37results about How to "Exhaust clean" patented technology

An apparatus performs simultaneous data monitoring, logging, and controlling of the state of a system. The apparatus includes at least one system sensor that provides a sensor data signal corresponding to a system characteristic of which the sensor is detecting, a memory that stores data and program instructions, at least one output port that provides an output signal to the system, and a microprocessor that receives the sensor data signal and executes the program instructions to monitor and log data corresponding to the data signal received from the system sensor and to provide system control data to the output port.

The invention aims to provide a chimney structure capable of preventing carbon dioxide causing global warming from being exhausted into the atmosphere, wherein: a porous stack is disposed in a pipe body having a base end communicating with a combustion chamber. In addition, the pipe body is formed by bending it in an inverted U-shape, and a porous stack is disposed in the combustion gas flow path.

The invention relates to a fire product test device. According to the fire product test device, a motor-driven pressure test pump provides a pressure water source so that water can be supplied to an air pressure tank, a water source with the stable pressure is provided for a test device under the action of compressed air in the air pressure tank, and therefore the requirement for conducting slow pressure boosting and stabilizing on a fire product sample to be verified is met; the air pressure tank has the energy storage function and is connected with a plurality of connectors and digital pressure gauges or pressure gauges with electric contacts through a multi-path water flow diversion connectors, and therefore the requirements for multi-connector water supply and pressure control can be met; the air pressure tank is connected with the fire product sample through a hydraulic quick connector, a pipe screwed joint and tool clamps different from one another, and therefore the requirements of tests for products of various types and specifications can be met, and multiple samples can be tested at the same time or a single sample can be tested through control conducted by a water flow control valve. The fire product test device can be suitable for detecting the sealing performance and the water pressure resistance strength of various types of fire products, and is more accurate in detected data and safer to use.

The invention is a piston internal-combustion engine with continuously variable valve timing mechanism, characterized by that: it adopts a structure of main and auxiliary gas inlet and outlet cam shafts, where each cam shaft can control corresponding gas inlet and outlet valves, the main cam shaft controls ON/OFF of main gas inlet and outlet valves, and the auxiliary one controls ON/OFF of auxiliary gas inlet and outlet valves. And it can control ON/OFF time and ON-to-OFF time of the gas inlet and outlet valves by continuously varying valve timing of the gas inlet and outlet cam shafts, thus further improving effective power and thermal efficiency of internal-combustion engine and reducing fuel oil consumption and pollutant discharge.

A thermodynamic pressure generator having an oscillating valve that allows premixed fuel to enter a combustion chamber in turbulence, until it comes into contact with an annular spoiler, which converts a portion of the fuel into a Karmon vortex ring for delayed ignition. A continuous spark then ignites the remaining fuel with rapid pressure rise that kills the vortex. The fuel in the vortex goes from laminar to turbulence, adding fuel to the already burning charge, super charging it and permitting total ignition. Thus, present invention exhaust contains no polluting by-products and only sensible heat is released into the environment. Exhaust gases are released radially through turbine vanes having a shape that permits a relatively low rotational speed, with sufficient peripheral speed to create torque of considerable degree. Applications include, but are not limited to, land transportation vehicles, propeller-driven airplanes, and marine vessels.

The invention belongs to a brake hydraulic pipeline exhausting method and particularly relates to a hydraulic system automatic exhausting device and method for an electro-hydraulic brake test bed. Thedevice comprises a front brake wheel cylinder, a test bed body, a transparent hose, a rear brake wheel cylinder, a vehicle electronic stabilization system, a brake master cylinder, a liquid storage pot, an electronic mechanical brake booster, a support, a brake pedal, an adjustable seat, a signal acquisition and transmission platform, a PC, brake master cylinder hydraulic pipelines, two-positiontwo-way solenoid valves, caliper disk brakes and brake wheel cylinder hydraulic pipelines. The device automatically judges the exhausting completion moment through recognition processing according tothe state, acquired by cameras, of brake fluid discharged from the transparent hose, controls rotation of a motor through an ECU of the mechanical brake booster to achieve operations of treadling a pedal and loosening the pedal by simulating a person. The device can be more accurate, efficient, convenient and thorough in automatic exhausting control. The problems that time and labor are wasted, exhausting is incomplete and brake fluid corrodes operators can be solved.

