51results about How to "Meet structural needs" patented technology

The invention discloses an overturning hopper. The overturning hopper comprises a hopper body, a hopper revolving support and an overturning mechanism, wherein the overturning mechanism comprises a link and a crank, one end of the link is hinged onto the hopper body, the other end of the link is hinged with the crank, and the other end of the crank is hinged onto a crank revolving support through a crank rotary shaft; and the receiving point and the unloading point of the hopper are both arranged at or close to the dead point of the overturning mechanism through optimizing the starting point and the ending point of the crank, so that the impacted force working condition of speed reducer equipment is optimized during the loading and the unloading of the overturning hopper. According to the mechanism, the centre-of-gravity position of the hopper body and the centre-of-gravity position of the hopper after the loading are further optimized, so that the centre of gravity of the hopper body is located between the revolving hinge point of the hopper and the supporting hinge point of the link and close to the revolving hinge point of the hopper; and requirements on the output torque of a speed reducer are greatly lowered by virtue of the force amplification effect of the link, so that the weight of the speed reducer equipment and the power of a tilting motor are greatly reduced, and the motor power and the energy consumption of the system are saved.

The invention provides a robot arc welding method suitable for splicing of horn-shaped structures. The method comprises the following steps that every two horn-shaped plates to be assembled are spliced, and protrusion parts are arranged on splicing heads and are used for filling materials into welding seams in a splicing welding mode; the horn-shaped plates to be assembled are assembled and fixed; a welding space lattice is set; welding gun paths are determined according to the welding space lattice and are stored in an arc welding robot. The robot arc welding method improves welding seam forming evenness and welding quality stability. Compared with manual argon tungsten-arc welding, pulse welding of the arc welding robot forms fish scale-shaped welding seams which are even and beautiful. Acquired welding seams are uniform in weld penetration under connector size characteristic control. Compared with a horn body formed by furnace brazing in a furnace, welding seams formed by welding according to the robot arc welding method do not have residual brazing fluxes, follow-up machining processes are reduced, and salt mist resisting performance, hot and humid resisting performance and mildew preventing performance of a connector are improved.

The invention discloses an air duct structure for a fishing boat cabin. A box-shaped structural beam is arranged on the top of the fishing boat cabin, an air duct of the fishing boat cabin is arrangedin the box-shaped structural beam, a rotary blowing device is further arranged in the air duct, and compression air is introduced into the rotary blowing device. According to the air duct structure,the box-shaped structural beam is used as a cabin supporting beam, the existing box-shaped structural beam can be fully utilized to build the air duct without specially constructing an independent type air duct, the requirements of the fishing boat cabin structure are met, the occupation of the fishing boat cabin space can be greatly reduced, and coordination between a cabin device and the cabin space is improved. The structure is provided with the rotary blowing device, air flow with high impact force can be rotatably blown in the air duct, the inner wall of the air duct is completely cleaned, dust is not prone to deposition, and the cleanness of the air duct is ensured.

The invention discloses a multi-functional door column for rail vehicles. The multi-functional door column is formed by enclosing an arch surface and at least two vertical surfaces. The connecting part of the first vehicle surface and the arch surface is provided with a clamp groove, and a finger rubber strip is inserted in the clamp groove; the first vehicle surface is provided with two C-shaped grooves, and the connecting part of the first vertical surface and the second vertical surface is provided with the C-shaped groove; the top parts of the first vehicle surface and the second vertical surface are fixedly connected with the steel structure of the vehicle top; the bottoms of the first vehicle surface and the second vertical surface are fixed with the steel structure of a bottom frame; a door-side handrail installation seat is arranged at the inner part of the arch surface, and the arch surface is provided with a handrail installation hole; and a door-side handrail is fixed with the door-side handrail installation seat after being inserted in the handrail installation hole. The multi-functional door column for the rail vehicles is not a single part, but a built-in structural part of the vehicle, so that the multi-functional door column for the rail vehicles can provide the installation structure for the installation of other devices while meeting the structural needs, is capable of realizing modularization, general utilization and multi-purpose of a part and reducing the manufacturing cost of the vehicle. The multi-functional door column for the rail vehicles is skillfully constructed and conveniently and quickly installed, is simple in structure, and provides the interfaces for installation of the multiple devices.

