A slingshot training and competition dual-mode intelligent target box system
Through modular target design and intelligent control system, the problems of limited functionality and low competition efficiency of slingshot target boxes have been solved, enabling real-time data feedback and automation of standardized competitions, thus improving the scientific nature and fun of training and competition.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- 金登科
- Filing Date
- 2025-07-07
- Publication Date
- 2026-07-21
AI Technical Summary
Existing slingshot target boxes have limited functionality, lack data feedback, and cannot achieve dynamic switching between multiple targets or programmatic control. They are not suitable for standardized competitions, resulting in tedious training and low competition efficiency.
It adopts a modular target surface design, integrates a smart target module with sensors and indicator lights, and combines a multi-functional control box and adjustable bracket to support wired/wireless communication, enabling real-time data processing and competition data synchronization.
It provides real-time training data feedback, enriches training content, improves shooting skills, automates and ensures fairness in standardized competitions, and reduces organizational costs.
Smart Images
Figure CN224534900U_ABST
Abstract
Description
Technical Field
[0001] This invention relates to the field of sports shooting training equipment technology, and more specifically, to an intelligent target box system that integrates sensors, data processing and communication technologies, particularly suitable for slingshot training and competition. Background Technology
[0002] Currently, most slingshot target boxes on the market are simple, independent boxes, typically containing only a single bullseye, primarily used for routine target practice. These traditional target boxes suffer from the following significant shortcomings: Limited functionality and lack of interactivity: They only provide basic hit feedback, failing to effectively collect, analyze, and provide real-time feedback on key training data (such as hit rate, reaction time, and shooting accuracy), thus failing to meet users' needs for scientific and data-driven training. Limited training modes: They cannot achieve dynamic switching and programmable control of multiple target positions, resulting in monotonous training content lacking diversity and challenge, and failing to effectively improve shooters' overall abilities. Unsuitable for standardized competitions: Existing equipment cannot meet the requirements of slingshot competitions for multiple target positions, timing, scoring, and multi-device linkage. During competitions, referees rely heavily on manual recording, which is not only inefficient but also prone to misjudgments and disputes, affecting the fairness and professionalism of the competition. Therefore, existing slingshot target boxes have significant deficiencies in functionality, intelligence, and competition applicability, urgently requiring an intelligent target box system that can provide data feedback, support multiple training modes, and is suitable for standardized competitions. Summary of the Invention
[0003] To address the shortcomings of existing slingshot target boxes, such as limited functionality, lack of data feedback, and unsuitability for standardized competitions, this invention aims to provide a dual-mode intelligent target box system for slingshot training and competition. This system can provide users with real-time, accurate training data feedback and can connect to an external competition host to achieve real-time recording, processing, and feedback of competition data, thereby significantly improving the scientific nature of slingshot training and the professionalism of competitions.
[0004] To achieve the above objectives, the present invention provides an intelligent target box system, which mainly comprises: a target box body, a target surface composed of multiple independently detectable target core modules, a control box for data processing and control, and an adjustable bracket for supporting the target box.
[0005] Specifically, the core feature of this invention is: Modular target surface design: The target surface is composed of multiple independent and detachable bullseye modules arranged together. Each bullseye module is mounted on a base plate and fixed inside the target box body. This modular design allows the number and arrangement of bullseyes to be flexibly configured according to training or competition needs.
[0006] Intelligent Bullseye Module: Each bullseye module integrates a sensor (for accurate detection of projectile hits) and an indicator light (for visual guidance). The lighting sequence and duration of the indicator lights can be dynamically programmed to indicate the current target bullseye. When the target bullseye is hit, the sensor is triggered and immediately transmits a signal to the control box.
[0007] Multifunctional Control Box: The control box is the core of the system, with a built-in processor, memory, and communication module. The processor runs a preset program, which can receive signals from the target module in real time and perform data processing, storage, and transmission according to the user-selected mode (training mode or competition mode) and preset rules.
