67results about How to "Overcome technical issues that don't work together" patented technology

The invention relates to a two-stage bumper capable of protecting temperature which comprises a head-stage bumper and a tail-stage bumper. The head-stage bumper and the tail-stage bumper respectively comprise respectively a cylinder body of a round barrel body shape, a cylinder body cover is arranged on the opening end of each cylinder body in a sealing mode, a piston rod is movably matched in a center through hole of each cylinder cover in a sealing mode, a piston body assembly is arranged at the right end of each piston rod, suitable for conducting piston motion in each cylinder body, and movably matched with the inner wall of each cylinder body in a sealing mode. The cylinder body of the head-stage bumper forms the piston rod of the tail-stage bumper, temperature sensors are arranged on the right end faces of the piston body assembly of the head-stage bumper and the piston body assembly of the tail-stage bumper, the temperature sensors are suitable for detecting temperature of media and connected with a PLC, a nixie tube is arranged at the outer barrel wall of the two-stage bumper, and the PLC is suitable for displaying the temperature of the media through the nixie tube.

The invention relates to a working method of a two-stage bumper with a temperature protection function, wherein the two-stage bumper comprises a head-stage bumper and a tail-stage bumper. The head-stage bumper and the tail-stage bumper respectively comprise a cylinder body of a cylinder shape, a cylinder cover is arranged on the opening end of each cylinder body in a sealing mode, a piston rod is movably matched in a center through hole of each cylinder cover in a sealing mode, a piston body assembly is arranged at the right end of each piston rod, suitable for conducting piston motion in each cylinder body, and movably matched with the inner wall of each cylinder body in a sealing mode. The cylinder body of the head-stage bumper forms the piston rod of the tail-stage bumper, temperature sensors are arranged on the right end faces of the piston body assembly of the head-stage bumper and the piston body assembly of the tail-stage bumper, the temperature sensors are suitable for detecting temperature of mediaand connected with a PLC, a nixie tube is arranged at the outer cylinder wall of the two-stage bumper, and the PLC is suitable for displaying the temperature of the media through the nixie tube.

The invention relates to a three-stage buffer with piston movement adjusted by a processor according to impact pressure. The three-stage buffer is composed of a front-stage buffer body, a middle-stage buffer body and a tail-stage buffer body. The buffer bodies each comprise a cylindrical cylinder body filled with a buffer medium, cylinder covers are arranged at the opening ends of the cylinder bodies in a sealed manner, piston rods are in sealed movable fit with center through holes of the cylinder covers, and piston body assemblies are arranged at the right ends of the piston rods, are suitable for conducting piston movement in the cylinder bodies and are in movable sealed fit with the inner walls of the cylinder bodies. The cylinder body of the front-stage buffer body serves as the piston rod of the middle-stage buffer body and the cylinder body of the middle-stage buffer body serves as the piston rod of the tail-stage buffer body. A pressure sensor used for detecting the pressure of the medium is arranged on the right end face of the piston body assembly of the middle-stage buffer body. The piston body assemblies of all the buffer bodies are suitable for adjusting the reciprocating flow of the medium in the corresponding cylinder bodies in the piston movement process according to the medium pressure detected by the pressure sensor, so that the moving speeds of pistons are controlled.

The invention relates to an intelligent stacking device for hollow blocks and bricks. The intelligent stacking device comprises an automatic feeder, a positioner and a robot, wherein the automatic feeder is used for hanging and conveying a steam-curing car to a stacking area, the positioner is used for limiting the steam-curing car to the stacking area, and the robot is used for stacking on the steam-curing car. The positioner comprises a support arm and a cylinder used for supporting or putting down the support arm, and is fixed on the upper end face of a slider which is in slide fit with a guide rail. A cushioning device is arranged at the left end of the guide rail and used for cushioning slider impact force generated when the steam-curing car impacts on the positioner; the cushioning device cushions the slider impact force when the steam-curing car impacts on the supported support arm so as to relieve pressure on the cylinder due to impact of the steam-curing car. Since the cushioning device cushions the impact force of the steam-curing car on the cylinder when the steam-curing car impacts on the supported support arm, the impact force on the cylinder can be relieved effectively, and service life of the cylinder is prolonged.

