85results about How to "Deep" patented technology

The invention relates to aluminum silicate glass. The toughness of the ultrathin glass is increased by adopting an ion exchange chemical reinforcing method in a subsequent process. The aluminum silicate glass comprises the following components in percentage by weight: 55 to 70 percent of SiO2, 10 to 20 percent of Al2O3, 8 to 25 percent of at least one alkali metal oxide and the balance of additive, wherein ions of chemical reinforcing ion exchange are from alkali metal ions in the alkali metal oxide. After ion exchange chemical reinforcing, the surface pressure value of the aluminum silicate glass can reach over 700MPa, and the depth of the pressure stress layer can reach over 50 microns, so cracks on the surface of the glass can be totally covered, and the safety of the glass in application is greatly promoted. The invention also relates to a method for preparing the aluminum silicate glass.

The invention provides a scheduling method to prevent conflicts in intelligent RFID read system. The method utilize the mechanism that reader controls multiple antennas, which is: all the antennas are controlled by the reader in order; the reader polls the antennas connected to the reader, and control the interactive between the single antenna and label; each time only one antenna can be activated to respond instructions from the reader; every two antenna effective covered regions are connected to reduce the overlap. The invention uses multiple antennas, at any time only one antenna takes effect, and then labels are divided into groups to recognize. The number of labels in the coverage covered by one antenna is reduced, thus the probability of conflicts is effectively reduced.

The invention provides a pipe-jacking working well applicable to desert waterless sand area and a construction method. The pipe-jacking working well is characterized in that a plurality of bore pilesare circumferentially uniformly arranged around the circle center the working well to form the main protecting and stress structure of the working well, a crown beam is arranged at the top of each bored pile, each circular crown beam and the working well are of a concentric circle structure, a liner is located on the inner side of each bored pile and vertically arranged along the depth direction of the working well, hidden beams are embedded into each liner and arranged at intervals along the length direction of the liner from top to bottom, a bottom plate is located at the bottom of the working well, a well bottom reinforcing jet grouting pile is arranged below the bottom plate, and hole reinforcing jet grouting piles located at positions where jacking pipe joints enter and exit holes arearranged on the outer sides of the bored piles. The pipe-jacking working well has the advantages that soil stability during excavation can be guaranteed by the bored piles, and the bored piles can bear large counter force needed by pipe-jacking construction; the liners can increase sand stability among the piles and evenly transmits horizontal load to the bored piles.

The invention relates to a method and system for studying and judging high-risk criminal personnel. The method comprises the following steps: step 1, generating a depth feature set of high-risk criminal personnel according to obtained personnel characteristics; step 2, performing preprocessing and dimensionality reduction on the depth feature set to obtain key features; step 3, establishing a studying and judging model of the high-risk criminal personnel through the key features; step 4, optimizing the studying and judging model in the step 3; and step 5, studying and judging the target personnel through the optimized studying and judging model to judge whether the target personnel is the high-risk criminal personnel. By adoption of the method, the feature set of the high-risk criminal personnel is automatically inferred and synthesized to enhance the representation depth of the high-risk characteristics of the personnel, and a targeted modeling method is adopted for different crime types to achieve accurate studying and judging.

The invention relates to a lithium-supplementing porous silicon monoxide negative electrode material for lithium ion batteries and a preparation method thereof, and belongs to the technical field of preparation of lithium ion battery materials. The lithium-supplementing porous silicon monoxide negative electrode material is characterized in that the lithium-supplementing porous silicon monoxide negative electrode material is of a core-shell structure, porous silicon monoxide serves as an inner core, a nitrogen-doped carbon material serves as a shell, and the thickness of the shell is 50-500 nm. The lithium-supplementing porous silicon monoxide negative electrode material has the advantages that a carbon layer is uniformly deposited on the surface of the porous silicon monoxide, so that theporous silicon monoxide is prevented from directly contacting with the electrolyte, the occurrence probability of side reactions is reduced, and the electric conductivity is improved; meanwhile, by adopting the nitrogen-doped carbon material, the electric conductivity of a cladding layer can be further improved, and accordingly, the rate performance in lithium-supplementing porous silicon-carboncompounding is improved.

