Electronic sport device

[0109] In order to fully understand the technical content of the present invention, the technical solution of the present invention will be further introduced and illustrated below in conjunction with specific embodiments, but it is not limited thereto.

[0110] First from Figure 1 to Figure 7 The structure of an electronic exercise device of the present invention is further explained. Such as Figure 1 to Figure 7 As shown, an electronic exercise device of the present invention includes an emitter 10 sent by an athlete 1 and a receiving device 2 for receiving the emitter 10 (the receiving device may also be called a receiving component or a receiver, which is used for receiving the emitter 10). The mechanical and electronic components that generate electrical signals) and the controller 30 electrically connected to the receiving device 2; the receiving device 2 is provided with at least one receiving unit 20, and the receiving unit 20 is provided with a switching device ( The specific structure is as Figure 3 to Figure 5 Shown); when the emitter 10 hits the receiving unit 20, the switching device 20 transmits an electrical signal to the controller 30. The controller 30 is a control circuit including a microcontroller and various drive circuits connected to the microcontroller (such as display drive circuits, detection signal amplification circuits and other conventional application circuits) and power modules. The controller also includes a memory, It is used to store audio signals, historical exercise records and exercise rules. The controller 30 is provided with a scoring circuit for counting the electrical signals of the switching device, and the scoring circuit is completed by a soft circuit inside the controller. It also includes a console 3 for accommodating the controller, usually on the right side of the athlete. The console 3 is provided with a control panel, and the control panel is provided with a display screen 31 electrically connected to the controller 30 (the display screen can be a liquid crystal screen or a display screen composed of multiple sets of digital tubes, or a touch screen can be used to control Buttons are combined with the surface of the display screen) and control buttons 32 (which may include various function buttons, such as a score key, a start key, a power key, a clear key, a sound effect key, and a number key, etc.). One side of the console 3 is provided with a weighing sensor 34 that is electrically connected to the controller 30. The weighing sensor can measure the weight of the athlete and transmit it to the controller. Combined with the energy consumption module of the controller, the weight of different athletes can be calculated. Reasonable energy consumption, guide different athletes to exercise in different ways, and give a reasonable amount of exercise reference number, and guide those who are overweight to establish an orderly slimming plan. The control panel is also provided with a radio frequency card identification circuit 33 electrically connected to the controller 30. The radio frequency card identification circuit is used to identify the ID numbers of different athletes (suitable for public electronic exercise methods, and each athlete is equipped with a wireless induction Radio frequency card, when the radio frequency card is close to the radio frequency card identification circuit of the control panel, you can enter the user interface of the athlete and create an exercise file for each athlete. The exercise file includes exercise time, personal weight, personal energy consumption, exercise level, Personal history best results and sports fees etc.). It also includes at least one transmission point detection unit 37 electrically connected to the controller 30. The transmission point detection unit 37 is used to detect the position of the athlete (distance from the receiving device) and the sequence of actions (to make the athlete move according to the movement rules, Points are deducted or not scored for those who do not meet the requirements). It also includes an audio module 35 that is electrically connected to the controller 30. The audio module 35 is also connected to a speaker 36. The speaker 36 can be set according to actual use. The purpose of the speaker 36 is to provide background music on the sports field for the athletes. (Speaker) to the athletes. The front end of the receiving device 2 is provided with an electronic detection curtain 4 for detecting the passage of the emitter 10, and the electronic detection curtain 4 includes a photoelectric emission circuit 41 (that is, the transmitting end) and a photoelectric receiving circuit 42 (that is, electrically connected to the controller 30). The receiving end), usually adopts the infrared beaming method (due to the corresponding relationship, the installation devices of the receiving end and the transmitting end can be interchanged left and right). The electronic detection curtain is used to detect the number of emitters passing through (including those that have hit the receiving device and those that have not hit the receiving device), and the detected electrical signals are transmitted to the scoring circuit to calculate the athlete's hit Rate, based on this evaluation of effective results. It also includes a support for fixing the receiving device 2 and the electronic detection curtain 4. This support adopts different methods in different implementations, such as Picture 8 The support 5029 shown can also be Picture 10 The bracket 7029.

