TWM496754U - Sun gun with audio/video and time recording - Google Patents

Description

Stun gun with audio video and time recording

The present invention is a stun gun with audio video and time recording, and the stun gun is turned on at the same time as the video recording action; when the trigger is pulled to perform the electric shock action, the gangster will record the date/time of the firing and the duration of the electric shock in the memory; When you need to download the usage record, you can connect to the stun gun on the terminal to download the internal usage record, or use the stun gun time correction and serial number management. With the above configuration, the present invention can accurately record the audio, video and time of the incident, and can also track the use status of the stun gun, which can be used as evidence at the time of the incident.

An electric stun gun is a kind of weapon that uses electric current as an attacking kinetic energy, so that the attacker is shocked and loses the ability to counterattack, and has the effect of defending himself and being deterred against those who intend to commit crimes.

However, when using a stun gun, it may cause gangsters to be injured and legal criminal liability. In general, stun guns do not have a record function. Therefore, when legal criminal liability arises, it is impossible to know the attribution of responsibility.

Therefore, in view of the problems existing in the above-mentioned conventional structure, how to develop an innovative structure with more ideal and practicality is really eagerly awaited by consumers, and it is also the goal and direction of relevant industry players to make efforts to develop breakthroughs. In view of this, the new creators have been engaged in the manufacturing development and design experience of related products for many years. After detailed design and careful evaluation, the new creators have finally achieved a practical new model.

In order to achieve the above object, a stun gun with audio video and time recording is provided, comprising: a stun gun body, an ejector element and an image and sound processor, the stun gun body is mainly used to start the projectile The component is electrically shocked; the stun gun body is provided with a central controller, and the central controller is connected with a shooting sight, an auxiliary illuminator, a safety switch, a trigger, a high voltage generator, a controller battery, An anti-grab power and charging circuit, a first transmission interface, a controller display interface, a controller clock timer, a controller memory, a controller transceiver, and a controller serial transmission interface, the electric shock The shooting body is provided at the upper end of the gun body for aiming at the target to be fired, and the auxiliary illuminator is disposed at the lower end of the stun gun body for lighting when the light is dim, and the stun gun body is further provided with the safety switch Once the safety switch is activated, the shooting sight will light up and the body component can be activated at any time. However, if the safety switch is turned off, the fire can not be started. The safety component is designed as a safety component, and the safety switch also limits the number of fires that can be fired. If the number of fires is exceeded, the safety switch needs to be restarted; the trigger is also provided under the auxiliary illuminator. The body of the stun gun can be activated. The front end of the stun gun body is a accommodating groove for arranging the body member. The two ends of the accommodating groove are a positive electrode end and a negative electrode end. When the component is used, the utility model has the function of the electric hammer, and the safety switch is turned on, and then the trigger is pressed to make the positive electrode end and the negative electrode end form a current path, and the target is shocked at a short distance; An electrode needle and a negative electrode pin, the positive electrode pin connecting a positive electrode lead to the body member, the negative electrode pin also connecting a negative electrode lead to the body member, the positive electrode lead and the negative electrode lead Connecting the positive electrode end of the stun gun body, The negative electrode end, when the projectile element is launched to the target object, the positive electrode pin and the negative electrode pin fall on the target, the positive electrode wire is connected to the negative electrode lead circuit, and the positive electrode pin and the negative electrode The electrode needle emits a current shock target; the high voltage generator is composed of an oscillator and a booster coil unit; the oscillator provides an oscillation circuit required for the shock oscillation signal, and the boost coil unit and the oscillator Electrically connected to each other, the booster coil unit is used to provide a booster circuit of a booster coil; the controller battery is supplied to the central controller and is connected to the anti-grab power and charging circuit, and the anti-grab circuit can be cut off The high voltage generator is electrically activated to prevent the cull from being taken away, and the charging circuit can charge the controller battery; the controller clock timer records the firing date/time and the duration of the shock in the controller memory Inside; when a record is required, it can be connected to the controller transceiver of the stun gun body through a terminal wireless transceiver on a terminal, or can be serially transmitted using a terminal. The interface of the controller is connected with the serial transmission interface of the controller of the stun gun body to download the internal usage record, and the controller serial transmission interface can also be used to perform time correction and serial number management of the stun gun body.

