42results about How to "Fully meshed" patented technology

The invention relates to the field of machinery, particularly to an adjacent conveying roller transmission structure. According to the technical scheme, the adjacent conveying roller transmission structure is composed of a frame, two conveying rollers, a first gear, a second gear, a housing and a floating transmission structure, wherein the first gear and the second gear are fixedly connected to the corresponding conveying rollers, the housing is fixedly connected to the frame, and the floating transmission structure is fixedly arranged on the housing. The housing comprises a mounting plate connected to the frame through screws and an abutting plate, which is fixedly connected to the upper portion of one surface of the mounting plate and abuts against the frame on both sides; the floating transmission structure comprises a fixing seat fixedly connected to the low portion of the mounting plate, a floating seat arranged above the fixing seat, springs arranged between the fixing seat and the floating seat, and a third gear which is rotatably connected to the floating seat and engaged with the first gear and the second gear. The adjacent conveying roller transmission structure can effectively avoid jamming of the conveying roller and accordingly improve the stability of an entire conveying system.

The invention discloses a roller adjusting mechanism of a small standard copper belt rolling machine, comprising an installation plate, a worm, a worm sleeve, a hand wheel, a nut, bevel gears I and II, synchronous pulleys I and II, a reduction motor and an electromagnetic clutch, wherein the installation plate is fixed on a rack provided with a roller to be adjusted in a support mode, the worm is arranged on the installation plate provided with screw shafts I and II, the bevel gear I is fixed on the screw shaft I and is meshed with the worm, the bevel gear II is fixed on the screw shaft II, the worm sleeve is sheathed at the worm and is meshed with the bevel gear II, the hand wheel is fixed at the outer end of the worm sleeve, the nut is arranged at one end of the worm, the synchronous pulley I is sheathed at the other end of the worm, the electromagnetic clutch is positioned at the outer end surface of the synchronous pulley I, the synchronous pulley II is arranged at the reduction motor, and the synchronous pulleys I and II are connected by a synchronous belt. According to the roller adjusting mechanism of the small standard copper belt rolling machine, adjustment on the small standard copper belt rolling machine is realized, the adjusting is simple, the labor intensity is low and the production efficiency is high.

The invention discloses a uniform load system of a planet mechanism. The uniform load system comprises a synchronous uniform load mechanism which is in transmission connection to the part among planet wheels in the planet mechanism and is used for synchronously adjusting the positions of the planet wheels to achieve the uniform load. According to the uniform load system of the planet mechanism, after the planet wheels are adjusted to be sufficiently engaged with an inner gear ring and a sun wheel, the synchronous uniform load mechanism is arranged, and the planet wheels synchronously rotate. Accordingly, sufficient meshing among the planet wheels, the inner gear ring and the sun wheel is kept, a meshing gap between the planet wheels in the planet mechanism is eliminated, and the running delay of the planet wheels is avoided.

The invention discloses an anti-vibration control method for a motor of a hydrogen fuel cell vehicle. The anti-shake control method includes: the vehicle controller recognizes the driver's operation intention, and judges according to the operation intention whether the vehicle has the conditions for entering the motor anti-shake preparation state; when the conditions for entering the motor anti-shake preparation state are met, the vehicle The controller judges whether the motor needs anti-shake processing according to the collected accelerator opening signal, brake depth signal, gear switch state signal, handbrake state signal and vehicle state information; when it is judged that the motor needs anti-shake processing, the whole The vehicle controller sends a target torque signal to the motor controller, and the motor controller controls the motor to execute the target torque. This method is based on the car's own vehicle controller and motor controller to realize the anti-shake of the motor. The anti-shake control process is simple and does not require additional hardware costs; this method has high reliability and can effectively prevent the motor from shaking and protect the car. Continuity and comfort of driving.

