40results about How to "Deter crime" patented technology

This invention relates to a programmable alarm system designed for an airtight container such as a cooler or the like. More specifically, the alarm system includes embedded motion and tilt responsive devices that are actuated upon movement of the container or opening of the container cover. The alarm computer and associated motion and tilt responsive devices are embedded within the (container to prevent potential deactivation of the alarm by unauthorized parties as well as to preserve the sealed integrity of the container.

The invention discloses a new cnti-Counterfeiting and distinguishing method for printing/pressing a dark mark on a bill. Particular processing step comprising a bill printing and selling stage in which when the bills are printed or selled, blank or colorized false-proof points are generated on the bills by a printer or a printing device, the number of the false-proof points on each bill is more than 10, at the same time, positions, color, shapes of the false-proof points on each bill are recorded, the recorded number can be less than the actual number of the false-proof points, the recorded information are corresponding to the bills one by one; a bill authentication stage in which when performing authentication, firstly a corresponding false-proof information is determined based on information such as type and number of the bill, characteristics of the false-proof points are checked based on the false-proof information, a proportion relationship of the number of superposed false-proof points and a total number is used as an important means for judging the bill by using pecial devices or softwares and an image collection manner.

The invention provides an intelligent visualized remote catching net gun system, which relates to the technical field of monitoring, and comprises a network camera, a universal variable speed pan tilt and a laser infrared fill-in light, wherein the network camera comprises a camera front end and a main control board connected with the camera front end; the main control board is internally provided with an embedded CPU; the embedded CPU is connected with a video encoder, an audio encoder, an RS485 interface and an Ethernet; and the main control board is also internally provided with a power supply for providing electric energy needed by working of the network camera. The intelligent visualized remote catching net gun system also comprises a catching net gun. The main control board is connected with the catching net gun via a relay, and the main control board is connected with the relay via a GPIO port. While all-weather high-definition monitoring is realized, the catching net gun can also be used for harmless catching on criminals, suspects and offenders can be caught in advance, and happening of criminal acts can be restrained effectively.

A protector for preventing illegal advertisement sticking and printed graffiti comprises a substrate diaphragm plate. The protector is characterized in that the surface of the substrate diaphragm plate is uniformly provided with multiple cones of which the heights range from 2 mm to 15 mm, and the distance between the bottoms of every two adjacent cones ranges from 1.5 mm to 2.5 mm. A cone-shaped groove is formed in the portion, corresponding to each cone, of the back face of the substrate diaphragm plate. The protector is suitable for column surfaces, box surfaces, wall surfaces and the like of telegraph poles, signal light poles, street light poles, road sign poles, bridge piers, power distribution cabinets, substations, walls and the like in public places of cities and small towns, inhibits all illegal small advertisement sticking and the printed graffiti, effectively protects the overall image of landscaping of the cities and the small towns and can prevent many crimes brought by illegal small advertisements.

The invention discloses a communication device for intelligent doors and windows and a use method of the device, relates to the technical field of intelligent doors and windows, and aims to solve the problem that existing communication devices for intelligent doors and windows generally only have an anti-theft warning function and cannot practically prevent criminal behaviors. The two sides of the interior of a door and window frame are each provided with a fixed door and window frame, two fixed door and window frames are both connected with the door and window frame in a welded mode, the middle position of the interior of the door and window frame is provided with a movable door and window frame, two movable door and window frames are arranged, the inner wall of each movable door and window frame is provided with an emergency pull groove, an electric lead screw guide rail is installed on the upper portion in the door and window frame, dimming glass is installed in each movable door and window frame and each fixed door and window frame, conductive frames are installed on the front end face of each movable door and window frame and the front end face of each fixed door and window frame, and an insulating layer is arranged at the connecting position of each movable door and window frame, each fixed door and window frame and each conductive frame.

