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CN-122027989-A - Golf GPS positioning system and method

CN122027989ACN 122027989 ACN122027989 ACN 122027989ACN-122027989-A

Abstract

The invention discloses a golf GPS positioning system and a method, which belong to the technical field of accurate positioning, and comprise a sphere, a golf built-in system, a mobile control system and a cloud control system, wherein the sphere comprises a shell, an intermediate layer fixedly connected in the shell and a sphere center fixedly connected in the intermediate layer, a packaging box is fixedly connected in the sphere center, the inside of the packaging box is fixedly connected with a control circuit, a GPS chip and a power supply which are mutually and electrically connected, the golf ball built-in system receives the starting signal and then controls the GPS chip to acquire positioning information, the positioning information is uploaded to the mobile control system, the mobile control system generates and sends out the starting signal according to each GPS communication information, and the invention has the effect of being capable of remotely positioning the golf ball through GPS positioning, thereby being convenient for users to find the golf ball.

Inventors

  • LI SHUANGLI
  • GAO SHUN
  • ZHOU RUI
  • SU GUANGDA

Assignees

  • 李双利

Dates

Publication Date
20260512
Application Date
20260311

Claims (10)

  1. 1. The golf GPS positioning system is characterized by comprising a ball body (1), a golf built-in system (2), a mobile control system (3) and a cloud control system (4), wherein the ball body (1) comprises a shell (11), an intermediate layer (12) fixedly connected in the shell (11) and a ball center (13) fixedly connected in the intermediate layer (12), a packaging box (131) is fixedly connected in the ball center (13), a control circuit (132), a GPS chip (133) and a power supply (134) which are electrically connected with each other are fixedly connected in the packaging box (131), the golf built-in system (2) is arranged in the control circuit (132), and the mobile control system (3) is arranged in a mobile end of a user; The golf built-in system (2) sends out a matching signal, detects the matching signal and the starting signal after receiving the starting signal, and controls the GPS chip (133) to acquire positioning information when the matching signal is matched with the starting signal, and uploads the positioning information to the mobile control system (3); The mobile control system (3) receives input user information, sends a query signal to the cloud control system (4) according to the user information, receives returned account related information, invokes GPS communication information in the account related information, independently generates starting signals according to each GPS communication information, each starting signal is matched with a matching signal of a corresponding golf built-in system (2), and the mobile control system (3) sends the starting signals and receives returned positioning information, and displays the position of the ball (1) according to the positioning information; The cloud control system (4) detects whether user information which is the same as user information in the received query signal is stored after receiving the query signal, if the user information is not the same, an account file is established and the user information is associated, account related information is stored in the account file, if the user information is the same, the account file which is associated with the received user information is called out, the account related information in the account file is sent back to the mobile control system (3), the cloud control system (4) receives GPS communication information which is associated with the user information, and the GPS communication information is stored in the account related information in the associated account file according to the received user information.
  2. 2. A golf GPS positioning system according to claim 1, wherein said golf ball built-in system (2) includes a positioning acquisition module (21) and a wireless communication module (22); The positioning acquisition module (21) is connected with the GPS chip (133), and when receiving a starting signal, the GPS chip (133) is controlled to acquire positioning information and send the positioning information to the wireless communication module (22); The wireless communication module (22) sends out a matching signal, detects the matching signal and the starting signal after receiving the starting signal, and transmits the starting signal to the positioning acquisition module (21) when the matching signal is matched with the starting signal, and uploads the positioning information to the mobile control system (3); The mobile control system (3) comprises a user interaction module (31), a mobile communication module (32), an instruction generation module (33) and a positioning display module (34); the user interaction module (31) receives input user information, generates a query signal according to the user information, and transmits the query signal to the mobile communication module (32), wherein the query signal comprises the user information; The mobile communication module (32) uploads the query signal to the cloud control system (4), receives the returned account related information, sends a starting signal after receiving the starting signal, receives the returned positioning information, transmits the account related information to the instruction generation module (33), and sends the positioning information to the positioning display module (34); The instruction generation module (33) invokes GPS communication information in the account related information, independently generates starting signals according to each GPS communication information, and transmits the starting signals to the mobile communication module (32) by matching each starting signal with a matching signal of a corresponding golf built-in system (2); the positioning display module (34) displays the position of the sphere (1) according to the positioning information; The cloud control system (4) comprises a cloud communication module (41) and an account management module (42); The cloud communication module (41) receives the query signal, transmits the query signal to the account management module (42), and sends the account related information to the mobile control system (3); The account management module (42) receives the query signal and then detects whether the user information which is the same as the user information in the received query signal is stored, if the user information which is not the same is not stored, an account file is established and related to the user information, the account file stores account related information, if the user information which is the same is stored, the account file related to the received user information is called out, the account management module (42) receives GPS communication information and the user information, the GPS communication information is stored in the account related information in the related account file according to the received user information, and the account related information in the account file is transmitted to the cloud communication module (41).
