JP3021717U - A structure to detect the score of shooting and play in dynamics - Google Patents

Abstract

(57) [Abstract] [PROBLEMS] To provide a structure for detecting and responding to a score of a shooting training and a game in a dynamic state. SOLUTION: The structure is a hard shooting board, a detection and response mechanism,
Assembled from a mechanism such as a control box, output printer, etc., a hard shooting board is a number of sets,
The detection and sensing mechanism is fixedly provided on the bottom edge of each hard shooting plate for each set, and the conductor wire of the socket extending from the mechanism is inserted into the divided control box,
The control box receives the communication separately and at the same time handles the communication sent from each detection and response mechanism. In addition, connect the set value response from the output socket to the output printer. If the set impact value is still not reached, the output printer will illuminate normally. The control box then immediately flashes the output printer's warning lamp when the area it controls reaches its own set impact value,
In addition, a warning sound that reaches again is generated and notified.

Description

[Detailed description of the device]

[0001]

[Technical field to which the device belongs]

 The present invention provides a structure for detecting shooting scores and game scores in dynamics.

[0002]

[Prior art]

 Present B. All B shots are stagnant in the static shooting stage (so-called static shooters). In other words, there is no equipment that can fire on the terrain and objects of field battles only by firing a fixed firing board. No device is known to display hit counts and score calculations.

[0003]

[Problems to be solved by the device]

 The present invention is aimed at a structure that is sensitive to shooting scores and game scores in dynamics. The frequency signal hit by B bullet is converted into a voltage or current signal and output to the detection and sensing mechanism, and it is assisted by the combination of peripheral control and the display, and further to the real thing of the field battle in play and movement. Achieve the aim of shooting.

[0004]

[Means for Solving the Problems]

 The structure is assembled from a mechanism such as a hard shooting plate, a detection and sensing mechanism, a control box, and an output printer.The hard shooting plate is made up of a number of sets, each of which is attached to the bottom edge of the hard shooting plate. The detection-sensing mechanism is fixedly installed, and the conductor wire of the socket extending from the mechanism is inserted into the divided control box, and the control box handles the communication sent from each detection-sensing mechanism at the same time. In addition, if you connect the set value response from the output socket to the output printer, and if the set impact value is still not reached, the output printer lights up normally, then the control box. When an area controlled by it reaches its own set impact value, the output print is immediately Over to flash a warning lamp, notify by generating Furthermore alarm sound, thus, the combination of the mechanisms described above, the conventional never been B. Achieve the effects of shooting training and play in the simulated movement of bullet B.

[0005]

[Embodiment of device]

 First, referring to FIG. 1, the structure of the present invention is assembled in combination with a plurality of sets of a hard firing plate 1 and a mechanism such as a control box 3 and an output printer 4 located around a detection and response mechanism 2. The sensing and sensing mechanisms 2 are respectively arranged on the bottom edges of the hard shooting plates 1 in each set to form a single sensing shooting plate S1, S2 ...: The sensing shooting plates S1, S2 ... As it can be attached to the anterior abdomen, back, buttocks, thighs, etc. of the body, it is not a fixed type, but it can be selected for the attached position by appropriately selecting the size and size of its volume and type, so in principle. It does not affect the movement of the shooter; the hard shooting plate 1 is used as a medium for collecting the landing signal, so the detection and sensing mechanism 2 is fixed above it by a lockout method, and firstly it is damaged. The hard shooting plate 1 is replaced at any time, and the second is detected. To facilitate the repair and protection of the response mechanism 2. Further, as shown in FIG. 1, the detection / sensing mechanism 2 mainly detects the landing vibration frequency whether the hard shooting plate 1 is hit or not, and converts the landing vibration frequency into a voltage or current signal to control it. It is detected by sending it to the box 3 and processing it. The structure is assembled by including members such as an outer cap 21, an outer hoop 22, a polar base material 23, an inner hoop 24, an adhesive ring 25 and a main body 26. First, as shown in FIG. 4, the polar base material is the main body for detecting the landing, and has the following. 1. The specified vibration frequency (the shock vibration frequency and the landing vibration frequency during movement are not completely the same) is converted into voltage or current and output. 2. In order to reduce the reaction time, the selection of the basic material has the two major requirements of generating a sine wave while satisfying the requirements of polarity. There, the polar base material is made of a ceramic material with a special polarity, and its own characteristics are Newton's second law F = ma, and the voltage V of the piezoelectric body and the applied force F are directly proportional to each other. Become. As shown in FIG. 3, the structure is arranged such that both sides are attached to the conductive copper sheet 232 by the conductive adhesive 231 and the plus and minus are formed by pulling the conductive wire, and the outer side is the inner hoop 24. And the outer hoop 22 to attach and insulate. Also, the outer cap 21 has a socket which is combined with an adhesive ring 25 and locks out in the main body 26, and has a signal conductor 233 along the lower end.