A precious metal recovery device for waste liquid incineration comprises a storage tank which is arranged horizontally and inclines upwards by 15 degrees. An upright incineration tower and an upright scrubber tower are arranged on the side wall of the top end of the storage tank side by side. The bottom end of the incineration tower and the bottom end of the scrubber tower are both communicated with the storage tank. The incineration tower comprises a tower drum. The top end of the tower drum is sealed. The tower drum is divided into an upper combustion section and a lower splat cooling section. A waste liquid air inlet pipeline is arranged on the side wall of the middle of the combustion section. An atomization spray pipe is arranged on the side wall of the splat cooling section. Gas-state sufficient combustion is achieved, internal nitrogen, phosphorus and chlorine which are complex in component and low in content are treated better, a solvent is prepared by fully using high heat, fuel consumption is reduced, and the low loss rate of precious metal is guaranteed.

The invention relates to an eccentric rotational engine, which is formed by cylinder, eccentric wheel tangent with the cylinder, main baffle plate and auxiliary baffle plate on the cylinder wall and controlled by cam, a baffle plate controlled by spring, and a concave burning room on the cylinder wall, wherein the eccentric wheel rotates around the center of cylinder, to form one movable arc chamber with the inner chamber of cylinder; when working, the main baffle plate, the auxiliary baffle plate, and the baffle plate will separate the arc chamber into the gas inlet room, compress room, expansion room and discharge room which will periodically enlarge and reduce; the burning room is periodically connected to the compress room or expansion room, to compress and drive gas via eccentric wheel, and function the eccentric wheel at its back via burning gas. The invention has simple structure, better sealing effect, and high efficiency.

The invention relates to a double-rotor four-stroke internal combustion engine, comprising two mutually meshed blade profile rotors, wherein a combustion chamber is at the top of each blade, the bottom of the combustion chamber is provided with a spark plug, and the centers of the rotating shafts of the rotors are provided with an angular displacement sensor; the rotors are axially installed inside a cylinder body in parallel, both sides of the long axis of the cylinder body are provided with air inlets and connected with an exterior air inlet system, a rib is provided with an air outlet at right side and connected with an exterior exhaust system; a power-output shaft is fixedly connected with the rotor, vertically extended out of the cylinder body, and connected with an exterior gear box; an electronic control system is connected with the spark plug and the angular displacement sensor, and the ignition of the spark plug is controlled by sensor signals. The invention has the characteristics of high fuel compression ratio, high power density, high efficiency, no eccentric center, low vibration severity, low noise, low exhaust, simple structure, good reliability, easy production and low processing cost.

The invention discloses a powder workshop warehouse roof deduster based on multiple-times continuous filtering principles. The powder workshop warehouse roof deduster based on multiple-times continuous filtering principles comprises a drying device, a support, a sealed box, a water collection tank, and a electrostatic filtering device; the sealed box is arranged on the top end of the support; the water collection tank is arranged on the top end of the sealed box; the bottom end of one side of the sealed box is fixedly provided with a gas inlet pipe; the gas inlet pipe is provided with a blower fan; the other side of the sealed box is provided with a side door; the side door is provided with a handle; one end of the sealed box is fixedly provided with a ladder. According to the powder workshop warehouse roof deduster, the powder workshop warehouse roof deduster is provided with a filtering cavity, a semi-permeable membrane filter screen, and the water collection tank, so that gas is subjected to primary filtering before entering the filtering cavity, is subjected to secondary filtering through the semi-permeable membrane filter screen, and at last is subjected to a last time of filtering through the water collection tank; repeated filtering is adopted, so that powder filtering effect is excellent.

The invention relates to the technical field of engines, in particular to a piston assembly for a novel engine and the novel engine. The piston assembly comprises a piston and a variable hollow air valve, wherein a cross-shaped supporting frame is arranged in the middle of the piston, an air valve through hole is formed in the middle of the cross-shaped supporting frame, a plurality of matching lugs are arranged on the cross-shaped supporting frame, a valve seat is arranged at the position, between the piston and the end matching with the variable hollow air valve, of the piston, the variablehollow air valve comprises a hollow air valve body and a valve rod, a first annular groove is formed in the middle of the hollow air valve body and provided with a plurality of first deflation throughholes, a second annular groove is formed in the middle of the first annular groove, a plurality of matching through holes are formed in the second annular groove, the plurality of matching lugs penetrate through the plurality of matching through holes and are provided with a circle center valve seat, and a hollow plugging circular ring is further arranged on the first annular groove. The piston assembly for the novel engine and the novel engine have the advantages that exhaust is cleaner, mechanical friction is reduced, an intake valve is controlled in time, the compression ratio is variable,the heat efficiency and power are improved, and a two-stroke linear internal combustion engine exhaust Atkinson technology is used.