[0008] In training mode, users can flexibly set the lighting sequence, lighting time, and scoring rules for the bullseye. The control box can record detailed data such as hitting the target, hitting a non-target, and missing, and display this data to the user in real time via an external display device or mobile app, allowing for analysis and adjustment of training strategies.
[0009] In competition mode, multiple smart target boxes can be connected to the central competition host via wired or wireless means. Each smart target box has a unique number and runs synchronously with a unified competition rule program issued by the competition host. The control box records the shooting data of its respective target box, while the competition host aggregates all the data, automatically calculates and derives the final competition results and rankings.
[0010] Flexible communication methods: The control box supports wired (such as USB, RS485) or wireless (such as Bluetooth, Wi-Fi) communication, ensuring that data can be transmitted to external devices (such as displays, mobile APP or competition host) in real time and reliably.
[0011] Through the above technical solution, the present invention achieves the following significant beneficial effects: Provides real-time, accurate training data feedback: helps users quantify training effectiveness, conduct scientific analysis, and improve techniques.
[0012] Supports programmable training mode configuration: This greatly enriches the training content and format, enhancing the fun and challenge of training.
[0013] Enables multi-device networked synchronous competition: Provides a standardized, automated, fair and impartial solution for slingshot competitions.
[0014] Reduce competition organization costs and improve referee efficiency: Reduce human intervention, avoid misjudgments, and enhance the professionalism of the competition. Attached Figure Description
[0015] Figure 1The schematic diagram of the overall structure of the intelligent target box of the present invention shows the main components such as the target box body, the base plate, the target core module, and the control box.
[0016] Figure 2 The diagram shows a cross-sectional view of the target module, illustrating internal components such as sensors and indicator lights.
[0017] Figure 3 : Schematic diagram of the substrate and target module assembly, showing the assembly of target modules of different sizes mounted on the substrate.
[0018] Figure 4 System logic flowchart in training mode.
[0019] Figure 5 : System logic flowchart in competition mode.
[0020] Figure 6 System block diagram of the control box.
[0021] Explanation of reference numerals in the attached diagram: 101 - Target box body; 201 - Base plate; 301 - Target module; 302 - Sensor; 303 - Target indicator light (LED); 304 - Control box; 305 - Feedback indicator light; Detailed Implementation
[0022] This invention provides a dual-mode intelligent target box system for slingshot training and competition. The invention will be described in detail below with reference to the accompanying drawings and specific embodiments.
[0023] like Figure 1 As shown, the main body of the intelligent target box system is the target box body 101, whose outer shell size, shape, and material can be customized according to actual application requirements. To ensure the durability and safety of the equipment, the target box body 101 is preferably made of high-strength metal (such as steel plate, aluminum alloy) or impact-resistant plastic, which can effectively withstand the impact of slingshot projectiles.
[0024] The target box body 101 contains a target surface, which is composed of multiple independent bullseye modules 301 arranged together. Each bullseye module 301 is mounted on a base plate 201, which is securely fixed to the inner wall of the target box body 101 by screws, clips, or welding. The number, size, and arrangement of the bullseye modules 301 are highly flexible and can be configured according to different training or competition scenarios. For example, they can be designed as a classic nine-square grid, a linear arrangement, a circular arrangement, or any custom complex pattern to increase the diversity and challenge of training. The box body 101 is equipped with a feedback indicator light 305, which is connected to the control box 304 to provide feedback on whether the target bullseye has been hit. A green light indicates a hit on the target bullseye, a red light indicates a hit on other bullseyes, and a red light indicates no hits on any bullseyes within a set time.
[0025] Each target module 301 is a core component of this invention, such as Figure 2 As shown, it integrates the following internally: Sensor 302: Used for accurate detection of projectile impact. Preferred sensor types include, but are not limited to, piezoelectric sensors, vibration sensors, photoelectric sensors, or acoustic sensors. When the target module 301 is hit by a projectile, sensor 302 can accurately sense the impact, change in light, or sound signal and immediately trigger an electrical signal.
