30results about How to "Increased chance of impact" patented technology

The invention relates to an oil and gas separator with adjustable flow and parallel multi-branches. A feeding pipe transporting the gas-oil mixture, an oil outlet pipe connected with an oil pump and an exhaust pipe system discharging gas separation material are disposed on a cylindrical shell. The cylindrical shell is provided with a centrifuging oil-removing unit, a labyrinth-type oil-removing unit and at least two columns of filtering oil-removing units in order, and the outlets of the filtering oil-removing units are connected with the exhaust pipe system. A plurality of filtering oil-removing units have different sizes. The exhaust pipe system comprises a plurality of exhaust pipes corresponding with the filtering oil-removing units one-to-one, and each exhaust pipe is provided with a minimal pressure valve and a valve used for opening and closing the pipeline at the position near the outlet of each filtering oil-removing unit. The oil and gas separator integrates the effect of filtration, gravity and centrifugal force, and the technical requirement of the test system with wide range, high efficiency and low cost can be solved by means of different combination mode of parallel-type controllable exhaust pipe system, so that the functions of cyclic utilization of the lubricating oil and performance test of multi-standard compressor can be realized efficiently and reliably.

The invention relates to a labyrinth oil-gas separation chamber equipped with a turbine. The invention includes a labyrinth oil-gas separator, a pressure regulating valve, a non-woven fabric filter core and a turbine. The pressure regulating valve is arranged on the wall of the labyrinth oil-gas separation chamber, and the mixed oil mist from the crankcase enters the labyrinth oil-gas separation chamber through the pressure regulating valve and the mixed oil mist inlet. The turbine is assembled on the free end of the camshaft, and the inlet of the turbine is provided with a non-woven filter element which can filter the water and oil in the mixed gas; the outlet of the turbine is connected with a labyrinth oil-air separator through an interface. A toothed baffle made of engineering plastics is arranged inside the labyrinth oil-gas separator. The rotation of the turbine in the invention effectively reduces the temperature of the flowing oil mist in the labyrinth, increases the flow rate of the oil mist, increases the condensation rate of the oil particles, and increases the pressure of the air outlet.

The invention discloses a roller-type valve plate finishing machine comprising a support. The roller-type valve plate finishing machine is characterized in that support plates are disposed on both sides of the top of the support; a horizontal frame between the two support plates is provided with a polishing roller with a feeding port; the polishing roller comprises a multi-prism cylinder with twoopen ends; both ends of the cylinder are provided with a multi-pyramid sealing part integrally formed with the cylinder; an end shaft mounted on the support plates and integrally formed with the sealing part is arranged in the center of the sealing part; the end shaft is connected with an output shaft of a motor; a polishing body assembly mounted on an inner wall is arranged inside the polishing roller. The roller-type valve plate finishing machine has the advantages of increasing impact probability between valve plates and the polishing roller with the polishing roller comprising the multi-prism cylinder with two open ends and the multi-pyramid sealing part, increasing the friction between the valve plates and a polishing body with the polishing body assembly mounted on the inner wall ofthe polishing roller so as to strengthen polishing effect and improve polishing efficiency, being capable of removing burrs on the surfaces of the valve plates, and having good polishing effect and high polishing efficiency.

The invention discloses an air-cooled airfoil type elliptical tube demister and its demisting method, comprising an airfoil elliptical tube bundle defogging system arranged on the top of a desulfurization tower, and a device for introducing cold wind into the airfoil elliptical tube bundle defogging system Cooling air automatic diversion system. The airfoil elliptical tube bundle defogging system is composed of a multi-layer dot matrix staggered arrangement of tube bundles with an elliptical cross-section, and arc-shaped wings are symmetrically arranged on both sides of each elliptical tube bundle; the directional circulation flushing water system includes multiple A layered, array arrangement of nozzles that spray water downwards between the airfoil elliptical tube bundles and nozzles that spray water upwards directed along the inner tangent of the arc-shaped wings; the cooling wind automatic diversion system includes respectively arranged at the windward end of the tube row array and multiple wind deflectors on the leeward end. The demister combines inertial separation, centrifugal separation and condensation separation. It has the characteristics of high fog and dust removal efficiency, low energy consumption, and no dead angle for flushing. It can effectively reduce the "gypsum rain" produced after flue gas desulfurization.