The invention discloses a method for improving the continuous cropping soil of panax notoginseng, which comprises the following steps: (1) installing a drip irrigation device; (2) fumigating and disinfecting soil with dazomet; (3) disinfecting soil with chlorine dioxide; and (4) adding a compound microbial fertilizer. As a fumigant for the continuous cropping soil of panax notoginseng, dazomet cankill fungi, bacteria, insects and other organisms in the soil and is low-toxicity and safe. Chlorine dioxide can kill bacterial propagules, bacterial spores, fungi, mycobacteria and viruses, and bacteria will not develop resistance to chlorine dioxide. The compound microbial fertilizer can improve the yield of panax notoginseng, improve the quality of panax notoginseng, reduce the use of chemicalfertilizer, lower the cost, improve the soil and protect the ecological environment. By using the method, the seedling emergence rate of panax notoginseng seeds in the continuous cropping soil can bemore than 95%, the seedling survival rate can be more than 90%, and the disease incidence can be reduced.

The invention discloses a dense neural network lung tumor image recognition method fusing multi-scale features, and the method comprises the steps: collecting and preprocessing CT modal medical images, extracting lesion ROI regions of different scales, and forming a multi-scale data set; wherein the focus ROI regions of different scales are provided with clinically marked benign or malignant tumortags; training the multi-scale data set in a dense neural network, constructing a dense neural network model, extracting a full connection layer feature vector and carrying out feature serial fusion;and obtaining a lung tumor classification result in the NSCR classifier. A dense neural network model constructed by the method is superior to an AlexNet model, bottom-layer new features can be minedagain by effectively utilizing high-layer information, transmission of the features among networks is enhanced, and feature reuse is realized and enhanced; the invention is deep in network depth, strong in network generalization capability and high in lung tumor classification accuracy.

The invention relates to a compound reinforcement method for a gear surface. The compound reinforcement method comprises the following steps: firstly, the gear surface is subjected to shot blasting with steel shots with particle size being 0.6-1 mm; then molybdenum disulfide is mixed with particles with particle size being 0.05-0.1 mm, the mixture is used for performing shot blasting continuously on a gear, and the gear with compound reinforced surface is obtained. By means of the coupled effect of two processes including powerful shot blasting and molybdenum disulfide and particle mixed shot blasting, amplitude of tooth surface compressive stress deeper than the stress in single surface treatment process is obtained, and tooth surface hardness is improved substantially. Meanwhile, the lubricity of the gear surface is improved, the friction coefficient of the tooth surface is reduced, the lubricating capacity and the surface smoothness are improved, and gear meshing vibration noise is reduced. The effect of prolonging both the flexible life and contact fatigue life of the gear simultaneously is realized. The method adopts simple process and flexible conditions, can realize batch production and has good application prospect.

The invention provides a method and device for improving hardness of the inner wall of a steel tube. A scanning type induction hardening process is adopted, heat treatment is carried out on the inner wall of the whole steel tube, an induction coil is placed on the steel tube, and the steel tube rotates and relatively moves relative to the induction coil; in the process that the steel tube and the induction coil relatively move, the induction coil is powered on to heat, and the heated steel tube is instantly subject to water spraying cooling after heating; the heating frequency is selected to range from 500 Hz to 2000 Hz; and the speed of movement of the steel tube relative to the induction coil is between 3 mm/s and 6 mm/s, and the rotating speed of the steel tube ranges from 5 rpm to 20 rpm. Compared with a conventional manner that heat treatment is carried out on the steel tube or the steel tube is not treated, the skin effect of induction heating is used, in the heating process, the temperature of the inner wall of the steel tune is high, the temperature of the outer wall is low, and a temperature gradient is formed; after water spraying cooling is carried out, the aim of improving the hardness and the abrasive resistance of the inner wall is achieved; and meanwhile the outer wall basically keeps mechanical properties of toughness, strength and the like of an original matrix structure.