[0111] The controller 30 is equipped with an energy consumption statistics module (completed by an internal program module). The energy consumption statistics module detects the time difference between when the emitter 10 passes through the electronic detection curtain 4 and when it touches the receiving unit 20, and the time difference of the emitter 10 The weight is calculated to get the energy consumption value. The specific formula is: J (energy consumption) = K·M·V, where K is a constant (the constant K is related to the shape, density and other factors of the specific emitter. Picture 11 The structure of the sphere embodiment, the sphere is made of iron sand and silt or electromagnetite and silt with a higher density to make an elliptical sphere of about 500g, in this embodiment K is 0.4553); M is the mass, the unit Is Kg; V is the speed in m/s, and J is the energy consumed to propel the projectile, and its unit is kilocalories. The pitching force can also be calculated, the pitching force = A·M·V, where A is a constant (the constant A is related to the shape and density of the specific emitter, because the emitter will produce resistance during the movement; the applicant is in Picture 11 The structure of the sphere embodiment, the sphere is an elliptical sphere of about 500g made of iron sand material with a higher density, in this embodiment A is 0.8196); M is the mass, the unit is Kg; V is the speed, the unit is m /s, the unit of pitching force is pounds. The lower part of the support body is connected with a collection mechanism for collecting the emitter. The collection mechanism has two types: manual mechanism and automatic mechanism. Most of the manual mechanisms include a collection bin located below the receiving device and a movable collection bucket (or collection vehicle). The structure combination requires the athlete to go under the receiving device to fetch the ball. The automatic collection mechanism includes a transmission member and a power machine connected with the transmission member. For details, see Picture 11 Example of a ball mover shown.

[0112] There are three ways to implement the receiving device, one of which is a sandwich structure: image 3 As shown, the receiving device 2A includes an outer protective layer (including an upper protective layer 21A and a bottom protective layer 21B) and a receiving unit layer located inside; the receiving unit layer includes multiple sets of corresponding electrical contacts (including power contacts 221A and The two flexible circuit boards (including the upper flexible circuit board 22A and the lower flexible circuit board 22B) of the lower electrical contact 221B); each group of corresponding electrical contacts of the two flexible circuit boards constitute the switching device of the aforementioned receiving unit. The second is the button structure: such as Figure 4 As shown, the receiving device 2B includes a fixed substrate 23 and a switch key 24 provided on the fixed substrate 23 with an elastic body (such as a silicone cap or an elastic metal sheet or spring, which can automatically spring back); the switch key 24 is composed of For the switch device of the receiving unit, the two flexible circuit boards described above are also arranged between the switch key 24 and the fixed substrate 23, but the contact structure such as a mechanical button switch or a metal sheet structure can also be used. The third is the hole structure, such as Figure 5 As shown, the receiving device includes a fixing frame 2C and a receiving hole 25 provided on the fixing frame 2C; the receiving hole 25 is provided with a detection switch 250 electrically connected to the controller 30, and the detection switch 250 constitutes the switching device of the aforementioned receiving unit.

[0113] Image 6 Shown is an implementation that can be used for a variety of ball sports. The receiving device 2D includes receiving units evenly arranged in a matrix (the distribution is relatively dense, so that small receiving unit icons can cover effective receiving units. Receiving unit. The front of the device is provided with a movable flexible panel 26D, and also includes a power mechanism for pulling the flexible panel 26D to move. The power mechanism includes a power machine 27D and a positioning element 28D that are electrically connected to the controller 30. The rotation force of the power machine 27D is used. , Pull the flexible panel 26D to move; the flexible panel 26D is a flexible material that can be printed with patterns, such as plastic cloth or oil cloth, etc., on which multiple groups of receiving device patterns are drawn; each group of receiving device patterns is provided with several receiving unit icons (versus Figure 7 The receiving unit icon in 3801 is similar), each set of receiving device patterns corresponds to a ball game or a game mode, and can be equipped with different background graphics to create different sports atmosphere; positioning element 28D is used to detect The receiving device pattern of the 2D front end of the receiving device; when a certain group of receiving device patterns are located in the detection position of the positioning element, the receiving unit corresponding to (or covered by) the receiving unit icon in the receiving device pattern is the score receiving unit (valid Receiving unit), and the remaining receiving units are non-scoring receiving units (invalid receiving units). The controller selects the corresponding scoring receiving unit distribution information (various receiving device patterns stored in the memory) according to the detection bit signal of the positioning element. For example, football goals and golf courses are equipped with corresponding score receiving unit distribution information stored in the memory) to complete. As a further innovation of this embodiment, it is possible to continuously change the receiving unit icon during the movement of the flexible panel, so that the athlete needs to hit the moving receiving unit icon during exercise to realize the movement form of the active target.