[0026] Bullseye indicator light 303: Preferably a high-brightness LED light, whose color, brightness, and flashing mode are all programmable and adjustable. The indicator light 303 is used to visually indicate the target bullseye that needs to be hit. When the control box sets a bullseye as the target according to a preset program, the corresponding indicator light 303 will light up or flash, guiding the user to aim and shoot. In addition, the indicator light 303 can also provide instant feedback on the hit result: when the target bullseye is hit, the indicator light will light up green; when a non-target bullseye is hit or the target bullseye is not hit within the set time, the indicator light will light up red, thus providing the user with intuitive visual feedback.
[0027] Bullets of different head sizes can be used in combination to match different rules and meet the needs of users at different skill levels.
[0028] The control box 304 is the data processing and control center of the intelligent target box system. It is typically installed externally or internally of the target box body 101 for easy operation and maintenance. Figure 6 As shown, the control box 304 integrates: Microprocessors: Such as high-performance microcontrollers (MCUs) or ARM processors, which serve as the core processing unit and are responsible for executing preset programs, data calculations, and system control.
[0029] Storage: Used to store system firmware, preset rules, training / competition data, and user configurations.
[0030] Communication module: Supports multiple communication methods, including wired (such as USB, RS485, Ethernet) and wireless (such as Bluetooth, Wi-Fi, Zigbee) communication, ensuring data transmission with external devices (such as mobile APP, PC, LED display or competition host).
[0031] Power management module: Provides a stable power supply.
[0032] Input / output interface: Used to connect the target module, external indicator lights, physical buttons, etc.
[0033] The control box's built-in operating system allows users to flexibly switch between training and competition modes via physical buttons, connection to external devices such as mobile apps or PC software. In both modes, users can fine-tune the rules.
[0034] The order in which the bulls are lit (such as random order, fixed order, cyclic order, lighting one by one, etc.) and the duration of each bullseye's lighting can be set.
[0035] Detailed scoring rules can be set, such as the score for hitting the target bullseye, the penalty score for hitting a non-target bullseye, and the score for missing.
[0036] The control box receives trigger signals from the bullseye module 301 sensor in real time, calculates the score according to preset rules, and records detailed training data such as hitting the target, hitting a non-target, missing, shooting time, and reaction time.
[0037] This data can be transmitted in real time via the control box's communication module to external display devices (such as LED displays), mobile apps, or PC software, and presented to users in a visually intuitive manner in the form of charts or numbers. Users can use this data to perform technical analysis, adjust shooting postures, aiming methods, and training strategies, thereby achieving scientific and data-driven training.
[0038] In match mode: Multiple smart target box systems can be connected to a central competition host via wireless (such as Wi-Fi LAN) or wired connection.
[0039] Each smart target box system has a unique number, which facilitates identification and management by the competition host.
[0040] The competition host is responsible for loading and distributing unified competition rules to all connected smart target boxes, such as the total competition duration, total number of rounds, scoring weight of each target, penalty rules for fouls, target lighting modes, etc.
[0041] All intelligent target box systems operate synchronously under the same competition rules. The control box records the shooting data of each target box in real time (such as hits, scores, timestamps, etc.) and transmits the data to the competition host in real time via the communication module.
[0042] The competition host collects and processes data from all target boxes, automatically calculates the final score for each participant, and displays competition rankings, progress, and other information in real time, greatly improving the fairness, efficiency, and entertainment value of the competition.
[0043] The target box bracket supports the entire target box body 101, ensuring its stable placement during training or competition. The bracket's height and angle are multi-adjustable to accommodate users of different heights and shooting postures, as well as the needs of various training and competition scenarios. The base of the bracket can be equipped with anti-slip pads or fixing devices to further enhance stability.
