereby driving the whole machine to move back and forth.
- the motor drive drives the simulated motion mechanism through the multi-speed transmission mechanism.
- the simulated motion mechanism drives the animal model and the swinging cross-frame motion, and also drives the saddle to simulate the movement of the center of gravity of the horse.
- the throttle device is controlled to start the movement of the whole machine and control the movement speed of the whole machine.
- a brake device is installed on the pedal on the left side, and the brake pedal signal is transmitted to the controller.
- the controller controls the motor to stop working, and the brake acts to prevent the rear axle from rotating, preventing the active rear wheel from rotating, thereby realizing the movement state of the whole machine. brake.
- the rider can control the steering handle, and the steering handle linkage steering device controls the rider to move in any direction.
- the active rear wheel and the driven rear wheel do not rotate synchronously, reducing the phenomenon of wheel slip.
- There is a gear position device on the steering handle which has two gear positions: forward and backward. The gear is adjusted to the forward gear and the rider is in the forward motion state. The gear is adjusted to the reverse gear, and the rider is in a backward motion state.
- An anti-collision device made of anti-collision tire is installed on the outer edge of the chassis.
- the anti-collision tire absorbs the energy generated by the collision to achieve a buffering effect, and the rider is not injured.
- the thermostat provides the rider with a different temperature of airflow to adjust the rider's temperature around the ride for comfort.
- the rider controls the movement of the riding machine, and can freely control the riding machine to advance, retreat and turn, and chase and collide with other riding machines to achieve the effect of fitness and entertainment.
- the invention relates to a motion device, a combat device, a protection device, a wireless identification control device and a score processing device to form a high-frequency wireless scoring-based armed combat interaction system, and the wireless identification control device adopts a first MCU control module and high-frequency pulse contact.
- the transmitting module, the alarm module, the high-frequency pulse contact receiving module and the first high-frequency wireless transmission module are configured, and the scoring processing device adopts a USB wireless host disposed around the site, a computer host disposed around the site, and an LED display disposed around the site.
- the screen is composed of a USB wireless host, which is composed of a second MCU control module, a USB data transmission module and a first high-frequency wireless transmission module.