Referring to FIGS. 1 and 5, the control box 3 is preferably tied to a band 10 to attach to the shooter's body. The control box 3 collects landing signals of several sets of sensitive shooting plates S1, S2 ... Simultaneously with a processing area 31 which collects several sets of signals, and a set key inclined inwardly outside the main body. Includes 32, clear key 33, top input socket 34, output socket 35, transparent face cap, etc. As a result, the input socket 34 is separately connected to the sensitive shooting plates S1, S2 ... Of each set, and the output socket 35 is connected to the output printer 4 to form a control system.

In the control box 3, the lower part corresponding to each processing area 31 is used as a set key 32 of the area, and the display of the numerical value that hits the area and the abandoned part of the shooting plate is set, and the area at the most end side. With 311 as the total calculation area, the clear key 33 corresponding to the lower part clears all the settings. As shown in FIG. 5, the output printer 4 is likewise positioned at the appropriate position of the shooter and is preferably fixed to the helmet 20: it is connected to the output of the control box 3 by extending the wires from the body. Coupled to socket 35, it mainly collects the signals that the control box 3 has reached the set value and displays the results. On its surface there is a normal indicator lamp G and a warning lamp R 1 to reach the set value: if the set impact value has not yet been reached, the output printer 4 lights normally. Next, the control box 3 immediately flashes the warning lamp R of the output printer 4 to generate a warning sound when the area controlled by the control box 3 reaches the set impact value of its own. Terminate training at the location, signaling that the number has reached its own setpoint.

Regarding the operation of the game, first, the lead wire 233 for each one of the hard shooting plates attached to the shooter, the output printer 4, and the control box 3 are quickly inserted by the lead wire of the socket, and the control is performed. -Set the number of hits per area with the set key 32 of the box 3 and then cover it with the transparent face cap on the control box 3 to prevent it from touching the push keys during exercise However, if the shooting board 1 connected to the area to be set is hit, the number of hits to the area to be set is decreased from the set value to zero, and the control box 3 immediately outputs a signal. Printer to send a notification to the printer 4 by illuminating the lamp.

When the warning lamp R of the output printer 4 flashes and a warning sound is generated to notify the end of the shooting, all the unfinished settings are cleared by using the clear key 33, and then again. Can be used to resume operation.

[Brief description of drawings]

FIG. 1 is an exploded view of the components of the detection / sensing mechanism of the present invention and the peripheral control box and output printer.

FIG. 2 is a plan view illustrating a state in which the detection / sensing mechanism of the present invention is arranged on a hard shooting plate.

FIG. 3 is a cross-sectional view of the structure of the detection / sensing mechanism of the present invention.

FIG. 4 is a cross-sectional view of the structure of the polar base material of the detection-sensing mechanism of the present invention.

FIG. 5 is a view showing an arrangement state of the entire structure of the present invention.

[Explanation of symbols]

 1 Hard Fire Plate 2 Detection Sensitive Mechanism 3 Control Box 4 Output Printer 10 Band 20 Helmet 21 Outer Cap 22 Outer Hoop 23 Polar Basic Material 24 Inner Hoop 25 Adhesive Ring 26 Body 31 Processing Area 32 Set Key 33 Clear Key 34 Input Socket 35 Output Socket 41 Conductive Wire 231 Conductive Adhesive 232 Conductive Copper Sheet 233 Conductive Wire 311 Area G Normal Display Lamp R Warning Lamp S1, S2 Sensitive Shooting Board

Claims (1)

[Scope of utility model registration request] 1. A combination of a large number of sets of hard shooting plates, a mechanism for detecting and responding to them, and a mechanism such as a control box and an output printer in the vicinity thereof. In order to use it as a medium for collecting, the sensing and sensing mechanism is locked out at the bottom edge of each shooting board to form a sensing shooting board that detects the impact of the impact, and the sensing and sensing mechanism is located at the bottom edge of the hard shooting board. Lock it out and insert it into the control box's input socket by its signal conductor, which mainly converts the vibration of the impact into voltage or current signal and sends it out, its structure is outer cap, outer hoop, polarity Including base material, inner hoop, adhesive ring and body, etc., the polar base material is made of ceramic material which undergoes special polarity treatment. It is made and outputs the frequency of landing and responds as a sine wave, both sides of which are attached to a conductive copper sheet by a conductive adhesive, and pulled out by pulling the lead wire to form plus and minus, The outside is fitted with an inner hoop and an outer hoop to insulate it, the outer cap is combined with an adhesive ring and locked out inside the control box, and the control box covers the processing area collecting several sets of signals. At the same time, it collects the impact signals of several sets of sensitive shooting boards, and the set key and the clear key that tilt inside are collected outside the main body, the input socket and the output socket at the top, and the transparent face cap. Etc., which allows the input socket to be connected separately to each set of sensitive shooting plates and The put socket is connected to the output printer to form a control system, and the lower part corresponding to each processing area is used as a set key of the area, and the display of the numerical value hitting the area is set to set the most. The end side is the total calculation area, the clear key corresponding to the bottom removes all the settings, the output printer is equipped with a conductor and is connected to the output socket of the control box and sent out from the control box Simultaneously collects signals and produces sound and light indications; structure for detecting shooting and play scores in dynamics, including a normal indicator lamp and a warning lamp on its surface that lights when a set value is reached .