430results about How to "Operation time saving" patented technology

The embodiment of the invention discloses a method, a device and equipment for arranging icons, belonging to the field of mobile terminals. According to the method, the device and the equipment for arranging the icons provided by the embodiment of the invention, a cache region for storing to-be-arranged icons can be established and arrangement operation of a plurality of icons can be allowed, so that the icon arrangement operation is convenient, quick and time-saving; and the cache region can temporarily store the to-be-arranged icons selected by users, so rescission of the users who perform arrangement operation on the plurality of icons can be allowed, and the icon arrangement operation is humanized.

The invention discloses a method for recovering waste thermosetting resin and composite materials thereof through solvents, which includes: adding 100 parts of waste thermosetting resin and composite materials of the waste thermosetting resin and 0-10 parts of catalysts into 10-500 parts of solvents for evenly stirring and mixing, heating the mixture to lead temperature rise to 60-200 DEG C to react for 5-600 minutes, and separating solid phase products and liquid phase products obtained through reaction for recycling. The solvents adopted in the method are environment-friendly, safe and stable and has a capability of degrading thermosetting resin junctions in catalyzing mode so that efficient degradation in conditions of ordinary pressure and low temperature is achieved, energy is saved, expensive reaction devices are not used, investment is small, production cost is low, and simultaneously integral high-value recovery of resin materials can be achieved.

The invention discloses an intelligent filter processing method based on image information. According to the intelligent filter processing method based on the image information, information is extracted from an original image, information matching is carried out between the information of the original image and a selected filter, appropriate parameters of the filter are determined according to the information matching result, and finally filter processing is carried out on the original image according to the parameters of the filter to obtain a result image. Therefore, operation is more convenient and time is saved when the user carries out filter processing on the image, and the intelligent filter processing method based on the image information is suitable for filter processing of all images, is not limited by a certain type of images, and is stronger in universality.

The invention relates to the technical field of the inorganic nanometer material, and relates to a method for preparing the ordered mesoporous carbon with an organic template method. Segmented copolymer is adopted as the structural guiding agent, and the resin is adopted as the precursor of the carbon, and the solid base is adopted as the catalyst, organic/organic compound film is assembled in the insoluble agent through the sol-gel technique, and then the film is charred to be the ordered mesoporous carbon. The organic/organic compound that is obtained by assembling the segmented copolymer and the resin in the alkaline insoluble agent has more stable tri-dimensional cross-linked network structure than the synthesized product in the acid body system; the direct charring volume retraction and collapse is small, and the ordered mesoporous carbon is easier to be obtained.

The invention discloses an endurance test bed for a lock cylinder of a vehicle door. The mechanical part of the endurance test bed comprise a test bed body, a lock cylinder fixed seat, a lock cylinder key fixed block; the lock cylinder is fixed on the lock cylinder fixed seat by a lock cylinder fixture block, a key in-out cylinder is provided, and the lock cylinder key is fixed on a piston rod of the key in-out cylinder, the two sides of the lock cylinder key fixed block are respectively provided with a key rotating connecting block which protrudes outwards, and two key rotating cylinders are provided to push the two key rotating connecting blocks respectively so as to drive the lock cylinder key to make rotary motion in two directions. The technical proposal helps realize the endurance performance test of the lock cylinder of the vehicle door by high-precision pneumatic components in conjunction with programmable control of a PLC controller. The test bed has simple operation, time saving property, low labor intensity, good versatility and high economic benefit; and the test conditions can be set as required, and the obtained test data are accurate and truly reflect the endurance performance of the lock cylinder in service use.

The invention belongs to the field of food processing machines, particularly relates to an automatic egg breaking machine and an automatic egg breaking method, solving the problems that the traditional devices drilling for breaking eggs by adopting a manual drawing mode has large workload; a blowing needle head and an egg liquid backflow pipe are usually poked and cannot enter egg shells; the poking hole of the needle head is small, thus egg liquid flows out slowly; the egg liquid contacts with a plurality of devices and is not sanitary, and the like. The machine comprises a stand, an egg feeding device which is provided with a plurality of egg dies and arranged on the stand, an egg drilling device which is arranged below the egg dies and used for drilling the bottoms of the egg shells in the egg dies, an egg clashing device which is arranged above the egg dies and used for clashing the egg liquid of the drilled eggs and an egg liquid barrel correspondingly arranged below the egg clashing device. The method comprises the following steps of: (a) putting eggs into the egg dies; (b) pressing the egg dies to fix the eggs into the egg dies; (c) drilling bottom holes by using an egg driller; (d) pricking egg clashing needles into the tops of the eggs to charge air to clash out egg liquid; and (e) putting egg shells into a waste box. The invention is suitable for food factories for taking egg liquid, and the like.