The invention provides a laser shot blast-rolling reinforcement compound device of a rotary body and a method thereof. The laser shot blast-rolling reinforcement compound device comprises a laser emitting device, a light path conveying device, a numerical control platform and a rolling head; the laser emitting device is used for generating laser beams; one end of the light path conveying device isused for inputting the laser beams, the other end of the light path conveying device is provided with the rolling head, and the rolling head is in contact with the rotary body and used for carrying out rolling reinforcement on the surface of the rotary body while the laser beams are enabled to penetrate through the rolling head so as to perform laser shot blast on the surface of the rotary body;the rotary body is fixed by the numerical control platform through a first rotating device; and the numerical control platform is used for fixing the light path conveying device through a second rotating device, which is used for enabling the rolling head to rotate around the rotary body. According to the laser shot blast-rolling reinforcement compound device of the rotary body and the method thereof, a pressure spring in the rolling head is adjusted to obtain the required rolling load, a laser is guided through the light path system, automatic focusing of the laser shot blast process is realized, and compound surface reinforcement of a complex curved surface can be accurately realized.

The invention discloses a paving structure and a paving method for quickly recovering functions of a pavement and a bridge floor. The paving structure comprises a double-layer fiber-added macadam seal layer and an ultrathin antiskid wearing layer from the bottom up, wherein the double-layer fiber-added macadam seal layer comprises a lower binder layer, a chopped fiber layer and an upper binder layer from the bottom up. According to the paving structure and the paving method for quickly recovering the functions of the pavement and the bridge floor, compared with the prior art, on the basis that the original paving is made full use of, gap graded aggregate is adopted to achieve water proofing of the pavement, prevent water from damaging the pavement, and exert the functions of water shutoff and drainage simultaneously; and the paving structure is high in construction efficiency, and can reduce the interference of the traditional construction manner to traffic.

The invention provides a refrigerator capable of dissipating heat from bottom. The refrigerator comprises a refrigerator body, condenser, a compressor, a convection fan and a wind shielding strip, wherein a compressor bin is arranged on the rear side of the bottom of the refrigerator body, and the compressor bin is in communication with the space below the refrigerator body through an air inlet and an air outlet which are transversely arranged at the bottom of the refrigerator body side by side; the condenser and the compressor are transversely arranged in the pressing machine bin side by side; the convection fan is arranged in the compressor bin and is located between the condenser and the compressor so as to promote air to be blown from the condenser to the compressor; the front-back extending wind shielding strip is arranged on the bottom surface of the refrigerator body and is positioned between the air inlet and the air outlet, so that when the refrigerator is placed on a supporting surface, the wind shielding strip can transversely divide the space between the bottom surface of the refrigerator body and the supporting surface, the external air is allowed to enter the compressor bin from one side of the wind shielding strip through the air inlet, the condenser is cooled, then the air is blown to the compressor through the convection fan, and finally the air flows out of the air outlet to the other side of the wind shielding strip; and the wind shielding strip is configured to rotate around an axis extending forwards and backwards, so that the distance between the bottom end of the wind shielding strip and the bottom surface of the refrigerator body can be adjusted according to the concave-convex degree of the supporting surface, and therefore the bottom end of thewind shielding strip can be attached to the supporting surface.

The invention discloses a plasma surface treating device for an anti-abrasion tamping pick for a railway and a using method thereof, and relates to a surface treatment device and a using method thereof. The problems of complicated technology for treating the surface of the anti-abrasion tamping pick for the railway and the difficulty in guaranteeing the performance are solved. The device consists of a cooling water channel, an argon-nitrogen mixture gas channel, a high temperature resistance ceramic element, a tamping pick head reservation port, a high temperature resistance sealing piece, a vacuum pump air extraction channel, a detachable stainless steel plasma generator entity and a reaction chamber. The using method comprises the following steps of: 1, putting the tamping pick into the reaction chamber, sealing and vacuumizing the chamber; 2, filling argon and nitrogen into the reaction chamber, applying square negative pulse voltage to ionize argon and nitrogen mixed gas, and forming nitrogen-containing high temperature plasmas; and 3, hitting the surface of the tamping pick to form a modified layer, namely finishing surface treatment for the tamping pick. The device and the using method thereof are applied to the field of surface processing.

