135results about How to "Improve suction capacity" patented technology

The invention provides a novel sweeping and absorbing integrated cleaning mechanism. The novel sweeping and absorbing integrated cleaning mechanism comprises a rotating cleaning brush carried by a sweeper. A shell making contact with the ground in a soft mode covers the rotating cleaning brush. A pumping pipeline is communicated with the upper portion of the shell. Due to the adoption of the technical scheme, the novel sweeping and absorbing integrated cleaning mechanism breaks through the structural form of traditional sweepers and integrates a rubbish brushing and sweeping mechanism and a rubbish pumping mechanism; the cleaning brush is rotated to brush and sweep rubbish in the shell in a rotating mode, is prevented from being absorbed on the ground and is in a free floating state. Negative pressure is formed in the shell through the pumping pipeline, the rubbish is pumped to a rubbish can of the sweeper through the pumping pipeline and is stored, and the cleaning brush is rotated to be matched with the shell and the pumping pipeline to form an Archimedes spiral type rubbish absorbing structure. The novel sweeping and absorbing integrated cleaning mechanism is strong in rubbish pumping and intake capacity and overcomes the defects that the traditional sweepers are single in structure and poor in cleaning ability. Compared with the prior art, the novel sweeping and absorbing integrated cleaning mechanism is thorough in road surface rubbish cleaning, efficient, novel and reasonable in structure and strong in practicability.

A cyclone-type sucking-exhausting machine features that the clean air is blown by blower into a cyclone chamber, where a cyclone is generated, which rotates along the inner surface of cyclone chamber to generate a central negative region for sucking the dust, garbage, oil soot, and harmful gas or substances into an exhaust barrel and then exhausting them. Its advantages are high efficiency and safety, reasonable structure, low noise and wide application range.

The invention relates to a piston pump for conveying a fluid, in particular in a vehicle brake system. The piston pump has a cylinder and a piston movably disposed in the cylinder. A restoring element preloads the piston, and a drive unit for actuates the piston in the cylinder to pump the fluid into a pressure chamber formed in the cylinder. The piston is embodied by a first piston par and a second piston part. The first piston part is a cylindrical body, which can be moved by the drive unit. The second piston part form the piston base, in which four radial inlet openings and one axial connection opening for communication with the pressure chamber are disposed. A flange for the disposition of a seal is disposed on the outer circumference of the piston base element. The openings are simple to make in the face ends and circumferential regions of the second piston part.

The invention relates to a robot system, comprising a robot and a base, wherein the robot comprises a robot body (101), the bottom of the robot body (101) is provided with an ash entrance (103), the robot body (101) is internally provided with a dust box (102), and an air channel (104) is formed among the ash entrance, the ash inlet of the dust box (102) and the case of the robot body (101); the base (200) comprises a dust collection box (202) and a vacuum source (201); the air channel (104) is internally provided with a rib plate (106), the space of the air channel (104) is divided into a first air channel (1041) and a second air channel (1042), the ports of the two parts are a first ash entrance and a second ash entrance respectively; in an ash discharge mode, under the suction action of the vacuum source (201), gas enters into the dust box (102) along the first ash entrance, and ash is discharged into the dust collection box (202) from the second ash entrance. In the invention, the rib plate (106) is arranged, and the air velocity in the dust box (102) is improved, thus the ash sucking capability is greatly improved.

The invention relates to an electric-controlled permanent magnetic chuck, comprising a coil, a magnet steel, a magnet yoke and a permanent magnetic chuck of a magnetic pole, wherein the magnet steel is composed of a reversible magnet steel and a non-reversible magnet steel. The reversible magnet steel is used in a main magnetic circuit; the coil is arranged around the reversible magnet steel and the non-reversible magnet steel is arranged at two sides of the reversible magnet steel as the auxiliary magnet steel. The magnet yokes are arranged at two sides of the reversible magnet steel and the non-reversible magnet steel. The end of the magnet yoke is connected with the magnetic pole. The main magnetic circuit consists of reversible magnet steel, coil, magnet yoke, magnetic pole and sucked objects and the auxiliary magnetic circuit consists of the non-reversible magnet steel and the non-reversible magnet steel magnetic conduction connecting board. The main magnetic circuit structure and the auxiliary magnetic circuit are connected into an integral structure by a non-magnetic conductor. The invention is suitable for swinging a plurality of square billets and high-temperature square billets after heat insulating process. The mobile magnetic pole can greatly increase the suction efficiency for a long period application. The invention greatly expands the application range of the electric-controlled permanent magnetic chuck and provides a new way for the development of the hoisting electromagnet.

