39results about How to "Stable work" patented technology

The invention provides a piston type air-powered engine system capable of providing power for a vehicle, an engineering machine, a power generation device and the like and belongs to the field of power machinery. The piston type air-powered engine system utilizes gas stored in a high-pressure gas tank, and the gas is buffered and then is fed into an air cylinder through a gas distribution mechanism to push a piston to do work. Compared with a piston type internal combustion engine, a piston type air-powered engine is stable in working doing process and small in noise. The piston type air-powered engine is a two-stroke engine, namely adopts an intake work-doing stroke and an exhaust stroke, the operation process of the piston type air-powered engine is mainly a compressed gas expansion work-doing process and is a physical change process, and no exhaust pollution exists.

The invention provides an auto brad maker, by which rice paste is made, and the rice paste is used to make rice bread and is obtained by regulating gelatinization of rice starch, and all rice starch molecule after absorbing water will not get into gel state because of heat change including temperature of enzyme activity. The steps is as following: a control part (29) controls heating to a heating part (26) and controls driving to a stirring part (24) respectively; and the temperature controlled by the heating part is set to the temperature of enzyme activity to produce rice paste, so as to make a rice bread.

An unmanned water quality sampling and detecting system is provided for continuous and repeated detection and sampling in different depths and different areas for a long time, and comprises a drone, acontrol box, a pull wire and a sampling tube, wherein the control box is internally provided with a battery, a circuit control module, a lifting motor, a motor bracket and a reel; a sampling cylinderis particularly designed with uncovered top and conical bottom, and contains a sensor group, a water pressure gauge, a sealing motor and a sealing cover, and the water quality is sampled by controlling the sealing motor to open and close the sealing cover; at the same time, a core chip of a main control unit of the system uses a low-power device, and the main control unit detects the water depthdata of the water pressure gauge and controls the opening/closing of the sensor group, thereby greatly improving continuous working hours. Through the set of devices, the water quality can be on-linemeasured, recorded and automatically sampled several times in succession under different water depth conditions.

The invention discloses a biogas power generation system, which comprises a biogas preparing and purifying system, a biogas engine, an electric generator and a waste heat recovery device, wherein the biogas preparing and purifying system is composed of crushing equipment, homogenizing equipment, hydrolysis equipment, a first fermentation tank, a second fermentation tank, a biogas recovery device and a solid-liquid separating device. The crushing equipment and the homogenizing equipment are connected; the homogenizing equipment and the hydrolysis equipment are connected; the hydrolysis equipment and the first fermentation tank are connected; the first fermentation tank is additionally connected to the second fermentation tank; the biogas recovery device is connected to the first fermentation tank, the second fermentation tank and the biogas engine; the biogas engine is connected to the electric generator and the waste heat recovery device; and the solid-liquid separating device is connected to the first fermentation tank, the second fermentation tank and the hydrolysis equipment. Stable biogas, from which hydrogen sulfide, carbon dioxide and water are removed, is outputted to the biogas engine from the biogas preparing and purifying system in the biogas power generation system, so that the biogas engine can work stably by virtue of the biogas provided by the biogas recovery device and the electric generator can be driven to stably work to generate electric energy.

The invention relates to a boat connecting and disconnecting device and a method thereof. The boat connecting and disconnecting device comprises a central control system, a plurality of connecting mechanisms and a plurality of tightening mechanisms. The connecting mechanisms and the tightening mechanisms are arranged on the two sides of boats, the connecting mechanisms and the tightening mechanisms on any side of the boats are arranged at equal intervals, and the central positions of the connecting mechanism and the central positions of the tightening mechanisms are located on the same horizontal line. The central control system is formed by a PLC and a Beidou navigation system. Each connecting mechanism comprises a connecting plate, a connecting arm, a supporting arm, a crank rod and a lifting arm. Each tightening mechanism is composed of a fastening assembly and a positioning assembly, wherein the positioning assembly is installed under the fastening assembly, and when the fastening assembly and the positioning assembly are installed, the distance between the fastening assembly and the positioning assembly is greater than the outer diameter of a ball protrusion on the right of the corresponding connecting arm. The boat connecting and disconnecting device is reasonable in structure and convenient to use, the method is advanced and scientific, and through the boat connecting and disconnecting device and the method, the boats can be effectively connected and disconnected.

