TW201306904A - Personal recording system for competition - Google Patents

Abstract

A personal recording system for competition includes a portable data recording device and an online data platform. The portable data recording device includes storage module, a control module, a display unit, and an input module. The storage module stores a program code segment for lunching mobile recording instruction. The control module loads and executes the program code segment, so as to receive data input and generate a recording list having at least one activity record. The activity record includes type of competition activity, the personnel performing the competition activity, and result of performing the competition activity. The display unit displays the content of the recording list. The input module is operated to input the type of competition activity, the personnel performing the competition activity, and result of performing the competition activity to the control module. The portable data recording device is able to communicate with the online data platform, so as to transmit on the recording list to the online data platform.

Description

Competition personal record system

The present invention relates to sports competition records, and more particularly to a competition personal recording system.

Various competitions often attract a large number of individuals or teams to participate in the competition, and in a period of time (from days, weeks to months) scattered in a number of different physical venues to play. In order to fully understand the performance of each participating athlete, the organizer or the competition team needs to record for specific events during the competition to fully understand the performance of each athlete. The aforementioned specific events continue to occur in the competition, such as serving, lifting, attacking, blocking, defending, etc. in volleyball matches. The actions of the aforementioned events, the individuals who perform the actions, and the results of the actions need to be recorded.

Since certain events continue to occur in the competition, for some sports competitions with very fast pace, such as volleyball and basketball, the traditional recording method uses a special paper form, which is watched by one person and continues to speak every action (such as volleyball). The attack, the person performing the action (such as player No. 5) and the result of the action (such as a score or a mistake), while another person records on the paper form. In these fast-paced sports competitions, each side of the game must be equipped with at least four people (one must be recorded by two people) in order to complete a complete personal record, which is quite costly for human resources.

An improvement in the prior art is to change the special paper form to an electronic recorder and replace the form with a button. However, the aforementioned records are not easy to use for subsequent analysis, and specific skills are required for interpretation. At the same time, as a recording person, his recording skills must also be very skilled. The improvement of these prior art techniques cannot solve the problem of human resource consumption.

For professional sports teams, or the organizers of the normal league, the manpower is sufficient to configure professional record personnel. However, for the amateur competition in the abnormal state, the manpower is often insufficient, and the volunteer staff are also very unskilled in the technique of recording. On the other hand, for an amateur game in an abnormal state, the required recorded content is relatively simple, and the complexity of a specially-made form or electronic recorder far exceeds the recorded content required by the competition organizer.

Regardless of the professional competition or the extraordinary amateur competition, the individual record of the competition is necessary (such as the choice of the competition MVP, the performance evaluation of the professional competition team for the athletes). Therefore, simplifying the recording method makes it easy for non-professionals to record and become an urgent need.

In view of this, the present invention proposes a competition personal recording system that solves the problem of personal recording in the prior art.

In order to achieve the above object, the present invention provides a competition personal recording system for recording a competition record of at least one individual participating in a competition, the competition personal recording system comprising an action recording device and an online database platform.

The action recording device comprises a storage module, a control module, a display unit and an input module. The storage module stores a code for performing an action recording function. The control module is configured to load and execute the code to receive the data input and generate a record list; wherein the record list includes at least one action data, the action data includes a contest action, an individual performing the action, and a result of the action execution . A display unit for displaying the contents of the record list record. The input module is connected to the control module for inputting the competition action, the individual performing the action, and the result of the action execution to the control module.

The mobile recording device is coupled to an online database platform for transmitting the list of records to the online database platform.

By the above technical means, the present invention provides an operator with the ability to record the personal record of each athlete during the competition without the skill being skillful, and quickly integrate the archive for subsequent analysis.

Preferred embodiments of the present invention and their effects are described below in conjunction with the drawings.

Please refer to FIG. 1 and FIG. 2 for a competition personal record system for recording one or more competition records of individuals participating in the competition. The competition personal recording system includes an action recording device 100 and an online database platform 200.

As shown in FIG. 1 , the mobile recording device 100 includes a storage module 110 , a control module 120 , a display unit 130 , and an input module 140 .

The storage module 110 stores a code for performing an action recording function. The storage module 110 can be, but is not limited to, a flash memory, a hard disk drive, or a solid state drive.

