65results about How to "Less adjustment work" patented technology

The invention discloses an elevator weighing value diagnosing and revising method. By means of the elevator weighing value diagnosing and revising method, parameters involved in torque calculation of sharing parts of load can be automatically revised according to weighing values and torque current values output by a weighing device when an elevator is started. After the parameters are revised, the elevator is started again, and torque of the sharing parts of the load can be calculated by a torque control device on the basis of the revised parameters, so that a drag motor can generate torques in advance to accurately compensate imbalanced moment between a lift car and a counter weight after a band-type brake is opened. By means of the elevator weighing value diagnosing and revising method, influence on torque calculation of the sharing parts of the load can be avoided when the weighing device, the drag motor and the like change, and starting performance of the elevator can be ensured when cost is not increased.

The invention relates to a conveying belt capable of reducing lateral side fuzz amount generation. The conveying belt comprises a framework layer, a pasting layer and a covering surface layer, wherein the framework layer is formed by single-layer or double-layer fabrics, the pasting layer is arranged between the framework layer and the covering surface layer, the pasting layer and the covering surface layer are respectively made of thermoplastic elastic bodies, the conveying belt is pretreated through immersing the fabrics of the framework layer by polyurethane glue water, then, a coating process is adopted for sequentially coating the pasting layer and the covering surface layer onto the framework layer, and then, the conveying belt is prepared through heat treatment, rolling pressing and edge cutting. Compared with the prior art, the conveying belt prepared by the invention has the advantages that the wear-resistant performance is good, in the use process, the abrasion damage to the two sides of the conveying belt can be obviously reduced, and the generation of lateral side fuzz is effectively prevented, so the pollution to carrying and conveying objects in the production process can be reduced, meanwhile, the prepared conveying belt does not need the later stage processing edge sealing process, the production efficiency can be greatly improved, and good application prospects are realized.

The invention provides a test apparatus for ultraviolet aging acceleration of asphalt-based materials and relates to a test apparatus. The invention solves the problems of tedious operation steps, uneven specimen aging, large thermal aging interference, failure in precise temperature control and accurate quantitative analysis of UV radiation energy in an asphalt specimen aging test. A complex rotating disk is set in an environment; complex rotating disk comprises a main rotating disk; at least one ultraviolet light source is disposed above the main rotating disk; the bottom of the main rotating disk is secured to one end of a drive shaft, and the other end drive shaft of the is connected to the output shaft of a drive motor; multiple asphalt specimens are placed on the main rotating disk; an ultraviolet probe of an ultraviolet radiation meter is arranged on the main rotating disk; the reading unit of the ultraviolet radiation meter is disposed outside the environment box; a temperature sensor is located in the environment and close to the main rotating disk; and a data acquisition and control system is set outside the environment box and is electrically connected to the temperature sensor. The invention is used for material ageing test.

The invention discloses a video playing method. The method comprises the following steps: obtaining a real-time performance parameter of a current display device, wherein the real-time performance parameter is a CPU occupancy rate and/or a memory occupancy rate; obtaining an image resolution and an image display area of a currently played video file on the display device, and obtaining an image parameter according to the image resolution and the image display area; performing calculation according to the image parameter and the performance parameter to obtain a numerical value ratio; when thenumerical value ratio is smaller than or equal to a preset threshold, continuing to keep the image resolution and the image display area to play the video file; and when the numerical value ratio is greater than the preset threshold, reducing the image resolution and/or reducing the image display area. The invention further discloses a display device and a computer readable storage medium. By adoption of the technical scheme provided by the invention, the blockage phenomenon during the video playing can be reduced.

The invention provides a die closing upsetter and a working method. The die closing upsetter comprises a machine body, a punch assembly, a punch assembly driving mechanism, a feeding mechanism and a material cutting sleeve; the machine body is provided with a die closing assembly which comprises a first die closing base and a second die closing base; the side surface, close to the second die closing base, of the first die closing base is provided with a first installing groove; the side surface, close to the first die closing base, of the second die closing base is provided with a second installing groove. A first die closing driving mechanism driving the first die closing base to translate and a second die closing driving mechanism driving the second die closing base to translate are also arranged. The working method comprises the steps of feeding materials, realizing displacement full-circle material cutting through the translation of the die closing assembly, and performing upsetting. The working method requires no independent material cutting mechanism and material clamping and blank delivering mechanism, realizes die closing material cutting and die closing upsetting and achieves the effect of a clamp.