- the combat device is composed of a device body and an instrument handle, and the instrument body adopts a main skeleton, a buffer layer and a skin layer.
- the utility model comprises an armor layer, an armor structure, an armor, a helmet and a neck circumference
- the movement device comprises a chassis, a traveling mechanism, a driving mechanism, a movement mechanism, a stand, a steering mechanism and an animal model, and is industrially Easy to implement, and, sports equipment, fighting device Guard, the wireless identification device and the various components of the control device and the like in the scoring process industrially easy to process.
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Abstract
Description
Claims (28)
- 一种基于高频无线记分的持械搏击互动系统,包括:能够承载搏击互动者在预置的运动场地进行移动的运动装置;用来供骑乘在所述运动装置上的搏击互动者手持的搏击装置,该搏击装置具有能够用来实现电接触的第一导电部和用来实现电连接的第一端口,所述第一导电部和第一端口相连接;用来防护骑乘在所述运动装置上的搏击互动者的指定外部的防护装置,该防护装置具有至少一个用来实现电接触的第二导电部和用来实现电连接的第二端口,所述第二导电部和第二端口相连接;以及记分处理装置,该记分处理装置包括第二高频无线传输模块;其特征在于:还包括无线识别控制装置,该无线识别控制装置配置于骑乘在所述运动装置上的搏击互动者的身上,该无线识别控制装置包括用来实现电连接的第三端口、第四端口和用来实现无线信号传输的第一高频无线传输模块;所述无线识别控制装置的第三端口与搏击装置的第一端口相连接,使无线识别控制装置与搏击装置的第一导电部相连接,所述无线识别控制装置的第四端口与防护装置的第二端口相连接,使无线识别控制装置与防护装置的第二导电部相连接;所述第一高频无线传输模块与第二高频无线传输模块之间为无线通信相连接;当一个搏击互动者手持的搏击装置的第一导电部触及另一个搏击互动者的防护装置的第二导电部时,所述一个搏击互动者的无线识别控制装置通过第一导电部发送带有ID识别码的高频脉冲信号;所述另一个搏击互动者的无线识别控制装置通过第二导电部接收所述一个搏击互动者的无线识别控制装置的ID识别码的高频脉冲信号,在进行对应的处理后,所述另一个搏击互动者的无线识别控制装置通过第一高频无线传输模块向记分处理装置发送记分信号,由记分处理装置进行对应的记分处理。
- 根据权利要求1所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述无线识别控制装置还包括一个第一MCU控制模块、一个高频脉冲接触发送模块、一个报警模块、至少二个高频脉冲接触接收模块;其中,第一高频无线传输模块与第一MCU控制模块相连接,第一MCU控制模块的高频脉冲信号输出端接至所述高频脉冲接触发送模块的输入,第一MCU控制模块的高频脉冲信号输入端与所述至少二个高频脉冲接触接收模块的输出分别相连接,第一MCU控制模块的控制信号输出端接至报警模块,所述高频脉冲接触发送模块的输出接至所述第三端口,所述至少二个高频脉冲接触接收模块的输入分别接至对应的第四端口。
- 根据权利要求2所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述记分处理装置包括一个设置在场地周边的USB无线主机、一个设置在场地周边的计算机主机和一个设置在场地周边的LED显示屏;所述第二高频无线传输模块设置在USB无线主机中,所述USB无线主机还包括一个第二MCU控制模块、一个USB数据传输模块;其中,第二高频无线传输模块与第二MCU控制模块相连接,第二MCU控制模块与USB数据传输模块相连接;USB无线主机与无线识别控制装置之间通过第一高频无线传输模块和第二高频无线传输模块实现数据无线传输;所述计算机主机具有ID编码模块、信号处理模块、计分模块和显示模块;该计算机主机与USB无线主机之间通过USB数据传输模块实现数据有线传输;所述LED显示屏的输入与计算机主机的输出相连接。
- 根据权利要求2所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述报警模块包括LED指示模块和音乐控制模块,所述LED指示模块和音乐控制模块分别与第一MCU控制模块的控制信号输出端相连接。
- 根据权利要求3所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述USB无线主机还包括一个外置的无线遥控器发射模块和一个无线遥控器接收模块,所述无线遥控器接收模块的输出接至第二MCU控制模块。
