37results about How to "No reduction in productivity" patented technology

The invention relates to a production method and application of a high-efficient cellulase mixture. Through performing fermentation by using a non-soluble carbon source, not only can fermentation cost of cellulase be saved, but also the production of the cellulase is effectively induced; a reducing sugar control measure is adopted, so that the repression effect of a carbohydrate is reduced, and the production capacity of the cellulase is improved; in addition, a novel material-making up control manner is built through combining the non-soluble carbon source with a material-making up component and a material-making up rate process, so that matching of all components of the produced cellulase mixture is optimized while the yield (production capacity) of the cellulase is promoted, and the activity of the cellulase is improved by not less than 50 percent.

When a request for compression or decompression of data for a next job is issued while processing of an current job is underway by one or more compression/decompression unit[s], the minimum processing time for the next-job data is compared with the processing wait period between pages of the current job. It is determined based on the results of this comparison whether or not compression or decompression of the next-job data is to be permitted. Based on this determination, control is carried out regarding whether or not compression or decompression of the next job by the compression/decompression unit[s] between pages of the current job is to be executed.

The invention provides an array substrate, a display panel and a display device. The array substrate comprises a first conductive pattern and a second conductive pattern which form a GND (Ground) protection circuit, wherein the first conductive pattern comprises a plurality of first conductive line segments which are arranged at intervals; the adjacent first conductive line segments are connected through the second conductive pattern; insulating layers are spaced between the first conductive line segments and the second conductive pattern; and the first conductive line segments and the second conductive pattern are connected through penetrating through via holes of the insulating layers. Meanwhile, the invention provides the display panel, comprising the array substrate provided by any one embodiment of the invention. Furthermore, the invention further provides the display device comprising the array substrate provided by any one embodiment of the invention.

The invention discloses a rolling process of improving a 38CrMoAl steel rolling state structure. The rolling process is characterized by comprising the following steps of 38CrMoAl steel blank selection, steel blank heating, steel blank rough rolling, steel blank medium rolling, steel blank finish rolling and steel cooling. The rolling process of improving the 38CrMoAl steel rolling state structurehas the following advantages that a relatively low final rolling temperature is controlled, so that the surface temperature of a rolled piece is lower than a temperature of a core portion in the process, the steel core portion obtains a relatively large compressive stress in the rolling process, the structure uniformity is greatly improved, and crystal grains are further refined; the final rolling temperature is lowered to be close to the actual critical phase change point Ar3, a phase change from gamma to alpha is promoted, and a nucleation site of ferrite is increased, so that a structure morphology of a product is ferrite and pearlite structures in a balanced state; and the rolling process is green and environmentally friendly, does not pollute the environment, is capable of lowering the cost and increasing the benefit and particularly has important significance of controlling the online structure and the performance of medium-low carbon alloy structural steel.

An inkjet recording device and inkjet recording method capable of forming a high quality image with a simple structure. A transport belt position detection component detects a position of an end portion of a transport belt and outputs the detected position to a system control section. A recording medium position detection component detects a position of an end portion of a recording medium and outputs the detected position to the system control section. A position control component is capable of moving on the basis of instructions from the system control section for movement across a transport direction.

The invention discloses an automatic labeling machine. The automatic labeling machine comprises a labeling machine table. An automatic label feeding device, a label suction nozzle device, a moving rail device and a marking device are mounted on the labeling machine table. Through integral use of the above devices, the automatic labeling machine can automatically and quickly discharge labels when implementing automatic labeling operation, can protect suction nozzles against damage when bearing a certain impact force or protect products against damage by the suction nozzles bearing a certain impact force, can achieve the quick adjusting function on different specifications of products during operation, can find damaged or tainted labels in time during operation, thereby improving the production quality and production efficiency of labeling automatic production.

The invention is designed for use in testing defect of wafer in a process of manufacturing semiconductor and comprises the following steps: executing an operation for testing defect and getting its redundant information; executing an operation for testing the abnormal state and getting a first bad bit-mapping; the redundant information is converted to a second bad bit-mapping; comparing the first bad bit-mapping with the second bad bit-mapping to generate a third bad bit-mapping.

The invention relates to a fermentation improvement method of feed peony seed meal and a fermentation product and application thereof. The fermentation improvement method mainly comprises the following steps: crushing treatment, strain activation and fermentation treatment, i.e., the process of degrading saponin by microbial fermentation of peony seed meal is completed. In addition, the invention further provides a preparation method of an enzyme capable of degrading the saponin in the peony seed meal. The method can rapidly extract the saponin, utilize microorganisms to degrade the saponin in the peony seed meal, find out the enzyme for degrading the saponin in the peony seed meal, fully process and utilize the peony seed meal and lay a foundation for increasing the proportion of the peony seed meal added into a laying hen feed in the future, is convenient for development and utilization of peony seed meal resources, reduces waste of the peony seed meal resources and environmental pollution, is beneficial to promotion of stable development of the oil peony industry, and is simple and low in cost.

The invention provides a rolling process capable of eliminating the 20MnCr5 steel as-rolled mixed crystal structure. The rolling process comprises the following steps: 1, selecting a billet of 20MnCr5 steel; 2, heating the steel billet; 3, performing rough rolling on the steel billet; 4, performing intermediate rolling on the steel billet; 5, performing finish rolling on the steel billet; and 6, cooling the steel to obtain a 20MnCr5 steel finished product finally. According to the method, after the temperature at which the 20MnCr5 steel starts dynamic recrystallization is accurately checked, the appropriate rolling starting temperature is determined, and rolling is started in the temperature interval higher than 1050 DEG C, so that distortion energy in the steel is accumulated, the recrystallization tendency is increased, and finally the effects of refining grains and eliminating mixed crystals are achieved. The uniformity, the grain size, the hardness and the mechanical property of the obtained 20MnCr5 steel as-rolled structure are greatly improved, and the production efficiency cannot be reduced due to process changes.

The invention provides a chamfering device of a hard fragile plate, which is used for processing a glass base plate used for a display panel and edges of other hard fragile plates. The chamfering device can measure the processing dimensions of all processed workpieces completely without or hardly increasing production beats, thereby being capable of realizing higher processing accuracy without reducing the processing accuracy. In the chamfering device comprises upstream side upper video cameras, a downstream side upper video camera and a downstream side lower camera, wherein the upstream side upper video cameras for observing the upper surfaces of the two side edge parts of workpieces are configured at both sides of the width direction of a work table, which are opposite to the upstream side of the feed direction of a tool; the downstream side upper video camera for observing the upper surfaces of the two side edge parts of the workpieces is arranged at the downstream side of the feed direction of the work table of the tool; and the downstream side lower camera for observing the lower surfaces of the two side edge parts of the workpieces is arranged at the downstream side. By means of the chamfering device, chamfering processing is carried out when the work table is in feed motion, and the chamfering dimension is measured by utilizing the downstream side cameras after the chamfering processing is carried out.