The invention relates to a mobile camera without focusing and coated lens, which comprises a lens cone, a lens-cone cover with a light-passing hole, a lens in the lens cone, and a photosensitive chip and a printed circuit board at the bottom of the lens cone. The invention is characterized in that, a supporting table is provided around the lower part of the inner wall of the lens cone, on the supporting table, an elastic pressure ring is provided; the lens is on the elastic pressure ring; the surface of the optics of the lens is coated with an infrared ray filter film; around the top of the lens cone, a top table is provided; when the inner surface of the lens-cone cover is tightly pressed on the upper surface of the top table, the optics in the lens are pressed tight and fixed at a correct position due to the fitting between the lens-cone cover and the thread on the lens cone as well as the elastic force of the elastic pressure ring. The structural design allows the lens to be directly fixed on a correct position, so as to eliminate the manual focusing procedure as with the production process for prior mobile camera. The infrared ray filter film coated on the surface of the optics in the lens can eliminate infrared ray filter of special-material glass, and reduce the overall height of the mobile camera, simplify structure and reduce cost.

The invention provides a subapical osteotomy locating guide plate and a manufacture method therefor. The subapical osteotomy locating guide plate belongs to assisting medical instruments. The subapical osteotomy locating guide plate comprises a locating occlusion plate (1), connecting rods (2) and maxillary osteotomy line guide plates (3). The locating occlusion plate (1) is provided with an initial tooth print (11) and is connected with the maxillary osteotomy line guide plates (3) via the connecting rods (2). Each maxillary osteotomy line guide plate (3) is provided with two screw holes (6). The maxillary osteotomy line guide plates (3) are provided with non-circular insertion grooves b (31). One end of each connecting rod (2) matches the corresponding insertion groove b (31). The subapical osteotomy locating plate solves the problem that no intermaxillary bone locating guide device is available in subapical osteotomy. When the subapical osteotomy locating guide plate is applied to assist doctors with surgeries, the current most common complication of subapical osteotomy can be prevented.

The invention discloses a placenta stem cell bank construction method and a placenta tissue resuscitation method, and relates to placenta stem cell bank construction methods. The placenta stem cell bank construction method comprises the following steps: after non-bacterial cleaning treatment to placenta tissues of at least three parts, the steps of tissue peeling, further sterilizing, shearing to be thin, protecting using a refrigerant, programmed freezing, cryogenic temperature temporary storage, long term storage with nitrogen canisters, and the like are carried out, and the placenta tissue with biological activities can be preserved for a long term. The placenta tissue preserved through the method can be used for the construction of a stem cell bank, resuscitation, enzymic digestion, cultivation, expansion, quality inspection and the like are performed after selective tissue part resuscitation according to required cell types, so as to obtain placenta amniotic membrance epithelial cells, placenta amniotic membrance mesenchyme, placenta chorion mesenchymal stem cell, placenta decidua serotina mesenchymal stem cells and the like. The method provided by the invention has the advantages that operation steps are simplified, manual intervention errors are reduced, the efficiency is improved, more stem cell resources are preserved, and a basis is provided for further personalized stem cell customization.

The invention provides a hybridoma prepared from canine parvovirus antigens. An anti-canine-parvovirus monoclonal antibody secreted from the hybridoma has quite high relative affinity constant and good neutralizing activity, and a vaccine composition prepared from the monoclonal antibody can effectively prevent and treat canine parvovirus infections. A canine parvovirus detection kit prepared with two kinds of monoclonal antibodies has the advantages of quickness, convenience, accuracy, good sensitivity, specificity and repeatability and has higher sensitivity than colloidal gold-labeled commercial test strips.

The invention relates to a correction shoe making method and a correction shoe making system based on image recognition and three-dimensional modeling technique, wherein the correction shoe making method comprises the following steps: acquiring a foot image and other health data; collecting source data through network; conducting image recognition; conducting three-dimensional modeling; correcting a three-dimensional model; and making shoes in accordance with the corrected three-dimensional model. The correction shoe making system comprises a data acquisition device, a data collection and summarization device, an image recognition device, a three-dimensional modeling device and a shoe making device. The correction shoe making method and the correction shoe making system provided by the invention can meet users' demands of guaranteeing foot health; users can conduct operations conveniently in a time-saving mode; a shoe making efficiency is improved; and foot correction is achieved.