[0114] Image 6 In the embodiment, the pattern of the receiving unit is fixed and printed. Figure 7 In the embodiment, the image of the receiving unit is formed by projection. A projection module 38 connected to the controller 30 is used. The projection module 38 includes a video output module and a projection device (a general-purpose projector can also be customized). The controller 30 transmits image signals to the projection device through the video output module The projection image 380 of the projection device is projected in front of the receiving device 2. The receiving device 2 includes a number of receiving units and a projection curtain wall at the front of the receiving unit; the projected image 380 includes at least one receiving unit icon 3801, the receiving unit in the projected image The receiving unit corresponding to the icon 3801 is the scoring receiving unit 200, and the remaining receiving units are non-scoring receiving units 201. The projected image 3801 may be fixed or a moving image. In this way, a rich video image can be produced and projected on the receiving device. The athlete hits or attacks the receiving unit icon in the image, which makes the exercise more interesting and can further improve the fighting and wrestling in the computer network. Waiting for games to become real sports can help players get rid of Internet addiction and can also play a healthy role in sports. When a football goal or handball goal is used as the pattern background, the active goalkeeper can be added to the active image, thereby increasing the difficulty of the movement, and is more similar to real football or handball and other sports, which greatly stimulates the sports enthusiasm of the athletes. Achieve better exercise and fitness effects.

[0115] Picture 8 Shown is an electronic exercise device for darts, in which the receiving device 502 adopts a sandwich structure and is fixed on a support 5029 by a holding member 5023 (such as a rope, velcro or buckle, etc.), the support 5029 A metal frame or wooden frame structure that can be easily disassembled and assembled (the holding member 5023 can also be directly fixed to the wall in other embodiments); a dart target pattern 5026 is provided in front of the receiving device 502 (also called a tapestry structure), The projectile is a dart thrown by the athlete. The ground where the athlete is standing is provided with a distance measuring carpet 5037 for measuring the launch position. The distance measuring carpet 5037 is equipped with a launch point detection unit connected to the console 503. There is also a weighing sensor next to the console 503, and height can also be added. The detector is used to distinguish the reasonable dart throwing distance of different athletes. For example, the athlete with a height of 150 cm should choose a throw distance of 4 meters, and the athlete with a height of 170 cm should choose a distance of 5 meters. In order not to damage the receiving device 502, the front end of the dart should not be sharp.

[0116] Picture 9 The embodiment shown is an electronic sports device for football. The emitter is a football 60 kicked by a player. The receiving device 602 is provided with a football goal pattern 6026 in front of it. The upper, left and right sides of the receiving device 602 are provided with an upper protective fence 6061, a left protective fence 6062, and a right protective fence 6063. It also includes a bracket 6023 for fixing the receiving device; the bracket 6023 can be a telescopic bracket or a folding bracket. (In other embodiments, the receiving device 602 can also be fixed on the wall by a fixing member, such as a rope or magic stick).

[0117] Picture 10 The embodiment shown is an electronic sports device for golf. The emitter is a golf ball 70 hit by the player with a club; the receiving device 702 is provided with a golf course pattern 7026 in front of it. The golf course pattern 706 includes grass and golf hole icons. The golf hole icon corresponds to the receiving unit on the receiving device 702; a small red flag icon is set beside the golf hole icon. It also includes a bracket 7029 for fixing the receiving device 702; the bracket 7029 is provided on the upper, left and right sides of the receiving device 702 with an upper protective fence 7071, a left protective fence 7072 and a right protective fence 7073; the bracket 7029 can be a telescopic bracket Or folding bracket. In other embodiments, the receiving device may also be fixed on the wall with a holding member (for example, a rope or magic stick).

