CN102999952B - Orientation, radio direction finding fixed station and Fingerprint Identity identification electronic timing system - Google Patents

Abstract

Orientation, direction-finding motion fixed station and fingerprint identification electronic timing system The present invention relates to a kind of sports competition activity information collection, performance statistics device, especially the device of the present invention can be in orientation, radio direction-finding sports competition activity information collection ( Including athletes' personal information, competition information, etc.), performance statistics (including the value of athletes' personal competition information, the validity of results, etc.). The invention can greatly reduce the construction and maintenance costs of check-in stations in cross-country orienteering and radio direction-finding sports competitions, and is also very suitable for building permanent check-in stations on a large scale and in large quantities, making it a very easy-to-implement mass physical activity. At the same time, because this system also has the function of collecting, storing and comparing athletes' fingerprints, it can fundamentally eliminate and deter cheating phenomena such as substitute running in such competitions, and maintain the fairness and integrity of competitions. seriousness.

Description

Orientation, direction finding motion fixed station and fingerprint identification electronic timing system

technical field

The present invention relates to a kind of sports competition activity information collection, performance statistics device, especially the device of the present invention can be used in orientation, radio direction finding sports competition activities in information collection (including athlete's personal information, competition information, etc.), performance statistics (including Athlete's personal competition information value, validity of results, etc.).

Background technique

Orienteering and radio direction finding are two very important world military sports.

Orienteering (Cross-Country Orienteering) is one of the main competition items of Orienteering (Orienteering). In the same venue, all competitors must rely on an orientation map marked with several inspection sites (check-in sites) and direction lines (a standard orientation route includes a starting point, an end point, and a series of point marks, and the same group of players different) and with the help of the compass, choose the route by yourself, search for each checkpoint in turn, and the one who completes the game in the shortest time is the winner.

In past games and training, each checkpoint has been equipped with a stamp or pincer type of marking that can distinguish other checkpoints. The point sign works in conjunction with the checkpoint, which provides the athlete with a credential to arrive at the location. Sometimes, each checkpoint also needs to be equipped with a referee, each holding a flag of a different color in both hands, to inform the athletes, spectators, and other referees and athletes whether the visit behavior of the athletes visiting the checkpoint is correct, If it is effective, the referee also needs to make corresponding records, and the operation process is relatively cumbersome. Due to the fact that multiple athletes may visit the same checkpoint at the same time, as well as other human factors, it is easy to cause misjudgment and send wrong information. The game scene is also very chaotic, and the statistics of the game results are also very cumbersome. The results are also more controversial.

With the development of modern electronic technology, electronic timing systems are widely used in such competitions. It usually includes four parts: electronic sign-off device, electronic directional timing card (finger card), printer, and system management software. The electronic timing system uses RFID technology for timing referees. RFID is a system that relies on radio frequency electromagnetic fields to read information about identified objects. The system is divided into two parts: reader and data carrier. The reader is also called a coupling device (CouplingDevice), a reader/writer (Reader/writer) or a card reader (Cardreader). Data carriers are also called transponders, which are usually packaged in the form of cards, buttons, key chains, glass tubes, watches, flexible smart tags, etc. A transponder made in the form of a card is also called a non-contact IC card or a wireless IC card. The electronic timing system in such competitions uses RFID non-contact smart cards and card readers as timing devices. ”), the athletes arrive at the corresponding inspection site according to the route marked on the directional professional map, and through the reading and writing process of the finger card and the electronic sign reader (a special non-contact smart card reader), the athletes pass through the station’s The time and station number are recorded in the card, and after all the competitions are completed, the time and station data information in the card is processed through the system software of the competition, thereby obtaining the validity of the athlete's competition time and results, and ranking the competition . The RFID timing system not only eliminates referee errors that may be caused by manual operation, improves the fairness and accuracy of the competition, improves work efficiency, but also reduces the labor cost of referees.

The current competition procedure of orienteering is roughly like this: athletes must first register, and then distribute orienteering maps, finger cards with the same number, number cloths and other equipment to each athlete, then arrive at the starting area, and then set off in batches according to the instructions. Tasks, statistical results, announced results.