Wherein, the shooting sight is an infrared light, the auxiliary illuminator is an LED light; the image and sound processor is disposed at an upper end of the stun gun body, the image and sound processor comprises: a second transmission interface, an image a sensor, a pickup, a processor clock timer, a processor display interface, a processor memory, an image sound output interface, and a processor battery, the image and sound processor passing through the second transmission interface Connecting to the first transmission interface of the central controller, the image sensor, the pickup, and the processor clock timer respectively record images, sounds, and time and store them in the processor memory. The image sound output interface outputs images and sounds and is displayed on the display interface of the processor; the processor battery is powered by the image and sound processor, and the central controller transmits a processor The charging circuit is connected to supply power to the processor battery; the controller display interface can display whether the image and sound processor has a video, the battery of the controller, and whether the safety switch is turned on; thereby, the safety switch is turned on, The central controller turns on the shooting sight, detects the battery power of the controller, displays the battery power status of the controller on the display interface of the controller, and the central controller transmits the image through the first transmission interface. And connecting the second transmission interface of the sound processor, and simultaneously opening the image and sound processor to perform a video recording operation; when the trigger is buckled, the central controller sends a signal to turn on the high voltage generator to perform an electric shock operation uniform The gangster will record the date/time of the firing and the duration of the shock in the memory of the controller; when the usage record needs to be downloaded, the terminal wireless transceiver and the stun gun body can be controlled on the terminal. The transceiver is connected, or the serial transmission interface of the terminal and the controller of the stun gun body are serially transmitted. The interface is connected to download its internal usage record, and the controller serial interface can also be used to perform time correction and serial number management of the stun gun body.

With the above configuration, the present invention can accurately record the audio, video and time of the incident, and can also track the use status of the stun gun, which can be used as evidence at the time of the incident.

The techniques, means and functions of the present invention are described in detail with reference to the preferred embodiments and the detailed description of the drawings. It is believed that the above-mentioned objects, structures and features of the present invention can be obtained from an in-depth and specific understanding. .

1‧‧‧ stun gun body

11‧‧‧Central controller

12‧‧‧ Shooting sight

13‧‧‧Auxiliary illuminator

14‧‧‧Safety switch

15‧‧‧ trigger

16‧‧‧High voltage generator

161‧‧‧ oscillator

162‧‧‧Boost coil unit

17‧‧‧Controller battery

18‧‧‧Anti-grab power and charging circuit

19‧‧‧First transmission interface

20‧‧‧Controller display interface

21‧‧‧Controller clock timer

22‧‧‧Device memory

23‧‧‧Device Transceiver

24‧‧‧Controller serial transmission interface

25‧‧‧ accommodating slots

251‧‧‧ positive electrode end

252‧‧‧Negative electrode end

3‧‧‧ Body components

31‧‧‧ positive electrode needle

311‧‧‧ positive electrode lead

32‧‧‧Negative electrode needle

321‧‧‧Negative electrode lead

4‧‧‧Image and sound processor

41‧‧‧Second transmission interface

42‧‧‧Image Sensor

43‧‧‧ pickups

44‧‧‧Processing clock timer

45‧‧‧Processor display interface

46‧‧‧ processor memory

47‧‧‧Image sound output interface

48‧‧‧Processor battery

49‧‧‧Processor charging circuit

5‧‧‧ Terminal

51‧‧‧Terminal Wireless Transceiver

52‧‧‧Terminal serial transmission interface

Figure 1 is a schematic view of the three-dimensional appearance of the present invention.

Figure 2 is a side view of the present invention.

Figure 3 is a schematic diagram of the connection terminal of the present invention.

Figure 4 is a partial enlarged view of the novel.

Figure 5 is a block diagram of the novel.

First, the preferred embodiments of the present invention are shown in Figures 1 through 5, but such embodiments are for illustrative purposes only and are not limited by the structure.