The invention discloses a hidden type remote control ejection tyre breaking device which comprises a tank body, a jet pipe, a connection rope and a plurality of chain balls; the chain balls are arranged on the connection rope in a serial connection manner; the connection rope and the chain balls are arranged in the jet pipe together; the jet pipe is arranged in the tank body; the tank body comprises a handle, a signal receiver and an emission hole; the handle and the signal receiver are arranged at the upper end of the tank body; the emission hole is formed in the side surface of the tank body; the jet pipe comprises a remote control electronic combustion hole; the remote control electronic combustion hole is wirelessly connected with the signal receiver; each chain ball comprises a ball shell and a triangular nail; each triangular nail is arranged in the corresponding ball shell; and each ball shell is made of a glass or elastic material. When the hidden type remote control ejection tyre breaking device is used in a hand, the emission hole is aligned to a vehicle needing to be forcedly stopped, a remote switch is started, thrust enables the connection rope and the chain balls to be ejected out to the ground, a the vehicle, driven by an outlaw, passes through a road section and rolls the chain balls, the triangular nails can break tyres, the tyres of the vehicle blow out, the vehicle cannot be driven, and at the time, police personnel can surrounded the outlaw to finish a arresting task.

The invention discloses a monitoring system and method for the state of a resident identity card. A fingerprint scanning unit, a control unit, a fingerprint storage unit and an identity card communication unit are integrated in the resident identity card; the fingerprint scanning unit is used to verify the identity of a present card holder regularly, and if the present card holder is not a valid holder, the identity card notifies a bound mobile phone and a management terminal of verification failure of the identity card; when the valid holder forget to verify the identity regularly, the identity card sends information to the bound mobile phone to remind the valid holder of identity verification; and if the identity is not verified for a long time, the identity card notifies the management terminal, and a public system is warned whether the identity is in a loss state. Via the system and method, the valid holder and the public department can know the state of the identity card timely, preventive measures can be taken timely when the identity card is in the loss state, and crimes are reduced.

The invention discloses a safe automobile remote-control emitter, and belongs to the electronic technical field. The emitter is mainly composed of a two wave four code battery power circuit, a two wave four code button switch circuit, a two wave four code total electronic oscillating circuit switch circuit, a two wave four code one wave/two wave electronic switch circuit, a two wave four code one wave/two wave oscillating circuit switch circuit, a two wave four code one wave one code/one wave two code electronic switch circuit, a two wave four code one wave one code/one wave two code coding electronic circuit, a two wave four code one wave one code/one wave two code encoding output circuit, a two wave four wave two wave three code/two wave four code electronic switch circuit, a two wave four code two wave three code/two wave four code encoding electronic circuit, a two wave four code two wave three code/two wave four code encoding output circuit, a two wave four code one wave two code/two wave two code encoding or gat output circuit, and a two wave four code one wave/two wave two code emission electronic circuit unit. The wave and wave of two waves, the code and code of two codes, and the dual codes and dual codes of four codes can form different combinations, and the safety is high.

The invention discloses an automobile multi-code emitter and belongs to the electronic technical field. The automobile multi-code emitter is composed of a three wave five code battery power circuit, a three wave four code button switch circuit, a three wave four code total electronic oscillating switch circuit, a three wave four code one wave/two wave electronic switch circuit, a three wave four code one wave/two wave oscillating switch circuit, a three wave four code one wave one code/one wave two code electronic switch circuit, a three wave four code one wave one code/one wave two code encoding circuit, a three wave four code one wave one code/one wave two code encoding output circuit, a three wave four code one wave two code encoding or gate output circuit, a three wave four code one wave two code encoding excitation output circuit, a three wave four code one wave two code emission electronic circuit, a three wave four code two wave three code/three wave four code electronic switch circuit, a three wave four code two wave three code/three wave four code encoding circuit, a three wave four code two wave three code/three wave four code encoding output circuit, a three wave four code two wave three code/three wave four code encoding excitation output circuit, and a three wave four code two wave three code/three wave four code emission electronic circuit.