The invention discloses a cup holder structure with rotary brackets. The cup holder structure comprises a cup holder body. The cup holder body is provided with a cup containing space. A cup hole corresponding to a cup in shape is formed in the cup holder body. The L-shaped rotary brackets are hinged to the bottom of the cup holder body. The bottom of the cup holder body and the rotary brackets are provided with mutually matched locating structures. The rotary brackets and the cup hole form the cup containing space. The designed cup holder can be arranged on a thin armrest, and a large depth of the cup holder can be obtained by rotating the rotary brackets. When the cup holder is not in use, the function of the armrest is not influenced; when the cup holder is in use, the depth of the cup holder can be increased to meet the requirements for containing cups with different lengths. The cup holder structure with the rotary brackets is simple, easy to manufacture, low in cost and good in practicality.

The invention discloses a self-traveling type intelligent continuous dynamic compactor which comprises a crawler excavator, a crawler excavator power system, a crawler excavator self-traveling mechanism and a compaction mechanism, wherein the crawler excavator power system comprises an oil tank, an oil pump, a heat dissipater and an engine; the crawler excavator self-traveling mechanism comprises a traveling frame, traveling wheels, a traveling crawler and a self-traveling control system; the compaction mechanism comprises a stander, a third oil cylinder, a movable pulley, a soft connection body, a fixed pulley and a rammer; a stander is connected with a supporting wheel and is provided with a compaction density detection system; a hydraulic system and an intelligent control system are arranged on the crawler excavator; a third connection plate is connected to the stander; one end of a connection arm is connected with the crawler excavator, and the other end of the connection arm is connected with the third connection plate. The self-traveling type intelligent continuous dynamic compactor is easy to use and operate, has a self-traveling function and can intelligently realize continuous compaction; furthermore, the compaction power is higher, and the compaction thickness and the compaction influence depth are large; the self-traveling type intelligent continuous dynamic compactor can accurately detect the compaction density and work stably and reliably.

The invention relates to a sewage aeration tank foam identification method based on GoogLeNet-SVM. The method comprises the following steps: S1, obtaining a picture of an aeration tank; s2, obtainingan expanded sample based on the picture; s3, based on the sample and the openCV library, obtaining a sample with a unified size; s4, obtaining a training set and a test set based on the samples with the unified size; s5, constructing a sewage aeration tank foam recognition model based on the training set, the test set, the GoogLeNet and the SVM; and S6, based on the sewage aeration tank foam identification model, carrying out sewage aeration tank foam identification. Compared with the prior art, the method has the advantages that the foam recognition result can be obtained only by inputting the picture of the aeration tank to be detected, manual participation is not needed, the labor cost of an enterprise is reduced, the influence on the health of workers is avoided, and meanwhile the accuracy is higher.

The invention discloses a deep-layer high-hardness composite surface quenching reinforcing method of metal and alloy members and belongs to the field of surface heat treatment. The method comprises the steps: firstly, obtaining an induction quenched hardened layer with a depth of 2 to 20mm, a grain size of 7 to 10 levels and a hardness value of 45 to 62HRC on the surface of a part through induction heating pre-quenching; then utilizing machining to make the part reach an assembling accuracy and a finish degree required by the surface; finally, utilizing high energy beam surface phase change quenching to obtain a high energy beam quenched hardened layer with a depth of 0.1 to 2.5mm, a grain size of 10 to 16 levels and a hardness value of 62HRC on the surface of the part. The obtained composite hardened layer disclosed by the invention is prepared from the induction quenched hardened layer on the secondary surface layer and the high energy beam quenched hardened layer on the surface layer; thus, surface wear resistance and fatigue life of the metal and alloy materials are improved, and a strict requirement of the modern industry on the metal and alloy materials is met.

