TWM565787U - Electric stun gun - Google Patents

Abstract

A stun gun that performs a wireless recording of video recording while being turned on; when the trigger is pulled for electric shock, the gangster will record the date/time of the firing and the duration of the shock in the memory; when downloading the usage record, The terminal or the handheld terminal device is wirelessly connected with the stun gun to download the internal usage record, and the terminal gun or the handheld terminal device can be used for the stun gun time correction and serial number management; by the above configuration, the creation can be It is true that the audio, video and time of the incident are recorded, and the use of the stun gun can be tracked at any time as an innovative structural designer for the evidence at the time.

Description

Stun gun

This creation is about a stun gun, especially a stun gun that records the date/time of the firing, the duration of the shock, the recording, recording, and remote connection updates or transmissions, and serves as an innovative structure for evidence at the time of the electric shock. Designer.

According to the stun gun, the electric stun gun is a kind of weapon. The electric current is used as the attack kinetic energy, so that the attacker is subjected to electric shock and loses the counterattack ability. It has the functions of self-defense and deterrence, violent, and volatility for those who intend to commit crimes.

However, when a stun gun is used, it may cause a suspect or an attacker to be injured, thus creating 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.

In view of this, the creator has previously developed a stun gun, which mainly has the functions of video recording and recording, but the creator still finds that it has a missing, but the missing is that the conventional stun gun is transmitted by wired connection, and does not have wireless. The function of transferring links and updating the database in real time is inconvenient to use, so there is still room for improvement in the conventional stun gun.

Therefore, in view of the problems existing in the above-mentioned conventional stun guns, how to develop an innovative structure that is more ideal and practical, and to use the eagerly awaited by consumers, is also the goal and direction of the relevant industry to strive to develop breakthroughs. In view of this, the creators have been engaged in related products for many years. The manufacturing development and design experience, after the detailed design and careful evaluation of the above objectives, will ultimately be a practical creation.

In order to achieve the above object, a stun gun is provided, comprising: a stun gun body, an ejector element, and an image and sound processor, the stun gun body is mainly used to activate the projectile element to strike an object; The central controller of the stun gun body 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, and a first a 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, and the illuminating auxiliary illuminator is disposed at the lower end of the stun gun body The stun gun body is further provided with the safety switch. When the safety switch is turned off, the central controller is cut off by the circuit; when the safety switch is turned on, the central controller circulates the circuit; and the auxiliary illuminator is also provided with a buckle shape The trigger device can activate the body member, the front end of the stun gun body is a receiving groove for arranging the body member, and the two ends of the receiving groove have a positive electrode end. At the negative electrode end, when the safety switch is turned on, the trigger is pressed to form a current path for the positive electrode end and the negative electrode end; a positive electrode pin and a negative electrode pin are disposed on both sides of the elastic element, and 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, and the positive electrode lead and the negative lead lead are respectively connected to the positive electrode end of the stun gun body The negative electrode end; the controller battery is powered to the central controller and is connected to the anti-grab power and charging circuit, and the anti-grab circuit can cut off the electric shock function of the high voltage generator to prevent the cull from being taken away. The charging circuit can charge the controller battery; the controller clock timer will be the date and time of the firing. And the duration of the shock is recorded in the memory of the controller; wherein the central controller further comprises a controller RF transceiver and a serial transmission interface and a controller WIFI transceiver; and a terminal comprising a terminal RF transceiver And a serial transmission interface and a terminal WIFI transceiver; the controller RF transceiver and the serial transmission interface of the stun gun body are wirelessly connected or wiredly connected to the terminal RF transceiver and the serial transmission interface, thereby downloading The internal use record; the controller WIFI transceiver of the stun gun body is wirelessly connected to the terminal WIFI transceiver device and a handheld terminal device, thereby performing time correction and serial number management of the stun gun body; the stun gun body The upper end is provided with a latching portion, the latching portion is detachably latching the image and sound processor, and the image and sound processor comprises: a second transmission interface, an image sensor, and a pickup a processor clock timer, a processor display interface, a processor memory, an image sound output interface, and a processor battery The sound processor is wirelessly connected to the first transmission interface of the central controller through the second transmission interface, and the image sensor, the pickup, and the processor clock timer respectively record images, sounds, and Time is stored in the memory of the processor, and the image and sound output interface outputs images and sounds on the display interface of the processor; the processor battery supplies power to the image and sound processor, the processor battery The power supplied by a processor charging circuit is received and stored.