The stun gun with audio video and time recording includes: a stun gun body 1, a body member 3 and an image and sound processor 4, the stun gun body 1 is mainly used to activate the body member 3. The electric shock gun body 1 is provided with a central controller 11 , and the central controller 11 is connected with a shooting sight 12 , an auxiliary illuminator 13 , a safety switch 14 , a trigger 15 , and a high pressure generator . 16. A controller battery 17, an anti-grab power and charging circuit 18, a first transmission interface 19, a controller display interface 20, a controller clock timer 21, a controller memory 22, a controller The transceiver 23 and a controller serial transmission interface 24, the upper end of the stun gun body 1 is provided with the shooting sight 12 for aiming at the target to be launched, and the auxiliary illuminator 13 is disposed at the lower end of the stun gun body 1 For the illumination when the light is dim, the stun gun body 1 is additionally provided with the safety switch 14. Once the safety switch 14 is activated, the shooting sight 12 is immediately illuminated, and the projectile element 3 can be activated at any time, however, Close the safety switch 14, then The projectile element 3 cannot be activated, the safety switch 14 is a safety design, and the safety switch 14 also limits the number of fires that can be fired. The safety switch 14 is re-activated; the trigger illuminator 13 is also disposed under the auxiliary illuminator 13 to activate the elastic member 3. The front end of the stun gun body 1 is a receiving slot 25 for locating the The body member 3, the two ends of the receiving groove 25 are a positive electrode end 251 and a negative electrode end 252. When the gun body is not mounted, the gun body has the function of an electric hammer, and the safety switch 14 is opened. Pressing the trigger 15 again, the positive electrode end 251 and the negative electrode end 252 form a current path, and the target is shocked at a short distance; a positive electrode pin 31 and a negative electrode pin 32 are disposed on both sides of the elastic member 3. The positive electrode lead 31 is connected to the body element 3 with a positive electrode lead 311. The negative electrode lead 32 also connects a negative electrode lead 321 to the elastic element 3. The positive lead 311 and the negative lead 321 respectively The positive electrode end 251 and the negative electrode end 252 of the stun gun body 1 are connected. When the projectile element 3 is launched toward the target object, the positive electrode pin 31 and the negative electrode pin 32 fall on the target. The electrode lead 311 is connected to the negative electrode lead 321 circuit, and the positive electrode pin 31 and the The negative electrode pin 32 emits a current shock target; the high voltage generator 16 is composed of an oscillator 161 and a booster coil unit 162; the oscillator 161 can provide an oscillation circuit required for the shock oscillation signal, and the boost The coil unit 162 is electrically connected to the oscillator 161, and the booster coil unit 162 is used to provide a boost circuit of the booster coil; the controller battery 17 supplies power to the central controller 11 and connects the anti-shock and The charging circuit 18, the anti-grab circuit can cut off the high-voltage generator 16 to prevent the smuggler from taking away, and the charging circuit can charge the controller battery 17; the controller clock timer 21 will The firing date/time and the duration of the shock are recorded in the memory 22 of the controller; when the recording is required, the terminal can be transmitted and received with the controller of the stun gun body 1 through a terminal wireless transceiver 51 on a terminal 5. Connected to line 23, or use a terminal serial serial transmission interface 52 with the stun gun The controller serial interface 24 of the main body 1 is connected to download its internal usage record, and the controller serial transmission interface 24 can also be used to perform time correction and serial number management of the stun gun body 1.

The image and sound processor 4 is disposed at an upper end of the stun gun body 1. The image and sound processor 4 includes: a second The transmission interface 41, an image sensor 42, a pickup 43, a processor clock timer 44, a processor display interface 45, a processor memory 46, an image sound output interface 47, and a processor battery 48, The image and sound processor 4 is connected to the first transmission interface 19 of the central controller 11 through the second transmission interface 41. The image sensor 42, the pickup 43 and the processor clock timer 44 are connected. The image, the sound and the time are separately recorded and stored in the processor memory 46. The image and sound output interface 47 outputs the image and sound and is displayed on the processor display interface 45. The processor battery 48 is powered. For the image and sound processor 4, the central controller 11 is connected to the processor battery 48 via a processor charging circuit 49; the controller display interface 20 can display whether the image and sound processor 4 is recorded. The power of the controller battery 17 and whether the safety switch 14 is turned on; thereby, the safety switch 14 is turned on, the central controller 11 turns on the shooting sight 12, and detects the power of the controller battery 17 The controller battery 17 is displayed on the controller display interface 20, and the central controller 11 is connected to the second transmission interface 41 of the image and sound processor 4 through the first transmission interface 19. Simultaneously turning on the image and sound processor 4 to perform a video recording operation; when the trigger 1 is buckled At 5 o'clock, the central controller 11 sends a signal to turn on the high voltage generator 16 to perform a shock operation, and records the date/time of the firing and the duration of the shock in the memory 22 of the controller; when the usage record is to be downloaded The terminal transceiver 5 can be connected to the controller transceiver 23 of the stun gun body 1 through the terminal wireless transceiver 51, or the terminal serial transmission interface 52 and the stun gun body 1 can be used. The controller serial transmission interface 24 is connected to download its internal usage record, and the controller serial transmission interface 24 can also be used to perform time correction and serial number management of the stun gun body 1.

With the above configuration, the present invention can accurately record the audio, video and time of the incident, and can also track the use status of the stun gun, which can be used as evidence at the time of the incident.

In summary, the new model has indeed achieved a breakthrough structural design, and has improved content of creation, while at the same time achieving industrial use and progress, and this novel is not found in any publication, but also novel, when In accordance with the provisions of the relevant laws and regulations of the Patent Law, a new type of patent application is filed according to law, and the examination authority of the bureau is required to grant legal patent rights.

However, the above description is only a preferred embodiment of the present invention, and the scope of the novel implementation cannot be limited thereto; that is, the equal variation and modification of the scope of the patent application of the present invention should still belong to the present invention. Within the scope of the patent.

