40results about How to "Improve trigger ability" patented technology

The present invention provides a colored coating composition and coating film-forming method that are capable of forming a multilayer coating film having excellent appearance with excellent smoothness, high flip-flop effect, and little metallic mottling.

The colored coating composition comprises:

(A) a hydroxy-containing resin,

(B) a curing agent,

(C) a diester compound represented by Formula (1)

wherein R¹ and R² are each independently a C_4-18 hydrocarbon group, R³ is a C_2-4 alkylene group, m is an integer of 3 to 25, and m oxyalkylene units (R³—O) may be the same or different,

(D1) a coloring pigment, and

(D2) an extender pigment;

• • the total amount of the coloring pigment (D1) and the extender pigment (D2) being 40 to 180 parts by mass per 100 parts by mass of the hydroxy-containing resin (A) and the curing agent (B) in total.

The invention discloses a water valve structure of a humidifier and an upper water adding humidifier applying the water valve structure. The water valve structure comprises a water draining valve mounted on a water tank drain pipe, and a water level control device arranged in a steam generation cavity; the water level control device includes an ejector rod, an electromagnetic valve and a floater switch connected with the electromagnetic valve; the ejector rod is positioned below the water draining valve; the floater switch includes a floater and a reed switch mutually sleeved; the reed switch is connected with the electromagnetic valve; the floater is provided with a magnetic piece for controlling magnetic suction of the reed switch; the floater is displaced up and down along with the water level change; and when the position of the floater is lower than the reed switch, the electromagnetic valve is started to eject up the ejector rod, and the water draining valve is located in a drain state. The water valve structure precisely controls the quantity of water in the steam generation cavity, timely replenishes the water in water shortage, timely stops drainage in water saturation, effectively prevents the condition of easy water overflowing of the humidifier or water shortage dryout, and enables users to safely use the humidifier.

An object of the present invention is to provide a method of forming a multilayer coating film having excellent smoothness, distinctness of image, water resistance and chipping resistance. The present invention provides a method of forming a multilayer coating film by successively applying an aqueous intermediate coating composition, an aqueous base coating composition and a clear coating composition to a substrate; and simultaneously heat-curing the resulting intermediate coating, base coating, and clear coating, wherein the aqueous intermediate coating composition comprises as a resin component a hydroxy- and carboxy-containing polyester resin (A) having a hydroxy value in the range of 60 to 200 mgKOH/g, an acid value in the range of 10 to 60 mgKOH/g, and a number average molecular weight in the range of 700 to 5,000; a melamine resin (B) having a weight average molecular weight in the range of 500 to 4,000; and a polycarbodiimide compound (C).

The invention relates to a manufacturing technique of a chip for a two-way voltage regulator diode DB3, wherein the two-way voltage regulator diode DB3 is a symmetrical diode with the structure of N<+> PN<+>. The resilience voltage is increased due to the adoption of a triple photolithographic process, the trigger capacity of the two-way voltage regulator diode is improved; due to the application of shallow mesa or trench etching, the fragmentation rate is reduced; and glass is passivated due to the adoption of an electrophoretic process, the withstand voltage stability and reliability of the two-way voltage regulator diode are improved. The manufacture technique of the chip for the two-way voltage regulator diode has the advantages of improving the breakdown voltage stability of the two-way voltage regulator diode DB3, enhancing the trigger capacity of the diode, reducing the high-temperature power consumption, prolonging the service life of the diode, and simultaneously improving the qualification rate.

An initiator is incorporated in an inflator in order to trigger the inflator through propagation of flame from an initiating explosive to a gas generator of the inflator. The initiator includes a closed-bottomed tubular capsule for accommodating the initiating explosive. A tubular portion of the capsule includes a plurality of rupture-accelerating means (grooves each having a V-shaped cross section) for accelerating rupture upon ignition of the initiating explosive, whereby flame propagates from the initiating explosive to the gas generator of the inflator along a plurality of directions.

The invention discloses a triggering method for a serial peripheral interface bus signal, which can accurately and rapidly provide the analysis and triggering functions of the serial peripheral interface bus signal for measuring equipment. The method comprises the following steps: discriminating the level fluctuation of a serial peripheral interface bus by using a synchronous state machine; converting discrimination results into information sent by the bus; inputting the information into a comparator to be triggered and compared; outputting a trigger signal to outside when the information accords with trigger conditions; and independently outputting the information sent by the bus to a subsequent module of the measuring equipment to complete further signal analysis. The analysis and triggering method for the serial peripheral interface bus signal provided by the invention is favorable for improving the capability of acquiring and analyzing the serial peripheral interface bus signal by the measuring equipment.

The invention provides a virtual transponder capture method and capture system based on satellite space distribution inspection. The virtual transponder capture method comprises the following steps: firstly, establishing a virtual transponder basic database; then acquiring the current position and running state of a train according to satellite navigation, and predicting a target virtual transponder to be captured and a pre-capturing triggering moment according to the basic database; from the pre-capturing triggering moment, calculating a visual satellite space distribution characteristic value and a prediction value in real time; meanwhile, estimating a satellite spatial distribution reference value according to the basic database; judging the capture state of the target virtual transponder to be captured according to the satellite spatial distribution characteristic value, the characteristic value prediction value and the reference value; and determining the capture moment, correcting the current position of the train and updating the virtual transponder basic database. According to the method, the limitation of implementing capture space analysis from a positioning domain is overcome, the capture precision and real-time performance of the virtual transponder are improved, and the design, development and equipment manufacturing of a novel train control system can be effectively supported.