[0044] Example of training mode application: Users select a training mode via a mobile app and set specific rules, such as: "Randomly illuminate the bullseye, each bullseye illuminates for 3 seconds, hitting the target adds 1 point, hitting a non-target deducts 1 point, missing scores 0 points, for a total of 50 shots." After the program starts, the control box randomly illuminates the indicator light 303 of a bullseye module 301. The user attempts to hit the target bullseye within 3 seconds. Regardless of whether the target is hit or not, or whether a non-target bullseye is hit, the corresponding data is captured by sensor 302 and transmitted to the control box. The control box calculates the score in real time and displays detailed data such as the user's total score, hit rate, average reaction time, and best reaction time in real time via the mobile app. Users can intuitively understand their training performance based on this data and make targeted adjustments to shooting posture, aiming method, and release timing to continuously improve their shooting skills.
[0045] Example of a competition mode application: At a slingshot competition, multiple smart target box systems (e.g., 10) are connected to a central competition host via a Wi-Fi network. The competition organizers load and set uniform competition rules on the host, such as: "One bullseye is randomly lit each round, with a 5-second time limit. Hitting the target scores 10 points, missing or hitting a non-target scores 0 points, for a total of 10 rounds." Once the competition begins, all target box systems run these rules synchronously. Each participant shoots from their assigned numbered target box. The target box control box records each participant's shooting data in real time and transmits it to the competition host via Wi-Fi. After the competition, the host automatically aggregates the data from all target boxes, accurately calculates and displays each participant's final score, ranking, and detailed shooting statistics. This not only greatly improves the fairness and efficiency of the competition, reducing the tediousness and potential errors of manual scoring, but also enhances the professionalism and entertainment value of the competition.
[0046] Through the above structure and functions, the slingshot training and competition dual-mode intelligent target box system of the present invention provides an intelligent, data-driven, standardized and highly interactive solution for slingshot sports, significantly improving training effectiveness and competition experience, and promoting the modernization of slingshot sports.
Claims
1. A dual-mode intelligent target box system for slingshot training and competition, characterized in that, include: Target box body (101); The target surface is located inside the target box body (101). The target surface is composed of multiple target core modules (301) arranged together. Each target core module (301) is mounted on a base plate (201). The base plate (201) is fixed on the inner wall of the target box body (101). Each target core module (301) is provided with a sensor (302) and a target core indicator light (303). Feedback indicator light (305) is provided on the target box body (101); A control box (304) is connected to each of the target modules (301) and the feedback indicator (305). The control box (304) is equipped with a processor, a memory and a communication module. An adjustable bracket for supporting the target box body (101).
2. The slingshot training and competition dual-mode intelligent target box system according to claim 1, characterized in that, The sensor (302) is used to trigger and generate a signal when the target module (301) is hit by a projectile, and transmit the signal to the control box (304).
3. The intelligent target box system for dual-mode slingshot training and competition as described in claim 1, characterized in that, The bullseye indicator light (303) is used to operate according to the set on / off sequence and on time to indicate the current target bullseye.
4. The intelligent target box system for dual-mode slingshot training and competition as described in claim 1, characterized in that, The feedback indicator light (305) is used to light up green when the target bullseye is hit, and to light up red when a non-target bullseye is hit or when no bullseye is hit within a set time.
5. The intelligent target box system for dual-mode slingshot training and competition according to claim 1, characterized in that, The plurality of bullseye modules (301) include bullseye modules (301) with different head sizes.
6. The intelligent target box system for dual-mode slingshot training and competition according to claim 1, characterized in that, The memory is used to record data of hitting the target bullseye and hitting non-target bullseye detected by the sensor (302). The control box (304) transmits the data to external indicator lights or mobile phone software for display through the communication module.
7. The intelligent target box system for dual-mode slingshot training and competition according to claim 1, characterized in that, Multiple slingshot training and competition dual-mode intelligent target box systems are connected to an external competition host via wired or wireless means. Each slingshot training and competition dual-mode intelligent target box system has a unique number. The control box (304) transmits shooting data to the competition host through the communication module.
8. The intelligent target box system for dual-mode slingshot training and competition according to claim 1, characterized in that, The control box (304) transmits data to external devices via the communication module in a wired or wireless communication manner.