1‧‧‧ stun gun body

11‧‧‧Central controller

12‧‧‧ Shooting sight

13‧‧‧Auxiliary illuminator

14‧‧‧Safety switch

15‧‧‧ trigger

16‧‧‧High voltage generator

161‧‧‧ oscillator

162‧‧‧Boost coil unit

17‧‧‧Controller battery

18‧‧‧Anti-grab power and charging circuit

19‧‧‧First transmission interface

20‧‧‧Controller display interface

21‧‧‧Controller clock timer

22‧‧‧Device memory

23‧‧‧Device Transceiver

24‧‧‧Controller serial transmission interface

4‧‧‧Image and sound processor

41‧‧‧Second transmission interface

42‧‧‧Image Sensor

43‧‧‧ pickups

44‧‧‧Processing clock timer

45‧‧‧Processor display interface

46‧‧‧ processor memory

47‧‧‧Image sound output interface

48‧‧‧Processor battery

49‧‧‧Processor charging circuit

5‧‧‧ Terminal

51‧‧‧Terminal Wireless Transceiver

52‧‧‧Terminal serial transmission interface

Claims (7)

A stun gun with audio video and time recording includes: a stun gun body, a body component and an image and sound processor, the stun gun body is mainly used to activate the body component to strike an object; the stun gun The central body is provided with a central controller, which is connected with a shooting sight, an auxiliary illuminator, a safety switch, a trigger, a high voltage generator, a controller battery, an anti-grab power and a charging circuit. a first transmission interface, a controller display interface, a controller clock timer, and a controller memory. The upper end of the stun gun body is provided with the shooting sight for aiming at a target to be fired. The auxiliary illuminator is disposed at the lower end of the gun body for lighting when the light is dim. The stun gun body is additionally provided with the safety switch. Once the safety switch is activated, the shooting sight is illuminated and the bullet can be started at any time. Body element, however, the body element cannot be activated when the safety switch is closed; the trigger plate is also provided under the auxiliary illuminator, which can activate the body The front end of the stun gun body is a receiving slot for arranging the elastic body member. The two ends of the accommodating groove are a positive electrode end and a negative electrode end. The safety switch is opened, and then the trigger is pressed to allow the The positive electrode end and the negative electrode end form a current path; a positive electrode pin and a negative electrode pin are disposed on both sides of the elastic element, and the positive electrode pin connects a positive electrode lead to the elastic element, and the negative electrode lead Connecting a negative electrode lead to the body member, the positive electrode lead and the negative lead lead are respectively connected to the positive electrode end and the negative electrode end of the stun gun body; the controller battery is supplied to the central controller and connected The anti-grab power and charging circuit, the anti-grab circuit can cut off the high-voltage generator to prevent the smuggler from taking away, and the charging circuit can charge the controller battery; the controller clock timer The firing date, time and duration of the shock are recorded in the memory of the controller; when the recording is required, the terminal can be connected to the body of the stun gun to download the internal usage record; An image and sound processor is disposed on the upper end of the stun gun body. The image and sound processor includes: a second transmission interface, an image sensor, a pickup, a processor clock timer, and a processor display interface. a processor memory, an image sound output interface, and a processor battery. The image and sound processor is connected to the first transmission interface of the central controller through the second transmission interface, and the image sensing is performed. The pickup, the pickup and the processor clock timer can respectively record images, sounds and time and store them in the memory of the processor. Outputting images and sounds on the display interface of the processor through the image sound output interface; the processor battery is powered to the image and sound processor, and the central controller supplies power to the processing through a processor charging circuit connection Battery. The stun gun of claim 1, wherein the central controller is further connected to a controller transceiver and a controller serial transmission interface, and the terminal further comprises a terminal wireless transceiver. Connecting the controller transceiver of the stun gun body, or the terminal device is connected to the controller serial transmission interface of the stun gun body by using a terminal serial transmission interface, and the controller can also be used The serial transmission interface performs time correction and serial number management of the stun gun body. The stun gun with audio video and time recording as claimed in claim 1, wherein the shooting sight is an infrared ray. The stun gun with audio video and time recording as claimed in claim 1, wherein the auxiliary illuminator is an LED lamp. The stun gun of claim 1, wherein the controller display interface displays whether the image and sound processor has a video, the battery level of the controller, and whether the cutout is turned on. The stun gun with audio video and time recording according to claim 1, wherein the high voltage generator is composed of an oscillator and a booster coil unit; the oscillator can provide an oscillation circuit required for the shock oscillation signal. And the boosting coil unit is electrically connected to the oscillator, and the boosting coil unit is used to provide a boosting circuit of the boosting coil. The stun gun with audio video and time recording as claimed in claim 1, wherein the safety switch is a safety design, and the safety switch also limits the number of shots that can be fired.