CN215387456U

CN215387456U - Batting field device

Info

Publication number: CN215387456U
Application number: CN202121504105.2U
Authority: CN
Inventors: 廖宜鸿
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-07-02
Filing date: 2021-07-02
Publication date: 2022-01-04
Anticipated expiration: 2031-07-02

Abstract

The utility model relates to a batting field device, which is mainly characterized in that a plurality of ball holes are arranged in a batting field, a ball hole body is an annular hollow cylinder, the rear half section of the ball hole body is provided with an inclined guide plate, the ball hole body is provided with a cylinder opening facing the inclined guide plate, the cylinder opening is connected with a ball recovery channel, a first wireless signal reader is arranged between the inclined guide plate and the bottom layer of the ball hole, at least one second wireless signal reader is arranged between any two ball holes, and the first wireless signal reader and the second wireless signal reader are connected with a data processor. In addition, a wireless electronic tag is arranged in a ball body, the wireless electronic tag is recorded with ball body data, and the ball body data comprises a fairway code, a player code, a club code and/or a tag inner code. The result processed by the data processor is displayed in a display in real time, and the ball is sent to the ball recovery channel along the inclined guide plate and the column opening.

Description

Batting field device

Technical Field

The utility model relates to a batting field device which can be used for recording batting information of players, displaying a ball rolling track and automatically recycling balls.

Background

Modern people are busy in life and high in working pressure, and are easy to generate the situations of tight mood and anxiety. Therefore, some people prefer to go to a driving range for sports, such as practice of swing in a golf range or batting on a baseball or softball course, and relax tension and achieve the purpose of body building through sports.

In the conventional golf practice range, as shown in fig. 1, a golf range 10 is provided with a plurality of distance-indicating flags 15. The player swings the golf ball 19 at one of the fairway hitting areas 11A-11Z to the field area 13, and the distance and the falling point of the hit ball 19 are visually recognized by the distance flags 15 located at the field area 13. Perhaps, at short distances, the batter can guess about the distance and the landing point of the ball 19 by the distance flags 15. However, the volume of the golf ball 19 is very small, and if the golf ball 19 is swung far by a batter, it is difficult for the naked eye to determine the hitting distance and the falling point of the ball, especially at dark moments.

In addition, the golf practice range is wide, the hit balls 19 are not more than ten thousand balls every day, and generally, a field worker drives a golf ball recovery vehicle to irregularly circulate through each corner of the practice range area 13, and the balls 19 are recovered one by one. Therefore, the time and the labor are wasted, and the hitting feeling of the on-site batter is also influenced.

Accordingly, the present invention provides a batting field device, which can precisely detect, record and display batting information and ball rolling track of a batter in real time, so that the batter can adjust the batting action in real time, and can automatically recover part of the ball, and is a novel object of the present invention.

SUMMERY OF THE UTILITY MODEL

The present invention provides a batting field device, which can accurately record the batting distance, rolling track and batting drop point of a player, and display the batting information on a display of a batting area of a fairway where the player is located, so that the player can conveniently view the swing result in real time, and relatively adjust the swing posture, swing strength or club selection.

It is still another object of the present invention to provide a ball hitting field device which can be applied to a ball hitting field for a game to display score information when players complete the score condition of the game, so that not only fairness in the game can be increased but also fun in hitting the ball can be improved.

The present invention further provides a batting field device, which can automatically guide the ball falling into the hole to the ball recycling path through the inclined guiding plate and the opening of the column body of the hole body, so as to reduce the manpower for recycling the ball.

In order to achieve the above object, the present invention provides a batting field device, which is mainly characterized in that a plurality of ball holes are arranged in a field area of a batting field, each ball hole is an annular cylinder, an inclined guide plate is arranged at the rear half section of each ball hole, a cylinder opening is arranged on a ball hole body facing the inclined guide plate, the cylinder opening is connected with a ball recycling channel, a first wireless signal reader is arranged between the inclined guide plate and the bottom layer of the ball hole, the first wireless signal reader is provided with a ball hole code and a wireless electronic tag used for reading a ball falling into the ball hole, the wireless electronic tag is provided with ball data, the first wireless signal reader is connected with and transmits the ball data to a data processor, and the ball falls into the ball recycling channel through the inclined guide plate and the cylinder opening.

