30results about How to "Improve poor quality" patented technology

The invention discloses a device for synchronously blanking scraps and removing burrs for a progressive die. An insert assembly capable of sliding leftwards and rightwards is arranged at a notch at the final blanking position of the progressive die. The insert assembly comprises a female die sliding block, a sliding block cushion, an up-and-down floating sliding block and an inclined wedge, wherein the female die sliding block can move transversely and longitudinally in a female die plate; the sliding block cushion is embedded in a lower base plate; the up-and-down floating sliding block can slide along the sliding block cushion; the inclined wedge can vertically move; the upper end face of the sliding block cushion and the lower end face of the up-and-down floating sliding block are inclined planes which are in sliding fit; the female die sliding block is provided with a blanking working hole; the upper end of the blanking working hole is provided with a burr step protruding towards the inside of the hole; and the edge of the burr step is provided with a chamfer angle. Due to the adoption of the device, the problem that the scraps and connected materials of the progressive die cannot be removed so that the burrs are finally left is completely solved, the scrap blanking and the burr removal on a blanked workpiece can be completed only by once positioning, the cost of manually removing the burrs or removing the burrs by a single engineering die is saved, and the production efficiency and the product quality are greatly improved.

The invention relates to a compound protein feed and a preparation method thereof. The compound protein feed is prepared by the following steps: as bean dregs, grape residues and apple pomace are used as fermentation raw materials, inoculating saccharomyces cerevisiae, lactic acid bacillus and cellulase, and fermenting, thereby obtaining the compound protein feed. According to the fermented compound protein feed, the content of crude proteins and crude fat is obviously increased, the content of ash cellulose is obviously reduced, the digestion rate of the crude proteins eaten by animals is obviously increased, and the highest digestion rate is 73.11 percent. According to the solid state fermentation method, the low quality of the compound protein feed is improved, the quality of the proteins is improved and the feed utilization rate is increased, and the compound protein feed is low in cost, can meet the requirements of animal husbandry on the protein feed and has good market application prospects.

The invention provides an orchid cultivation method. The method comprises the following steps that a stock plant is planted into a pot with a drain hole, and pot soil comprises a main material providing nutrients and auxiliary materials for ventilation and drainage; when pot soil is placed, the auxiliary materials and the main material are placed in a crossed and mixed mode, the degree of wetness of the pot soil materials is kept 40%, one quarter in height of a flower pot is filled with the pot soil, and the stock plant is placed into the flower pot. The orchid cultivation method has the advantages that by the adoption of the orchid cultivation method, the poor orchid quality can be improved, and the orchid survival rate is greatly improved.

The present invention uses the normal same pixel besides the dead pixel to calculate so as to prevent the error which may occured in offset correction when dead pixel exists in the same pixel group in the window with specific size for correcting the offset between Gr pixel and Gb pixel. Besides, an Edge area identification function is added so that bypass occures during the offset correction in the Edge area so as to maintain the boldness of the light and shade contrast part.

The invention relates to an anti-counterfeiting label outer surface laminating machine. The laminating machine comprises a base, wherein the left end of the base is provided with a power mechanism, the top surface of the base is provided with an upper pressing roller and a lower pressing roller through a driving shaft, a gap is left between the upper pressing roller and the lower pressing roller to ensure the passage of an anti-counterfeiting label and a membrane, the driving shaft is connected with the power mechanism by a coupling, a driven shaft is arranged above the base by a left side plate and a right side plate, the driven shaft is connected with the power mechanism, a membrane roll is arranged on the periphery of the driven shaft, and the top surface of the base is provided with apre-heating mechanism through two mounting mechanisms. According to the provided anti-counterfeiting label outer surface laminating machine, a gap is left between pre-heating rollers and the membraneroll, the membrane roll temperature is reduced, the inner structure of the membrane is protected, the service life of the membrane is prolonged, the membrane roll is uniformly pre-heated, the pre-heating effect is good, the laminating quality is improved, the membrane is prevented from falling off, the pre-heating hot air flow impact force is small, and the risk of breaking the membrane is reduced.