But the following problems still exist in the equipment of existing orienteering and restrict its own development:

1. Before each game, it must be temporarily arranged according to the pre-designed route. Each check-in station must be equipped with an electronic marker and marker flag. Since the equipment is relatively expensive, it must be guarded by a special person to prevent equipment damage and loss. Since the electronic marker has the functions of radio frequency emission and information recording, it must also have performance requirements such as waterproof, drop-proof, and stable and sufficient power supply, so it is relatively cumbersome, and it also leads to relatively high costs. It is impossible to place it for a long time Use outdoors unattended. Hundreds of electronic sign-counters are used in a game, and some game check-in stations even reach more than 200. It is a very heavy work to prepare, arrange and maintain these devices. Moreover, if there is a problem with any check-in station, it may affect the performance of all athletes. Therefore, the playing fields of orienteering are all temporary. School playgrounds, sports grounds, and parks are all good fitness places, and are also very suitable for orienteering exercises. However, due to equipment limitations, it is impossible to build a permanent unattended electronic timing system site, which is also difficult. It is built into a permanent orienteering field, which seriously restricts the daily training of athletes, the participation of orienteering enthusiasts, and the development of daily teaching activities in schools.

2. With the development of domestic orienteering and radio direction-finding sports, the number of participants is increasing, and due to the characteristics of this type of competition, there are many disadvantages, whether it is to adopt stamp type, clamp type signing or electronic None of the tickers can resolve it. Due to the large number of participants in each game, it is difficult for athletes to check the detailed and true information when registering, so it is easy to impersonate; Fair phenomenon, the existing technical means and referee power are difficult to discover and deal with the above phenomenon. Such cheating is pervasive in these kinds of events and has been a difficult problem to solve.

To sum up, such problems generally exist in the current directional movement and radio direction finding movement. Due to the high price of the electronic counting device, it must be powered by a power supply, heavy, requires frequent maintenance, special care, maintenance and operation costs are extremely high, it cannot be built as a permanent unattended electronic timing system site and a permanent orienteering field , a series of problems brought about, coupled with the fact that it is easy to appear cheating in the course of the competition, has greatly affected the fairness of such competitions and their status in people's minds, thus restricting the promotion of these projects universal.

Contents of the invention

The purpose of the present invention is to overcome that the current electronic sign-counting device is expensive, heavy, requires frequent maintenance, is supervised by a special person, cannot be built into a permanent unattended electronic timing system site, and a permanent orienteering sports field; in addition, In order to overcome the fact that the existing counting and electronic timing systems cannot completely solve the impersonation of athletes in orienteering and radio direction finding sports competitions, as well as cheating behaviors such as exchanging finger cards between athletes for substitute running during the competition, etc. Problem, the present invention provides orienteering fixed station and fingerprint identification electronic timekeeping system, can build the station of temporary or permanent maintenance-free electronic timekeeping system with very low cost, simultaneously, the check-in equipment (such as Finger card or micro-card reader) has the function of fingerprint entry and timing information storage of more than 200 stations, and can compare the data stored in the athlete registration system (including athlete's fingerprint information, and other registration information, etc.), so as to maximize the identification and evidence collection of the phenomenon of substitute running in the game.

The technical solution adopted by the present invention to solve its technical problems is: the present invention will use the RFID radio frequency electromagnetic field to read the use mode and the function of the electronic counting device in the identified electronic timing system and the electronic directional timing card (finger card) now. , the electronic counting device in the current electronic timing system is a card reader, and the finger card held by the athlete is a non-contact IC card that can record the information of the visited site and other relevant information and personal information of the competition. The method adopted by the present invention is to allow athletes to carry a low-power micro-card reader with them, which is a special device for recording personal information and competition results of athletes; meanwhile, the present invention uses a non-contact IC card as the The non-contact IC card type fixed sign device of the directional and direction-finding movement fixed station and the fingerprint identification electronic timing system, because this non-contact IC card has a service life of more than 10 years, and does not require power supply, it works reliably and The appearance is thin and compact, low in price, maintenance-free and not easy to damage. It can be temporarily pasted or fixed in a fixed place as a temporary or permanent check-in station; at the same time, when athletes register, the information collected by the competition-related information collection and management equipment Athletes' photos, fingerprint information, and other information are compared with the athlete's registration information stored in the system. After confirming that they are correct, the above information is stored in each athlete's dedicated micro-card reader or finger card; during the competition In the process, referees can compare the above information with the referee’s hand-held fingerprint collection and comparison device (referee’s handheld phone) at any time, and find cheating phenomena such as substitute running in time, so as to fundamentally eliminate and deter long-standing problems in such competitions. Cheating phenomena such as substitute running to maintain the fairness and seriousness of competition activities; after the competition is over, the competition-related information collection and management equipment collects and summarizes all competition information, and automatically prints out the competition results. The present invention has achieved the purpose of the present invention by above-mentioned means just like this.