- 根据权利要求3或5所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述计算机主机的ID编码模块通过USB无线主机将不同ID识别码分别赋予各个无线识别控制装置;当一个无线识别控制装置所连接的第一导电部触及另一个无线识别控制装置所连接的第二导电部时,所述一个无线识别控制装置的第一MCU控制模块通过该无线识别控制装置的高频脉冲接触发送模块发送具有该无线识别控制装置的ID识别码的高频脉冲信号;所述另一个无线识别控制装置的高频脉冲接触接收模块接收对应的ID识别码的高频脉冲信号,并将所述对应的ID识别码的高频脉冲信号转化为对应的ID识别码输出给所述另一个无线识别控制装置的第一MCU控制模块;所述另一个无线识别控制装置的第一MCU控制模块将对应的ID识别码、所述另一个无线识别控制装置自身的ID识别码以及用来标识另一个无线识别控制装置所连接的第二导电部对应位置的特征码打成数据包通过所述另一个无线识别控制装置与USB无线主机之间的传输协议发送给USB无线主机;USB无线主机通过USB数据传输模块将数据包传送给计算机主机,计算机主机的信号处理模块对数据包的信息数据进行识别判断和分析处理;当对应的ID识别码和预置的ID识别码比较值相同时,判为无效信号;当对应的ID识别码和预置的ID识别码比较值不相同时,计算机主机的信号处理模块通过USB无线主机向所述另一个无线识别控制装置输出控制信号,所述所述另一个无线识别控制装置的第一MCU控制模块收到所述控制信号后向所述另一个无线识别控制装置的报警模块输出信号,使报警模块报警,同时,计算机主机的信号处理模块向计算机主机的计分模块输出信号,由计分模块根据预置的模式进行计分处理,并将计分结果输出给计算机主机的显示模块,计算机主机的显示模块驱动LED显示屏进行显示。
- 根据权利要求1所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述搏击装置包括器械本体和器械手柄;所述器械本体由内至外分别具有主骨架体、缓冲层和表皮层;所述缓冲层包覆于所述主骨架体,所述表皮层包覆于所述缓冲层;所述器械本体和器械手柄相连接;所述表皮层为导电材料或复合导电材料构成;所述表皮层构成所述第一导电部。
- 根据权利要求7所述的基于高频无线记分的持械搏击互动系统,其特征在于:进一步的,所述器械本体还包括防刺层,所述防刺层包覆于所述主骨架体,所述缓冲层包覆于所述防刺层;所述主骨架体为金属弹性材料或非金属弹性结构材料或这两者复合制作而成的弹性结构体;所述缓冲层为复合材料或橡胶或发泡塑料制作而成的弹性体;所述防刺层为防刺布或复合材料制作而成的外套。
- 根据权利要求7所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述器械手柄由骨架芯、器械本体固定件、手握件、器械手柄护手件和配重体构成,所述器械本体固定件连接在器械本体的主骨架体和器械手柄的骨架芯之间,手握件的一端与器械本体固定件相连接,手握件的另一端与配重体相连接;器械手柄的护手件呈弧形连接于器械本体固定件与配重体之间。
- 根据权利要求9所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述表皮层为导电布构成;所述导电布通过引线接至器械手柄;所述器械手柄的骨架芯与器械本体的主骨架体为一体相连接。
- 根据权利要求9所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述手握件为导电材料体,所述导电布通过引线接至手握件;所述手握件构成所述第一端口。
- 根据权利要求9所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述手握件为绝缘材料体,所述器械本体固定件设有第一信号传输接口,所述导电布通过引线接至所述第一信号传输接口;所述第一信号传输接口构成所述第一端口。
- 根据权利要求1所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述防护装置包括铠甲;该铠甲由处于内层的防护布和处于外层的导电材料构成,且导电材料覆盖在对应于人体穿戴时的中上部位置,所述导电材料的外层构成所述第二导电部;在铠甲中对应于人体穿戴时的手臂末端位置还设有搏击器械电信号的连接装置,以实现将手持的搏击器械的电信号接入;在铠甲中还设有信号传输接头,该信号传输接头至少有二根信号传输线,其中一根与所述搏击器械电信号连接头相连接,另一根构成所述第二端口并与铠甲的导电材料相连接;铠甲中,还装有进气接头和导气管,该导气管与所述进气接头相连通,所述导气管还设有第一喷气口,且在铠甲中还设有内外相通的第一通气孔。
- 根据权利要求13所述的基于高频无线记分的持械搏击互动系统,其特征在于:进一步的,所述防护装置还包括头盔;该头盔采用表面覆盖导电层的玻璃钢或金属材料制作而成,所述表面覆盖导电层或金属材料构成所述第二导电部;所述信号传输接头还具有第三根信号传输线,该第三根信号传输线构成所述第二端口并与头盔的导电层或金属材料相连接。
- 根据权利要求14所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述头盔中,在对应于人体的脸部位置还装有金属防护网;所述铠甲中,对应于人体穿戴时的前部位置设有第一开缝,在第一开缝处装有第一拉链以在第一拉链拉起时闭合该第一开缝。
- 根据权利要求15所述的基于高频无线记分的持械搏击互动系统,其特征在于:进一步的,所述防护装置还包括用来连接在头盔与铠甲之间的脖围,所述脖围由上、中、下三部分构成;所述上、下部分采用布料和硬质弹性材料体复合而成,其中,布料处于表层;所述中部分采用弹力布;所述弹力布连接在上层布料与下层布料之间;所述脖围的下部分还设有多个围绕人体的脖子周圈的第二通气孔。
- 根据权利要求16所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述脖围沿着竖向设有拆分部,以使脖围能够沿竖向拆开;所述拆分部装有第一魔术贴或第一扣子,通过第一魔术贴或第一扣子连接使脖围能够围成对应于人体脖子周圈的形状;所述脖围与头盔通过第二魔术贴或第二扣子连接相固定;所述脖围与铠甲通过第二拉链或第三扣子相连接。
- 根据权利要求1所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述运动装置包括底盘、行走机构、驱动机构、运动机构、立架、转向机构和动物模型;所述行走机构安装于底盘以带动所述底盘行走;所述驱动机构安装在底盘处并与所述行走机构相联动;所述立架安装在底盘上,所述运动机构安装在立架上并与所述驱动机构相联动,运动机构在立架支撑下和驱动机构驱动下进行模仿动物运动形态的动作;所述动物模型安装在所述运动机构上以形成能够运动的动物形态;所述转向机构安装在动物模型的前部并与所述行走机构相联动以控制行走机构转向。
- 根据权利要求18所述的基于高频无线记分的持械搏击互动系统,其特征在于:进一步的,所述运动装置还包括传动机构,所述传动机构安装在所述底盘处,所述驱动机构通过所述传动机构分别与所述行走机构、运动机构相联动;所述传动机构包括单级变速的第一传动机构和多级变速的第二传动机构,所述驱动机构通过所述单级变速的第一传动机构与所述行走机构相联动,所述驱动机构通过多级变速的第二传动机构与所述运动机构相联动。
