37results about How to "Confusing" patented technology

The invention relates to a neural network relation classification method and an implementation system thereof, which fuse discrimination degree information, comprising: (1) data preprocessing; (2) training word vector; (3) extracting position vector; Combining the word vector of each word with the high-dimensional position feature vector, the joint feature is obtained. (4) computing the semantic representation of sentences; The context information and semantic information of entities are encoded by bi-directional LSTM. (5) calculating a discrimination vector; After the two entity vectors are subtracted from each other and cascaded with a Bi-LSTM unit encode that input; (6) inputting the outputs of (4) and (5) to the CNN, outputting the feature vector fused with the discrimination information, and inputting the feature vector to the classifier for classification; (5) adopting a Loss function to train the model. The invention does not need to manually extract any features, and the jointmodel does not need to preprocess the data by means of other natural language processing tools, the algorithm is simple and clear, and the effect is best at present.

The invention relates to the field of captcha, in particular to a deep learning-based human action recognition method. According to the method, a neural network comprising an LSTM is adopted to realize the judgement of the current page operation main body; construction of machine action samples is based on human action samples; 4 generation manners which comprise random generation are adopted; positive sample tracks are randomly segmented into a plurality of sub-segments and the segmented sub-segments are randomly spliced; scaling and disturbance are carried out on track parameters on the basis of positive samples; and such a negative sample generation manner is based on the positive samples, so that the negative samples have higher similarity with the positive samples, the obfuscation is stronger, the neural network trained by training samples has higher distinguishing ability. According to the method, the recognition of the current page operation main body on the basis of an LSTM network is firstly realized; and the method is particularly suitable for the business scenes of realizing verification of operation main bodies during graph dragging and judging the operation main bodies.

The invention discloses a method for performing camouflage and camouflage removal on characters based on unrepeated keys. The method is characterized by comprising the following steps: S100: loading plaintext; S200: constructing a key dictionary; S300: determining a key block number; S400: generating UNICODE codes of plaintext characters; S500: converting the UNICODE codes into 4 bytes of Hex codes 0xyYhH, wherein when the Hex codes are less than 4 bytes, filling the bytes via 0; S600: performing camouflage on the plaintext characters by using the Hex codes, and outputting camouflage characters; S700: judging whether the camouflage of the plaintext characters is completed, if so, executing step S800, and otherwise, executing step S300; and S800: merging the camouflage characters of the plaintext characters in sequence, and outputting a camouflage text. The camouflage removal can be performed on the camouflage text by a reverse method, and the plaintext is output.

The invention relates to information disguising and reducing methods suitable for a triangulated irregular netting digital elevation model, and belongs to the technical field of digital elevation data processing. The information disguising method mainly comprises space scrambling and numerical value substitution, wherein the space scrambling is implemented through a Tent chaotic mapping way; and the numerical value substitution is carried out through a Chinese remainder theorem. Compared with a conventional information protection method, the information disguising and reducing method has the advantages that information protection is carried out through the information disguising way, so that the advantages of high confusion and high security performance are realized; security protection can be provided for important elevation information in the triangulated irregular netting digital elevation model; and the storage and transmission of data in the triangulated irregular netting digital elevation model can be effectively ensured.

The invention relates to a mechanical combination lock capable of eliminating three technical unlocking hidden troubles for a safety box, relating to a combination lock for a safety box; the mechanical combination lock uses an inner board in parallel and fixedly connected with the door plank of the safety box, a turn-knob shaft sleeve fixed into the inner board and the door plank interlayer of the safety box and extending outwards, a combination wheel assembly rotating on the extending part of the turn-knob shaft sleeve, an unlocking limit wheel matched with a compression spring and in clutch type match with a driving combination wheel, a retractable turn-knob and a lock executing mechanism; the mechanical combination lock eliminates the three hidden troubles of friction type technical unlocking, percussive technical unlocking and measuring dynamic balancing technical unlocking, and has 6.8 million times of dense variables; therefore, the mechanical combination lock becomes the mechanical combination lock with the strongest security at all times and in all lands, and is a novel product in the field. The mechanical combination lock is simple in structure, saves material, has reliable performance and long service life, and can be applied to safety boxes and document boxes in family.

The invention discloses a specificity method for detecting candida albicans in a clinical specimen. The specificity method comprises the following process steps of preparing and purifying antiserum, marking and coloring by using emulsion, carrying out preservative treatment, detecting the candida albicans and the like. Compared with the prior art, the specificity method has the advantages of rapidness, simplicity and convenience, high sensitivity, easiness in result judgment and the like.