The invention provides a tin-based perovskite thin film, a quality improvement method thereof and a tin-based perovskite solar cell. The method comprises the steps: dissolving a polyhydroxy material in a fixed-volume PEDOT:PSS aqueous solution to prepare a mixed solution of PEDOT:PSS and the polyhydroxy material, then carrying out the spin coating of the mixed solution on an electrode, and carrying out the annealing to form a flat and smooth hole transport layer; preparing the tin-based perovskite thin film on the hole transport layer through a one-step spin-coating method, and then forming a flat and compact perovskite thin film without pinholes after annealing treatment. The tin-based perovskite solar cell prepared on the basis of the method has excellent photoelectric conversion efficiency and good device stability.

The invention discloses an image processing method and device and electronic equipment, and belongs to the technical field of image processing. The problem that the quality of images shot by electronic equipment is poor can be solved. The method comprises the following steps: acquiring an image acquired in real time through an image sensor; determining a to-be-stored image and a to-be-previewed image through a central processing chip according to the image acquired in real time; performing enhancement processing on the to-be-stored image and the to-be-previewed image through an image processing chip; storing the enhanced image through a memory, and displaying the enhanced image to be previewed on a display screen.

The invention relates to an electrolytic capacitor with an external connected pin, which comprises a shell, at least one capacitor element and a plurality of external pins. The shell comprises a hollow plastic shell seat and a seal cover which is sealed on the plastic shell seat and seals the capacitor element inside; the capacitor element is provided with a plurality of small sections of internalpins which pass through the bottom of the shell; the external pin comprises a plate pin body and a connecting part at one side of the pin body; and the connecting part is aligned and connected with the internal pins through conducting perforations on the connecting part, and embedded and fixedly combined with a fixedly-connected convex part corresponding to the plastic shell seat through fixedly-connected concave parts of fixed parts at two sides of the pin body. Therefore, the external pins of large area can provide good welding stability when the electrolytic capacitor is adhered to the surface.

A system and method of controlling data recording process of optical recording medium by adjusting writing signal to record the adjusted writing signal on the optical recording medium in a sequential writing are described. The control system for controlling a recording process of an optical recording medium comprises an information unit, a data-preparing unit and a recording controller. The information unit generates an information signal. The data-preparing unit is coupled to the information unit receives data from a data source and prepares the data for recording. The data is then transformed into a writing signal according to the information signal. The recording controller coupled to the information unit and the data-preparing unit controls the data-preparing unit to adjust the writing signal while acquiring the information signal from the information unit during a sequential writing. Thus, the recording controller adjusts the writing signal according to the information signal. The data-preparing unit outputs the adjusted writing signal having desired recording area and undesired recording area and the adjusted writing signal is recorded on the optical recording medium during the sequential writing. The adjusted writing signal is outputted to OPU. The OPU then emits light corresponding to the adjusted writing signal to perform a recording process of the optical recording medium during the sequential writing.

The invention provides a deep learning-based automatic generation method for a single sentence abstract defect report title. The method comprises the following steps: acquiring an open source defect report sample as an original data set, constructing three discrimination models to evaluate the sample in the original data set, and selecting a qualified sample to construct a formal data set; introducing a plurality of artificially named vocabulary types and constructing a corresponding regular expression for extracting and positioning artificially named vocabularies in the main body content of the formal data set sample; inserting type marks in front of and behind each artificial named vocabulary, and performing word segmentation and minimization processing on titles of the samples and the marked main content to construct a training data set; building a coding and decoding recurrent neural network model with a copying mechanism, and training on the training data set to obtain an optimized model; and inputting the defect report main body content of the title to be drafted into the optimized model, so that the model can automatically generate the corresponding title. According to the invention, the title writing quality and efficiency of the user are improved.

The invention relates to a glue dispenser motion planning method and system based on trajectory look-ahead, and belongs to the technical field of automatic control. The motion planning method comprises smooth transition section information acquisition, transition arc curve acquisition, transition arc curve maximum speed acquisition, motion speed planning and motion trajectory switching; and the motion planning system comprises a smooth transition section information acquisition module, a transition arc curve acquisition module, a transition arc curve maximum speed acquisition module, a motionspeed planning module and a motion trajectory switching module. Compared with the prior art, the method and system have the effect of solving the problem of poor dispensing quality.