The electronic timekeeping system for directional and direction-finding motion fixed stations and fingerprint identification of the present invention includes: a card-type fixed sign counting device as a sign counting device at a check-in station, a miniature card reader held by an athlete, and a referee's hand-held fingerprint collection and comparison device (referee handheld phone), competition-related information collection and management equipment and other four parts above.

The beneficial effect of the present invention is that it can greatly reduce the construction, maintenance and operation costs of check-in stations in cross-country orienteering and radio direction-finding sports competitions, and is also very suitable for building permanent check-in stations on a large scale and in large quantities, making it a It is a very easy-to-implement mass sports activity. At the same time, because this system also has the function of collecting, storing and comparing athletes' fingerprints, it can fundamentally eliminate and deter cheating phenomena such as substitute running in such competitions, and maintain the fairness and integrity of competitions. seriousness.

Description of drawings

These and other advantages of the present invention can be more fully and more fully understood by reference to the following drawings of preferred embodiments of the invention, including:

Figure 1 is a block diagram of the principles of the current electronic timing system for orienteering competitions.

Fig. 2 is a schematic diagram of the appearance of the electronic counting device in the current electronic timing system.

Fig. 3 is a schematic diagram of the appearance of finger cards used by athletes in the current electronic timing system.

The finger card that the athlete uses in the existing electronic timing system of Fig. 4 and the block diagram that the internal circuit of the card type fixed sign counting device of the present invention forms.

Fig. 5 is a schematic diagram of the internal structure of the finger card used by athletes in the card-type fixed sign-counting device of the present invention and the existing electronic timing system.

Fig. 6 is a schematic diagram of the appearance of the card-type fixed sign counter of the present invention.

Fig. 7 is a block diagram of the principles of the present invention's directional, direction-finding motion fixed station and fingerprint identification electronic timing system.

Fig. 8 is a schematic diagram of the appearance of the card-type fixed sign counter of the present invention when it is fixed on a column and used.

Fig. 9 is a schematic diagram of the appearance of the card-type fixed marker of the present invention when it is fixed on the wall and used.

Fig. 10 is a schematic view of the appearance of an embodiment of the player's hand-held miniature card reader of the present invention.

Fig. 11 is a schematic view of the appearance of another embodiment of the athlete's hand-held miniature card reader of the present invention.

Fig. 12 is a block diagram of the principles of athlete information collection, performance statistics, and output equipment of the present invention.

Fig. 13 is a schematic diagram of the appearance of the referee information comparison handset of the present invention.

Fig. 14 is a block diagram of the principles of the referee information comparison handset of the present invention.

Fig. 15 is a structural block diagram of the principle of the athlete's hand-held miniature card reader of the present invention.