The invention discloses an oil fume treatment device. The oil fume treatment device comprises a machine shell, a water circulation system and a fume exhaust system. Fume inlet plates are movably connected to the front end of the machine shell. Filter plates are correspondingly arranged at the inner sides of the fume inlet plates. The filter plates are fixedly connected with the machine shell through detachable connecting devices. Multiple layers of filter screens are correspondingly arranged at the inner sides of the filter plates. Spray pipes are correspondingly arranged above the multiple layers of filter screens, wherein the spray pipes are matched with the filter screens in length. Each spray pipe is provided with multiple spray holes. A water circulation device comprises a water tank,a water delivery pipe and a drainage tank. The water delivery pipe is connected with a water pump and communicates with the spray pipes. The drainage tank is located at the lower end of the machine shell, arranged below the multiple layers of filter screens in a carrying manner and connected with a drainage pipe. The drainage pipe communicates with the water tank. By means of the oil fume treatment device, oil fume can be purified, and air quality can be improved; cyclic utilization of water resources can be achieved, and the room temperature can be lowered; and the oil fume treatment deviceis convenient to mount, applicable to multiple types of occasions and wide in market prospect.

An air/fuel conditioning apparatus for an engine includes an electromagnetic component configured to positively ionize fuel molecules of fuel supplied to the engine. The apparatus further includes an electrostatic component configured to negatively ionize air molecules of air supplied to the engine. The oppositely ionized fuel molecules and air molecules are mixed in a carburetor/fuel injection system of the engine.

The present invention discloses an exhaust gas purifying apparatus which is capable of preventing the high temperature discharge from heating the secondary air supply pipe and restraining the oxide quantity flowing into the discharge pipe from reducing. The exhaust gas purifying apparatus comprises an exhaust pipe connectable to an engine, a upstream and lower reach catalyst arranged in the exhaust pipe, a secondary air supply pipe connected to the exhaust pipe on an upstream side of a position, in which the catalyst is arranged, and a muffler that accommodates an end of the exhaust pipe, through which exhaust gases are discharged, and a connection between the secondary air supply pipe and the exhaust pipe, wherein the muffler is further constructed such that the exhaust gases discharged from said end of the exhaust pipe are prevented from being jetted directly toward the secondary air supply pipe.

The long-term constraint on the design structure principle of an internal combustion engine transmission conversion mechanism is broken through, two sets of pistons, gears and racks are symmetrically arranged to form linkage assemblies, the two linkage assemblies form a coupling relation with the 90-degree phase difference, and the two coupling assemblies alternately do work and are overlapped for shift connection. The racks which are disengaged during operation of the mechanism are thoroughly separated from a load, and the racks are clamped at the corresponding positions of piston stop points under the cooperation of the gears and lock a re-entering tooth entry point; and the disengaged gears are driven by the coupling assemblies, rotate to the entry point along a set restriction track of the racks, and are integrated to be engaged again. Through locking of the racks, constant-volume combustion, constant-volume interval computer tracking and timely ignition are created, and coupling meshing with synchronous rack speed is achieved. According to an improved internal combustion engine, the alternating side pressure of a crankshaft dead point and the pistons on the pipe wall is eliminated, loss is reduced, vibration is reduced, the conversion efficiency of working medium gas is improved, combustion is thorough, pollution is reduced, the environment is protected, and power and performance are greatly improved.

The invention discloses a kitchen waste heat pump drying and MVR concentration treatment device which comprises a kitchen waste heat pump low-temperature multi-effect drying system, a garbage leachate steam mechanical compression concentration system, a presser and a stock solution pool. A heat pump technology is adopted for low-temperature drying design of kitchen garbage, multiple-effect energy saving such as sensible heat recovery, first-stage surface cooling, second-stage surface cooling, first-stage condensation, second-stage condensation and an energy-saving heat exchanger is arranged, a unit can efficiently circulate, and garbage leachate is concentrated by using a mechanical vapor recompression (MVR) technology. Compared with a traditional kitchen waste treatment process, the water content of the kitchen waste can be greatly reduced, the energy consumption level is obviously reduced, and clean exhaust and drainage can be achieved. According to the research result, a kitchen waste comprehensive treatment technology which is efficient, energy-saving, ecological, environment-friendly, economical and feasible is provided, and a direction and an implementation way can be provided for recycling, harmlessness, stabilization and energy utilization of the kitchen waste.