The invention relates to a polishing device, in particular to a polisher which comprises a machine frame, a polishing wheel arranged on the machine frame, a polishing textile arranged on the polishing wheel in a sleeved mode and a drive motor driving the polishing wheel. A wax stone clamping seat and a clamping mechanism arranged on the wax stone clamping seat are arranged on the machine frame and located at the polishing wheel. The wax stone clamping seat is provided with a wax stone continuous conveying mechanism matched with the clamping mechanism. The polisher is convenient to operate, saves time, and improves polishing quality.

The invention relates to a method for preparing polyaromatic hydrocarbon resin by using biomass materials, in particular to a method for preparing and condensing polyaromatic hydrocarbon resin by using bamboo tar. By adopting the method of using the bamboo tar to condense and prepare the polyaromatic hydrocarbon resin under the existence of crosslinker and protonic acid catalyst, the invention can prepare and condense the high-temperature resistant polyaromatic hydrocarbon resin not by non-renewable resources of coal tar, petroleum asphalt and the like. The invention ahs the advantages of rapid, simple and convenient operation, time saving, good cohesiveness of the obtained resin, high residual carbon after solidification, and favorable property of the obtained resin.

The invention discloses an automatic incasing machine which comprises a rack, a bottle conveying device, a case conveying device and a bottle moving device, wherein the bottle conveying device, the case conveying device and the bottle moving device are arranged on the rack; and the machine is characterized in that the bottle moving device comprises a translational frame and a bottle grasper installing frame, the translational frame is arranged on the rack and can be driven to horizontally move back and forth, the bottle grasper installing frame is arranged on the translational frame and can be driven to lift upwards and downwards, and the bottle grasper installing frame is provided with a bottle grasper. According to the automatic incasing machine, the bottle moving device is subjected to horizontal moving and vertical lifting through controlling the bottle grasper installing frame and the bottle grasper, stable in running and accurate in control, and in the process of horizontal moving and vertical lifting, bottles on the bottle grasper are uneasy to shake, so that a situation that bottles shake in the process of moving can be effectively avoided, and bottles move smoothly, and therefore, the incasing quality and the quality of bottled products can be ensured.

A panty-hose machine is composed of a yarn feeding mechanism, a weaving mechanism and a batching mechanism. The panty-hose machine is characterized in that the yarn feeding mechanism is fixed through machine legs, a leg support is arranged on the bottom among the machine legs, the batching mechanism is mounted and fixed on the leg frame, a rack used for mounting the weaving mechanism is arranged on a top fixing frame of the machine legs, a plurality of frame rods are arranged between the upper portion and the lower portion of the rack, the weaving mechanism is mounted and fixed on the rack and is arranged above the batching mechanism, and a machine top yarn frame in the yarn feeding mechanism is supported at the top end of the upper portion of the rack through a plurality of stand rods. The panty-hose machine has the advantages that the panty-hose machine is novel in structure, more compact in structure combination, small in occupied space, light in whole machine weight, low in cost, simple in debugging, and high in safety and working efficiency, a machine table is more stable in running and precision, and the operation of technology changing is easy and convenient.

The invention provides a process for preparing chicken liver hydrolyzed protein with proteases, aiming at solving the problems that the chicken liver has heavy fishy smell and high content of cholesterol and hereby has low utilization rate. The influence of the raw material processing method, the proteolysis temperature, the pH value, the protease dosage (E/S), the substrate concentration and the proteolysis time to the hydrolysis capacity of all the proteases is investigated and the proteolysis effect of all the proteases under the optimum condition is compared in the single factor experiment by using the chicken liver as the raw material, selecting 5 proteases and taking the hydrolysis degree as the index. The high proteolysis products with optimum hydrolysis effect and flavor are obtained by optimizing the compound dual-protease proteolysis condition. The chicken liver hydrolyzed protein is prepared through proteolysis, and the main components of the chicken liver hydrolyzed protein are amino acid and small molecule peptide which have no bitter flavor. Detection shows that the chicken liver hydrolyzed protein contains no cholesterol and has some antioxidant activity.