The invention relates to a multi-code transmission design scheme, and belongs to the technical field of electrons. The multi-code transmission design scheme comprises a three-carrier-wave four-code battery power supply, a three-carrier-wave four-code button switch, a three-carrier-wave four-code total electron oscillation circuit switch, a three-carrier-wave four-code one-carrier-wave two-carrier-wave electron switch, a three-carrier-wave four-code one-carrier-wave two-carrier-wave oscillation circuit switch, a three-carrier-wave four-code one-carrier-wave one-code one-carrier-wave two-code electron switch, a three-carrier-wave four-code one-carrier-wave one-code one-carrier-wave two-code electron circuit, a three-carrier-wave four-code one-carrier-wave one-code one-carrier-wave two-code output circuit, a three-carrier-wave four-code one-carrier-wave two-code coding or gate output circuit, a three-carrier-wave four-code one-carrier-wave two-code emission electron circuit, a three-carrier-wave four-code two-carrier-wave four-code, a three-carrier-wave four-code two-carrier-wave four-code coding electron circuit, a three-carrier-wave four-code two-carrier-wave four-code coding output circuit, a three-carrier-wave four-code two-carrier-wave four-code emission electron circuit, a three-carrier-wave four-code three-carrier-wave three-code electron switch, a three-carrier-wave four-code three-carrier-wave three-code coding electron circuit, a three-carrier-wave four-code three-carrier-wave three-code coding output circuit, and a three-carrier-wave four-code three-carrier-wave three-code emission electron circuit. According to the present invention, the advantages of high safety, good security, stable performance and easy production are provided.

The invention relates to an enhanced vehicle remote control emission mode, and belongs to the technical field of electrons. The enhanced vehicle remote control emission mode comprises a three-carrier-wave three-code battery power supply, a three-carrier-wave three-code button switch, a three-carrier-wave three-code total electron oscillation circuit switch, a three-carrier-wave three-code one-carrier-wave three-code electron switch, a three-carrier-wave three-code one-carrier-wave three-code coding electron circuit, a three-carrier-wave three-code one-carrier-wave three-code coding amplification excitation circuit, a three-carrier-wave three-code one-carrier-wave three-code emission electron circuit, a three-carrier-wave three-code two-carrier-wave electron switch, a three-carrier-wave three-code two-carrier-wave oscillation circuit switch, a three-carrier-wave three-code two-carrier-wave two-code electron switch, a three-carrier-wave three-code two-carrier-wave two-code coding electron circuit, a three-carrier-wave three-code two-carrier-wave two-code coding amplification excitation circuit, a three-carrier-wave three-code two-carrier-wave two-code emission electron circuit, a three-carrier-wave three-code three-carrier-wave one-code electron switch, a three-carrier-wave three-code three-carrier-wave one-code coding electron circuit, a three-carrier-wave three-code three-carrier-wave one-code coding amplification excitation circuit, and a three-carrier-wave three-code three-carrier-wave one-code emission electron circuit. According to the present invention, by using the three-carrier-wave three-code, the carrier wave and the code can be flexibly selected and matched, such that the safety is high, and the production installation is easy.

The invention provides an automobile main-wave multi-code secondary-wave single-code remote control emitter, and belongs to the technical field of electronic engineering. The emitter consists of a main-wave multi-code secondary-wave single-code battery supply, a main-wave multi-code secondary-wave single-code button switch, a main-wave multi-code secondary-wave single-code master electron oscillating circuit switch, a main-wave multi-code main-wave electronic switch, a main-wave multi-code main-wave oscillating circuit switch, a main-wave multi-code main-wave one-code electronic switch, a main-wave multi-code main-wave two-code electronic switch, a main-wave multi-code main-wave three-code electronic switch, a main-wave multi-code main-wave one-code coded electronic circuit, a main-wave multi-code main-wave two-code coded electronic circuit, a main-wave multi-code main-wave three-code coded electronic circuit, a main-wave multi-code main-wave one-code coded output electronic circuit, a main-wave multi-code main-wave two-code coded output electronic circuit, a main-wave multi-code main-wave three-code coded output electronic circuit, a main-wave multi-code or gate output circuit, a main-wave multi-code transmitter circuit unit, a main-wave multi-code secondary-wave single-code main-wave electronic switch, a main-wave multi-code secondary-wave single-code secondary-wave electronic switch, a main-wave multi-code secondary-wave single-code main-wave oscillating circuit switch, a main-wave multi-code secondary-wave single-code secondary-wave oscillating circuit switch, a secondary-wave single-code secondary-wave four-code electronic switch, a secondary-wave single-code secondary-wave four-code coded electronic switch, a secondary-wave single-code secondary-wave four-code coded output electronic circuit, and a secondary-wave four-code secondary-wave single-code transmitter circuit. The safety of the emitter is improved by adopting changes of a plurality of forms of strong-wave multiple codes and weak-wave single codes.