In an embodiment of the present invention, at least one second wireless signal reader is embedded between any two of the holes, the second wireless signal reader has a field code, the second wireless signal reader is used for reading the sphere data passing through the sphere at the upper edge thereof, and the second wireless signal reader is connected to and transmits the sphere data to the data processor.

In an embodiment of the present invention, the batting field is provided with at least one batting area, the batting area is provided with a display, a third wireless signal reader, a third wireless signal writer or a code input device, the display, the third wireless signal reader, the third wireless signal writer and the code input device are connected to the data processor, and the code input device is provided with a plurality of buttons for inputting the sphere data.

In an embodiment of the present invention, the ball data includes a fairway code, a player code, a club code or a tag code.

In one embodiment of the present invention, the first wireless signal reader has a first signal sensing range and the hole code, wherein the hole code is the relative distance information and the orientation information between the hole and the corresponding lane hitting zone.

To achieve the above object, the present invention provides a batting field device, which is mainly to provide a plurality of holes in a batting field, wherein a first wireless signal reader is provided at the bottom of each hole, the first wireless signal reader has a hole code and a wireless electronic tag for reading a ball falling into the hole, the wireless electronic tag has a ball data, the first wireless signal reader is connected to and transmits the ball data to a data processor, at least one second wireless signal reader is embedded between any two ball holes, the second wireless signal reader is provided with a field code and is used for reading the ball data of the ball passing through the upper edge of the second wireless signal reader, the second wireless signal reader is connected with and transmits the ball data to the data processor, at least one lane hitting area is also arranged in the court, and a display connected with the data processor is arranged in the lane hitting area.

In an embodiment of the present invention, the hitting area of the lane is provided with a third wireless signal reader, a third wireless signal writer and a code input device.

In an embodiment of the present invention, the code input device is provided with a plurality of buttons for inputting the ball data, and the ball data includes a fairway code, a player code, a club code or a label inner code.

To achieve the above object, the present invention provides a batting field device, which mainly includes a plurality of holes and at least one lane batting area in a batting field, each lane batting area corresponds to a lane code, the plurality of holes are distributed on different positions in the batting field, the batting field device includes: the ball body comprises a plurality of ball bodies, wherein each ball body is internally provided with a wireless electronic tag which records ball body data; a plurality of first wireless signal readers respectively arranged in the corresponding holes, each first wireless signal reader having a first signal sensing range and a hole code, wherein the hole code is distance information between the hole and the ball hitting area of the lane; the second wireless signal readers are buried in a hitting field between any two holes, and each second wireless signal reader is provided with a field area code; at least one display device, the display device is arranged in the ball hitting area of the fairway; and a data processor connected with each first wireless signal reader, each second wireless signal reader and the display device, wherein when the ball is hit in the hitting field in the ball hitting area and rolls through the upper edge of at least one second wireless signal reader or falls into one of the holes, the second wireless signal reader and the first wireless signal reader read the ball data of the ball and transmit the ball data to the data processor, the data processor identifies the ball hitting area of the ball hitting area according to the ball data of the ball, and the position information of the hole and the rolling track of the ball are displayed on the corresponding display device.

In one embodiment of the present invention, the player data storage device comprises a plurality of player databases, and when the data processor receives the ball data, the data processor identifies the player database according to the player code and stores the hole code or the ball rolling track in the player database.

Drawings

Fig. 1 is a schematic view showing a structure of a field device of a conventional golf range.

Fig. 2 is a schematic structural view of an example of the ball striking field device of the present invention applied to a ball striking field.

FIG. 3 is a schematic structural diagram of a hole according to an embodiment of the present invention.

Fig. 4 is a schematic view showing a configuration of a ball striking field device according to still another embodiment of the present invention applied to a ball striking field.

Fig. 5 is a schematic view showing a configuration of a ball striking field device according to still another embodiment of the present invention applied to a ball striking field.