[0118] Figure 11 to Figure 16 Shown is an electronic exercise device for a ball. The emitter is a ball thrown by the player by hand; the receiving device is a hole structure. The receiving device includes a fixing frame 802 and a receiving hole arranged on the fixing frame 802 8025; The receiving hole 8025 is provided with a ball-in detecting switch 80250 electrically connected to the controller. The receiving hole 8025 and the ball-in detecting switch 80250 constitute a receiving unit, and the ball-in detecting switch 80250 constitutes a switching device. The rear end of the receiving hole 8025 is connected with a receiving hole baffle 80251. The ball entering detection switch 80250 includes a hole-type detection switch 80250A provided on the side of the receiving hole and a baffle-type detection switch 80250B provided at the shaft of the receiving hole baffle 80251. One of them can be used alone. In this embodiment, a redundancy technique is used, and two detection methods are used at the same time. The two sides of the fixed frame 802 are respectively provided with a left side plate 8021 and a right side plate 8022 (the function of the left and right side plates is to prevent the balls from popping up to the left and right sides), the bottom is a collection bin 805 for collecting the balls, and the edges of the left and right side plates are provided The transmitting end (ie, photoelectric transmitting circuit 8041) and receiving end (ie, photoelectric receiving circuit 8042) of the electronic detection curtain are arranged in the mounting slots at the edges of the left and right side panels respectively. There are several transmitting points (usually light-emitting transistors) connected in parallel and several receiving points (usually photosensitive transistors) connected in parallel. The transmitting point and the receiving point correspond to each other, and each transmitting point (or receiving point) The interval is smaller than the minimum diameter of the sphere, which can ensure that the sphere can be detected when passing through any position of the detection area of ​​the electronic detection curtain. The collection bin 805 is provided with a front ball inlet 8051 located on the front side of the fixed frame 802 and a rear ball inlet 8052 located on the rear side of the receiving plate 802; the rear ball inlet 8052 is provided with a falling ball detection switch 80521 electrically connected to the controller. The switch is used to further detect whether the ball normally passes through the receiving hole and falls into the collection bin from the rear ball inlet after hitting the receiving hole. If it does not completely pass through the receiving hole, but falls into the collection bin from the front entrance of the fixed frame, no points will be scored. It also includes a distance-measuring carpet 8037, on which there are several transmitting point detection units electrically connected to the controller (the same structure as the receiving device can be used). A collection mechanism 806 is connected to one side of the collection bin 805, and the collection mechanism 806 includes a transmission member and a power machine drivingly coupled with the transmission member. The conveying member includes a lateral fairway 807 connected with the collection bin 805, an ascending fairway 808 connected with the lateral fairway 807, a conveying fairway 809 connected with the ascending fairway 808, and a storage fairway connected with the conveying fairway 809 (by the balls in the storage bin 800). The silo roller 8003); the lateral fairway 807 includes a lateral conveyor belt 8071 and a lateral motor 8072 connected to the lateral conveyor belt 8071; the ascending fairway 808 includes an ascending conveyor belt 8081 and an ascending motor 8082 connected to the lateral conveyor belt 8081; the conveying fairway 809 includes a horizontal conveyor belt 8091 And the horizontal motor 8092 connected with the horizontal conveyor 8091; the lateral motor 8072, the ascending motor 8082 and the horizontal motor 8092 constitute the aforementioned power unit. In this embodiment, ten receiving holes are provided on the fixing frame 802, including the sun receiving hole located in the center and nine planetary receiving holes arranged around the sun receiving hole. Above the fixing frame 802 is provided an instruction screen 8038 electrically connected to the controller for guiding the athlete to throw the ball. The instruction screen is mainly used to inform the athlete of the sports rules and scores. In order to better transfer the balls in the collection bin 805 to the ascending conveyor belt 8081, a ball guide mechanism 8061 with rollers is added to the lateral conveyor belt 8071 and the ascending conveyor belt 8081. An advertising board 8053 is provided in front of the fixed frame 802. When the present invention is used in public facilities, it can play a role in advertising. In order to facilitate the player to take the ball, a ball-taking port 8001 and a ball-holding groove 8002 are provided at the ball storage 800. In order to prevent the balls from sliding down in the ascending conveyor belt 8081, a conveyor belt spacer 8080 is provided on the ascending conveyor belt 8081, and the height of the conveyor belt spacer 8080 depends on the size of the sphere. In this embodiment, the sphere is an elliptical sphere, and a denser material is used to make the sphere, which is conducive to the athlete's throwing (the size of the sphere is made suitable for the athlete's hand to grasp the sphere), and powder or fine sand is used. As the main material of the sphere, it is wrapped with a soft material, which can reduce the damage to the fixing frame (receiving device), and in case of accidental injury to people, it can also minimize the injury to people. , Because of the softness of the soft fabric and iron sand, it can effectively reduce the impact force. In this embodiment, the internal sand of the sphere is made of iron sand, magnetite sand, or a mixture of both. Among them, magnetite sand or a mixture of magnetite sand and iron sand is preferable because the magnetite can pass through the palm of the hand ( As the saying goes, "the palm connects the thighs, and the ten fingers connect the heart") to achieve the purpose of promoting human health (scientists have found through experiments and observations that the magnetic field effect is beneficial to health. The so-called magnetic field effect is the biological effect caused by the magnetic field acting on the human body. In summary, there are the following aspects: 1. Promote cell metabolism and activate cells, thereby accelerating the excretion of waste and harmful substances in the cell; 2. Balance the endocrine system; 3. Promote blood circulation and improve microcirculation; 4. Promote inflammation subsidence , Eliminate inflammation, swelling and pain; 5. Two-way regulation of blood pressure, especially to reduce high blood pressure; 6. Improve the oxygen carrying capacity of red blood cells, reduce blood viscosity; 7. Enhance and improve the body's immune function, improve the body's resistance to diseases) . Then use a cloth bag to wrap iron sand, magnetite sand or a mixture of the two, and then cover a layer of soft sponge, and finally use leather as the outer layer of the sphere. The sphere made in this way makes full use of the various materials. Features are also a major innovation of the present invention. The size of the sphere can be set into a variety of models according to factors such as the height, weight, age and sports level of the athlete. For example, for teenagers, children, elderly, physically weak or first-time athletes, the lower sports level is used. If the sphere is small, on the other hand, if the athlete is young, middle-aged, physically strong, or regular exercise, the higher sports grade is adopted, and the sphere used is larger.