The invention relates to a two-wave two-code receiving design scheme, and belongs to the technical field of electrons. The two-wave two-code receiving design scheme mainly comprises a two-wave two-code receiving battery power supply, a two-wave two-code first-wave receiving circuit unit, a two-wave two-code second-wave receiving circuit unit, a two-wave two-code continuous control circuit, a two-wave two-code receiving identification electron circuit and a two-wave two-code receiving execution circuit, wherein the two-wave two-code first-wave receiving circuit unit comprises a two-wave two-code first-wave receiving circuit, a two-wave two-code receiving first-wave decoding electron circuit and a two-wave two-code receiving first-wave output electron circuit, the two-wave two-code second-wave receiving circuit unit comprises a two-wave two-code second-wave receiving circuit, a single-wave two-code receiving second-wave coding electron circuit and a single-wave two-code receiving second-wave output electron circuit, and the two-wave two-code continuous control circuit comprises a two-wave two-code receiving time sequence control circuit, a two-wave two-code receiving timing control circuit, and a two-wave two-code receiving timing execution circuit. According to the present invention, the two-wave two-code receiving design scheme can be matched with the two-wave two-code emission design scheme; and the two-wave two-code receiving design scheme has characteristics of stable and reliable performance, simpleness, and easy production and installation.

The invention relates to a dual-wave and dual-code remote control emitter and belongs to the technical field of electrons. The dual-wave and dual-code remote control emitter mainly comprises a dual-wave and dual-code battery power supply, a dual-wave and dual-code button switch, a dual-wave and dual-code electronic oscillation circuit switch, a dual-wave and dual-code first-wave electronic switch, a dual-wave and dual-code first-wave coding insulation electronic circuit, a dual-wave and dual-code first-wave coding electronic circuit, a dual-wave and dual-code first-wave emitting insulation electronic circuit, a dual-wave and dual-code first-wave emitting electronic circuit or unit, a dual-wave and dual-code second-wave electronic switch, a dual-wave and dual-code second-wave coding insulation electronic circuit, a dual-wave and dual-code second-wave coding electronic circuit, a dual-wave and dual-code second-wave emitting insulation electronic circuit and a dual-wave and dual-code second-wave emitting electronic circuit or unit, wherein two waves of the emitter can be radio wave and infrared wave, or infrared wave and ultrasonic wave or ultrasonic wave and radio wave; two codes of the emitters can be fixed code and fixed code, or fixed code and roll code or roll code and roll code. The dual-wave and dual-code remote control emitter is high in confidentiality, stable and reliable in property and simple and easy to produce and mount.

The invention discloses a multi-code receiving design scheme, and belongs to the field of electronic technologies. The scheme is mainly composed of a multi-code receiving battery power supply, a multi-code receiving first-wave circuit unit, a multi-code receiving second-wave circuit unit, a multi-code receiving third-wave circuit unit, a multi-code receiving inter-wave control circuit unit, a multi-code receiving recognition and gate circuit unit and a multi-code receiving execution output circuit unit, wherein the multi-code receiving inter-wave control circuit unit is composed of a multi-code receiving first to second-wave control circuit part and a multi-code receiving second to third-wave control circuit part; the multi-code receiving design scheme is matched with a multi-code transmitting design scheme to form various combinations, with higher anti-cracking capacity and the best effect. Therefore, a transmission encoding technology is enriched. As a result, our enterprise makes innovation on the system, and provides an invention scheme of the system to serve as a series of protection systems. The scheme has the advantages of being prone to produce and operate, very competitive in market competition, stable, safe and reliable in performance and easy to produce.