Description of reference numerals: 10-batting the court; 11A-11Z-lane hitting area; 13-field area; 15-flag; 19-sphere; 20-batting the court; 23-field area; 25-a second wireless signal reader; 255-field code; 27-sphere recovery lane; 29-sphere; 291-wireless electronic tag; 293-label inner code; 295-sphere data; 30-a ball hole; 31-a hole body; 315-the second half of the hole; 33-inclined guide plate; 35-a first wireless signal reader; 351-hole code; 355-a first signal sensing range; 37-cylinder opening; 39-hole bottom layer; 40A-40Z-lane hitting area; 41-a display; 43-a third wireless signal reader; 45-a third wireless signal writer; 47-code input; 475-a button; 49-lane code; 50-a data processor; 55-a storage device; 57-player database; 60-a marking region; 65-mark number.

Detailed Description

Referring to fig. 2 and 3, there are shown a schematic structural view of a preferred embodiment of the ball hitting field device of the present invention applied to a ball hitting field and a schematic structural view of a hole thereof. The batting field device of the present invention is suitable for use in a batting field 20. the batting field 20 may be a golf driving range, a baseball field or a croquet field. The playground device 20 includes a data processor 50, a plurality of holes 30, and at least one lane hitting zone 40A-40Z. Holes 30 may be distributed at 50 yards, 20 yards, 150 yards, 200 yards, 250 yards, 300 yards, etc. of the venue area 23. The hole 30 is a hollow circular cylinder, and the hole body 31 has an inclined guiding plate 33 at the position of the second half 315 of the hole, and the hole body 31 has a cylinder opening 37 facing the inclined guiding plate 33. The cylinder opening 37 connects the lower end of the inclined guide plate 33 and a ball retrieving passage 27. A ball 29 can be guided by the inclined guide plate 33, pass through the column opening 37 and roll on the ball recycling channel 27, so as to achieve the effect of automatically recycling the knocked-out ball 29.

A first wireless signal Reader 35, such as a first radio frequency identification signal Reader (RFID Reader), is disposed between the inclined guide plate 33 and the hole bottom layer 37, and the first wireless signal Reader 35 has a hole code 351 and a first signal sensing range 355. The hole code 351 may represent that the hole 30 is located at a specific position of the field area 23, and is the relative distance information and the orientation information between the hole 30 and the lane hitting zones 40A-40Z. The ball 29 of the batting field 20 has a radio frequency Tag (RFID Tag)291 and ball data 295, and the ball data 295 can be an in-Tag code 293. When the ball 29 hit by the swing from one of the lane hitting areas 40A to 40Z falls on the field area 23, and rolls through each first signal sensing range 355 and/or falls into a certain hole 30, the first wireless signal reader 35 of the hole 30 can read the wireless electronic tag 291, the ball data 295 and/or the in-tag code 293 in the ball 29, and connect and transmit the read ball data 295 and the hole code 351 to the data processor 50.

When the data processor 50 receives the sphere data 295 and the hole code 351 of the sphere 29, it can determine which lane hitting area 40A-40Z hit by the label internal code 293, and accordingly calculate the swing distance, the azimuth angle and/or the sphere rolling track.

In an embodiment of the present invention, a display 41 is disposed in the lane striking areas 40A-40Z and connected to the data processor 50 for displaying the swing distance, the orientation angle or the rolling trajectory of the ball 29 swung by the lane striking areas 40A-40Z.

In one embodiment of the present invention, when a player selects one of the lane hitting areas 40A-40Z, each ball 29 in the lane hitting areas 40A-40Z is read by the data processor 50, and the data 295 of each ball 29 is read by the data processor 50, and the lane hitting area 40A-40Z to which the ball 29 belongs can be known through the in-tag code 293 in the ball data 295.

In another embodiment of the present invention, at least one second wireless signal Reader 25, such as a second radio frequency identification signal Reader (RFID Reader), is disposed between two holes 30 in the field area 23, and the second wireless signal Reader 25 has a field code 255. The field code 255 may represent that the second wireless signal reader 25 is embedded at a specific position of the field area 23, and is the relative distance information and the direction information between the second wireless signal reader 25 and the fairway hitting sections 40A to 40Z. The second wireless signal reader 25 can read the sphere data 295 and/or the in-tag code 293 passing through the sphere 30 at the upper edge thereof, connect and transmit the sphere data 295 to the data processor 50. The data processor 50 receives the ball data 295, the field code 255, the hole code 351, and the time axis transmitted from the second wireless signal reader 25 and the first wireless signal reader 35, and can calculate the swing distance, the direction, and the rolling trajectory of the ball 29 that has landed after being struck.

