31results about How to "Fast pressurization" patented technology

The invention discloses a pneumatic servo system for a grinder. The system comprises a controller, a sampling module and an air cylinder, wherein the sampling module comprises a pressure sensor, a pulling force sensor and an in-position sensor; the air cylinder comprises an upper air cylinder and a lower air cylinder; the pressure sensor is used for detecting the pressure of an upper grinding disk to workpieces; the pulling force sensor is used for detecting the pulling force of the cylinder to the upper grinding disk; the in-position sensor is used for detecting the in-position information of the upper grinding disk; according to a pressure signal detected by the pressure sensor and a pulling force signal detected by the pulling force sensor, the controller outputs a control signal to control the air pressure of the upper cylinder and the air pressure of the lower cylinder and the pulling force of the upper grinding disk, so as to control the upper grinding disk to rise or fall, and the pressure of the upper grinding disk to the workpieces is controlled according to a preset working procedure. Through the adoption of the system, the upper grinding disk is raised and fallen smoothly, the pressurization is stable, the precision is high, the rate of finished products of the workpieces is effectively increased, and the damage ratio of the workpieces is decreased.

The invention provides an electrolytic bath apparatus used for simulating a deep-sea environment for electrochemical testing, belonging to the field of corrosion testing of metal materials. The electrolytic bath apparatus comprises an electrolytic bath main body which is prepared from at least three layers of different metal materials, i.e., an inner corrosion-resistant layer, an outer pressure-resistant layer and an electromagnetic wave shielding layer arranged between the inner corrosion-resistant layer and the outer pressure-resistant layer; three electrode subassembly installing holes, two air vents and one hydraulic pressurization hole are preset in the top cover of an electrolytic bath; and the hydraulic pressurization hole is connected with hydraulic pressurization equipment via a connection flexible pipe. The apparatus provided by the invention is based on the electrolytic bath main body for electrochemical measurement, can realize simulation of the deep-sea environment at the same time, and has the advantages of simple operation, low time consumption, economic performance, a large pressure control scope, fast pressurization speed, accurate temperature control, firm and durable structure, etc. Testing data acquired by using the electrolytic bath apparatus can truly reflect the corrosion-electrochemical performance of a metal material in a simulated deep-sea environment, and the electrolytic bath apparatus provides a more favorable corrosion measurement means for research on materials used in deep-sea environments.

The invention discloses a pressure testing device and method for a coke oven heating gas pipeline. The pressure testing device comprises a jack (1), a pressure measuring scale (9), a steel fixing frame (3), an air distribution cylinder (4) and an inflation sleeve (10), and is characterized in that: the jack (1) is a commercially available RCS-series thin hydraulic jack; the pressure indicating measuring scale (9) is a pressure indicating measuring scale which is provided with graduations and is 2.1-2.2 meters in length; the steel fixing frame (3) is formed by welding a carrier rod, an upright post and a bottom plate; the bottom plate is provided with an air inflating hole (7); the air distribution cylinder (4) is an airtight steel air drum; one side of the air distribution cylinder (4) is provided with an air inflating hole, and the other side of the air distribution cylinder (4) is provided with a plurality of air outlet holes; the air inflating hole and the air outlet holes are provided with ball valve switches respectively; and the inflation sleeve (10) is an ordinary bicycle inflation sleeve for supplying air to the air distribution cylinder (4). The pressure testing device for the coke oven heating gas pipeline disclosed by the invention has the advantages of increase in the pressurizing speed and saving in labor force investment due to the application of the hydraulic jack.

The invention relates to the field of wet-type magnetic material molding, in particular to a servo control system device applied to wet-type magnetic material molding. The servo control system device applied to wet-type magnetic material molding is simple and ingenious in design, time and labor are saved, system valve pipes are simple in structure, operation is safe and reliable, switching operation between the high speed and the low speed can be achieved, and the requirements of a high-requirement product production standard can be met.

The invention discloses touch tool full-automatic braze welding equipment. The touch tool full-automatic braze welding equipment is characterized in that a welding mechanism is arranged on a table, corresponding executing mechanisms are arranged around the welding mechanism, that is, the touch tool feeding mechanism is arranged on a first station, the soldering lug feeding mechanism is arranged ona second station, the touch spot feeding mechanism is arranged on a third station, and the discharging mechanical hand and a material box are arranged on a fourth station; the welding mechanism comprises a portal type U-shaped frame, the upper portion of the U-shaped frame is provided with a pressing unit, and an upper electrode assembly is arranged on the lower portion of the pressing unit; andthe lower portion of the U-shaped frame is provided with a suspension supporting unit. According to the touch tool full-automatic braze welding equipment, through a four-stage heating mechanism, a four-stage flexible pressurizing mechanism, a seamless pressurizing fitting mechanism and an automatic feeding mechanism, full-automatic braze welding of a touch tool and a touch spot is achieved, the welding quality is stable, the working efficiency is high, and the equipment cost is low.

The invention relates to a water treatment device, in particular to a blue-green algae salvage and pressurized control ship. The blue-green algae salvage and pressurized control ship is characterized by comprising a ship body, wherein a water feeding main pipe, two pressurization tanks, a water discharging main pipe, an air compressor and a generator set are arranged on the ship body; one end of the water feeding main pipe is connected with a blue-green algae collection pump through a water pipe, and the other end of the water feeding main pipe is connected with the two pressurization tanks through water pipes respectively; a water feeding valve is arranged between the water feeding main pipe and each of the two pressurization tanks; the water discharging main pipe is connected with the two pressurization tanks through water pipes respectively; a water discharging valve is arranged between the water discharging main pipe and each of the two pressurization tanks; the air compressor is connected with the two pressurization tanks through air pipes respectively, and an air feeding valve is arranged between the air compressor and each of the two pressurization tanks; and the generator set is connected with the air compressor and the blue-green algae collection pump through lead wires respectively. The blue-green algae salvage and pressurized control ship is high in flexibility, high in handling capacity and applicable to prevention and control treatment of large-area water blue-green algae outbreak.

The invention discloses a servo electrohydraulic composite pressure method, comprising the following steps: 1) arranging a stander; 2) arranging an upper hydraulic device on the stander, 3) arranging a closed ring servo electrohydraulic control system, wherein the closed ring servo electrohydraulic control system is connected with the upper hydraulic device, and controls the work situation of the upper hydraulic device; the invention further discloses a press machine which implements the method; the method provided by the invention uses a servo electrohydraulic technology to replace the traditional electrohydraulic control technology, which has simple manufacturing, high efficiency, little power consumption and high control precision; the position control precision can reach to 0.01 to 0.02 millimeters; the pressing, the tensioning, the de-molding, the full deciding and other functions can be realized simultaneously, so the method has a comparatively high processing flexibility; the press machine provided by the invention is rational in structure, little in volume, stable in work, high in capacity, little in noise, and wide in application range. The advantages of a mechanical punching machine, a hydraulic punching machine and a numerical control are integrated, so the press machine has the advantages of multi-function, low cost, large pressure tonnage, etc.