The invention relate to a working method of a full-automatic hydraulic forming machine for bricks. The full-automatic hydraulic forming machine comprises an automatic feeder and a positioner. The positioner comprises a support arm and a cylinder used for supporting or putting down the support arm. The positioner is fixed on the upper end face of a slider in slide fit with a guide rail. A cushioning device is arranged at the left end of the guide rail and used for cushioning slider impact force generated when a steam-curing car impacts on the positioner. The right end face of the cushioning device is in close contact with the left end face of the slider. The working method specifically includes when the steam-curing car impacts on the supported support arm, the cushioning device cushions the slider impact force so as to relieve pressure on the cylinder due to impact of the steam-curing car. When the steam-curing car impacts on the supported support arm, the impact force of the steam-curing car on the cylinder is cushioned, so that the impact force on the cylinder can be relieved effectively, and service life of the cylinder is prolonged effectively.

The invention relates to a brick making production line which comprises a hydraulic forming machine, an automatic feeder, a positioning machine and a robot. The hydraulic forming machine is used for pressing green bricks, the automatic feeder is used for conveying a steam curing car to a brick stacking area in a suspension manner, the positioning machine is used for limiting the steam curing car until the steam curing car reaches the brick stacking area, the robot is used for performing green brick stacking operation on the steam curing car, and the positioning machine comprises a support arm and a cylinder used for lifting the support arm or laying down the support arm; the positioning machine is fixed to the upper end surface of a slider, the slider is in sliding fit with a guide rail, a buffer device is arranged at the left end of the guide rail and is used for buffering impact force, which is generated when the steam curing car is collided with the positioning machine, on the slider, and the right end surface of the buffer device is in close contact with the left end surface of the slider. The brick making production line has the advantage that the buffer device buffers the impact force on the slider when the steam curing car is collided with the lifted support arm, so that pressure, which is caused by collision of the steam curing car, on the cylinder can be relieved.

The invention relates to a three-level buffer suitable for controlling buffering sequence level by level. The buffer comprises a primary level buffer, a middle level buffer and a last level buffer. Each level of buffer comprises a cylinder body which is cylindrical and used for being filled with buffering media, a cylinder cover is arranged at the opening end of each cylinder body in a sealing mode, a piston rod is arranged in a center through hole of each cylinder cover in a sealing, movable and matching mode, and the right end of each piston rod is provided with a piston body component which is suitable for conducting piston motion in the cylinder body and is matched with the inner wall of the cylinder body in a movable and sealing mode. The cylinder body of the primary level buffer forms the piston rod of the middle level buffer, and the cylinder body of the middle level buffer forms the piston rod of the last level buffer. A pressure sensor used for detecting medium pressure is arranged on the right end face of the piston body component of the primary level buffer. The piston body component of each level of buffer is suitable for adjusting the back-and-forth flow of media in a corresponding cylinder body to control the speed of the piston motion according to the medium pressure detected by the pressure sensor when the piston motion is conducted.

The invention relates to a working method of a full-automatic brickmaking system. The full-automatic brickmaking system comprises a hydraulic forming machine used for pressing green bricks, an automatic feeder used for hanging and conveying a steam-curing car to a stacking area, a positioner used for limiting the steam-curing car to the stacking area, and a robot used for stacking the green bricks on the steam-curing car. The positioner comprises a support arm and a cylinder used for supporting or putting down the support arm. The positioner is fixed on the upper end face of a slider in sliding fit with a guide rail. A cushioning device is arranged at the left end of the guide rail and used for cushioning slider impact force generated when the steam-curing car impacts on the positioner, and the right end face of the cushioning device and the left end face of the slider are in close contact. The working method includes that when the steam-curing car impacts on the supported support arm, the cushioning device cushions the slider impact force so as to relieve pressure on the cylinder due to impact of the steam-curing car.

The invention relates to an operating method of a hollow block production line. The hollow block production line comprises a hydraulic former, an automatic feeder, a positioning device, and a robot, wherein the hydraulic former is used for pressing block blanks, the automatic feeder is used for hanging and conveying a steaming-curing car to a stacking zone, the positioning device is used for limiting the steaming-curing car in the stacking zone and the robot is used for stacking the block blanks for the steaming-curing car. The positioning device comprises a support arm and a cylinder used for raising or lowering the support arm. The positioning device is fixed at the upper end of a slider which is in sliding fit with a guide member. The left end of the guide member is provided with a buffer device which is used for buffering slider shock generated when the steaming-curing car impacts on a timer. The right end of the buffer device tightly contacts with the left end of the slider. The operating method includes: the buffer device buffers the slider shock when the steaming-curing car impacts on the raised support arm so as to relieve the pressure caused by impacting of the steaming-curing car and borne by the cylinder.