The control module 120 loads and executes the code from the storage module 110 to receive data input and generate a list of records. The record list includes at least one action data, the action data includes a contest action, an individual who performs the action, and a result of the action execution, and an action may be set between the contest action, the person performing the action, and the result of the action execution. The order, but not limited to the aforementioned input order, can be a different input order. The control module 120 can be a combination of components such as a central processing unit, a system chipset, a system memory, a display chip, etc., or a single integrated chip.

Take volleyball games as an example. Competition actions can include serving, receiving, attacking, blocking, lifting, and defending. The aforementioned contest actions may be respectively given a code, so that when the corresponding code is input, the control module 120 respectively finds the contest action corresponding to the code. The person performing the action can enter the number of the sportswear he is wearing as a code or other code. The result of the action execution is the result of the execution of the contest action, such as success, failure, score, score, etc.; likewise, the result of the action execution may also be given a code respectively, when the corresponding code is input, The control module 120 respectively finds the result of the action corresponding to the action of the code.

As described above, an input sequence can be set between the competition action, the individual who performs the action, and the result of the action execution. If the control module 120 continuously receives the input of the three codes, the control module 120 can follow the foregoing. The input order is written into the record list as a piece of action data based on the conversion of the input three codes into a contest action, an individual who performs the action, and a result of the action execution. If the input sequence is not set in the control module 120, the control module 120 can still convert each code into a corresponding contest action, an individual performing the action, and an action execution result through a format judgment or a comprehensive comparison of the code. And as an action data to write to the list of records.

In particular, for the results of each action execution, a large part of the results may be the same. For example, in volleyball, most of the results of the action are only "attempts" without causing "scores" or "loss points." In order to reduce the input of the recorder, the system gives a preset value (for example, "0") for the result of such "attempt". Therefore, if the operator inputs the competition action and the code of the individual who performs the action through the input module 140, after a predetermined time, the control module 120 gives a preset value of the code for the result of the action execution, Loads the result of the preset action execution. Alternatively, if the operator inputs the competition action and the personal code for executing the action, and then inputs another competition action or the code of the individual who performs the action, the control module 120 also loads the aforementioned game for the previous competition action. Preset action execution results.

The display unit 130 is electrically connected to the control module for receiving the display signal generated by the control module 120 to display the content of the record list record.

As shown in FIG. 1 , the input module 140 is connected to the control module 120 for inputting a contest action, an individual performing the action, and a result of the action execution (or inputting only the contest action and performing the action). Personal) to the control module 120. The input module 140 can be a virtual button displayed on the touch interface, a handwriting input interface provided by the touch interface, or a voice receiving interface.

An online database platform 200 is provided for linking the mobile recording device 100 to transmit the recorded list to the online database platform 200. In addition, the online database platform 200 is also used to record the personal data of each contestant, including the team, the preset number, and the personal code given to each contestant by the system, and can be set by the organizer for each session. A list of contestants for a team. Therefore, before using the mobile recording device 100 for recording, the online database platform 200 can be input to input or select a session or a participating team, and the action recording device 100 can automatically load the participant data from the online database platform 200 (execution) Individuals who do not need to enter them one by one.

As shown in FIG. 1 and FIG. 2 , in the embodiment, the input module 140 is a touch interface integrated on the display unit 130 , and the display unit 130 displays a plurality of virtual buttons. Groups 310, 320, 330 are provided for the user to press through the touch interface.

As shown in FIG. 2, the virtual button group 310, 320, 330 includes at least the following three groups: a competition action group 310, an athlete group 320, and a result group 330. The competition action group 310 includes a plurality of competition action virtual buttons 310a, respectively corresponding to a competition action; the athlete group 320 includes a plurality of athlete virtual buttons 320a, respectively corresponding to an individual performing the action; the result group 330 includes a plurality of result virtual The buttons 330a respectively correspond to the results of the execution of the action.

As shown in "Fig. 1" and "Fig. 2", during the exercise competition, the operator takes an action recording device 100 and operates it. To make the operation relatively simple, the athlete group 320 can include only a single competition team. In each competition session, two operators respectively operate an action recording device 100 and record for each team.