The invention provides a refrigerator which comprises a tank, a condenser, a compressor, a convection fan, and a windshield strip extending front and back. A pressing machine cabin is arranged on theback side of the bottom part of the tank and communicates with an external space under the tank through an air inlet and an air outlet located in the bottom part of the tank and horizontally arrangedside by side; the condenser and the compressor are horizontally arranged in the pressing machine cabin side by side; the convection fan is arranged in the pressing machine cabin, is located between the condenser and the compressor, and is used for promoting air to blow to the compressor from the condenser part; and the windshield strip can be arranged in a sliding chute extending front and back arranged on the bottom surface of the tank in a front-and-back push-and-pull way, and is located between the air inlet and the air outlet, so that when the refrigerator is placed on a support surface, aspace between the bottom surface of the tank and the support surface is horizontally separated, and external air is allowed to enter the pressing machine cabin from one side of the windshield strip through the air inlet, firstly cools the condenser, is blown to the compressor through the action of the convection fan, and is finally discharged from the air outlet to the other side of the windshield strip.

The invention discloses a method for manufacturing a low-reflectivity pattern sapphire substrate. The method includes the steps that a mask material grows on a sapphire substrate; photoetching is carried out on the mask material to obtain a mask with a periodical size pattern; wet etching is carried out on the sapphire substrate to acquire pits with certain depths; dry etching is carried out on the sapphire substrate till the mask shrinks completely; surface cleaning is carried out. According to the method for manufacturing the low-reflectivity pattern sapphire substrate by combining the dry method and the wet method, wet etching is carried out on the sapphire substrate first under the condition that the mask is not consumed, then, dry etching is carried out on the sapphire substrate, the utilization ratio of the mask is greatly improved, the periodic pattern formed through the method can be deeper than a pattern in the same period, and therefore the purpose of low reflectivity is achieved.

The invention relates to a multi-stage irregular flight anti-intercept missile and its working method, belonging to the field of aircraft, including a primary booster, a secondary booster and a missile head, a primary booster, a secondary booster and a missile head. The size of the warhead is the same, its transition is smooth, it has multi-stage boosters, the cruising distance is long, and the flight trajectory is irregular, the flight trajectory is difficult to predict, and the attack speed is fast, which greatly increases the difficulty of being intercepted. At the same time, the structure is simple and firm, and the cost is low. It is cheap, and at the same time, it can improve our country's national defense strength, prevent invaders, and protect national sovereignty.

The invention relates to the technical field of quenching processes, in particular to an integrated quenching process of a drawn cup needle roller bearing, which comprises the following steps: curling: assembling a needle roller, a drawn cup which is not treated by any heat treatment and a holder into a whole and then curling; quenching: carrying out the C-N joint infiltration quenching of the drawn cup needle roller bearing which is qualified by inspection after assembling and curling; and tempering: tempering the drawn cup needle roller bearing at high temperature. The quenching step achieves 0.08mm-0.28mm effective hardened layer with the surface hardness of 750-980HV, and the tempering step increase the surface hardness to 664-856HV. The integrated quenching process ensures that the surface hardness of the drawn cup is uniformly distributed, the effective hardened layer of heat treatment carburization is deeper, the wear resistance of the drawn cup is good, and the high-temperaturetempering process eliminates the brittleness of the drawn cup and the holder, thereby prolonging the service life of the bearing.

The invention discloses a double-protection ring and a forming method thereof. The forming method of the double-protection ring comprises the following steps: providing a P-type substrate; forming a P-type first protection ring in the P-type substrate; forming an N-type second protection ring in the P-type substrate, wherein the N-type second protection ring surrounds the P-type first protection ring, and the second protection ring comprises an N-type first well region and an N-type second well region with the depth larger than that of the N-type first well region. According to the invention,the double-protection ring can better reduce the winding noise of the substrate, and inhibit the latch-up effect.