317 results about "Fire-control system" patented technology

A fire control system for a boost phase threat missile includes sensors for generating target-missile representative signals, and a multi-hypothesis track filter, which estimates the states of various target hypotheses. The estimated states are typed to generate hypotheses and their likelihoods. The states, hypotheses and likelihoods are applied to a multihypothesis track filter, and the resulting propagated states are applied to an engagement planner, together with the hypotheses and likelihoods. The engagement planner initializes the interceptor(s). Interceptor guidance uses the initialization and the propagated states and typing information to command the interceptor.

A fire-control system comprising -a housing, -a light channel, through which a user may directly observe a target and receive visually displayed information simultaneously, said light channel comprising partially reflective optics a light source, for visualization of a reticle to the user via the partially reflective optics, -means for receiving a measure of the distance to the target a processor, for determining the adequate position of the reticle, based on the distance to the target, and for controlling the light source to emit light so that the reticle is visualized at the adequate position, wherein the light source is an array capable of selectively emitting light in well defined locations on its surface.

An anti-tank guided missile (ATGM) weapon system with an overhead mounted, electrically driven, remote controlled weapon station that supports a tube-launched optically-tracked wire-guided (TOW) missile launcher and a machine gun, typically the caliber .50 M2, on a single traversing and elevating platform. Above-deck assemblies include the TOW and gun cradle, a dual pod missile launcher, the Improved Target Acquisition System (ITAS), target acquisition subsystem (TAS), elevation and traverse motors and gear transmissions and drive electronics, and an ammunition case. Below-deck assemblies include the ATGM weapon system control handles, biocular display, control panel, ITAS fire control system (FCS), ITAS battery power source (BPS), slip-ring, and gunner's seat. Electrical cables connecting the two assemblies penetrate the vehicle deck directly below the weapon System.

The invention discloses an early warning and fire control system for an energy storage power station. A battery cabinet and an electric cabinet are arranged in the energy storage power station; a smallest protection unit is arranged in the battery cabinet and a battery group is internally arranged in the battery cabinet; electric equipment is mounted in the electric cabinet; the early warning and fire control system comprises a safety early warning system and a fire control system; the fire control system is arranged in the smallest protection unit. The fire control system comprises a probe, a fire extinguishing device, a solenoid valve starting device, a water inlet pipeline and a water outlet pipeline; the probe is arranged on the top of the smallest protection unit and is connected with the fire extinguishing device; the solenoid valve starting device is arranged on the top of the smallest protection unit and is electrically connected with a solenoid valve mounted on the water inlet pipeline; the solenoid valve starting device starts, the water inlet pipeline drains the water to the smallest protection unit; the water outlet pipe is arranged at the bottom of the smallest protection unit and the battery cabinet, and water is drained after fire is extinguished; an early warning system is arranged in the electric cabinet, and the early warning system comprises a data concentrator and a BMS host which are mutually connected; the data concentrator is connected with the probe and the solenoid valve starting device; and the BMS host is connected with the data concentrator.

A system and method for locating and suppressing a forest fire in the beginning stage comprising a fire location means such as one or more unmanned drones, a processing and control means configured to control the drones, to process location and other information about the forest fire, to develop a fire suppression proposal and to control a delivery means, a delivery means such as a guided missile system, and a fire suppression means such as a missile containing fire retarding chemicals.

A fire control system for a boost phase threat missile includes sensors for generating target-missile representative signals, and a multi-hypothesis track filter, which estimates the states of various target hypotheses. The estimated states are typed to generate hypotheses and their likelihoods. The states, hypotheses and likelihoods are applied to a multihypothesis track filter, and the resulting propagated states are applied to an engagement planner, together with the hypotheses and likelihoods. The engagement planner initializes the interceptor(s). Interceptor guidance uses the initialization and the propagated states and typing information to command the interceptor.

A generalized Hough transform is used to acquire and track vehicular targets for missile guidance. This is accomplished by recognizing that most vehicles have silhouettes that may be described as a “rounded rectangle”. The position and shape of such rounded rectangles is described in terms of 5 parameters (x_c, y_c, a, b, θ) where x_c, y_c are the center coordinates, a,b are the major and minor axis and Θ is the orientation. The computation of a five dimensional Hough transform on an image including such a target will produce the five parameters that provide the “best fit” rounded rectangle to the target. These parameters are then passed to a missile tracker. This capability can be used to improve track gate handoff from the automatic target recognizer (ATR) to the missile tracker, changing aspect ratios of maneuvering targets, limited lock-on after launch (LOAL), aimpoint designation and fire control system to missile seeker handover.