Fig. 4 is a schematic structural diagram of another embodiment of the present invention. As shown, the lane striking zones 40A-40Z have a lane code 49, such as: the lane code 49 of the first lane hitting area 40A is a, the lane code 49 of the second lane hitting area 40B is B, the lane code 49 of the third lane hitting area 40C is C, and the lane code 49 of the Z-th lane hitting area 40Z is Z. The lane hitting areas 40A-40Z are provided with a third wireless signal reader 43, which can read the ball data 295 and/or lane code 49 in the ball 29 to be hit, and the data processor 50 can determine from which lane hitting area 40A-40Z a certain ball 29 is hit. In this way, when the player moves the ball 29 from the lane hitting zone 40A to the other lane hitting zone 40Z during a swing at will, it is possible to accurately record which lane hitting zone 40A to 40Z the player hit from.

In one embodiment of the present invention, the lane striking areas 40A-40Z are provided with a code input device 47, and the code input device 47 is provided with a plurality of buttons 475 or handwriting devices for inputting lane codes 49, player codes and/or club codes. And lane codes 49, player codes and/or club codes may form part of the sphere data 295, transmitted to and recorded in the data processor 50. The player code indicates which player is to take the swing shot, and the club code indicates that a ball 29 is struck by a driver, a seven iron, or a P-club. Thus, the swing contents displayed on the display 41 are more enriched and detailed.

In an embodiment of the present invention, the lane hitting areas 40A to 40Z are provided with a third wireless signal writer 45, which can wirelessly sense and write the lane code 49, the player code, and the club code into the wireless electronic tag 291 of the ball 29, and can form the ball data 295 of the ball 29 together with the tag internal code 293 of the ball 29.

In one embodiment of the present invention, the data processor 50 may be configured with or external to a storage device 55, which includes a plurality of player databases 57. The player database 57 stores shot data relating to each batter. The data processor 50 identifies the ball hitting zones 40A-40Z of the player's ball tracks based on the ball track codes 49 and displays hole location information on the display device 41 of the ball hitting zones 40A-40Z of the player, and identifies the corresponding player database 57 based on the player codes and stores the ball data 295, swing distance, orientation and/or date, etc. in the corresponding player database 57 as swing statistics or reference data for the batter.

Finally, referring to fig. 5, a schematic view of a ball striking area for use with the ball striking device of the present invention is shown. The field area 23 of the batting court 20 of this embodiment further comprises at least one marking area 60. The marker field 60 is composed of a plurality of holes 30. In the hole 30 of the marking area 60 of the present embodiment, a first wireless signal reader 35 is also disposed. The first wireless signal reader 35 of each hole 30 further records a mark number 65. For example: the reference number 65 may also be "1", "2", "3", "4", "5", "6", "7", "8", or "9", etc.

When the ball 29 is hit by the batter from the fairway hitting areas 40A-40Z to one of the holes 30 in the mark area 60, the first wireless signal reader 35 of the hole 30 in the mark area 60 reads the ball data 295 recorded by the ball 30 and transmits the ball data 295 to the data processor 50. The data processor 50 recognizes from which lane striking area 40A-40Z the ball 29 was struck based on the lane code 295 of the ball 29, and displays hole location information and the mark number 65 on the display device 41 of the striking area 40A-40Z struck by the ball 29. Thus, the present invention enables the player to perform precise ball hitting practice toward the hole 30 of the mark area 60 in order to improve the skill of ball hitting by the planning of the mark area 60.

Also, the playfield device 20 of the present invention may be used for a competitive batting record. In one embodiment of the present invention, the data processor 50 sets a score condition with a single specific mark number 65. The score condition may be temporarily stored in a buffer unit of the data processor 50 and displayed on each display device 41. If the player in any lane hitting area 40A-40Z hits the corresponding hole 30 with the mark number 65 specified by the scoring condition first, the data processor 50 will display a scoring message on the display device 41 of the lane hitting area 40A-40Z of the hit player. For example: if the player in the second lane striking area 40B hits the hole 30 with the mark number 65 of "3" in the mark area 60 first, the data processor 50 sets the mark number "3" as the scoring condition, and the display device 41 in the second lane striking area 40B will display the scoring information.