Two-for-one twisting spindle having a pneumatically actuated threading device, with a spindle shaft rotatable about a vertical axis partially configured as a hollow shaft with a lower feed bore extending coaxially to the rotational axis, and with an injector element opening into a thread guide channel of a thread guide ring temporarily connectable during threading to a compressed air source. Part of the compressed air feed to the injector element is formed by the feed bore. The compressed air feed comprises a connection element (27) with a curved air channel (26), which connects the feed bore (24) to the injector element (16). The connection element (27) is configured as a separate component and the air channel (26) is adapted to the flow requirements.

The invention discloses a horizontal crusher belongs to the crusher technical fields, including a crushing chamber formed of the closing end plate and the lateral plate, the top of the chamber sets a feed inlet, while the inner of the chamber sets a rotor which is fixed on a chief axis horizontal crossing two end plate, the chief axis is fixed on the frame through the bearing, the lower of the chamber sets a discharge door, the space between the chamber and the discharge door is separated with the cribellum with many holes, the cribellum is fixed outside of the rotor half encompassing, and at least on side of the end plate which is in the excircle orthogonal projection of the rotor is fitted with a secondary air inlet. Said invention can destroy the circulating layer in the crushing chamber, which improves the efficiency of the crusher.

A side channel pump, preferably a vacuum pump, includes a driven rotor (16) and a fixed stator (14). The rotor (16) and the stator (14) define a pump channel circulating in a peripheral direction. Blades are fixed onto the rotor, protruding into the cross-section of the pump channel. The pump channel also includes a blade-free side channel (44). The pump channel (22) containing the side channel (44) extends in a helical manner around the rotor (16). The pump channel is advantageously not limited to the length of a winding but can have the length of substantially any number of uninterrupted windings. As a result, a high suction performance and a high compression ratio in the pump can be obtained.

The invention provides a suction structure and a suction method for an air suction device of a sewing machine. The air suction device comprises a dustbin storing waste materials. The top cover of the dustbin is provided with an air inlet and a suction outlet. The exhaust inlet is communicated with an air suction motor. The dustbin is internally provided with a spiral air suction channel communicated with the suction outlet. The spiral air suction channel is used to make spiral airflow form in the dustbin under the suction forces of the air suction motor, so as to form a strong negative pressure region, and make the air inlet of the dustbin have very strong suction forces. Under the condition that the power of the air suction motor is not changed, the strongest air suction effect is achieved.

The invention relates to a deep sea steel catenary vertical pipe touchdown point power response analyzing method. The method includes: simulating a steel catenary vertical pipe a large-deflection camber beam model, using the movement of a floating platform as the top end boundary condition of the vertical pipe, using a P-y curve method to numerically simulate the mutual effect, including linear elasticity rigidity when a seabed does not deform, the suction force effect when the vertical pipe leaves the seabed and nonlinear rigidity in a reciprocation effect, of the steel catenary vertical pipe and the seabed, building the mutual effect model of the steel catenary vertical pipe and the seabed, combining the mutual effect model with the movement equation of the floating platform and the simulating module of the steel catenary vertical pipe, and applying the combined model to the steel catenary vertical pipe touchdown point power response analyzing. The method has the advantages the existing methods simulating the seabed into a linear elastic spring or a rigid seabed are modified, the mutual effect of the steel catenary vertical pipe and the seabed can be accurately simulated, and calculation precision of steel catenary vertical pipe touchdown point power response analyzing is increased.