The present invention discloses a method for detecting the mutation of somatic cells. The method comprises: obtaining first sequencing data, wherein the first sequencing data is the determined data of the nucleic acid sequence of a sample to be detected; comparing the first sequencing data with a reference sequence to obtain a first comparing result; based on the first comparing result, recognizing a mutation site, wherein the mutation site comprises at least one of SNP and INDEL; and comparing the difference of the support read fragment number of the mutation site to the corresponding mutation site of a normal control sample to obtain the mutation site having significant difference, wherein the mutation site having significant difference comprises the mutation site having the statistically significant difference. The invention further discloses an apparatus for detecting the mutation of somatic cells. With the method and/or apparatus of the present invention, the accuracy and the sensitivity of the somatic cell mutation detection are high.

The invention discloses a continuous sand-washing process and a continuous sand-washing device formed by, firstly, mounting control valves one by one on the upper port of a sand-washing pipe column and on the upper port of a single sand-washing pipe column. When the control valve is open, a regular sand-washing pipe column reaches down. When the sand-washing pipe column approaches or reaches the sand sediment or oil send at the bottom of a well, if extension is needed, single sand-washing pipe columns provided with control valves are connected one by one to establish sand-washing circulation channel, start a mud pump and carry out sand-washing operation; the control valve in open state allows double-way passage and offers such options as regular positive circulation operation and reverse circulation operation. Meanwhile, the control valve is started or closed manually to decouple from or couple with the single sand-washing pipe column. The invention is not subject to the restriction of sand medium and is particularly suitable for sand-washing operation by nitrogen foam under low-pressure well. The process saves the pressure-releasing time for connecting single sand-washing pipe column every time, realizes continuous sand washing, improves efficiency, prolongs the time of oil well production, and thus reduces cost and increases benefits.

The invention relates to an orthopedic shoe manufacturing method and system based on pressure imaging and three-dimensional modeling technologies. The orthopedic shoe manufacturing method comprises the steps of collecting foot pressure data and other health data of a patient; collecting source data by using a network; carrying out three-dimensional modeling; carrying out model modification; and manufacturing a shoe according to a modified three-dimensional model. The orthopedic shoe manufacturing system comprises a data collection device, a data collection and summarization device three-dimensional modeling device and a shoe manufacturing device. The orthopedic shoe manufacturing method and system meet the foot heath requirements of a user, operation of the user is time-saving and convenient; the shoe manufacturing efficiency is high and foot orthopedics can be achieved.

The invention provides a telomerase activity detecting probe, a telomerase activity detecting reagent kit and a telomerase activity detecting method. The design of telomerase combination primers (TS) and reverse primers is simple, and TS only needs to comprise DNA (deoxyribonucleic acid) enzyme sequences and restriction enzyme cutting sites of cutting enzyme and does not need any modification; the reverse primers only need to comprise sequences complemented with multiple-G sequences extending from telomerase, so the primers are easy to design, and the feasibility is high. The telomerase activity detecting method provided by the invention has the advantages that the reverse primers are only combined with TS primers extending from result telomerase, the nonspecific amplification is reduced, in addition, in the chemical luminous reaction, only amplified telomerase multiple-G sequences and DNA enzyme can be combined with hemin to form a tetramer, and chemical luminous signals are generated, so the telomerase activity detecting method provided by the invention has higher specificity and higher sensitivity. In addition, the telomerase activity detecting reagent kit provided by the invention has the advantages that the cost is low, the operation is simple, and the time is saved.

The invention relates to a manufacturing method and a manufacturing system for customized shoes. The manufacturing method for the customized shoes comprises the following steps: acquiring foot data, collecting foot data by using a network, performing three-dimensional modeling by using the collected foot data and forming foot three-dimensional models consistent or nearly consistent with the actual foot parts in shape, and manufacturing the shoes according to the foot three-dimensional models to enable the innersoles of the shoes to completely fit with the actual soles. The manufacturing system for the customized shoes comprises a data acquisition device, a data collecting and gathering device, a three-dimensional modeling device and a shoe manufacturing device. According to the manufacturing method and the manufacturing device for the customized shoes, the foot health requirement of a user can be met, user operation is time-saving, convenient and rapid, the shoe manufacturing efficiency is high, and foot correction can be realized.

The invention relates to an orthopedic shoe making method and system. The orthopedic shoe making method comprises the steps of collecting foot data and other health data of a patient; collecting the foot data by using a network; performing three-dimensional modeling by using the collected foot data and forming a foot three-dimensional model which is the same as or close to a real foot in shape; correcting the foot three-dimensional model; making a shoe according to the corrected three-dimensional model. The orthopedic shoe making system comprises a data collection device, a data collection converging device, a three-dimensional modeling device and a shoe making device. The method and the system can meet foot health requirements of users, can be operated by users conveniently with less time and can be used for foot orthotics; the shoe making efficiency is high.