The bottom surface of the image and sound processor is formed with a latching recess, the latching recess has a recessed hole and a recess communicating with the recessed hole, the recessed hole has a positioning convex shaft therein, and a set is disposed on the recessed hole a spring for positioning the male shaft; the movable portion is provided with a movable fastener radially slidable in the recess of the latch, and one end of the movable fastener is a pressing portion protruding to the outside of the image and sound processor. The other end is an abutting portion pressed against the spring, and the abutting portion faces the pressing portion One side of the portion is an inclined surface, and has a set of perforations provided on the positioning convex shaft; when the latching concave portion is slip-fitted into the latching convex portion, the inclined surface of the abutting portion of the movable fastener in the ejecting position The card is attached to the tab protrusion; when the pressing portion is pressed, the abutting portion of the movable fastener is displaced into the recess, and the image and sound processor can be detached from the If the pressing portion is not pressed, the abutting portion protrudes to the outside of the recessed hole, and the movable fastener returns to the ejecting position.

With this innovative and unique design, the advantages of this stun gun are: 1. It can be wirelessly connected and instantly update the database with mobile phone or computer. It is convenient and quicker than the conventional stun gun. 2. It can wirelessly transmit images or sound files to the computer. 3. The central controller can remotely connect the image and Sound processor, so this creation is an innovative structural designer for the application of maritime violence.

The embodiments, structures, and features of the present invention are described in detail with reference to the preferred embodiments of the present invention.

[this creation]

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‧‧‧First stage booster coil

163‧‧‧secondary booster coil

164‧‧‧Generator output interface

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‧‧‧Controller RF Transceiver and Serial Transmission Interface

24‧‧‧Controller WIFI Transceiver

25‧‧‧ accommodating slots

251‧‧‧ positive electrode end

252‧‧‧Negative electrode end

26‧‧‧Carmen convex

3‧‧‧ Body components

31‧‧‧ positive electrode needle

311‧‧‧ positive electrode lead

32‧‧‧Negative electrode needle

321‧‧‧Negative electrode lead

4‧‧‧Image and sound processor

40‧‧‧Card recess

401‧‧‧ recessed hole

402‧‧‧ Groove

403‧‧‧ Positioning convex axis

404‧‧‧ Spring

405‧‧‧Activity fasteners

406‧‧‧ Pressing Department

407‧‧‧Apartment

408‧‧‧Perforation

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 RF Transceiver and Serial Transmission Interface

52‧‧‧Terminal WIFI Transceiver

6‧‧‧Handheld terminal devices

Figure 1 is the first stereoscopic view of the creation.

Figure 2 is a side view of the creation.

Figure 3 is a schematic cross-sectional view of Figure 2.

Figure 3A is a schematic view of the movable fastener of Figure 3 after actuation.

Figure 4 is a second perspective view of the present creation.

Figure 5 is a partial enlarged view of Figure 4.

Figure 5A is a schematic view of the movable fastener of Figure 5 after actuation.

Figure 6 is a side view of the implementation of the present creation.

Figure 7 is a schematic perspective view of the present invention.

Figure 8 is a partial enlarged view of Figure 7.

Figure 9 is an architectural diagram of the creation.

Please refer to FIG. 1 to FIG. 9 for a preferred embodiment of the present invention, but the embodiments are for illustrative purposes only and are not limited by the structure.