Before the start of the competition, the operator first connects the online database platform 200 with the action recording device 100, and inputs the game or the competition team that he wants to record. Then, the mobile recording device 100 can automatically load the entrant data (the individual performing the action) by the online database platform 200 to input the code of each participating team in the session (for example, the jersey number), so that the action recording device 100 generates The display content shown in "Figure 2".

When the player performs a specific action in the competition team that the operator is responsible for, the operator can quickly select the corresponding virtual motion button of the competition action from the competition action group 310 to input the competition action; then, the player group 320 , the corresponding player virtual button 320a is selected. When the athlete performs a specific action to produce a result of performing the action, the corresponding result virtual button 330a may be further selected by the result group 330. As described above, if the result of the execution action is not input through the result virtual button 330a, the control module 120 can automatically load the preset code and load the result of the preset execution action.

In the list of records displayed on the display unit 130, the control module 120 converts the code into clearly read text; for example, "A5+" can be displayed as "5th player (or even his name) attack score". For the operator to quickly determine whether the input is correct, but also for subsequent interpretation, do not need to find out the actual content corresponding to each code.

As shown in FIG. 1 and FIG. 2, the input module 140 further includes an action execution coordinate generation interface 141 for generating at least one target for attaching to the aforementioned competition action, the individual performing the action, The result of this action execution. The action execution coordinate generation interface 141 defines a track input area for the touch interface, which is mapped to the actual competition venue (which may be part or all of the competition venue).

After performing the aforementioned race action, the person performing the action, and the input of the result of the action execution, the operator can input a single landmark or a plurality of consecutive coordinates (tracks) through the action execution coordinate generation interface 141 to be attached to the aforementioned competition. The action, the individual who executed the action, and the result of the action execution mark the coordinates/tracks that perform the above-described actions and the coordinates/tracks that result from the execution of the action.

Take the volleyball game as an example, an attack may be divided into two stages.

First, the player raises the ball in front of the net. During the lifting process, the operator operating the action recording device 100 can input the module 140 to input the lifting ball (competition action), the player's jersey back number (the individual performing the action), and the lifting of the ball successfully (the action is performed) result). For a skilled operator, the operator can further perform a coordinate generation interface 141 through the action to mark the lifting position.

Second, the attacker attacks, and the operator operating the action recording device 100 can input the module 140 to input the attack (competition action), the attacker's jersey back number (the individual who performs the action), and the attack score (the action is executed). the result of). For a skilled operator, the operator can further perform a coordinate generation interface 141 through the action to mark the path of the attacking ball.

In addition, in addition to the objective results of "score" or "missing points", the result of action execution may also be subjective evaluation. Therefore, one of the virtual buttons 330a may be a long block design, the long block is like a spectrum, and one end to the other end is a subjective evaluation with a small to large score, and the operator can select one on the long block. At the position, the control module 120 calculates the subjective evaluation score corresponding to the position as the result of the action execution.

All of the above information will be converted into a transcript or code by the control module 120, written into the list of actions as a piece of action data, and when the display list is displayed by the display unit 130, the transcript is mainly used.

The control module 120 may add one of the action data write time as a time stamp in each piece of action data (including the contest action, the individual who executed the action, and the result of the action execution). The time stamp can be a standard time, that is, a local standard time in the mobile recording device 100. The time stamp can also be a relative time, that is, the elapsed time since the recording was started.

Each action data in the foregoing record list can be transmitted to the online database platform 200 after completion or competition. When the online database platform 200 obtains the record list, it decodes and writes each action data for subsequent analysis and statistics. The rear database can be connected to the online database platform 200, obtain a list of records, or obtain an XML file converted from the list of records for file storage and subsequent analysis. Through the acquisition of the record list, the rear database can count and rank the performance of all the participating players (persons performing each action) for each competition action, and display it on the event website of the competition. The information displayed on the activity website may include: 1. Statistics and ranking of all the participating players in all the games for specific competition actions; 2. Statistical analysis and display of the coordinates and trajectories of all the players in each session.

If the participating team or the participating team members already have historical data, the foregoing statistical analysis, the rear database can be further integrated into the career record of the participating players.

The connection protocol between the mobile recording device 100 and the online database platform 200 may be an IrDA protocol, a Bluetooth protocol, a WiFi wireless network protocol, a mobile communication network data packet transmission protocol, and a mobile communication network data packet transmission protocol including GPRS. , EDGE, WCDMA, HSDPA, LTE, WiMax and other 2G, 2.5G, 3G, 3.5G, 4G and other mobile communication network data packet transmission agreement.

