56results about How to "Do not interfere with operation" patented technology

The snoring prevention device comprises an air bag mounted between a person sleeping on his / her back on bedding and the bedding, an air pump for supplying air to the air bag, air piping for connecting the air bag and the air pump, a flow rate adjusting valve installed to the air piping, a suction and exhaust valve for controlling the suction and exhaust of the air bag, a snoring sensor for sensing the snoring of the sleeping person, and a control part for turning the suction and exhaust valve to a suction state and driving the air pump when the snoring is sensed by the snoring sensor. An air flow rate to be supplied to the air bag is varied by the flow rate adjusting valve.

The invention discloses an air brick stacking manipulator system and a control method. An air blank grabbing manipulator and an air brick stacking manipulator are integrated into a uniform connecting body through a portal frame foundation, after air bricks are grabbed by the air brick grabbing manipulator, the air bricks are transferred and carried subsequently by the air brick stacking manipulator, movement continuity is enhanced, working efficiency is substantially improved, the takt matching problem between two work procedures is solved, a lifting and swinging device of the whole small manipulator is integrated in a closed barrel-shaped structure, and the system is simple in structure, small in size, beautiful in appearance and convenient to mount in an inverted hanging mode; double-side supporting is formed by the large manipulator through an X-direction guide rail and a Y-direction guide rail on the two sides, and the problems that a traditional stacking manipulator is of a single stand column cantilever structure and is uneven in stress, and eccentric abrasion to the rails is caused are solved; both the two manipulators are installed in the inverted hanging mode, idle space in the portal frame space is utilized, the space utilization rate is high, and operation is not disturbed.

A method for separating particles (P0, P1) from a particle-laden gas (FG), comprising: - forming charged particles (P1) by charging the particles (P0) of the particle-laden gas (FG), - A guide structure (30) guides said particle-laden gas (FG) to provide a gas jet (JET1), - and collects particles (P1) from said gas jet (JET1) to a collector electrode (10) by means of an electric field (E1), wherein The effective collection zone (EFFZ) of the collector (10) is positioned such that the gas velocity gradient (Δv / Δy) at each point of the effective collection zone (EFFZ) is smaller than the maximum gas velocity in the gas jet (JET1) Velocity (VMAX) divided by 10% of the jet's height dimension (d1').

The invention relates to a pressure regulating system of an aircraft compartment, in particular to a height warning method of a cargo compartment of a cargo transport aircraft, and aims to solve the problem that a conventional aircraft height warning method cannot meet warning demands of a cargo transport aircraft. The height warning method comprises the following steps: a first cargo-compartment pressure sensor transmits corresponding warning information to a central warning computer; a cargo-compartment pressure regulating controller transmits the corresponding warning information; the central warning computer performs appropriate selection according to the warning information transmitted by the first cargo-compartment pressure sensor and the warning information transmitted by the cargo-compartment pressure regulating controller. The height warning method of a cargo compartment of a cargo transport aircraft, disclosed by the invention, realizes multistage height warning for the cargo compartment of the cargo transport aircraft; under the pressure relief of the cargo compartment, hint-stage compartment height warning is sent out, so that the operation of a pilot is not disturbed; besides, in the height warning method of a cargo compartment of a cargo transport aircraft, disclosed by the invention, judgment is performed according to the detection information of the first cargo-compartment pressure sensor and the detection information of a second cargo-compartment pressure sensor simultaneously, so that the height warning method has the characteristic of redundancy.