A method for multiplexing video input and component input interfaces in a television receiver, the video signal includes one video signal and two left and right audio signals, the component signal includes one luminance signal and two color difference signals; the same group of RCA signal terminals is used , through the signal channel switching circuit, the common use of video signal and component signal input terminals is realized. On the premise of ensuring the number of signal channels, the number of signal input terminals is greatly reduced, and the structural requirements of the flat panel TV are met.

A hydraulic output connection structure applied to tractors and used with agricultural implements comprises a hydraulic output bottom plate, a bolt, a hydraulic output cover plate, an O-shaped seal ring I, two O-shaped seal rings II, a hydraulic output valve connecting plate, hydraulic output oil pipes, O-shaped seal rings III, and hydraulic output pipe joints. The hydraulic output valve connecting plate is mounted on the hydraulic output bottom plate. The O-shaped seal rings II are mounted at the end of the hydraulic output valve connecting plate which is fastened through the bolt; one end of one hydraulic pipe joint and one end of the other hydraulic pipe joint are tightened in two threaded holes of the hydraulic output connecting plate; the O-shaped seal rings III are set at the other ends of the hydraulic pipe joints; and the hydraulic pipe joints are connected with two hydraulic output oil pipes. The hydraulic output connection structure has the advantages that the structure need of the tractors used with various types of agricultural implements for multi-unit hydraulic output is met, the hydraulic output connection structure is convenient to mount and demount, simple in structure, low in cost and reliable in performance, and the application range of tractors, required by users, is wider.

The invention relates to a double-sided heating steam generator, which comprises an electrical heat source and a steam generator shell, the electrical heat source is provided with two heating surfaces which are opposite from each other, the steam generator shell is provided with two opposite heated surfaces, and the electrical heat source is located between the two heated surfaces. The double-sided heating steam generator provided by the invention adopts the double-sided heating principle to increase thermal efficiency.

The invention discloses an array-type magnetic circuit. A plurality of groups of magnets are arranged in a conventional magnetic conductive support to form a magnetic field forming part in a manner of various combinations; magnetic clearances used for putting coils are reserved among the magnets; the magnetic circuit has the common characters that the polarities of the magnets on both sides of the same magnetic clearance are arranged in the same direction, and opposite to the polarities of the magnets on both sides of the other magnetic clearance, so as to ensure that driving forces of magnetic force lines generated by a plurality of groups of magnets to the coils in the magnetic clearances are superposed in the same direction. The invention further discloses a transducer of an array-typemagnetic circuit made by adopting the magnetic circuit; a coil and a vibrating membrane in the transducer can be connected in a parallel manner or a perpendicular manner, and is matched with the magnetic circuit. The magnetic circuit and the transducer have the advantages of low energy consumption, high efficiency, small distortion and compact structure; furthermore, the magnetic circuit and the transducer can be made into various shapes that are particularly suitable for long-narrow or gap-shaped structures, and include various fields such as communication and, broadcast fields.

A socket connector for docking with a plug connector, comprising: an insulating body and a mating terminal, the insulating body includes a pair of longitudinal side portions extending in a longitudinal direction and a pair of lateral side portions extending in a transverse direction perpendicular to the longitudinal direction , the longitudinal side and the lateral side jointly form a receiving cavity for accommodating a central portion, each of the longitudinal sides has a middle thickened portion; two rows of through-slots are formed in the insulator, and the through-slots are respectively Including the longitudinal side portion; the butt terminals are in two rows and are held in the through slot. The through-slot is covered by the insulator in the lateral direction only at the place corresponding to the middle thickened portion, while the rest of the through-slot is not covered by the insulator in the lateral direction. The present invention utilizes the feature that the through groove on the socket connector is located in the middle thickened part and is covered by the insulator, while the rest of the through groove is not covered by the insulator in the lateral direction, so that the middle thickened part protects the through groove and the butt terminal , to meet the structural requirements of specific board-to-board connectors.