- 根据权利要求18所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述运动机构包括摆动横架和模拟运动机构;所述模拟运动机构由二根曲柄,二根从动转臂,一根主动轴和一根从动轴组成;所述主动轴、从动轴分别安装在所述立架的前、后部,并可转动,且主动轴还与所述驱动机构相联动;所述二根曲柄的各一端分别与所述主动轴的两端相连接,所述二根曲柄的各另一端分别连接在摆动横架的前部;所述二根从动转臂分别连接在从动轴的两端和摆动横架的后部之间。
- 根据权利要求20所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述摆动横架包括横架体、马鞍形支架和脚踏安装架;所述横架体的前部设有用来与所述曲柄相连接的曲柄轴承座,所述横架体的后部设有用来与所述从动转臂相连接的从动轴承座;所述马鞍形支架固定在所述横架体的后部;所述脚踏安装架固定在所述横架体两侧的底部。
- 根据权利要求21所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述动物模型包括固定架和动物模型外壳;所述固定架由躯干固定架和头部固定架构成,所述躯干固定架固定在所述横架体上,所述头部固定架固定在所述躯干固定架的前侧的上部;所述转向机构安装在所述头部固定架处。
- 根据权利要求18所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述转向机构包括转向手柄、转向上链轮、转向下链轮、上链条、下链条和钢丝绳,所述转向手柄安装在所述头部固定架处,转向上链轮安装在转向手柄上,所述转向下链轮安装于所述行走机构上,上、下链条分别安装在转向上、下链轮上,两链条中间用钢丝绳连接。
- 根据权利要求23所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述行走机构包括前轮机构和后轮机构,所述前轮机构包括二个前轮和前轮转轴,所述两个前轮分别安装在前轮转轴的两端,所述下链轮安装在前轮转轴的上端。
- 根据权利要求18所述的基于高频无线记分的持械搏击互动系统,其特征在于:所述后轮机构由主动后轮、从动后轮、后轮转动轴、支撑轴承座、链盘、刹车器组成;所述主动后轮、从动后轮、支撑轴承座、链盘、刹车器分别安装在后轮转动轴;且主动后轮与后轮转动轴通过胀紧套安装,主动后轮与后轮转轴同步转动;从动后轮与后轮转动轴通过滚动轴承安装;后轮机构通过支撑轴承座与底盘连接安装在底盘上。
- 根据权利要求20所述的基于高频无线记分的持械搏击互动系统,其特征在于:进一步的,所述运动装置还包括能量储放机构,所述能量储放机构包括第一弹簧机构和第二弹簧机构,第一弹簧机构安装在摆动横架与底盘之间;第二弹簧机构安装在立架与从动转臂之间。
- 根据权利要求18所述的基于高频无线记分的持械搏击互动系统,其特征在于: 进一步的,所述运动装置还包括共地导电轮,所述共地导电轮安装在底盘的底部。
- 根据权利要求20所述的基于高频无线记分的持械搏击互动系统,其特征在于:进一步的,所述运动装置还包括温度调节装置,所述温度调节装置包括气泵和导气管,气泵安装在立架上,导气管从气泵引出延伸固定在摆动横架上。
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BR112016028269A BR112016028269A2 (pt) | 2014-05-13 | 2015-04-29 | sistema interativo de luta armada com base na pontuação sem fio de alta freqüência |
EP15793606.3A EP3144037B1 (en) | 2014-05-13 | 2015-04-29 | Armed fighting interactive system based on high frequency wireless scoring |
MX2016014828A MX363977B (es) | 2014-05-13 | 2015-04-29 | Un sistema interactivo de asaltos armados basado en la puntuacion inalambrica de alta frecuencia. |
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CN201520191517.3U CN204671861U (zh) | 2015-04-01 | 2015-04-01 | 一种用于健身运动/娱乐活动方面的器械 |
CN201520192421.9U CN204582531U (zh) | 2015-04-01 | 2015-04-01 | 一种电动的骑行娱乐健身机 |
CN201520192895.3U CN204678974U (zh) | 2015-04-01 | 2015-04-01 | 一种能够传递信号及调节温度的防护盔甲 |
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MX2016014828A (es) | 2017-03-10 |
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JP6528291B2 (ja) | 2019-06-12 |
RU2016144415A3 (zh) | 2018-12-03 |
PH12016502265A1 (en) | 2017-02-06 |
RU2677606C2 (ru) | 2019-01-17 |
SG11201609524SA (en) | 2016-12-29 |
BR112016028269A2 (pt) | 2019-10-08 |
US20170080314A1 (en) | 2017-03-23 |
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CA2948925C (en) | 2019-09-03 |
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EP3144037B1 (en) | 2020-11-11 |
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