The manner in which the physical record list is actually applied includes: while the action recording device 100 starts recording, the field side simultaneously performs dynamic video recording to obtain a dynamic video recording during the competition. This dynamic video recording can be used for subsequent playback.

In the foregoing dynamic video recording, the subtitle embedding software can be synchronously executed during playback, and the subtitle embedding software loading the recording list, according to the time stamp, and loading the time-stamped record when the dynamic video recording is played to the corresponding time (competition action, The individual who performed the action, the result of the action execution). Or, look for specific athletes or contest actions in the record list, and quickly turn the dynamic video recording to a specific time through time stamps to analyze specific athletes or contest actions.

By the above technical means, the present invention provides an operator with the ability to record the individual competition record of each athlete during the competition without the skill being skillful, and quickly integrate the archive for subsequent analysis.

In addition, the content of the competition action and the result of the execution of the action may be changed according to the requirements of the recording accuracy, for example, before starting the recording, different recording modes, such as the simple mode, the standard mode, the hierarchical mode, the coach mode, etc., are set. In different modes, the content of the competition action and the result of the execution of the action are also different. Before recording, you can select the most appropriate mode for recording according to the requirements of the completeness of the competition record, the proficiency of the operator, and so on.

Please refer to FIG. 3, which is a competitive personal recording system according to a second embodiment of the present invention, which is substantially the same as the first embodiment, but the competitive personal recording system of the second embodiment further includes an image. The module 150 is connected to the control module 120 for capturing dynamic images during the competition, so that the control module 120 generates a dynamic video recording and stores it in the storage module 110. This dynamic video recording can be used for subsequent playback.

Since the image capturing module 150 is coupled to the mobile recording device 100 (which may be built-in or externally connected), the time axis of the dynamic recording can be synchronized with the time axis in which the recording list is generated, so the time stamp in the list will be recorded. It can be more accurately mapped to dynamic video recording.

In addition, in order to save the storage space of the storage module 110 in the mobile recording device 100, during the process in which the mobile recording device 100 starts the recording function to generate the recording list, the dynamic image captured by the image capturing module 150 is not necessarily complete. Write a dynamic video recording.

The control module 120 can temporarily store the image before a certain buffering time (for example, 10 seconds to 20 seconds ago) (can be temporarily stored in the system memory or the storage device, when the result of the specified action execution occurs (for example, The control module 120 writes the image in the buffer time before the result of the execution of the action to the dynamic video recording, and uploads it to the online database platform 200 immediately after the game is finished, for later selection of the list of records. Shows the process by which the result occurred.

Please refer to FIG. 4, which is a competitive personal recording system according to a third embodiment of the present invention, which is substantially the same as the first embodiment, except that the input module 140a includes a voice receiving interface 142 and a The action execution coordinate generation interface 141.

The voice receiving interface 142 is configured to receive a voice input. The storage module 110 stores a plurality of voice models, which respectively correspond to a competition action, an individual who performs the action, or a result of the action execution. The aforementioned speech model can be recorded by an operator before the action recording device 100 operates.

During the course of the sports competition, the operator can read out the competition action, the individual who performed the action, and the voice of the result of the action, one by one through the voice receiving interface 142. After receiving the voice input from the voice receiving interface 142, the control module 120 compares the voice models one by one to find out the competition action corresponding to the voice input, the athlete and the result of the action execution, and completes the input of the foregoing data.

The race action, the individual who performs the action, and the changes in the results of the various actions performed are all determinable before the game, so only the speech model needs to be established for limited speech input. The control module 120, after each speech input, also has a relatively limited speech model. In addition, the voice model can be recorded by the operator of the preliminary operation action recording apparatus 100 to improve the identification accuracy and improve the recognition efficiency. Similarly, after the voice input is performed, or after the voice input is completed, the action execution coordinate generation interface 141 inputs a single one or a plurality of consecutive coordinates (tracks) to be attached to the aforementioned competition action, the individual who performs the action, and the The result of the action execution is to mark the coordinates/tracks that perform the aforementioned actions and the coordinates/tracks that result from the execution of the action.

