13results about How to "Safe handling" patented technology

The utility model discloses a flue gas treatment system which comprises a spray tower provided with a spray cavity, a spray cooling device arranged in the spray cavity and used for cooling flue gas to be treated, and a cooling bin of which one side is communicated with equipment to be treated to receive the flue gas to be treated and the other side is communicated with a spray tower main body to introduce the flue gas to be treated into the spray tower, an adjusting assembly, a gas detection assembly and a control module are arranged in the cooling bin, and the adjusting assembly and the gas detection assembly are electrically connected with the control module; the gas detection assembly can detect smoke, and the control module controls the adjusting assembly to adjust the cooling condition in the bin. A spray tower and a cooling bin which are connected with each other are arranged, a spray cooling device, an adjusting assembly and a gas detection assembly are arranged, the adjusting assembly and the gas detection assembly are connected with a control module, and the gas detection assembly detects flue gas and controls the adjusting assembly to adjust cooling conditions by means of the control module. The flue gas can be safely and efficiently treated.

This invention provides an organic substrate preparation device and method suitable for rose cultivation, relating to the field of organic substrate preparation technology. The device includes a telescopic mechanism comprising a bidirectional mechanism and a driving mechanism. The telescopic mechanism provides not only circumferential stirring torque but also vertical mixing torque, thus ensuring thorough mixing of the organic matter in multiple directions. The bidirectional mechanism generates irregular vertical movement in response to circumferential stirring, further enhancing the vertical mixing of the organic matter and achieving multi-dimensional composite stirring. This significantly improves mixing uniformity and fermentation efficiency. The invention utilizes a unique spatial linkage (side rod, inner / outer ball sleeve) and flexible transmission (unidirectional mechanism) design to intelligently decompose the unidirectional rotation of the driving shaft into a superposition of circumferential revolution and axial reciprocating motion of the stirring components (upper / lower stirring sleeves).

The application discloses a device for removing accumulated dust in a dust hopper and a use method thereof, which comprises a dust discharging pipeline, one end of the dust discharging pipeline being communicated with a dust discharging hole located on the side of the dust hopper; an ellipsoidal cavity, one end of the ellipsoidal cavity being communicated with the other end of the dust discharging pipeline; two communicating pipes, the two communicating pipes being located on the same circumferential surface of the inner wall of the ellipsoidal cavity; a circular table type base, the outer circumferential surface of the circular table type base being fixed between the two communicating pipes; an upper valve, the upper valve being arranged on the upper surface of the circular table type base; a lower valve, the lower valve being arranged on the lower surface of the circular table type base; an upper air bag, the upper air bag being fixed with the edge of the upper surface of the circular table type base; a lower air bag, the lower air bag being fixed with the edge of the lower surface of the circular table type base; and a dust collecting cavity, one end of the dust collecting cavity being open and being detachably connected with the other end of the ellipsoidal cavity. The application has the beneficial effect that the ellipsoidal cavity and the upper and lower air bags are matched to realize the shunting and speed reduction of the accumulated dust.

The utility model relates to a tail thread cutter, in particular to an adjustable telescopic tail thread cutter. Comprising a shell with a knife outlet formed in the bottom, a screw knob is installed on the top of the shell in a threaded mode, and a screw of the screw knob extends into the shell; a tail thread cutter is arranged at the bottom of a screw of the screw knob, and a cutter point of the tail thread cutter extends out of the shell from the cutter outlet; a sleeve rod fixedly sleeves the tail filament cutter, a sleeve is arranged at the bottom of the sleeve rod, and an upper limiting block and a lower limiting block are arranged at the top and the bottom of the sleeve respectively; the sleeve is sleeved with a fixing block located between the upper limiting block and the lower limiting block, and the fixing block is connected with the inner wall of the shell. Through the arrangement of the screw knob, an operator can conveniently adjust the length of the part, extending out of the shell, of the tool nose of the tail wire tool according to the use requirement, high-precision cutting and trimming can be conveniently achieved, and hidden dangers of electrical short circuit and signal interference can be eliminated.