In the above-mentioned figures: 1-the athletes participating in the current orienteering competition; 2-the referees in the field; 3-the athlete’s finger card in the electronic timing system used in the current orienteering competition; 4-the electronic timing system used in the current orienteering competition 5-The finger card information writing, score statistics and output system in the electronic timing system used in the current orienteering competition; 6-The appearance of the electronic marking device in the electronic timing system used in the current orienteering competition Form; 7-check-in area; 8-appearance form of athlete's finger card in the electronic timing system used in current orienteering competitions; 9-athlete's identity number; 10-elastic ring that can be placed on the finger; 11-current electronic timing system Antenna inside the finger card used by middle athletes; 12-The radio frequency interface part inside the finger card used by athletes in the current electronic timing system; 13-The digital circuit part inside the finger card used by athletes in the current electronic timing system; 14- The internal memory part of the finger card used by athletes in the current electronic timing system; 15-the card type fixed sign counter of the present invention and the integrated circuit chip inside the finger card used by athletes in the current electronic timing system; 16-the fixed card type of the present invention The inlaid substrate of the internal circuit of the finger card used by athletes in the sign counting device and the current electronic timing system; 17-the card-type fixed sign counting device of the present invention and the antenna inside the finger card used by athletes in the current electronic timing system; 18-the present invention 19-white, red (or orange) dividing line; 20-white area; 21-red (or orange) area; 22-the fixed station and fingerprint of the orientation and direction finding movement of the present invention Referee information comparison handheld in the identity recognition electronic timing system; 23-the fixed station of the orientation and direction-finding movement of the present invention and the hand-held miniature card reader of the athlete in the fingerprint identification electronic timing system; 24-the orientation and direction-finding of the present invention The card-type fixed sign point device in the sports fixed station and fingerprint identification electronic timing system; 25-the athlete's information collection, performance statistics and output equipment in the present invention's orientation and direction-finding sports fixed station and fingerprint identification electronic timing system; 26 -column; 27-wall; 28-an embodiment of the athlete's hand-held micro-card reader of the present invention; 29-touch display screen; 30-hanging ring; 31-another embodiment of the athlete's hand-held micro-card reader of the present invention; 32-the central processing module of the present invention's athlete information collection, performance statistics, and output equipment; 33-all athletes' competition information storage module; 34-all athletes' personal information storage module; 35-GPS positioning module; 36-line transmission module; 37- Touch display module; 38-fingerprint collection module; 39-transmitting and receiving module; 40-print output module; 41-clock module; 42-map storage module; 43-power supply module; ; 45-touch display screen; 46-fingerprint collector; 54-referee information of the present invention is compared to the central processing module of the handset; 55-fingerprint collection module; 56-all athletes personal information storage Storage module; 57-GPS positioning module; 58-line transmission module; 59-clock module; 60-touch display module; 61-transmitting and receiving module; 62-sound and light warning module; The central processing module of the handheld micro-card reader; 65-personal achievement storage module; 66-personal information storage module; 67-GPS positioning module; 68-line transmission module; 69-clock module; 70-touch display module; 71- Transmitting and receiving module; 72-direction sensor module; 73-map storage module; 74-power supply module.

detailed description

In order to make the technical means, creative features, goals and effects achieved by the present invention easy to understand, the present invention will be further described below in conjunction with specific illustrations.

Fig. 1 is the constituent block diagram of existing orienteering competition electronic timing system principle, wherein, 1 is the current orienteering competition participating athlete (hereinafter referred to as athlete 1); 2 is the referee in the competition field; 3 is the electronic timing system that current orienteering competition uses The athlete finger card in (hereinafter referred to as card 3); 4 is the electronic counting device (hereinafter referred to as the current electronic counting device 4) in the electronic timing system that current orienteering competition uses; 5 is the electronic counting device that current orienteering competition uses Fingercard information writing, score statistics, and output system in the timing system.

The current competition program of orienteering is roughly like this: the current orienteering competition participating athlete 1 first needs to register, and the electronic timing system used in the current orienteering competition uses finger card information writing, score statistics, and output system 5 for athlete 1. Simple personal information is registered, and a non-repetitive number is provided for each athlete 1, and this number is written into the athlete's finger card 3 in the electronic timing system used in the current orienteering competition, and then each athlete 1 is issued an orientation map, Refer to the various competition equipment necessary for the competition such as the finger card 3, and then all the athletes 1 arrive at the starting area, and then set off in batches according to the instructions. The electronic counting device 4 in the electronic timing system used in the current orienteering competition checks in, and the referee 2 in the field supervises the check-in process of each athlete 1 on the spot, and all athletes 1 return after completing the visit tasks of each site. Fingercard information writing, performance statistics and output system 5 in the electronic timing system used in existing orienteering competitions count the achievements of athlete 1 and announce the competition results. During the whole competition, it is easy for athlete 1 to exchange finger cards 3 on the field, which is difficult for the referee 2 to find out; on the other hand, athlete 1 is easy to impersonate when registering, forming a substitute run Phenomenon. The referee 2 in the arena basically judges whether it is a substitute runner based on the memory impression and behavior of the excellent athlete 1. However, due to the large number of participants, the probability of finding cheating by the substitute runner is extremely low, and it is difficult to obtain evidence. The current electronic timing system and the way of use are easy to implement the cheating method of substitute running.

Fig. 2 is a schematic diagram of the appearance of the current electronic sign-counter 4, and Fig. 4 is a schematic diagram of the appearance of the card 3, wherein, 6 is the physical appearance of the current electronic sign-counter 4; 7 is the punching area; 8 is the appearance of the card 3 Form; 9 is the identity number of athlete 1; 10 is an elastic ring that can be put on the finger. The way they are used is as follows: the current electronic sign-counting devices are arranged at each check-in station that needs to be visited by athlete 1. Athlete 1 puts finger card 3 on his finger before starting the game. After arriving at the check-in station, put finger card 3 close to Check-in zone 7 is for checking in.