A stun gun includes: a stun gun body 1, an ejector element 3, and an image and sound processor 4, the stun gun body 1 is mainly used to activate the body member 3 to strike an object; The central controller 11 in the gun body 1 is connected to a shooting sight 12, an auxiliary illuminator 13, a safety switch 14, a trigger 15, a high voltage generator 16, a controller battery 17, an anti-grab power and a charging circuit 18, a first transmission interface 19, a controller display interface 20, a controller clock timer 21, and a controller memory 22, the upper end of the stun gun body 1 is provided with the shooting sight 12 (in this The stun gun auxiliary body 13 is provided with the illuminable auxiliary illuminator 13 (in this case, an LED lamp), and the stun gun body 1 is additionally provided with the safety switch 14 when the safety switch 14 is closed. The central controller 11 is turned off by the circuit; when the safety switch 14 is turned on, the central controller 11 circulates the circuit; the trigger illuminator 13 is also provided under the auxiliary illuminator 13 to activate the elastic member 3. The front end of the stun gun body 1 is a housing body Member receiving groove 253, the inner ends of the receiving groove 25 having a positive electrode terminal 251, a negative electrode terminal 252, when the safety switch 14 is turned on, and then presses the trigger 15 to allow the positive electrode terminal 251, the negative electrode terminal 252 constitutes a current path; a positive electrode pin 31 and a negative electrode pin 32 are disposed on both sides of the body member 3, and the positive electrode pin 31 connects a positive electrode lead 311 to the body member 3, The negative electrode lead 32 is also connected to the negative electrode lead 321 . The positive electrode lead 311 and the negative electrode lead 321 are respectively connected to the positive electrode end 251 and the negative electrode end 252 of the stun gun body 1 . The controller battery 17 is powered to the central controller 11 and is coupled to the anti-grab power and charging circuit 18, and the anti-shock circuit can cut off the electric shock function of the high voltage generator 16 to prevent the cull from being taken away. The charging circuit can charge the controller battery 17; the controller clock timer 21 records the firing date, time and the duration of the shock in the controller memory 22; wherein the central controller 11 further includes a control RF transceiver and serial transmission interface 23 (USB or RS232 in the present invention) and a controller WIFI transceiver 24; a terminal 5 (in this creation is a computer), including a terminal RF transceiver and serial Transmission interface 51 and a terminal WIFI The device 52; the controller RF transceiver and the serial transmission interface 23 of the stun gun body 1 are wirelessly or wiredly connected to the terminal RF transceiver and the serial transmission interface 51 to download an internal usage record thereof; The controller WIFI transceiver 24 of the gun body 1 is wirelessly coupled to the terminal WIFI transceiver 52 and a handheld terminal device 6 (in this case, a smart phone), thereby performing time correction of the stun gun body 1 and No. management; the upper end of the stun gun body 1 is provided with a latching convex portion 26, the latching convex portion 26 detachably latches the image and sound processor 4, and the image and sound processor 4 includes: The second 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 transmitted through The second transmission interface 41 is wirelessly connected to the first transmission interface 19 of the central controller 11. The image sensor 42, the pickup 43 and the processor clock timer 44 can respectively record images, sounds, and And the time is stored in the processor memory 46, and 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 supplies power to the image and sound processing. The processor 4 receives and stores the power supplied by a processor charging circuit 49.

Further, the bottom surface of the image and sound processor 4 is formed with a latching recess 40 having a recessed hole 401 and a recess 402 communicating with the recessed hole 401. The recessed hole 401 has a positioning convex inside. a shaft 403, and a set of springs 404 disposed on the positioning protrusion 403; the groove 402 is internally provided with a movable fastener 405 that can slide radially to the latching recess 40, and one end of the movable fastener 405 is a pressing portion 406 protruding from the outside of the image and sound processor 4, and the other end is abutting portion 407 pressed against the spring 404, and the abutting portion 407 is inclined toward one side of the pressing portion 406. And having a plurality of through holes 408 disposed on the positioning convex shaft 403; when the latching concave portion 40 is slip-fitted into the latching convex portion 26, the inclined surface of the abutting portion 407 is fastened when the movable fastener 405 is in the ejecting position When the pressing portion 406 is pressed, the abutting portion 407 of the movable fastener 405 is displaced into the recessed hole 401, and the image and sound processor 4 can be Disengaged from the latching protrusion 26; if the pressing portion 406 is not pressed, the abutting portion 407 protrudes to the outside of the recess 401, the activity Fastener 405 return eject position.

In the above, the high voltage generator 16 is composed of an oscillator 161, a primary boosting coil 162, a secondary boosting coil 163, and a generator output interface 164; the oscillator 161 can provide a shock oscillation signal. Required oscillating circuit, and the first liter The voltage coil 162 and the second booster coil 163 are provided with a boosting circuit of the boosting coil, and are electrically connected to the oscillator 161, and output high voltage electricity through the generator output interface 164.

Moreover, the controller display interface 20 can display whether the image and sound processor 4 has a video, the power of the controller battery 17 and whether the safety switch 14 is turned on, and the safety switch 14 is a safety design, and The cutout 14 also limits the number of shots that can be fired.