[0119] The invention can be combined with the circuit to carry out the following innovations, through the indicator screen to guide the athlete to correctly step on the distance measuring carpet (also called electronic sports carpet) on the ground, so that the athlete can hit the ball when or after completing the correct exercise. Through electronic devices such as controllers and display screens, different exercise levels are set up for each emitter movement. For example, the weight of the emitter increases with the upgrade of the exercise level. The higher the exercise level, the more difficult the exercise. The indicator screen can display different exercise difficulty. The emitter can be sent out by guiding the athlete to complete the required foot movement through the indicator screen, and the ranging carpet is used to detect that the athlete has completed the foot movement according to the regulations. Therefore, the electronic sports device of the present invention can be a sports game device that can be continuously upgraded, which in turn will increase the sports enthusiasm of the athletes. Because it is an electronic device, it can store historical records, even if the athletes cannot play at the same time. Sports, but it can still be recorded in history, forming an atmosphere of competition among athletes. Such an external environment is conducive to promoting such electronic sports. You can also add a network adapter to connect with an electronic sports server set up on the Internet to realize online competition among netizens.

[0120] To sum up, the present invention utilizes the innovation of the circuit and the mechanical structure to provide a new type of electronic exercise device, which opens up an effective exercise path for people's health, which is not only low in cost, but also small in space. The invention makes full use of electronic technology to simulate various sports game scenes, so that people can exercise outdoors or indoors in a smaller space; at the same time, the invention has simple structure, convenient installation, low cost, and uses a controller to realize an electronic automatic meter. The grading function has good operability. It can be used indoors or outdoors, especially for people who are keen on traveling today. The product of the present invention can be folded and shrunk and placed in the trunk of a car. It can be used when traveling on the beach, grassland, mountain top, etc. Exercise in the scene. The receiving hole structure of the fixed frame (such as Picture 11 In the illustrated embodiment structure), it can be made into indoor public sports equipment, which provides a low-cost, multi-style sports device for the popularization and promotion of body fitness. The use of a movable flexible panel enables people to implement multiple exercise modes on the same exercise device, perform multi-scene exercises, and achieve diversified exercises. More creatively, the present invention uses a projection module connected to the controller to realize dynamic sports scenes (also can be used in sports games), such as electronic football and handball sports, adding dynamic goalkeepers to the projected image The image simulates the real sports scene, making athletes like this electronic sports method. It can be single-player sports or multi-player competitions. And the best exercise record in history is kept in the controller, no matter if the record is created by himself or by others, it can provide each participant with exercise skills and physical fitness, thereby achieving the purpose of exercise and fitness. . Under the era background of "National Sports and National Fitness", the present invention will have broad market prospects.

[0121] The above only uses examples to further illustrate the technical content of the present invention for easier understanding of the reader, but it does not mean that the implementation of the present invention is limited to this. Any technical extension or re-creation made according to the present invention is subject to Protection of the present invention. The protection scope of the present invention is subject to the claims.