Example 1

4-5 are block diagrams and schematic diagrams of the internal structure of the finger card 3 used by the athlete 1 in the current electronic timing system and the internal circuit of the card-type fixed sign counter of the present invention. Among them, 11 is the antenna inside the finger card 3 used by athlete 1 in the current electronic timing system; 12 is the radio frequency interface part inside the finger card 3 used by athlete 1 in the current electronic timing system; 13 is the internal radio frequency interface part of the finger card 3 used by athlete 1 in the current electronic timing system; The internal digital circuit part of the finger card 3 used by the athlete 1; 14 is the internal memory part of the finger card 3 used by the athlete 1 in the current electronic timing system; Athlete 1 uses the integrated circuit chip inside the finger card 3; 16 is the inlay base material of the card-type fixed marker of the present invention and the existing internal circuit of the finger card 3, because it is very light and thin, it can generally be made into a card type; 17 is the card type of the present invention The card-type fixed marker and the antenna inside the existing finger card 3. 12, 13, 14 jointly constitute the card-type fixed sign point device of the present invention and the integrated circuit chip 15 inside the existing finger card 3, which is embedded on the inlay substrate 16, and 17 is the antenna 11 inside the existing finger card 3, The form after being inlaid on the inlay substrate 16 .

The implementation of Embodiment 1 will be described in detail below.

The finger card 3 used by the athlete 1 in the existing electronic timing system and the internal structure and principle of the card-type fixed sign counter of the present invention are similar, and they all use RFID technology to judge timing and make wireless IC cards, which are based on radio frequency identification technology. , record the time and station number of the athlete passing through the station in the card, and after completing all the competitions, process the time and station data information in the card through the system software of the competition, thereby obtaining the athlete's competition time and score Effectiveness, and ranking of events. The present invention is to use the RFID radio frequency electromagnetic field to read the usage mode and the function of the current electronic sign-off device 4 and the finger card 3 that are identified now and adjust, the current electronic sign-off device 4 is a card reader, and the finger card held by the athlete 3 is a non-contact IC card that can record visiting site information and other competition-related information and personal information. In the present invention, the non-contact IC card is made into a card-type fixed marker for the electronic timing system of orienteering off-road sports, so that the service life is more than 10 years, and no power supply is required, the work is reliable, the appearance is thin and small, the price is low, and maintenance-free And it is not easy to be damaged, and it can be temporarily pasted or fixed in a fixed place as a check-in station. Therefore, it can be built as a low-cost maintenance-free check-in station, which can be used as a temporary check-in station or a permanent fixed station.

At the same time, the invention can also be used as a card-type fixed marker in radio direction-finding sports and other sports that need to find targets and record visit information for related competitions, all within the scope of patent protection.

Example 2

Fig. 6 is a schematic diagram of the appearance of the card-type fixed sign counter of the present invention. Among them, 18 is the appearance form of the card-type fixed sign point device of the present invention; 19 is the white and red (or orange) dividing line; 20 is the white area; 21 is the red (or orange) area.

The implementation of Embodiment 2 will be described in detail below.

What the appearance form 18 of the card-type fixed counting device of the present invention adopted is the marking flag graphical style that the directional cross-country sports check-in site uses, like this, just can replace the function of the marking flag, make it as the mark of check-in site, it can arbitrarily Paste and inlay on needed items to make it a temporary or permanent check-in site.

It can be used as a card-type fixed marker in radio direction-finding sports and other sports that need to find targets and record visiting information, and can adopt appearance forms that meet its needs, all within the scope of patent protection.

Example 3

Fig. 7 is a composition block diagram of the principles of the fixed station of orientation and direction finding movement and the electronic timing system for fingerprint identification of the present invention. Wherein, 1 is an athlete; 22 is the referee information comparison handheld device (hereinafter referred to as the referee handheld device 22) in the fixed station of the orientation and direction-finding movement of the present invention and the fingerprint identification electronic timing system; 23 is the orientation and measurement of the present invention. The athlete's hand-held micro-card reader (hereinafter referred to as the athlete's hand-held card reader 23) in the fixed station of motion and the electronic timing system of fingerprint identification; Card-type fixed sign-off device (hereinafter referred to as card-type sign-off device 24); 25 is the player's information collection, performance statistics, output equipment (hereinafter referred to as registration Statistical equipment 25).