  3. 3. A golf GPS positioning system according to claim 2, wherein the movement control system (3) further comprises a distance calculation module (35); The positioning display module (34) caches positioning information, generates a golf route map in real time according to the cached positioning information and the time for receiving the positioning information, and displays the golf route map together with the position of the ball body (1); The distance calculation module (35) is preset with a stopping threshold time, the distance calculation module (35) calls the latest golf route diagram of the positioning display module (34), points, in the golf route diagram, of which the stay time of the ball (1) at the same position exceeds the stopping threshold time are marked as serving nodes, the initial serving nodes start to number each serving node in sequence according to the golf route, the length of the golf route between two adjacent serving nodes is calculated as a single-pole flight distance, each serving node number and the single-pole flight distance are marked on the golf route diagram, and the marked golf route diagram is transmitted to the positioning display module (34) and covers the cached golf route diagram.
  4. 4. A golf GPS positioning system according to claim 3, wherein said movement control system (3) further comprises an information acquisition module (36), a trajectory analysis module (37); the information acquisition module (36) acquires current position information through a user mobile terminal, queries current weather information according to the current position information, and transmits the current weather information to the track analysis module (37), wherein the current weather information comprises current wind direction, current wind power and rainfall information; The track analysis module (37) calls the latest current weather information of the positioning display module (34), calculates the impact strength of the ball (1) and the impact direction of the ball (1) of the golf route between every two adjacent service nodes according to the current weather information, and displays the impact strength and the impact direction.
  5. 5. A golf GPS positioning system according to claim 2, wherein the package (131) is fixedly connected with the LED lamp (135); The mobile control system (3) further comprises a proximity response module (38), the minimum corresponding distance is preset by the proximity response module (38), the proximity response module (38) calls the sphere (1) position of the positioning display module (34), the current user position is obtained by using the user mobile terminal, and when the linear distance between the current user position and the sphere (1) position is smaller than the minimum corresponding distance, the proximity response module (38) transmits a response signal to the mobile communication module (32); The mobile communication module (32) transmits a response signal to the golf ball built-in system (2); The golf built-in system (2) further comprises a response control module (23), wherein the wireless communication module (22) receives the response signal and transmits the response signal to the response control module (23); the response control module (23) is connected with the LED lamp (135), and the LED lamp (135) and the power supply (134) are communicated when a response signal is received.
  6. 6. A golf GPS positioning method using the golf GPS positioning system according to any one of claims 1 to 5, comprising the steps of: the mobile control system (3) receives input user information, and sends a query signal to the cloud control system (4) according to the user information, wherein the query signal comprises the user information; The cloud control system (4) detects whether user information which is the same as the user information in the received query signal is stored after receiving the query signal; If the same user information does not exist, an account file is established and the user information is associated, and the account file stores account related information; The cloud control system (4) receives GPS communication information associated with the user information, and stores the GPS communication information into account related information in an associated account file according to the received user information; if the same user information exists, calling out an account file associated with the received user information, and sending the account related information in the account file back to the mobile control system (3); After receiving the returned account related information, the mobile control system (3) invokes GPS communication information in the account related information, and independently generates starting signals according to each GPS communication information, each starting signal is matched with a matching signal of a corresponding golf built-in system (2), and the mobile control system (3) sends out the starting signals; The golf built-in system (2) sends out a matching signal, detects the matching signal and the starting signal after receiving the starting signal, and controls the GPS chip (133) to acquire positioning information when the matching signal is matched with the starting signal, and uploads the positioning information to the mobile control system (3); the mobile control system (3) receives the returned positioning information and displays the position of the sphere (1) according to the positioning information.
  7. 7. The golf GPS positioning method according to claim 6, further comprising the steps of: the mobile control system (3) presets a ball stopping threshold time; The mobile control system (3) caches the positioning information, generates a golf route map in real time according to the cached positioning information and the time for receiving the positioning information, and displays the golf route map together with the position of the ball body (1); The movement control system (3) marks points, in the golf route, where the stay time of the ball (1) at the same position exceeds the stopping threshold time, as serving nodes, numbers each serving node in sequence according to the golf route from the initial serving node, calculates the length of the golf route between two adjacent serving nodes as a single-pole flight distance, and marks each serving node number and the single-pole flight distance on the golf route; and overlaying the marked golf ball route map with the cached golf ball route map and displaying the golf ball route map.
  8. 8. The golf GPS positioning method according to claim 7, further comprising the steps of: the mobile control system (3) acquires current position information; Inquiring current weather information according to the current position information, wherein the current weather information comprises current wind direction, current wind power and rainfall information; And calculating the impact strength of the ball body (1) and the impact direction of the ball body (1) of the golf route between every two adjacent service nodes according to the latest current weather information, and displaying.
  9. 9. The golf GPS positioning method according to claim 6, further comprising the steps of: The mobile control system (3) presets a minimum corresponding distance; the mobile control system (3) uses the mobile terminal of the user to acquire the current user position; transmitting a response signal to the golf ball built-in system (2) when the linear distance between the current user position and the ball (1) position is less than the minimum corresponding distance; the golf ball built-in system (2) communicates the LED lamp (135) with the power supply (134) when receiving the response signal.
  10. 10. The golf GPS positioning method according to claim 6, further comprising the steps of: when the golf ball is assembled, a containing groove matched with the packaging box (131) is formed in the center of the center (13); fixing the packaging box (131) in the accommodating groove of the sphere center (13); Detecting the gravity centers of the sphere centers (13) under different angles; if the center of gravity of the sphere center (13) is at the center of the sphere center (13) at all angles, the sphere center (13), the middle layer (12) and the shell (11) are fixed.