The invention relates to a running positioning device for a double-beam trolley of a crane. The device is characterized by comprising a holder and a support shaft installed on the holder, wherein two ends of the support shaft are respectively fixedly provided with a gear and rotatable counter, a rack engaged with the gear is fixed mounted on a crane girder, the holder includes an upper holder and a lower holder, the upper holder is fixed on an end beam of the trolley, the left end at a lower part of the upper holder is hinged with the left end at an upper part of the lower holder, the right end at the lower part of the upper holder is connected to the right end at the upper part of the lower holder through a bolt, the bolt is sleeved by a spring which is arranged between the upper and the lower holders, and the support shaft is mounted on the lower holder. The invention transmits the signal to a control system through the rotatable counter catching the engagement tooth number of the gear and the rack, and the control system performs frequency conversion to an electrical machine based on the signal and the actual measurement residual distance signal, the speed gradually reduces from high to a predetermined position, the electrical machine powers off, the trolley stably stops; and the connection mode of the upper and the lower holder ensures the gear and the rack to fully engage through the up and down fluctuation of the lower holder under the condition of unsmooth contact surface of the girder and the rack.

The invention discloses a core-pulling machine for flue gas conveying pipes, which relates to core-pulling equipment and is used to solve the problem of difficult core-pulling in the rubber hose production process, including a bearing frame for carrying the rubber hose, a positioning frame for fixing the rubber hose, The guide rail arranged on the side of the positioning frame away from the bearing frame, the core-pulling device slidably arranged on the guide rail, the core-pulling device includes a slide frame set on the guide rail, set on the slide frame and used to grab the mold The clamping mechanism of the core column, the driving mechanism set on the sliding frame and used to drive the sliding frame to move along the guide rail; the weight of the rubber hose and the mold core column is borne by the carrier frame, and the rubber tube is fixed by the positioning frame, and finally the sliding frame The core-pulling structure of the upper core-pulling device can perform core-pulling operations on rubber hoses of various weights and sizes, which can reduce the labor intensity of the operator and reduce the difficulty of the operation caused by the huge volume of the mold core column, so as to achieve The purpose of facilitating the core-pulling operation of the rubber hose.

The invention relates to the technical field of speed reducers, and particularly provides a wave generator, a harmonic reducer and a drive system. The wave generator comprises a cam and a flexible neutral layer, wherein an outer edge outline molded line of the cam comprises a first molded line located in a meshing area and a second molded line located in a non-meshing area; the second molded line is a cosine cam molded line; the first molded line has radial increment compared with the second molded line, so that the polar radius, located in the meshing area, of the cam is increased; and the first molded line and the second molded line are continuously and guidably connected in a transition way. According to the wave generator, the harmonic reducer and the drive system provided by the invention, through increasing the polar radius of the meshing area, the radial deformation amount, in a meshing area, of a flexible wheel is increased, flexible wheel teeth and rigid wheel teeth located at a semi-meshing state are sufficiently meshed, and the meshing tooth number of the meshing area is correspondingly increased, so that the meshing stress of the flexible wheel teeth is reduced, and a bearing capacity of the speed reducer is improved.

The invention discloses a pig feed conveyor. The pig feed conveyor comprises a feeding pipe, troughs, discharge pipes, a conveying chain, cable trays, a material tower and a driving device. A horizontal pipe segment of the feeding pipe is provided with a cable tray cleaning device. The cable tray cleaning device comprises an upper drum and a lower drum, both of which are capable of adjusting upwards and downwards. Hairbrushes are arranged in drums. Open slots are arranged in drum walls. The outer walls of the drums are provided with tooth rings and guide rail rings. When the upper drum and the lower drum are combined as an overall body, the conveying chain and the cable trays are cleaned by means of the hairbrushes. The pig feed conveyor has following beneficial effects: the pig feed conveyor is capable of cleaning the conveying chain and the cable trays on a regular basis in order to prevent caked feed caused by mildew from mixing into fresh feed, thereby ensuring quality of feed and reducing abrasion of attachments to a sprocket wheel; therefore, the conveying chain is fully engaged with a sprocket wheel in order to ensure working stability of mechanical equipment and reduce maintenance frequency of equipment; and the pig feed conveyor is worth prompting and applying.