The implementation of Embodiment 3 will be described in detail below.

The system of the present invention is generally applied in the competition in the following way: when the participating athlete 1 registers, the registration statistics device 25 can collect the fingerprint and other relevant personal information of the athlete 1, and compare the relevant information provided when registering, and screen Whether there is a phenomenon of impersonation, the relevant information is temporarily reserved for the verification of the athlete's identity during the competition. The registration statistics device 25 will write the above information into the referee's handset 22, the athlete's hand-held card reader 23 (or finger card 3), the card type sign counting device 24 (or the current electronic sign counting device 4).

During the competition, if the referee 2 suspects the authenticity of the identity of a certain athlete 1 in the arena, the instant information of the athlete 1 can be collected by the referee handheld 22 at any time and stored in the athlete's handheld card reader 23 (or finger card 3). The information is compared to determine the authenticity of their identity, so that cheating behaviors such as exchanging finger cards can be discovered in time.

During the competition, the athlete 1 uses the player's hand-held card reader 23 (or finger card 3) to punch in on the card type sign counter 24 (or the existing electronic sign counter 4) to record its visit information.

After the game is over, the registration statistics device 25 can be recorded according to the referee's handheld device 22, the athlete's hand-held card reader 23 (or finger card 3), the card type sign counting device 24 (or the current electronic sign counting device 4) Data, count the competition results, and then output and print.

Example 4

Fig. 8 and Fig. 9 are schematic diagrams of the appearance of the card-type fixed marker of the present invention when it is fixed on a column or a wall for use. Wherein, 24 is a card type marking device; 26 is a column; 27 is a wall.

The implementation of Embodiment 4 will be described in detail below.

Because the card-type marking device 24 has a service life of more than 10 years, does not require power supply, works reliably, has a thin and compact appearance, is low in price, is maintenance-free and is not easy to damage, and it can be temporarily pasted or fixed in a fixed place, etc., Therefore, it can be built as a low-cost maintenance-free check-in station, which can be used as a temporary check-in station or a permanent fixed station. This embodiment shows two forms of fixing on the column and the wall. In practical applications, it can be applied to the items and environments suitable for placing the card-type sign counting device 24. They are all within the scope of patent protection. Therefore, and Not limited to these two forms.

Example 5

Fig. 10 and Fig. 11 are schematic appearance diagrams of two embodiments of the hand-held miniature card reader of the present invention. Wherein, 28 is an embodiment of the athlete's hand-held micro-card reader of the present invention (hereinafter referred to as the hand-held card reader); 29 is a touch display screen; 30 is a hanging ring; 31 is another implementation of the athlete's hand-held micro-card reader of the present invention example.

The implementation of Embodiment 5 will be described in detail below.

The athlete's hand-held miniature card reader of the present invention (hereinafter referred to as the athlete's hand-held card reader). The athlete's hand-held card reader of the present invention has several hanging rings 30 for fixing, and it can also be other forms of fixing devices, all within the scope of patent protection; the athlete's hand-held card reader of the present invention has a touch display screen 29, for displaying and inputting relevant information needed by player 1. In the present invention, other forms of display devices may be used to display the relevant information required by the athlete 1, and other forms of input devices may be used to input the relevant information required by the athlete 1, both of which are within the scope of patent protection.

Example 6

Fig. 12 is a block diagram of the principles of athlete information collection, performance statistics, and output equipment (registered statistics equipment) of the present invention. Wherein, 32 is the central processing module of player information collection, achievement statistics, output equipment of the present invention; 33 is all athletes competition information storage module; 34 is all athletes personal information storage module; 35 is GPS positioning module; 36 is line transmission module; 37 is a touch display module; 38 is a fingerprint collection module; 39 is a transmitting and receiving module; 40 is a printout module; 41 is a clock module; 42 is a map storage module; 43 is a power supply module.

The implementation of Embodiment 6 will be described in detail below.