In summary, the driving range device 20 of the present invention can accurately record the distance, the drop point and/or the rolling track of the ball hit by the player, and display the recorded hitting result on the display device 15 of the hitting area 21 where the player is located, so that the player can adjust the swing posture in real time. Furthermore, the batting field device 20 of the present invention can be applied to the batting record of the competition to display the scoring information when the player completes the scoring condition, so as to not only increase the fairness of the competition, but also improve the fun of batting. In addition, the batting field device 20 of the present invention can automatically recover the hit ball 29, so as to save the expenditure of manpower.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, i.e., all equivalent variations and modifications in the shape, structure, characteristics and spirit of the present invention are included in the scope of the present invention.

Claims

1. A batting field device is characterized in that a plurality of holes are arranged in a batting field area, each hole is an annular cylinder, an inclined guide plate is arranged on the rear half section of each hole, a cylinder opening is formed in the hole body facing the inclined guide plate, the cylinder opening is connected with a ball recovery channel, a first wireless signal reader is arranged between the inclined guide plate and the bottom layer of each hole and provided with a hole code and a wireless electronic tag used for reading a ball falling into each hole, the wireless electronic tag is provided with ball data, the first wireless signal reader is used for connecting and transmitting the ball data to a data processor, and the ball passes through the inclined guide plate and the cylinder opening to fall into the ball recovery channel.

2. The ball striking field device of claim 1, wherein at least a second wireless signal reader is embedded between any two holes, said second wireless signal reader having a field code, said second wireless signal reader for reading ball data passing through the ball at its upper edge, said second wireless signal reader connected to and transmitting the ball data to the data processor.

3. The ball striking field device of claim 1, wherein said ball striking field is provided with at least one lane striking area, said lane striking area is provided with a display, a third wireless signal reader, a third wireless signal writer or a code input device, said display, said third wireless signal reader, said third wireless signal writer and said code input device are connected to said data processor, and said code input device is provided with a plurality of buttons for inputting said ball data.

4. The ball striking field device of claim 1, wherein the ball data comprises a fairway code, a player code, a club code, or an in-label code.

5. The ball striking field device of claim 1, wherein said first wireless signal reader has a first signal sensing range and said hole code, wherein said hole code is information of relative distance and orientation between said hole and a corresponding lane striking zone.

6. A batting field device is characterized in that a plurality of holes are arranged in a batting field, a first wireless signal reader is arranged at the bottom layer of each hole, the first wireless signal reader is provided with a hole code and a radio electronic tag used for reading a ball falling into the hole, the wireless electronic tag is provided with ball data, the first wireless signal reader is connected with and transmits the ball data to a data processor, at least one second wireless signal reader is embedded between any two ball holes, the second wireless signal reader is provided with a field code and is used for reading the ball data of the ball passing through the upper edge of the second wireless signal reader, the second wireless signal reader is connected with and transmits the ball data to the data processor, at least one lane hitting area is also arranged in the court, and a display connected with the data processor is arranged in the lane hitting area.

7. The ball striking field device of claim 6, wherein said lane striking zone is provided with a third wireless signal reader, a third wireless signal writer or a code input device.

8. The ball striking field device of claim 7, wherein said code input means is provided with a plurality of buttons for inputting ball data including a fairway code, a player code, a club code or an in-label code.

9. A batting ground device, characterized by, including a plurality of holes and at least a lane batting district in batting the court, each lane batting district corresponds to a lane code respectively, and a plurality of holes distribute on hitting different positions in the court, batting ground device includes:

the ball body comprises a plurality of ball bodies, wherein each ball body is internally provided with a wireless electronic tag which is recorded with ball body data;

a plurality of first wireless signal readers, the plurality of first wireless signal readers are respectively arranged in the corresponding ball holes, and each first wireless signal reader is provided with a first signal sensing range and a ball hole code;

the second wireless signal readers are buried in a hitting field between any two holes, and each second wireless signal reader is provided with a field area code;

the display device is arranged in the ball hitting area of the fairway; and

and the data processor is connected with each first wireless signal reader, each second wireless signal reader and the display device.

10. The ball striking field device of claim 9, including a storage device, said data processor being connected to said storage device, said storage device including a plurality of player databases.