The input module 140b according to the fourth embodiment of the present invention is a touch display interface, which includes a handwriting input interface 143 and an action execution coordinate generation interface 141.

The handwriting input interface 143 is configured to receive a handwritten track input, and the storage module 110 stores a plurality of handwritten models corresponding to a race action, an individual performing the action, or a result of the action execution. The aforementioned handwriting model does not need to be a complete text, and can be a simple gesture, and only marks the direction change of the handwritten track (the order of change as above and below). If it is a relatively complicated text, the handwritten model can also be input by the operator before the action recording device 100 operates.

During the course of the sports competition, the operator can input the handwriting trajectory corresponding to the competition action, the person performing the action, and the result of the action execution through the handwriting input interface 143 one by one. After receiving the handwritten trajectories from the handwriting input interface 143, the control module 120 compares and recognizes each handwritten model one by one, finds the competition action corresponding to the handwritten trajectory, the individual who performs the action, and the result of the action execution, and completes the foregoing. Input of data.

The foregoing voice input can be continuously recorded as a voice recording for subsequent playback, and is compared with the dynamic image recording recorded in the previous embodiment to confirm whether the voice input is correct.

As with voice input, the race action, the individual who performs the action, and the changes in the results of the various actions performed are all determinable before the game, so only the handwritten model needs to be built for a limited handwritten trajectory. The control module 120, after each handwriting trajectory input, also has a relatively limited handwriting model. In addition, the handwriting model can be established by the operator of the preliminary operation action recording apparatus 100 to improve the identification accuracy and improve the identification efficiency. Similarly, after the handwriting input is performed, the operator can input a single landmark or a plurality of consecutive coordinates (tracks) through the motion execution coordinate generation interface 141, or draw the trajectory directly by handwriting to attach to the aforementioned competition action and execution. The individual of the action, the result of the action execution, marks the coordinates/tracks that perform the aforementioned actions and the coordinates/tracks that result from the execution of the action.

Although the technical content of the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention, and any modifications and refinements made by those skilled in the art without departing from the spirit of the present invention are encompassed by the present invention. The scope of protection of the present invention is therefore defined by the scope of the appended claims.

100. . . Mobile recording device

110. . . Storage module

120. . . Control module

130. . . Display unit

140. . . Input module

140a. . . Input module

140b. . . Input module

141. . . Motion execution coordinate generation interface

142. . . Voice receiving interface

143. . . Handwriting input interface

150. . . Image capture module

200. . . Online database platform

310. . . Contest action group

310a. . . Contest action virtual button

320. . . Athlete group

320a. . . Athlete virtual button

330. . . Result group

330a. . . Result virtual button

Figure 1 is a block diagram of a system in accordance with a first embodiment of the present invention.

2 is a schematic diagram of a display unit and an input module in the first embodiment of the present invention.

Figure 3 is a block diagram of a system in accordance with a second embodiment of the present invention.

Figure 4 is a block diagram of a system in accordance with a third embodiment of the present invention.

Figure 5 is a block diagram of a system according to a fourth embodiment of the present invention.

100. . . Mobile recording device

110. . . Storage module

120. . . Control module

130. . . Display unit

140. . . Input module

141. . . Motion execution coordinate generation interface

200. . . Online database platform

310. . . Contest action group

320. . . Athlete group

330. . . Result group

Claims (20)