The invention discloses a source management and supervision acquisition terminal. The terminal comprises a concrete bottom plate and an outer connecting block, the middle part of the inner side of theconcrete bottom plate is provided with a wagon balance, and a fixed plate which is fixedly connected with the concrete bottom plate is arranged on the outer side of the wagon balance. The inner sideof the fixed plate is connected with a buffer plate, and a deceleration pad adheres to the outer side of the buffer plate. The bottom of the buffer plate is connected with a supporting rod, a spring is installed inside a limiting mechanism, the outer connecting block is installed on the outer side of the concrete bottom plate, an outer clamping plate is arranged on the outer side of an installingrod, a connecting groove is formed in the middle of an inner clamping plate, a convex block is fixed to the outer side of a locating block, a frame plate is fixed to the outer side of a lantern ring,and an outer connecting plate is arranged on the outer side of the frame plate. According to the source management and supervision acquisition terminal, the accuracy of information acquisition can beensured, rapid installation is facilitated, meanwhile, the production operation cost is reduced, and long-term effective stable working use can be guaranteed.

The invention relates to the technical field of engines, in particular to a rotating cylinder engine; the rotating cylinder engine comprises a stator, a rotating shaft which rotates in the inner cavity of the stator and a spark plug; both sides in the stator are provided with eccentric arc-shaped walls; a rotating cylinder is arranged in the stator; the rotating cylinder is coaxially fixed at the medium part of the rotating shaft; the rotating cylinder is provided with a radially through cylinder; two pistons are connected with the inside of the cylinder in a sliding way; a burning chamber is formed between the two pistons and the cylinder; the rotating shaft is a hollow shaft, and the inner cavity of the rotating shaft is communicated with the burning chamber on the rotating cylinder; the spark plug extending into the burning chamber is inserted on the rotating cylinder; the rotating cylinder completes a working circulation process and makes power for once after rotating for a round; the fuel and air mixing effect is good, the fuel is burned and expanded fully, the output torque is small, the noise is low, the operation is stable and the structure is simple.

The invention discloses a polyethylene film intelligent winding machine and a polyethylene film production method. The polyethylene film intelligent winding machine comprises a bottom plate, wherein the upper end face of the bottom plate is connected with side plates through supporting legs, the side plates are made of stainless steel of a quasi-rectangular structure, the surface of each side plate is provided with a feeding motor, one end face of each feeding motor is in transmission connection with a feeding shaft, the portion, located below the front portion of the corresponding feeding motor, of the surface of each side plate is provided with a pressing motor, and a pressing roller is installed between the two pressing motors through bearings. According to the polyethylene film intelligent winding machine, by arranging deviation correcting devices, the position of film is monitored in real time, the problem that an existing device cannot sensitively sense the deviation of the film is solved, the coping capacity of the device to the deviation of the film is improved, and a stable deviation correcting effect is achieved; and by arranging rotating rings, a foundation is laid for overall matching work of the device, and the use experience is improved.

The invention discloses a distribution system. A transmission shaft is arranged in a box body. One end of the transmission shaft penetrates the box body to be arranged outside the box body. The transmission shaft is connected with a transmission connector. A centrifugal flyweight is arranged on the transmission shaft in a sleeving and combined manner. A distribution pump is connected to the end, away from the transmission connector, of the transmission shaft and connected with an oil conveying pump in a communicating manner. The oil conveying pump is arranged inside the box body. Oil atomizers are arranged outside the box body. An oil amount control valve is arranged above the distribution pump. The oil conveying pump is connected with a pressure regulating valve. The pressure regulating valve is arranged inside the box body and communicates with the oil conveying pump. An upper pressure regulating spring, a lower pressure regulating spring and a slide column are arranged in the pressure regulating valve. The slide column is arranged between the upper pressure regulating spring and the lower pressure regulating spring. The pressure regulating valve communicates with a filter through a pipeline, wherein the filter is arranged outside the box body. By means of the system, the uniformity of pump conveying pressure can be ensured so that the system can stably do work; and even during running of multiple sets of parallel systems, unification of the running state can also be achieved, and the product quality is ensured.