The application discloses a kind of self-adapting air pressure balance sliding door control systems, it is related to sliding door control technical field.The sensor layer, PID control module, execution layer and prediction maintenance module are included;Sensor layer gathers pressure difference, sealed pressure, vibration, door position, temperature and humidity and other data, PID control module uses the improved algorithm with nonlinear correction and output amplitude limiting, the pressure difference is stabilized at 2Pa target value, simultaneously through closed loop PID, hydraulic sealed pressure is stabilized at 1.0MPa, and anti-integral saturation and output amplitude limiting are configured to ensure operation safety;Execution layer includes servo motor drive sliding door, hydraulic sealing system, emergency pressure relief valve and audible and visual alarm device;Prediction maintenance module is based on random forest regression model, according to the characteristics such as sealed pressure drop rate, valve response time, motor current variance, vibration level, operation frequency, remaining service life is predicted, and maintenance suggestion is output according to critical, early warning, normal classification.

To mitigate the risk of increasing the proportion of recycled raw materials in the main metal component. In a flash smelting furnace in which the high-temperature melt generated by reacting raw materials with oxygen in the reaction tower (2) is separated on the hearth of the settling tank (3) into a matte layer (3a) containing a sulfide of a given metal, i.e., matte, and a slag layer (3b) existing on the matte layer, the furnace is equipped with: a given ramp region (S2) provided on the hearth (S) to guide the molten metal of the given metal, which remains in the lower part of the matte layer without sulfidation, toward one side of the furnace wall (3W) of the settling tank; and metal discharge ports (Hc, Hc) formed on the furnace wall to extract the molten metal accumulated at the bottom of the ramp region out of the furnace.

The application discloses a beverage high-temperature sterilization and cooling system, and relates to the technical field of product sterilization. The beverage high-temperature sterilization and cooling system comprises a liquid beverage conveying line and a bottled beverage conveying line, the liquid beverage conveying line and the bottled beverage conveying line are connected through a liquid bottling assembly, a pre-warming heat exchanger and a high-temperature heat exchanger are sequentially arranged on the liquid beverage conveying line along a liquid flow direction, a plurality of cooling assemblies are arranged on the bottled beverage conveying line, the plurality of cooling assemblies are connected with the pre-warming heat exchanger through circulating pipes, and the pre-warming heat exchanger, the high-temperature heat exchanger and the plurality of cooling assemblies are all signal-connected with a controller. The beverage high-temperature sterilization and cooling system solves the technical problem that the existing beverage sterilization has high energy consumption and cannot be effectively utilized, and achieves the technical effect of reducing production cost and energy consumption.

The utility model discloses a degrading agent treatment device for environmental pollution treatment, including jar body and mounting panel, the jar body is installed on the surface of mounting panel, the surface of mounting panel is equipped with the gas cooperation subassembly for filling gas in jar body inside, the outside of jar body is equipped with the power component for providing power, one end of power component extends to the inside of jar body, the inside of jar body is equipped with the blowing assembly for spraying gas in pipe, the utility model cooperates gas cooperation subassembly and blowing assembly and power component, realizes the double promotion of efficiency and safety, adopts "static mixing and dynamic stirring" compound mode, greatly promotes the reaction efficiency, steam and nitrogen gas cooperate heat supply and create inert environment, avoid oxidation, and intelligent system accurate control reaction parameter, and prevent pressure imbalance, provide efficient, stable, safe solution for the complex environmental pollution treatment scheme.