The registration statistics device 25 of the present invention can collect the fingerprint of the athlete 1 through the fingerprint collection module 38; the touch screen module 37 can display and input relevant information; the line transmission module 36 can exchange information with other equipment through the line, and other equipment includes: referees Hand-held machine 22 for athletes, hand-held card reader 23 for athletes, card type fixed sign-off device 24, and other information collection equipment, text input equipment, information output equipment, etc.; the transmitting and receiving module 39 can have all the functions of the line transmission module 36, and Information can be exchanged with other devices in a wireless manner; the GPS positioning module 35 is used to automatically determine the geographic location information of relevant places; the clock module 41 is used to automatically determine standard time information; the map storage module 42 is used to store map data related to the competition The printout module 40 is used to print out competition results and competition related information; All athletes competition information storage module 33 is used to store the competition performance information of all athletes; All athletes personal information storage module 34 is used to store the personal information data of all athletes, Including fingerprint information; the central processing module 32 of the present invention's athlete information collection, achievement statistics, output equipment is used for processing, analyzes relevant data and supports the independent work of each module in the registration statistics equipment, the cooperative work between them, and other equipment Cooperative work among them, at the same time, can also complete the statistics and analysis of data; the power supply module 43 provides power support for the work of other modules in the registration statistics device.

When participating athletes 1 are registering, the registration and statistics device 25 of the present invention can collect their fingerprint information and other relevant personal information, store them in the personal information storage module 34 of all athletes, and compare the relevant information provided when they register , to screen whether there is an imposter phenomenon, and temporarily retain relevant information for the verification of the identity of the athletes during the competition. After the registration verification is correct, the above information and map information are written into the referee's handset 22, the athlete's hand-held card reader 23 (or finger card 3), the card-type sign-off device 24 (or the current electronic sign-off device) by line or wireless mode. 4) in.

After the game ended, the registration statistics device 25 sent the referee handheld 22, the athlete's hand-held card reader 23 (or finger card 3), the card-type sign-off device 24 (or the current electronic After the related information is extracted from the checker 4), the competition results can be counted, and then output and printed.

Example 7

Fig. 13 is a schematic diagram of the appearance of the referee information comparison handset of the present invention. Wherein, 44 is the referee information comparison handheld appearance of the present invention; 45 is a touch display screen; 46 is a fingerprint collector.

The implementation of Embodiment 7 will be described in detail below.

During the competition, if the referee 2 in the arena doubts the authenticity of the identity of a certain athlete 1, he can use the fingerprint collector 46 on the referee handheld 44 to collect the fingerprint information of the athlete 1 at any time, and use the card reader to read the athlete's hand-held fingerprint information. The fingerprint information stored in the card reader 23 (or finger card 3) is then compared with the corresponding information stored in the handset 31 to determine the authenticity of its identity, so that it can be found in time to cheat by exchanging finger cards or the like. the behavior of. The touch screen 45 can display and input related information.

Example 8

Fig. 14 is a block diagram of the principles of the referee information comparison handset of the present invention. Wherein, 54 is the central processing module of the referee information of the present invention than the handheld; 55 is a fingerprint acquisition module; 56 is a personal information storage module of all athletes; 57 is a GPS positioning module; 58 is a line transmission module; 59 is a clock module; 60 is a touch display module; 61 is a transmitting and receiving module; 62 is an acousto-optic warning module; 63 is a power supply module.

The implementation of Embodiment 8 will be described in detail below.

During the competition, the referee 2 in the arena can collect the fingerprint information of the athlete 1 through the fingerprint collection module 55 on the referee handset 22 and the data stored in the personal information storage module of all athletes. If a problem is found, the sound and light warning module 62 Immediately send sound and light warning; touch screen module 60 can display and input relevant information; line transmission module 58 can exchange information with other equipment through lines, and other equipment includes: athlete's hand-held card reader 23, card-type fixed sign-off device 24 , registration statistical equipment 25, and other information collection equipment, character entry equipment, information output equipment etc.; Transmitting and receiving module 61 can have all functions of line transmission module 58, and can transmit information mutually with other equipment by wireless mode; GPS positioning module 57 is used for automatically determining the geographical position information of relevant place; Clock module 59 is used for automatically determining standard time information; All athletes personal information storage module 56 is used for storing the personal information data of all athletes, comprises fingerprint information; Referee information ratio of the present invention The central processing module 54 of the handset is used for processing and analyzing relevant data, and supports the independent work of each module in the handset 22 of the referee, the cooperative work between them, and the cooperative work with other devices. Statistics and analysis of data can be completed; the power supply module 63 provides power support for the work of other modules in the referee's handset 22 .