The nasal cavity medicine applying device for the otolaryngology department comprises a conveying and guiding structure used for injecting liquid medicine into the nasal cavity, the conveying and guiding structure comprises an infusion tube, a medicine injection structure used for supplying the liquid medicine is arranged at one end of the infusion tube, and the other end of the infusion tube is communicated with two symmetrically-arranged infusion branch tubes in a guiding mode; a hollow liquid spraying protruding ball is arranged at the outlet end of each liquid conveying branch pipe, and spraying holes are formed in a ball body of each liquid spraying protruding ball. The infusion tube with the two infusion branch tubes is designed, the two infusion branch tubes are sleeved with the nose plugs in a sliding mode, the two nose plugs are used in a combined mode, and the two nose plugs are provided with the two clamping bases capable of flexibly adjusting the stretching amount of the two infusion branch tubes. Therefore, the two infusion branch pipes can be flexibly controlled to go deep into different areas of the nasal cavity for administration treatment. And the medicine seat in which the injection needle tube combination can be flexibly inserted is adopted and is matched with the infusion tube to accurately and efficiently supply liquid medicine, so that the nasal cavity is conveniently subjected to medicine application treatment, and the use convenience is improved.

The invention discloses a screw tap, which comprises a metal cutting part and a metal shank connected integrally with each other. The screw tap is in a cylindrical shape and placed transversely, and the total length of the left and right of the screw tap is 115mm. Four straight flutes are excavated from the left to the right on the cylindrical surface of the screw tap, and are evenly distributed on the cylindrical surface of the screw tap and correspondingly form four cutting-belts. The right end of each of the four straight flutes is a circular arc shape. Four cutting-belts are respectively provided with cutting-teeth by grinding, and a cutting-slot is formed between two adjacent cutting-teeth. A left pyramid is formed by grinding from the right to the left on the outer circumference of metal cutting part and in the distance of 13 mm from a left end face of the screw tap. A circle chamfering is formed by grinding from left to right to form a right pyramid on the outer circumference of metal cutting part and in the distance of 37mm from a left end face of the screw tap. A right end face of the right pyramid is connected with the metal shank. The right end of the metal shank is turned into a square head, and the four right angles of the right end face of the square head are turned into arc angle. The outer ring of the left end face of each of the four cutting-belts is provided with a blade by grinding.

The invention relates to the technical field of archaeological tools, in particular to an air cylinder type pneumatic pen which comprises a pen body. A lining connecting cylinder is installed on the right side of the pen body, a first tungsten steel air closing sleeve is installed in the lining connecting cylinder and located on the left side of an air hole, and a second tungsten steel air closing sleeve is installed in the lining connecting cylinder and located on the right side of the air hole. A piston rod is arranged in the pen body, an air pipe connector is installed on the right side of the lining connecting cylinder in an embedded mode, the whole device facilitates vibration-down cleaning of gravels and tiny attachments on fossils, meanwhile, stable acting is guaranteed through rear exhaust, and a piston movement air closing structure is arranged, so that the aging phenomenon caused by air closing of a rubber ring is avoided, stability and practicability are high, and certain popularization value is achieved.

The invention discloses a computer numerical control (CNC) milling cutter with four teeth. The CNC milling cutter comprises a metal handle and a cutter part, wherein the metal handle takes the shape of a cylinder, is placed horizontally, and is positioned on the right side of the CNC milling cutter; the cutter part of the CNC milling cutter is machined from a metal cylinder, placed horizontally, positioned on the left side of the CNC milling cutter, and conjoined with the metal handle of the CNC milling cutter; four end tooth bodies of the four teeth of the CNC milling cutter are uniformly distributed on the left end surface of the CNC milling cutter; an included angle I is formed between the cutting edge line of each end tooth body and the middle perpendicular line of the left end surface; each end tooth body comprises a front angle I, a first rear angle I and a second rear angle I; the tooth top part of each end tooth body protrudes from the left end surface of the CNC milling cutter, and an included angle II is formed between the tooth top part of the end tooth body and the left end surface of the CNC milling cutter; four circumferential tooth bodies of the four teeth are spirally and uniformly distributed on the cylindrical surface of the cutter part of the CNC milling cutter from left to right; a spiral angle is formed between the edge of each circumferential tooth body and the horizontal axis of the CNC milling cutter; each circumferential tooth body comprises a front angle I, a first rear angle II and a second rear angle II; and grooves are formed between each circumferential tooth body and the other three circumferential tooth bodies.