Description

Golf GPS positioning system and method Technical Field The invention relates to the field of accurate positioning, in particular to a golf GPS positioning system and a golf GPS positioning method. Background Golf is a ball game played on outdoor grass, which is played with a club to hit a hole, with a minimum number of shots to achieve a game, and is generally composed of a center, an intermediate layer, and a cover. In the prior art, in the golf game of an informal game, after a player hits a ball, the ball may be lost after the ball is far away from the player, at this time, a user generally only can use a new ball, but the lost ball can only be collected by uniformly picking up or flushing a place by a worker, and the lost ball is difficult to return to the player, so that the golf ball cannot be directly used even if the golf ball is successfully recovered at the court. Because golf balls are relatively high in price, the lost golf balls are not small in economic loss for players, and therefore existing golf balls can be internally provided with a positioning device or a device for assisting in searching, such as a buzzer or an LED lamp. The prior art scheme has the defects that the golf course usually occupies a large area, the golf ball is far away from the leaping distance of one shot, and the positioning is assisted only by physical means such as an LED lamp and the like, so that the prior art scheme is troublesome. Disclosure of Invention In order to facilitate a user to find a golf ball, the application provides a golf ball GPS positioning system and a golf ball GPS positioning method. In one aspect, the golf GPS positioning system provided by the application adopts the following technical scheme: the golf GPS positioning system comprises a ball body, a golf built-in system, a mobile control system and a cloud control system, wherein the ball body comprises a shell, an intermediate layer fixedly connected in the shell and a ball center fixedly connected in the intermediate layer, a packaging box is fixedly connected in the ball center, a control circuit, a GPS chip and a power supply which are mutually and electrically connected are fixedly connected in the packaging box, the golf built-in system is arranged in the control circuit, and the mobile control system is arranged in a mobile end of a user; the golf built-in system sends out a matching signal, detects the matching signal and the starting signal after receiving the starting signal, and controls the GPS chip to acquire positioning information when the matching signal is matched with the starting signal, and uploads the positioning information to the mobile control system; The mobile control system receives input user information, sends a query signal to the cloud control system according to the user information, wherein the query signal comprises the user information, receives returned account related information, invokes GPS communication information in the account related information, independently generates starting signals according to each GPS communication information, each starting signal is matched with a matching signal of a corresponding golf built-in system, and sends out the starting signals and receives returned positioning information, and the position of a ball body is displayed according to the positioning information; The cloud control system receives the query signal, detects whether user information which is the same as user information in the received query signal is stored or not, if the user information is not the same, establishes an account file and associates the user information, the account file stores account related information, if the user information is the same, the account file which is associated with the received user information is called out, the account related information in the account file is sent back to the mobile control system, the cloud control system receives GPS communication information which is associated with the user information, and the GPS communication information is stored in the account related information in the associated account file according to the received user information. Through adopting above-mentioned scheme, the user applies for the account to cloud control system on user's mobile terminal, then associates own golf in the account, when playing golf, opens mobile control system and uses user information to log in, can connect the built-in system of golf in the golf voluntarily, detects the position of golf in real time through the GPS chip, makes things convenient for the user to look for own golf. When the user is not connected with the golf built-in system, the GPS chip pauses working, and the electric power can be saved. Preferably, the golf built-in system comprises a positioning acquisition module and a wireless communication module; The positioning acquisition module is connected with the GPS chip, and when receiving the starting signal, the GPS chip is controlled to