JPH0314596U - - Google Patents

Description

[Brief explanation of drawings]

FIG. 1 is a block diagram showing an embodiment of this invention, and FIG. 2 is a block diagram showing a conventional control device. In the figure, 101... command signal transmitter, 102... command signal, 103... command antenna, 104... command receiver, 1... target, 2... transmitted wave, 3... reflected wave, 4... Transmission source section, 5... Circulator, 6... Phase shifter, 7...
...Antenna, 70...Dome, 8...Receiver section,
9...Signal processing section, 10...Beam control section, 11
... Autopilot, 12 ... Steering device, 13
...Fuse, 14...Warhead, 15...Power supply, 16...
... Propulsion device, 17... Transmission timing detection circuit,
18...Blanking circuit. In the drawings, the same or corresponding parts are denoted by the same reference numerals.

Claims (1)

[Scope of utility model registration request] a command antenna that receives a command signal containing target information transmitted from a command signal transmitter on the ground; a command receiver that extracts target information from the command signal received by the command antenna and outputs a command guidance signal; A transmission source section that generates the transmission signal of the transmission wave to be irradiated to the target, and a transmission signal that is supplied to the phase shifter that controls the transmission direction of the transmission wave, but not supplied to the receiver section, and a receiver that is received by the antenna. A circulator that supplies signals to the receiver section but not the transmission source section, a phase shifter that controls the signal direction of the transmitted waves, and a circulator that irradiates the transmitted waves to the target.
An antenna that receives reflected waves from a target, a dome that protects this antenna from the outside world, a receiver section that generates a target signal from the received signal received by the antenna, and a target direction, command signal, and guidance signal from the target signal. and a signal processing unit that outputs a transmission command signal, a beam control unit that outputs a beam control signal for controlling the transmission direction of the transmission wave based on the target direction command signal, and a control device that controls the flight of the control device based on the command guidance signal and the guidance signal. an autopilot that generates a steering command signal to steer the route toward the meeting point with the target; a steering device that uses the steering command signal to steer the flight route of the control device toward the meeting point with the target; When a fuze that generates a detonation pulse, generates a landing detonation pulse when it directly hits the target, and generates a detonation signal that detonates the warhead with a proximity detonation pulse or a landing detonation pulse, when the fuse meets the target;
A transmission signal generated from a transmission source in a control device equipped with a warhead that explodes in response to a detonation signal and causes great damage to the target, a power supply that supplies the necessary power to the components, and a propulsion device that provides thrust. It detects whether the transmission wave is being transmitted or not, and the transmission ON/
A transmission timing detection circuit outputs an OFF state signal, and when the transmission ON/OFF state signal output from this transmission timing detection circuit is at a high level, the command guidance signal output from the command receiver is blanked, and the command guidance signal output from the command receiver is set to a low level. A control device comprising a blanking circuit that does not perform blanking when .