Example 9

Fig. 15 is a structural block diagram of the principle of the athlete's hand-held miniature card reader of the present invention. Wherein, 64 is the central processing module of the athlete's hand-held micro-card reader of the present invention; 65 is a personal achievement storage module; 66 is a personal information storage module; 67 is a GPS positioning module; 68 is a line transmission module; 69 is a clock module; 70 is a Touch screen module; 71 is a transmitting and receiving module; 72 is a direction sensor module; 73 is a map storage module; 74 is a power supply module.

The implementation of Embodiment 9 will be described in detail below.

The central processing module 64 of the athlete's hand-held micro-card reader of the present invention is used for processing, analyzing relevant data, and supports the independent work of each module in the athlete's hand-held card reader 23, the cooperative work between them, and the communication with other devices. Collaborative work, at the same time, can also complete the statistics and analysis of data; the personal performance storage module 65 is used to store the relevant performance information of each site visited by the athlete 1; the personal information storage module 66 is used to store the personal information of the athlete 1 , including fingerprint information; the GPS positioning module 67 is used to automatically determine the geographic location information of the relevant place; the line transmission module 68 can exchange information with other equipment through the line, and other equipment includes: the referee's handset 22, card-type fixed sign-off device 24. Registration and statistical equipment 25, and other information collection equipment, text input equipment, information output equipment, etc.; the transmitting and receiving module 71 can have all the functions of the line transmission module 68, and can transmit information with other equipment wirelessly; the clock module 69 is used to automatically determine the standard time information; the touch display module 70 can display and input relevant information; the direction sensor module 72 can record the direction information of the relevant position, and can display the direction information through the touch display module 70, so that it has a digital pointer The function of the north needle; the map storage module 73 internally stores the map information used by the athlete 1 for competition; the work of other modules in the power supply module 74 athlete's hand-held card reader 23 provides power support.

The embodiments in the above-mentioned embodiments are not limited to the appearance and form provided to illustrate the functions of the present invention.

Claims (2)

1. An electronic timekeeping system for orienteering and radio direction-finding sports competitions, which is composed of an information collection and performance statistics output device capable of collecting and statistically outputting personal information and competition results of athletes including fingerprints, and a fixed use for each visiting site. Electronic sign-off device that provides and records information on athletes’ visits to the site, a device that athletes carry with them during competitions to record personal information including fingerprints and competition results, and is used by referees to check the authenticity of athletes’ identities at any time in the arena The information comparison handheld device with fingerprint collection function is composed of the information collection and performance statistics output device capable of collecting and statistically outputting personal information including fingerprints of athletes including fingerprints and competition results, and the device for recording and recording fingerprints included in athletes during competitions. Devices for personal information and competition results in the field, used by referees to check the authenticity of athletes’ identities at any time in the arena. Information comparison with fingerprint collection function. The handheld device has a fingerprint information storage function. The information comparison handset used also has the function of fingerprint information collection and fingerprint information comparison, which is used to collect the fingerprint information of athletes at any time during the competition, verify the authenticity of the athlete's identity, and prevent and discover substitute running behavior in time. It is characterized in that: each visiting site is fixedly used to provide and record the electronic sign counting device for athletes to visit the site, and the non-contact IC card that does not need power supply is used as the card type fixed counting device for the sign counting device Its appearance adopts the graphic style of white and red dotted flags used in orienteering cross-country sports check-in stations, replacing the dotted flags as the logo of the check-in station, and arbitrarily pasting and inlaying several card-type fixed markers on the required items , making it a temporary or permanent check-in station; the device used by athletes to record personal information and competition results, including fingerprints, uses a handheld low-power micro-card reader. 2. The electronic timing system for cross-country orienteering and radio direction-finding sports competition according to claim 1, characterized in that: the device for recording personal information and competition results including fingerprints carried by the athlete when competing, adopts the device that needs to be used A battery or other form of power-operated handheld low-power micro-card reader as a device for recording personal information, including fingerprints, and competition results; it records and saves personal information, including fingerprints, of athletes, and also records and saves athletes Competition information and competition results related to the competition including visit information and time information; it also has a direction sensor or a direction display device to provide direction information for athletes; it also uses several hanging rings for fixing or Other forms of fixtures make it easy for athletes to carry; it also has a map storage function to provide athletes with information on the routes they need to visit.