The invention discloses a wastewater multi-treatment system for pollution abatement, and belongs to the technical field of wastewater and waste gas treatment, the wastewater multi-treatment system for pollution abatement comprises an absorption water tank for ammonia gas absorption treatment, the absorption water tank is provided with a waste gas collecting and conveying gas channel, a heat exchange absorption cover is connected with a conversion absorption disc through a conversion device, and the conversion absorption disc is provided with a plurality of heat exchange channels. Residual hydrogen and ammonia gas which are not fully absorbed in the absorption water tank are sucked into the treatment system again through the concentration opening in the waste gas collecting and conveying gas channel by means of airflow suction force, circulation treatment is formed, and the hydrogen gathering cover on the top of the equipment naturally floats and is enriched by means of the physical characteristic that hydrogen is low in density. By arranging the valve capable of being controlled to be opened and closed, high-concentration hydrogen is guided into the combustion device and is mixed with air sucked in through the inclined oxygen inlet to be safely combusted, the explosion hidden danger caused by hydrogen accumulation in tail gas is thoroughly eliminated, purification and final treatment of hydrogen are achieved, and the safety of exhausted gas is ensured.

The application relates to a power system micro-service message asynchronous processing method and device, computer equipment, a storage medium and a computer program product. The method comprises the following steps: performing encryption processing on a to-be-processed message sent to a second micro-service of the power system to obtain an encrypted message; performing segmentation processing on the encrypted message to obtain a plurality of message blocks of the encrypted message; performing hash operation processing on each message block to obtain a hash value of each message block; performing splicing processing on the hash value of each message block to obtain a spliced hash value; performing rehash operation processing on the spliced hash value to obtain a root hash value of the encrypted message; performing signature processing on the root hash value through a private key of the first micro-service to obtain a digital signature of the encrypted message; and sending the encrypted message and the digital signature to a message middleware. The method can improve the security of micro-service message asynchronous processing.

The present disclosure relates to a log processing method, device, electronic equipment, storage medium and vehicle. The log processing method comprises: a first processor receiving log information of an application program in response to a write log operation of any application program; the first processor writing the log information into a log cache area; the first processor triggering a log write message to notify a second processor to write the log information in the log cache area into a storage device; and the second processor reading the log information from the log cache area and writing the log information into the storage device in response to receiving the log write message.

This invention relates to the field of rocket engine testing technology and discloses a method for handling hazardous media, comprising: setting a first and a second field torch above the thrust chamber of the rocket engine, and setting a third field torch below the thrust chamber; the first, second, and third field torches are adapted to ignite the hydrogen-oxygen mixture discharged before the pre-combustion chamber ignites; a fourth and a fifth field torch are respectively arranged to the left and right of the thrust chamber of the rocket engine; the fourth and fifth field torches are adapted to ignite the hydrogen-rich gas discharged after the pre-combustion chamber ignites; both the hydrogen-oxygen mixture and the hydrogen-rich gas are hazardous media. This application, by setting five field torches and using field ignition, can promptly ignite the hazardous media discharged from the thrust chamber outlet of the rocket engine, safely handle the hydrogen-oxygen mixture and hydrogen-rich gas, and meet the safety testing requirements of rocket engines.

The application discloses a fixed-wing unmanned aerial vehicle air-based launching and recovering system based on a multi-rotor unmanned aerial vehicle platform and a control method thereof, which comprises a fixed-wing machine, a hook support, a three-section connecting rod hoisted by two rotors and a cooperative control architecture; the control architecture comprises a top task management decision layer, a middle cooperative planning guide layer and a bottom platform level tracking control layer; a whole task stage of "hoisting take-off-releasing from the machine-fixed-wing flight attitude conversion-recovering array arrangement-high-speed approach docking-joint braking-stable suspension" is defined and managed through a finite state machine, and cooperative trajectory planning and accurate tracking are realized in each stage; in the high-speed approach docking stage, differential positioning and a recovering mechanism with docking allowance are utilized to realize reliable locking between the fixed-wing machine and the rotors. The application realizes autonomous cooperative launching and recovering of the fixed-wing unmanned aerial vehicle based on the air-based platform, and significantly improves the safety, accuracy and robustness of the air-based launching and recovering task.