The invention discloses a plasma spraying device based on micro-cavity metal wire electrical explosion. The plasma spraying device comprises a ground electrode, a wire explosion cavity, a metal wire,a trigger electrode, an insulation protection piece and a fixing device. The plasma spraying device based on micro-cavity metal wire electrical explosion can obtain high-density and high-conductivityplasmas through electric explosion of the metal wires, and can better solve the problem that a gas switch is difficult to trigger due to large distance.

The invention discloses a double power supply intelligent enhanced amplification control system for a faucet, which includes a solenoid valve M arranged on a water supply pipeline, a control chip U1 connected to the solenoid valve M, and a positive electrode simultaneously connected to a THRES pin and a TRIG pin of the control chip U1 Capacitor C5 connected to each other, the negative pole connected to the GND pin, the positive pole connected to the CONT pin of the control chip U1, the capacitor C6 connected to the negative pole of the GND pin of the control chip U1, and the switches connected to the control chip U1 respectively The driving circuit and the signal judging circuit, the dual power supply self-switching circuit connected with the switch driving circuit, the signal input circuit connected with the signal judging circuit, the signal enhancement circuit connected with the signal input circuit, and the signal input circuit and the control circuit at the same time The chip U1 is connected to the signal drive amplifier circuit. The invention provides an intelligent enhanced amplification control system with dual power supplies for faucets, which can intelligently complete the switching of power supply, ensure the stability of system operation, greatly improve the intelligence of household water use, and reduce household water consumption, thereby saving water resources. Better reduce the user's economic cost.

The embodiment of the invention provides a compact independent power supply remote control trigger comprising a GPS/Beidou receiver used for receiving a remote control signal and outputting a control signal, a signal control module used for conditioning the control signal and generating a first level signal, an optical fiber transmitting module used for receiving the first level signal and outputting an optical pulse after electro-optical conversion, an optical fiber receiving module used for receiving the optical pulse, performing photoelectric conversion and outputting a second level signal, a primary pulse generator used for receiving the second level signal and generating a medium-voltage pulse signal through an internal medium-voltage discharge circuit, a pulse transformer used for converting the medium-voltage pulse signal into a high-voltage pulse signal, a pulse steepening device used for receiving the high-voltage pulse signal and realizing steepening of the leading edge of the high-voltage pulse signal, and an output cable used for realizing trigger control on the high-voltage switch based on the steepened high-voltage pulse signal of the leading edge.

The invention discloses a signal-intensified industrial intelligent power supply water supply pipeline intelligent boosting system, which includes a control chip U1, a capacitor C3, and a capacitor C4, a booster pump drive circuit connected to the control chip U1, and a booster pump drive circuit connected to the control chip U1. A power input circuit, an intelligent power supply circuit connected to the power input circuit, a signal processing input circuit connected to the control chip U1 and the power input circuit at the same time, and a signal enhancement circuit connected to the control chip U1 and the signal processing input circuit at the same time. The invention provides a signal-enhanced industrial intelligent power supply and water supply pipeline intelligent pressurization system, which can automatically switch the power supply according to the demand, so as to ensure the normal power supply to the system itself, so that the system can run stably, and it can also be used for those with insufficient water pressure. The rapid response to the situation can achieve the effect of real-time pressurization, which greatly reduces the impact of insufficient water pressure on the normal production of the enterprise.

The invention discloses a faucet dual-power intelligent control system provided with a signal-driven amplifying circuit, comprising a solenoid valve M arranged on the water supply pipeline, a control chip U1 connected to the solenoid valve M, and a THRES tube connected to the positive electrode of the control chip U1 at the same time. The capacitor C5 whose pin is connected to the TRIG pin, whose negative pole is connected to the GND pin, whose positive pole is connected to the CONT pin of the control chip U1, and the capacitor C6 whose negative pole is connected to the GND pin of the control chip U1, are respectively connected to the control chip The switch driving circuit and signal judging circuit connected to U1, the dual power supply self-switching circuit connected to the switch driving circuit, the signal input circuit connected to the signal judging circuit, and the signal connected to the signal input circuit and the control chip U1 at the same time drive amplifier circuit. The present invention provides a faucet dual-power intelligent control system equipped with a signal-driven amplifier circuit, which can intelligently complete the switching of power supply, ensure the stability of system operation, greatly improve the intelligence of household water use, and reduce household water consumption, thereby Water resources are saved, and the economic cost of users is better reduced.

The invention discloses an intelligent supplementary supercharging system for industrial intelligent power supply and water supply pipelines, comprising a control chip U1, a capacitor C3, and a capacitor C4, a booster pump drive circuit connected to the control chip U1, and a power input connected to the control chip U1 circuit, an intelligent power supply circuit connected to the power input circuit, a signal processing input circuit connected to the control chip U1 and the power input circuit at the same time, a signal enhancement circuit connected to the control chip U1 and the signal processing input circuit at the same time, and a signal processing circuit connected to the control chip U1 and the signal processing input circuit at the same time. The control chip U1 is connected to the power supply input circuit to drive the compensation circuit. The invention provides an intelligent supplementary pressurization system for industrial intelligent power supply and water supply pipelines, which can automatically switch the power supply according to the demand, so as to ensure the normal power supply to the system itself, so that the system can run stably, and it can also be used for insufficient water pressure. With a quick response, the effect of real-time pressurization can be achieved, which greatly reduces the impact of insufficient water pressure on the normal production of the enterprise.