The present invention discloses a self-cleaning solar power generation panel. A fixing support is fixed to the top of a water storage base, one side of the fixing support is fixedly connected with a control electric appliance cabinet, the inner side of the fixing support is rotationally connected with a rotating shaft through a bearing, and the side face of the rotating shaft is fixedly connected with a solar power generation panel and a rotating connecting base. A lifting device is fixedly connected to one side of the rotating connecting base, one side of the lifting device is slidably connected with the fixing support through a sliding block and a sliding rail, a cleaning mechanism is arranged below the solar power generation panel, and the side, away from the solar power generation panel, of the cleaning mechanism is fixedly connected with the water storage base through a telescopic device; a thermal induction resistor is arranged on one side of the control electric appliance cabinet, and a water pump is arranged in the water storage base. According to the self-cleaning solar power generation panel, the normal work of the solar power generation panel is not influenced, and the situation that the equipment is damaged and the equipment cost is increased due to the explosion of the solar power generation panel caused by temperature difference is prevented.

A conveyor for guiding and conveying a plurality of sheet-shaped thin plates in rows arranged side by side to a welding position at which ends of the adjacent thin plates are butted and welded to each other, includes a plurality of conveying paths, which are adjacent to each other, having different conveying surfaces which are placed on a same horizontal plane, and a guide unit disposed between the adjacent two conveying paths for guiding the thin plates on one of the conveying paths with respect to another one thereof toward the welding position. Each of the conveying paths is composed of a plurality conveying rollers, and the guide unit includes guide rollers each having a guide surface for guiding the thin plate on the one of the conveying paths in a state that the thin plate on the one conveying path is partially depressed with respect to the another one of the conveying path.

The invention relates to a pressurized rocking frame of a ring spinning frame drafting system. The pressurized rocking frame comprises a rocking frame base and a rocking frame body, wherein the rocking frame body is arranged on the rocking frame base. The pressurized rocking frame further comprises multiple air cylinder pressurizing devices, wherein the multiple air cylinder pressurizing devices are arranged and installed on the rocking frame body and comprise assembling supports, air cylinders, pistons with rods, pressurizing rods and holding jaws. The assembling supports are fixed on the rocking frame body through bolts, the air cylinders are fixed on the assembling supports, the piston ends of the pistons with the rods are arranged in the air cylinders, the other end of each of the pistons with the rods are arranged above the pressurizing rods, the pressurizing rods are located under the air cylinder, the holding jaws are arranged on the pressurizing rods, and the air cylinders of the air cylinder pressurizing devices are respectively provided with an independent air pressure source connecting end. By adopting the pressurized rocking frame, the consistency of pressurized pressure of each rocking frame set is improved, unified pressure regulation and stepless pressure regulation of the same pressurized positions of all of rocking frames of a whole machine can be achieved, and the spinning quality is improved. In addition, the production efficiency is effectively improved, and the labor intensity is reduced.

The invention discloses a saturation modeling method based on oil-containing boundary and oil-water transition zone constraint. The method comprises the following steps: (1) establishing a target workarea construction model and a sedimentary microfacies model; (2) establishing an oil-bearing boundary model of a target work area according to a geological oil reservoir research result; (3) establishing an oil-water interface and a height model above the oil-water interface according to an oil-water interpretation result of the logging curve; (4) generating a height logging curve above an oil-water interface, and establishing a cross plot with a water saturation logging interpretation result; (5) establishing a nonlinear fitting function according to the cross plot, and establishing a watersaturation model by utilizing an attribute calculation function; and (6) performing interactive calculation on the model and an oil-containing boundary model to obtain a final oil saturation model ofthe work area. According to the method, the oil saturation model conforming to the underground oil-water distribution rule is established, the repeatability is high, the operability is high, and laterhistorical fitting, scheme prediction and remaining oil research are facilitated.

