33results about How to "No idle" patented technology

The invention discloses a full-flash memory load balancing method. The method comprises the following steps: calculating a load pressure value of each storage unit in a storage system; when a block application request is received, determining a target storage unit corresponding to the current minimum load pressure value according to the load pressure value; obtaining a target block block from thetarget storage unit; allocating the target block block to a thread corresponding to the block block application request; according to the method, the block block in the target storage unit corresponding to the current minimum load pressure value is selected to be allocated to the thread; therefore, the condition that the light-load storage unit is idle and the heavy-load storage unit continuouslyreceives a new task is avoided, so that the overall load balance is achieved, and the overall performance of the storage system is brought into play to the maximum extent; the invention also disclosesa full-flash memory load balancing device, a storage system and a computer readable storage medium, which have the above beneficial effects.

The invention relates to an automotive shock absorber comprising an inner cylinder and an outer cylinder, wherein an oil storing cylinder is formed between the inner cylinder and the outer cylinder; a connecting rod, a piston valve and a bottom valve are arranged in the inner cylinder; the connecting rod is provided with a guide sealing device which is opposite to tops of the inner cylinder and the outer cylinder; the guide sealing device comprises a guider and an oil seal seat; one end of the oil seal seat is embedded in one end of the guider; an oil inlet passage and an oil guiding cavity are arranged between opposite surfaces of the guider and the oil seal seat; the oil guiding cavity is communicated with a through hole by the oil inlet passage; an oil outlet passage for communicating the oil guiding cavity with the oil storing cylinder is arranged at a position of the guider, which is opposite to the oil guiding cavity; an annular bump raised towards the direction of the oil seal seat is arranged at a position of the opposite surface of the guider, which is opposite to the oil guiding cavity; an annular tongue piece raised towards the direction of the annular bump is arranged at a position of the opposite surface of the oil seal seat, which is opposite to the oil guiding cavity; and the annular tongue piece is arranged at one side of the annular bump, which is opposite to the oil outlet passage. Due to the technical scheme, the automotive shock absorber has the effects of higher air impermeability, lower foaming degree and no lost motion.

The invention provides a driving method, device and display device, and relates to the field of display technology. According to the signal of the touch electrode on the touch panel read by the reading module, the present invention adjusts the load mode of the TDDI chip. When the TDDI chip is in the heavy load mode, the driving module is controlled according to the first clock signal. The display duration of each row of pixels is adjusted to the first display duration. When the TDDI chip is in light load mode, the drive module is controlled to adjust the display duration of each row of pixels in the display panel to the second display duration according to the second clock signal. The second display duration It is greater than the first display duration, so that the TDDI chip can increase the display duration allocated for each frame of image in light load mode, and reduce the touch duration allocated for each frame image, so that there will be no idle time during the touch control time ; and make the charge and discharge of each row of pixels more sufficient, and improve the display effect of the touch display device.

The invention discloses a method for controlling a manipulator. The manipulator control method includes: when a preset signal is detected, determining the first position of the palletizing target according to the preset signal, and determining the target pallet among a plurality of preset pallets according to the preset signal; determining The palletizing target is at the target position of the target pallet; the manipulator is controlled to move the palletizing target from the first position to the target position. The invention also discloses a manipulator control device, palletizing equipment and a readable storage medium. The invention aims to realize the stacking of different products through one manipulator, save the space occupied by the equipment, and improve the utilization rate of the equipment.

The invention relates to a vibration damper for a building. The vibration damper comprises a connecting rod assembly, a cylinder barrel assembly and a base joint, wherein the connecting rod assembly comprises a connecting rod, a guider sub-assembly and a piston sub-assembly; the guider sub-assembly mainly comprises an oil seal gasket, an oil seal and a guider; the connecting rod is arranged in an inner cavity of the upper section of a cylinder barrel through the centers of the oil seal gasket, the oil seal and the guider and can slide and rotate in inner holes of the oil seal and the guider; the upper end of the connecting rod stretches out of the cylinder barrel and is fixedly connected with a connecting rod joint; the piston sub-assembly which is provided with a circulating valve and a restoring valve is fixedly connected to the lower end of the connecting rod; the cylinder barrel assembly comprises a valve seat sub-assembly and a floating piston which are positioned below the piston sub-assembly; the valve seat sub-assembly is provided with a compensating valve and a compression valve; liquid working oil is filled in a steel cylinder between the floating piston and the guider; and gas with certain pressure is filled in a sealing gas chamber below the floating piston. The vibration damper has a compact structure, and can produce high damping force at a low movement speed to quickly attenuate vibration and absorb noise and high-frequency vibration.

The three-stroke piston pulse internal combustion engine is mainly composed of cylinder, cylinder head, piston, rack, power transmission gear, power output shaft, piston stroke controller, exhaust spring, high-pressure gas storage cylinder, air compressor, and the piston passes through the piston pin. Connected with the rack, the piston covers the cylinder liner, and the cylinder head is installed on the top of the cylinder liner, and there are 5 components on it; the pins in the rack are respectively connected with the left and right springs; the tooth grooves on both sides of the rack are respectively connected with the controller gear, power The transmission gear meshes; the controller gear is connected with the controller, the power transmission gear is inlaid with a one-way bearing, and the power output shaft is covered with a one-way bearing; two one-way bearings are sleeved at both ends of the output shaft, and one end is sleeved with a power output shaft gear. The gear meshes with the power input gear and is sheathed on the input shaft of the compressor. The compressor communicates with the gas storage cylinder through the high-pressure gas pipe, and the gas storage cylinder connects with the intake valve through the high-pressure gas pipe. The invention has the following advantages: ① small size and light weight; ② no crankshaft and no idle speed; ③ high torque.