An improved system is provided for aiming a shotgun-based or other countermeasure system so as to be able to countermeasure incoming rockets or projectiles. In one embodiment a shotgun aimed and controlled by the subject system projects a pattern of pellets to intercept a rocket-propelled grenade or incoming projectile. The fire control system uses a CW two-tone monopulse radar to derive range and angle of arrival within 150 milliseconds, with range and angle of arrival measurements having approximately twice the accuracy of prior CW two-tone monopulse radars. The improvement derives from using all of the information in the returned radar beams and is the result of the recognition that one can use the Sum and Difference signals to assemble a two-by-two Rank One matrix that permits using singular value decomposition techniques to generate range and angle of arrival matrices in which all available information is used and in which noise is eliminated.

The invention discloses a comprehensive fire control system and a comprehensive fire control method for simulative neural network, which are used for devices for fire information acquisition and fire processing systems of simulative neural network for dealing with fire alarm information from different approaches. The system of the invention comprises a hardware part and a software part; and the method of the invention comprises the following steps: standardizing sent fire alarm information according to the appointed agreement so as to form an alarm message, extracting position fields in the alarm message by the system, and matching the position fields with a geographic information databases; according to fire factors in the alarm message, outputting a fire solution; according to the implementation of the fire solution, optimizing the fire solution continuously so as to form a fire solution set based on fire factors, thereby forming a fire information database.

An authorization system for a firearm (10) includes an authorizing device (32) worn by the authorized user, and a firearm (10) with a fire control system, a computer controller (28), and a piezo-electric disabler (60). The computer controller (28) communicates with the authorizing device (32), and if no authorizing signal is received from the authorizing device, sends an electric output signal to the disabler (60) to prevent the fire control system from allowing the firearm to fire. The disabler, upon application of the electrical signal from the computer controller, cams the rearward moving trigger bar (52) of the fire control system clear of the hammer line (54) to disrupt the fire control system. Consequently, the firearm (10) will not fire.

In a fire control system for an elevator, the time for the fire and smoke to reach the elevator hall of each floor of a building during fire is pre-calculated as the evacuation time of the floor. When the evacuation time of a floor is longer than the time for making a car respond to a rescue call from the evacuation floor, the floor is judged as a rescue floor, and when shorter, the floor is judged as a non-rescue floor. Furthermore, the order in which the rescue is carried out among the rescue floors is determined. Accordingly, it is possible to rescue remainders on a rescue floor using an elevator as an evacuation means. Moreover, since rescue operation by the elevator is performed with the order of rescue determined, rescue operation suitable for the conditions of the fire can be realized.

The invention discloses a high-speed target tracking control method applied to a photoelectric tracker, and belongs to the technical field of servo control. Relevant parameters outputted from the photoelectric tracker, artillery, a carrier inertial navigation system, a video tracker and a laser range finder are utilized, calculation of tracking feedforward compensating parameters of an orientation speed ring and a pitching speed ring below an aiming line coordinate system is completed through a series of coordinate transformation, recursive iteration and coordinate inverse transformation, and the parameters are respectively superimposed to an orientation and pitching tracking control loop to participate in tracking control. By the adoption of the photoelectric tracker, the high-speed target tracking control method has the advantages of being high in response speed, little in dynamic lag, high in tracking precision and good in tracking stability when the method is used for tracking an incoming high-speed moving target, is suitable for tracking high-speed moving targets such as incoming guided missiles and aircrafts by vehicle-mounted and ship-based photoelectric tracking systems, and has great significance in improvement of target resolving precision of fire control systems and operational effectiveness of the whole weapon system.

A fire control system for a boost phase threat missile includes sensors for generating target-missile representative signals, and a multi-hypothesis track filter, which estimates the states of various target hypotheses. The estimated states are typed to generate hypotheses and their likelihoods. The states, hypotheses and likelihoods are applied to a multihypothesis track filter, and the resulting propagated states are applied to an engagement planner, together with the hypotheses and likelihoods. The engagement planner initializes the interceptor(s). Interceptor guidance uses the initialization and the propagated states and typing information to command the interceptor.

A bistatic passive radar system for tracking at least one target utilizing means for transmitting radar signals from at least one satellite platform in a geosynchronous orbit with the earth, means for receiving radar signals from a reflection from each target, means for tracking a position of each target over time, and means for computation of a fire control solution of each target.