A competition personal record system for recording a competition record of at least one individual participating in a competition, the competition personal record system comprising: a mobile recording device comprising: a storage module, storing a code for performing an action recording function; a module for loading and executing the code to receive data input and generate a list of records, the record list including at least one action data; wherein the action data includes at least a contest action, an individual performing the action, and the action execution As a result, the control module adds one of the action data to the time of each action data as a time stamp; a display unit for displaying the content of the record list record; and an input module for connecting The control module is configured to input a competition action, an individual performing the action, and a result of the action execution to the control module; and an image capture module for capturing an image for the control module to generate A dynamic video recording is stored in the storage module. The competition personal record system of claim 1, wherein, after inputting the competition action and the person performing the action, if the result of the action execution is not input after a certain preset time, the control module loads a a preset action execution result; and after inputting the competition action and the person performing the action, if another competition action or an individual performing the action is input, the control module loads the preset action execution result to the front An action data. The competition personal record system of claim 1, wherein the control module continuously stores the image before a certain buffer time, and when the specified result of the action execution occurs, the control module performs the action. The image is written to the dynamic video recording during the buffer time before the result occurs. The competition personal recording system of claim 1, wherein the time is marked as local standard time in the mobile recording device. The competition personal recording system of claim 1, wherein the time stamp is the elapsed time since the action recording device began recording. The competition personal record system of claim 1, wherein an order of input is set between the contest action, the person performing the action, and the result of the action execution. The competition personal record system of claim 1, wherein the competition action, the person performing the action, and the result of the action execution are each given a code to be separately searched by the control module when the code is input. The contest action corresponding to the code, the person performing the action, and the result of the action execution. A competition personal record system for recording a competition record of at least one individual participating in a competition, the competition personal record system comprising: a storage module for storing a code for performing an action recording function; and a control module for loading And executing the code to receive the data input and generate a record list, the record list includes at least one action data; wherein the action data includes at least a contest action, an individual performing the action, and a result of the action execution; a display unit, The display interface is configured to display the content of the record list; and a touch interface coupled to the display unit for inputting a contest action, an individual performing the action, and a result of the action execution to the control module. The competition personal record system of claim 8, wherein, after inputting the competition action and the person performing the action, if the result of the action execution is not input after a certain preset time, the control module loads a a preset action execution result; and after inputting the competition action and the person performing the action, if another competition action or an individual performing the action is input, the control module loads the preset action execution result to the front An action data. The competition personal record system of claim 8, wherein the display unit displays a plurality of virtual button groups for the user to press through the touch interface, and the virtual button groups include at least: a competition action group , comprising a plurality of competition action virtual buttons respectively corresponding to a competition action; an athlete group comprising a plurality of athlete virtual buttons respectively corresponding to an individual performing the action; and a result group comprising a plurality of result virtual buttons, respectively Corresponds to the result of the execution of this action. The competition personal recording system of claim 8, wherein the touch interface integrated on the display unit comprises a handwriting input interface for receiving a handwriting input, wherein the storage module stores a plurality of handwriting models, respectively Corresponding to a competition action, an individual performing the action or a result of the action execution, and the control module receives the handwriting input from the handwriting input interface, and then compares the handwriting models one by one to find out that the handwriting input corresponds to The contest action, the individual who executed the action, and the result of the action execution. The competition personal record system of claim 8, further comprising an action execution coordinate generation interface for generating at least one target for attaching to the aforementioned race action, the person performing the action or the result of the action execution. The competition personal record system of claim 12, wherein the action execution coordinate generation interface is a track input area defined on a touch interface, and is mapped to an actual competition venue. The competition personal recording system of claim 13, wherein the trajectory input area is mapped to a portion of the competition venue. The competition personal recording system of claim 13, wherein the trajectory input area is mapped to all of the competition venue. A competition personal record system for recording a competition record of at least one individual participating in a competition, the competition personal record system comprising: a storage module for storing a code for performing an action recording function; and a control module for loading And executing the code to receive the data input and generate a record list, the record list includes at least one action data; wherein the action data includes a contest action, an individual performing the action, and a result of the action execution; and a display unit, The content of the record list is displayed; and a voice receiving interface is configured to receive a voice input, and the storage module stores a plurality of voice models, respectively corresponding to a contest action, an individual performing the action, and the action performed by the action As a result, after receiving the voice input from the voice receiving interface, the control module compares and identifies each of the voice models one by one, and finds a competition action corresponding to the voice input, an individual who performs the action, and a result of the action execution. The competition personal record system of claim 16, wherein, after inputting the competition action and the person performing the action, if the result of the action execution is not input after a certain preset time, the control module loads a a preset action execution result; and after inputting the competition action and the person performing the action, if another competition action or an individual performing the action is input, the control module loads the preset action execution result to the front An action data. The competition personal record system of claim 16, further comprising an action execution coordinate generation interface for generating at least one target for attaching to the aforementioned race action, the person performing the action, or the result of the action execution. The competition personal record system of claim 18, wherein the action execution coordinate generation interface is a track input area defined on a touch interface, and is mapped to the actual competition venue. The competition personal recording system of claim 19, wherein the trajectory input area is mapped to a portion of the competition venue.