The invention discloses a low-resistance air-cooled drop-type tube mist eliminator and a demisting method thereof, comprising a drop-shaped tube bundle defogging system arranged at the top of a desulfurization tower, a cooling air automatic Diversion system. The drop-shaped tube bundle defogging system includes a multi-layer lattice staggered arrangement of a water-drop-shaped tube row array; the graded directional flushing water system is composed of a plurality of upward and downward jetting water streams arranged in layers and arrays between the water-drop-shaped tube bundles. The nozzle is formed; the cooling air automatic guiding system includes a plurality of wind deflectors respectively arranged in the perennial wind direction of the windward end and the leeward end of the pipe row array. The mist eliminator combines inertial separation and condensation separation, and has the characteristics of high demisting and dust removal efficiency, low resistance, low energy consumption, not easy to scale and block, water saving, etc., and can effectively reduce the "gypsum rain" generated after flue gas desulfurization. ".

The invention relates to a kitchen cooking appliance, especially an automatic food processor, which is characterized in that it includes: a machine body; The inner wall is provided with inwardly protruding spoiler ribs; the motor is located on the outside of the crushing cup, and the rotating shaft driven by the motor penetrates the cup wall of the crushing cup and extends into the crushing cup; the crushing blade is located in the crushing cup and installed At the end of the rotating shaft; the peripheral wall of the crushing cup is connected to the bottom through a transition part. After the crushing cup is tilted, the line connecting the highest point of the transition part to the lowest point of the cup mouth is L, and the transverse plane where L is located is M , wherein, the spoiler ribs are at least arranged on the inner wall of the crushing cup below the plane M. The food processing machine of the present invention has no excessive requirements on the rotational speed of the motor, can further improve the crushing efficiency to the filter-free level, and can perform operations such as automatic cleaning and automatic liquid drainage.

The invention discloses a boiled egg shelling apparatus and relates to a food processing apparatus. The boiled egg shelling apparatus comprises a shell breaker; the shell breaker is a container and is cylindrical in shape; a central axis hole is formed in the bottom surface of the shell breaker and connected with a power apparatus; the power apparatus drives the shell breaker to rotate; a pair of shelling shafts are arranged in the shell breaker; a gap between the shelling shafts is smaller than the outer diameter of an egg; the pair of shelling shafts rotate in the opposite direction at the same speed; a water container is arranged below the shell breaker; the lower part of the water container clings to an electric heating plate; the motion directions of the close ends of the shelling shafts are both upward; cavities are formed in the shelling shafts; a plurality of air holes connected with each cavity are formed in the surface of the shelling shaft; an included angle of 30-90 degrees is formed between each air hole and the radial direction of each cavity; an air compressor is arranged and connected with the cavities; an air outlet is formed in the top of the shell breaker; and arc-shaped baffles are arranged at the lower parts of the shelling shafts. According to the apparatus, automatic shelling can be realized and the egg can be prevented from being scratched.

The invention discloses a static electricity controllable abrasive particle flow processing method based on a charge tip aggregation effect. An abrasive particle flow with non-electrolyte as a carrieris subjected to a high-voltage electrostatic field to be charged, so that the distribution of the abrasive particles in the flow field can be controlled, and negative influences produced by abrasiveparticle size unevenness and large-particle-size abrasive particles in the processing process are reduced; an electric field is applied to the flow field, the distribution characteristics of the abrasive particles with the negative charge on the collision area on the surface of a workpiece with the positive charge are changed through the electric charge tip aggregation effect, the possibility of collision of the abrasive particles to the microscopic surface crest of the workpiece is increased, workpiece surface crest removal is accelerated, the flow-in angle of the abrasive particles is periodically swung in a pulse mode, the optimal polishing alternating force acting on the workpiece is obtained by effectively adjusting and controlling the pulse frequency and the swing angle, and it is ensured that the high-quality surface is obtained on the premise of efficient removal.