Disclosed is a firearm having dual barrels comprising a firearm body which is equipped with a small caliber barrel and a large caliber barrel; a selector installed on one side of the firearm body to select the type of bullet and the mode of firing; a fire control system installed on the firearm body to enable aiming the target through detecting the target both at day and night time; a firearm switch unit installed on the firearm body to transmit the information on the firing of the bullet; a fuse setter installed on the firearm body to transmit the control signal of the fire control system to the fuse of the explosive bullet which is introduced into the large caliber barrel; and a sensor device unit installed on the firearm body to transmit the position of the selector and sensed firing signal to the fire control system.

Provided is a fire control system of an elevator which rescues remainders in a building to a rescue floor by causing an elevator car to perform evacuating operations when a fire detector installed in the building works, characterized in that the fire control system of an elevator includes: individual identification sending means which each individual who utilizes the elevator carries and in which a resident room number, a resident floor, information on characteristics of each individual, etc. are registered; individual identification receiving means provided in each elevator hall; and a controller which calls an elevator car and performs car-call registration of a destination floor on the basis of information sent from the individual identification sending means to the individual identification receiving means. The controller includes remainders -on-each-floor measuring means which calculates the number of remainders on each floor from car-call registration information of the destination floor, remainders -on-each-floor detecting means which detects the calculated number of remainders on each floor, evacuation guiding and direction giving means which performs evacuation guidance and giving directions during a fire on the basis of the detected number of remainders on each floor, and rescue operation means which performs rescue operations.

The invention discloses a fire control system with power supply conversion and inspection functions. The fire control system is designed according to the current situation that a domestic fire pump and spray pump system powered by the aid of double power supplies, and water is supplemented to a water pump by a main pump and a spare pump. The whole fire control system comprises a double power supply inspection cabinet, a fire pump control cabinet and a spray pump controller. The fire control system realizes the double power supply automatic/manual conversion function, automatic/manual starting and stopping functions of an electric fire pump and an electric spray pump, a fault alarm function, an event recording and querying function and a water pump current monitoring and protection function. The fire control system is integrally designed, the power supply conversion function and the water pump inspection function are integrated and are uniformly managed, water pump controllers are individually arranged in the fire pump control cabinet and a spray pump control cabinet, and the fire control system overcomes the shortcomings that a traditional water pump control system is troublesome in connection wire, complicated in control and difficult in maintenance.

The invention discloses a light weapon scope. The sight integrates multiple functions, not only integrates day vision and night vision aiming channels, realizes conventional day and night direct-viewing and aiming functions, but also integrates camera devices and micro-displays to realize TV viewing and aiming functions, TV images It can be observed directly through the eyepiece or indirectly through an external monitor. In addition, the present invention can also integrate laser ranging components, wireless transmitting components, laser irradiators, and radio frequency receiving components, thereby realizing functions such as fire control, wireless transmission of data and video images, indicating targets for night vision targeting channels, and identifying friend or foe. The main advantage of the present invention is that it has relatively complete functions, various combination forms, relatively small volume and weight, and can be used not only as a gun sight, but also as a fire control system for small-caliber artillery.

The invention provides an intelligent building fire control system based on zigbee. The intelligent building fire control system belongs to the field of fire control and is composed of the components of zigbee terminal nodes, zigbee node routers, zigbee node coordinators, a fire monitoring center, a server module, a CDMA wireless alarm module and a 119 fire alarm center. An environment condition of the building is acquired by sensors. A zigbee wireless communication module transmits information to the fire monitoring center through wireless transmission. A manager can check an environment safety problem of the building through the fire monitoring center. The intelligent building fire control system settles problems of high wiring difficulty and low intelligence degree in an existing building fire control system.

The invention belongs to the technical field of Internet of Things, and particularly relates to a fire control monitoring method, device and system based on the Internet of Things. The method comprises the steps that environment data sent by a sensor and fault prompt and repairing prompt of fire control equipment corresponding to the controller are received, wherein the fault prompt and the repairing prompt are sent by the controller; the temperature and smoke sensing concentration are analyzed, and the alarm level of the position where the sensor is located is determined; the fault frequencyof each piece of fire control equipment is counted according to the fault prompt and the repairing prompt, and the total fault repairing time of each piece of fire control equipment is calculated; anda display device is controlled to the display the alarm level, the fault frequency and the total fault repairing time, real-time and all-direction monitoring of data collected by all the fire controlequipment in one fire control system is conducted, more accurate and more timely fire control information feedback is provided for fire control management personnel and ordinary users, and life and property losses caused by the fire disaster are reduced.