The invention provides a method for cultivating orchids. The method comprises the steps of seedling hardening: to-be-transplanted tissue culture seedlings are moved from a constant temperature light culture room to an environment with weak light and temperature of 21-23 DEG C to be cultured for 10 to 12 days; pot culture: the tissue culture seedlings are planted into an orchid pot culture matrix, three strains are planted in each pot, the culture constant temperature ranges from 21 DGE C to 23 DEG C, the light intensity is 1,800 Lux, the light intensity period is 12 h of light or 8 h of darkness, water is sprayed to leaf surfaces of each seedling everyday, the indoor humidity is maintained above 80%, a nutrient solution is supplemented every twenty days after two weeks of plant setting, and the ratio for each strain is 15 ml every time. The method for the cultivating orchids has the advantages that not only can the quality of the orchids be improved, but also the survival rate can be improved.

The invention provides a method for cultivating cut flower lily. According to the method, equipment comprises a plastic-covered tunnel and a soil bed matrix; requirements on soil serving as a soil bed are the same with requirements on soil for planting of common cut flower lily; the required matrix comprises peat and perlite; the ratio of the peat to the perlite is 3:1; and after rectangular pieces of land in a field are prepared, furrows of which the widths are 8cm and the depths are 6-12cm are excavated on lines of the rectangular pieces according to cultivating spacing in rows and cultivating spacing between the rows. The method has the advantages that by the method, the quality of the cut flower lily is improved, and the yield of the cut flower lily can also be improved.

The invention discloses a pre-translation editing method and a pre-translation editing system for patent text machine translation, which belong to the technical field of machine translation, and are used for further translating a patent text to obtain a translation after operations such as splitting, numbering, adaptive optimization, similarity calculation, locking and the like of the patent text.The translation obtained by the method solves that the quality of machine translation is poor when original text sentences are too long, sentence segments are numbered during splitting, reverse tracing can be conducted according to the numbers during arrangement and output of the translation, the output translation corresponds to source texts before splitting one to one in form and paragraph, andtherefore sentence-by-sentence contrast bilingual corpora are obtained.

The method comprises: providing a substrate; sequentially forming a first dielectric layer, a charge-trapped layer and a second dielectric layer; forming multi gate stacking structures on said second dielectric layer; wherein each said gate stacking structure has a first gate electrode and roof cover; there is a gap between two adjacent gate stacking structures; forming an oxide layer on the sidewall of said first gate electrode; removing a portion of second dielectric layer not covered by the gate stacking structure; forming a third dielectric layer to overlap the gate stacking structure; forming a second conducting layer on said substrate; removing a portion of second conducting layer in order to form multi second gate electrodes in the gaps between said gate stacking structures; said second gate electrodes and the gate stacking structures composes a storage cell array; respectively forming a source region and a drain region at each side of said storage array.

The invention relates to quick-fermentation coarse cereal health-care bread. The quick-fermentation coarse cereal health-care bread is characterized by being made through the following steps of performing hydroxypropyl replacement and acetylation replacement on part of hydroxyl on corn starch molecules, so as to obtain acetylated hydroxypropyl starch; then, using wheat flour as a main material, adding corn flour, the acetylated hydroxypropyl starch and other auxiliary materials, performing mixing with a flour mixing agent, performing dough mixing, performing standing, performing rounding, performing shaping, performing leavening, performing shaping once again, performing fermentation once again, finally, performing baking, performing quick cooling, performing packing, and performing mixing so as to obtain the quick-fermentation coarse cereal health-care bread. According to the quick-fermentation coarse cereal health-care bread, the corn being rich in nutrient components is added to flour to be made into the bread, so that the made quick-fermentation coarse cereal health-care bread not only has various health-care functions of resisting ageing, preventing cancer, reducing blood pressure, preventing arteriosclerosis and the like based on common bread, opens up a new way for deep processing of the corn, and has a broad market prospect.