The invention discloses a method used for imitating a synthetic game character. The steps S2 and S3 are combined. By imitating a simulation object, a game user can make a game character model based on the self-intention, by simulating an idol or the like, which satisfies the user experience of a game and enriches images in the game. The game world is more rich and varied.

The invention discloses a saturation modeling method with equivalent J function constraint. The saturation modeling method with the equivalent J function constraint comprises the following steps of 1)establishing a sedimentary microfacies model, a porosity model and a permeability model of a target work area; 2) establishing a height model above an oil-water interface according to the oil-water interface; 3) establishing an equivalent J function model; 4) generating a height logging curve above the oil-water interface of each single well in the target working area; 5) generating an equivalentvariable curve of different sedimentary facies; 6) establishing an intersection graph of the equivalent variable curve and a logging water saturation curve under different sedimentary facies conditions, and establishing a linear fitting distribution function; 7) converting the equivalent J function model generated in the step 3) into a fitted water saturation geological model; 8) establishing anoil-containing boundary model; and 9) obtaining a water saturation model after boundary constraint, further obtaining an oil saturation model of the target work area, and obtaining a geological modelof the original oil saturation of the oil reservoir.

The invention discloses an upsetting forging press and an operating method. Material ejection servo motors are adopted for driving a material ejection mechanism of the upsetting forging press, and the material ejection mechanism is installed in an integral main die assembly. The integral main die assembly comprises a main die base. A material shearing die installation hole and an upsetting female die installation hole are formed in the main die base. The operating method comprises the steps that feeding is conducted, and displacement all-round material shearing is achieved through horizontal movement of the integral main die assembly; and then upsetting is conducted, and blanks or formed members are ejected out through the material ejection mechanism. According to the operating method, an independent material shearing mechanism is omitted and meanwhile parts in the integral main die assembly can be replaced and adjusted outside a machine body, so that the upsetting efficiency is improved, and the stroke and position of the material ejection mechanism can be adjusted conveniently and flexibly.

The cleaning-off device is used in the process of cleaning boron nitride off a grindstone. The grindstone (14) is in the region of a separating element, and liquid or gas (16) is applied in the region of the grindstone by means of a jet element (17), which applies a cleaning jet (18) of liquid or gas to the grindstone parallel to the separation line.

The invention relates to a millimeter-wave double-pole double-throw switch circuit comprising four input-output ports and four gating control circuits matched with the four input-output ports. The nillimeter-wave double-pole double-throw switch circuit is characterized in that branched circuits connected with the four input-output ports are connected in the cross shape; the first input-output port and the third input-output port on two ends of the same branched circuit and form symmetric branched circuit structures taking the crossing point as the center with the second input-output port and the fourth input-output port on two ends of another branched circuit; and the four input-output ports of all the branched circuits are connected to the crossing point through the gating control circuits. The millimeter -wave double-pole double-throw switch circuit controls the passageway of the millimeter-wave signal through the gating control circuits, thereby eliminating the phase errors generated by different chips, having improved reliability and consistence, reducing the use amount of the precious metal and lowering the cost. In addition, the millimeter-wave double-pole double-throw switch circuit uses one chip to realize the function of two chips, thereby reducing the assembling and debugging load and improving the efficiency of the system.

The invention relates to an online continuous roller hole pattern misplacement detection instrument and method. The online continuous roller hole pattern misplacement detection instrument comprises an upper hole pattern template and a lower hole pattern template which are provided with part cambered surfaces corresponding to continuous roller hole patterns and jointly form the continuous roller hole patterns. The instrument is characterized in that contact faces of the upper hole pattern template and the lower hole pattern template adopt a form that a slider is matched with a slideway, a zero position mark is arranged at the center of one of the hole pattern templates, the other hole pattern template is provided with a reference graduated ruler mark corresponding to the zero position mark, and multiple through holes convenient for hand-holding are distributed in faces of the upper hole pattern template and the lower hole pattern template. The instrument is simple in structure, reliable in use and simple to operate; hole pattern misplacement is adjusted and eliminated according to measured misplacement numeric value, so that the problem that existing continuous roller hole pattern misplacement is less prone to being timely found and dealt is solved, wall thickness accuracy of continuously rolled steel pipes is improved greatly, defective product rate is lowered remarkably, and production cost is saved.