With the above configuration, the central controller 11 of the present invention can remotely connect the image and sound processor 4, which can accurately record the audio, video and time of the incident, and can also track the use status of the stun gun as The evidence at the time of the incident, and the instant update of the database by wireless connection via mobile phone or computer, is more convenient and faster than the conventional stun gun, and can wirelessly transmit images or sound files to the computer, so the author of this creation has evidence of electric shock at the time. The innovative structure of the designer.

In summary, this creation has indeed achieved a breakthrough structural design, with improved creative content, while at the same time achieving industrial use and progress, and this creation has not been seen 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.

Claims (9)

A stun gun includes: a stun gun body, an ejector element, and an image and sound processor, the stun gun body is mainly used to activate the body component to strike the target; and a center is disposed in the stun gun body The controller is connected to 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, and a controller display. An oscillating auxiliary illuminator is disposed at an upper end of the stun gun body, and the stun gun auxiliary body is further disposed on the upper end of the stun gun body. The safety switch, when the safety switch is turned off, the central controller is turned off; when the safety switch is turned on, the central controller distributes the circuit; the auxiliary illuminator is also provided with a trigger-shaped trigger under the auxiliary illuminator, which can activate the a body member, the front end of the stun gun body is a accommodating groove for arranging the body member, and the two ends of the accommodating groove have a positive electrode end and a negative electrode end. And pressing the trigger to make 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 is coupled to the elastic element a positive electrode lead, the negative electrode lead also 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 The battery system supplies power to the central controller and connects the anti-grab power and charging circuit, and the anti-grab circuit can cut off the electric shock function of the high-voltage generator to prevent the smuggler from taking it away, and the charging circuit can be used for the controller The battery is charged; the controller clock timer records the firing date, time, and duration of the shock in the memory of the controller; wherein the central controller further includes a controller RF transceiver and string a serial transmission interface and a controller WIFI transceiver; a terminal device comprising a terminal RF transceiver and a serial transmission interface and a terminal WIFI transceiver; the controller RF transceiver and serial transmission of the stun gun body The interface is wirelessly connected or wired to the terminal RF transceiver and the serial transmission interface to download the internal usage record; the controller WIFI transceiver of the stun gun body is wirelessly coupled to the terminal WIFI transceiver and a hand-held terminal device for performing time correction and serial number management of the stun gun body; the upper end of the stun gun body is provided with a latching convex portion, and the latching convex portion detachably latches the image and sound processor, and the The image and sound processor includes: a second transmission interface, an image sensor, a pickup, a processor clock timer, a processor display interface, a processor memory, an image sound output interface, and a a processor battery, the image and sound processor wirelessly connecting to the first transmission interface of the central controller through the second transmission interface, the image The sensor, the pickup, and the processor clock timer respectively record images, sounds, and time and store them in the processor memory, and output images and sounds to the processor through the image sound output interface. a display interface; the processor battery is powered by the image and sound processor, the processor battery receiving and storing power supplied by a processor charging circuit. The stun gun of claim 1, wherein the bottom surface of the image and sound processor is formed with a latching recess having a recess and a recess communicating with the recess, the recess having a recess therein a positioning convex shaft, and a set of springs disposed on the positioning convex shaft; the groove is internally provided with a movable fastener that can slide radially to the latching recess, and one end of the movable fastener is protruded to The pressing portion on the outside of the image and sound processor has an abutting portion pressed against the spring, and the abutting portion is an inclined surface facing one side of the pressing portion, and has a set of the protruding shaft disposed on the positioning Perforation. According to the stun gun of claim 1, wherein the high pressure generator is oscillated The device comprises a first-stage booster coil, a first-stage booster coil, and a generator output interface; the oscillator provides an oscillation circuit required for the shock oscillation signal, and the first-stage booster coil and the second-stage booster The pressure coil system provides a boost circuit of the booster coil, and is electrically connected to the oscillator, and outputs high voltage electricity through the generator output interface. 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 safety switch is turned on. The stun gun according to claim 1 of the patent application, wherein the shooting sight is an infrared lamp. A stun gun according to the first aspect of the patent application, wherein the auxiliary illuminator is an LED lamp. According to the stun gun of claim 1, wherein the serial transmission interface is USB or RS232. According to the stun gun of claim 1, wherein the terminal is a computer, and the handheld terminal device is a smart phone. According to the stun gun of claim 1, wherein the safety switch is a safety design, and the safety switch also limits the number of shots that can be fired.