The invention relates to a process for preparing a large super-thick nodular cast iron container sample, which comprises: taking out a TM sample by using a trepanning drill blind hole sample preparation process, removing excess materials by turning or milling, and sequentially preparing a casting body by using the following processes: preparing a TD sample by using a trepanning drill; drilling a circle of central row holes at the diameter distribution position of the TD sample, wherein every two central row holes are intersected; longitudinally drilling three rows of through holes in the positions of the side face row holes and are evenly distributed in the circumferential direction by 120 degrees, and evenly dividing the positions of three sets of H1000 samples of the nodular cast iron container shell into three fan-shaped parts; sawing the 120-degree fan-shaped part into a 90-degree part and a 30-degree part respectively; longitudinally sowing off the 90-degree part in a five-equal-part mode according to 17 degrees, longitudinally sowing the 90-degree part into two equal parts respectively from the middle, namely an H1000 sample, and then milling the H1000 sample according to the size to meet the requirement; sawing the core part from the middle, and equally dividing the core part into two semicircles; and marking position lines from the top surfaces of the segmented parts according to respective regions, and further segmenting by using a conventional small sawing machine.

The invention discloses an intelligent mosquito repelling and capturing device. The device comprises a mosquito detection module, a mosquito capturing module, a mosquito repelling module and a power supply module, wherein the mosquito capturing module comprises bionic human body silica gel, carbon fiber heating sheets, a mosquito trapping diffuser, an exhaust fan and a mosquito storage chamber; the surface of the upper portion of the mosquito trapping diffuser is wrapped with a layer of bionic human body silica gel; the carbon fiber heating sheets are uniformly distributed between the mosquitotrapping diffuser and the bionic human body silica gel; the lower portion of the mosquito trapping diffuser is sleeved with the mosquito storage chamber, and the exhaust fan is arranged between the mosquito trapping diffuser and the mosquito storage chamber so as to suck in mosquitoes on the surface of the bionic human body silica gel; the mosquito repelling module comprises a mosquito repellingdiffuser and an orange light source, the mosquito repelling diffuser is arranged on the mosquito capturing diffuser, and the orange light source is arranged on the surface of the mosquito repelling diffuser. By the adoption of the intelligent mosquito repellent device, mosquito repelling and mosquito capturing modes can be automatically switched, the bionic degree is improved, and the intelligentmosquito repelling and capturing device has the advantages of being good in mosquito repelling and capturing effect, low in using cost and wide in application range.

The invention relates to a wellhead anti-theft sampling device. The wellhead anti-theft sampling device comprises a sampling pipe, wherein a three-way cock valve is fixed in the sampling pipe; the three-way cock valve comprises a valve body, a spherical valve element and a valve rod for controlling the spherical valve element; a protective jacket is arranged on the periphery of the valve rod, theinner end of the protective jacket is connected with the valve body in a sealed mode, the outer end of the protective jacket stretches out of the sampling pipe and over the outer end of the valve rod,a valve rod square tenon is arranged at the outer end of the valve rod, the middle section of the protective jacket is provided with a fixing sleeve, the fixing sleeve and the protective jacket are coaxial, the valve rod penetrates out of the center of the bottom wall of the fixing sleeve, and a valve rod control mechanism is arranged in an inner cavity of the fixing sleeve; and the valve rod control mechanism comprises a lock cylinder which is coaxial with the fixing sleeve, the lock cylinder is in a T-shaped cross section, the large end of the lock cylinder is rotationally embedded in the inner cavity of the fixing sleeve, the small end of the lock cylinder is rotationally embedded in the inner cavity of the protective jacket, the center of the lock cylinder is fixedly connected with the valve rod, a plurality of lock cavities are formed in the lock cylinder, and locking mechanisms capable of locking or unlocking the lock cylinder and the fixing sleeve is arranged in the lock cavities. The wellhead anti-theft sampling device is convenient to operate and good in anti-theft performance.

The invention discloses a DNA bar code for identifying lilium plants. The DNA bar code is formed by splicing three gene segments, namely trnP-psaJ-rpI33, psbB-psbH and ITS. Nucleotide sequences of a primer pair for amplifying trnP-psaJ-rpI33 are shown as SEQ ID NO: 1 and SEQ ID NO: 2 in SEQUENCE LISTING, nucleotide sequences of a primer pair for amplifying psbB-psbH are shown as SEQ ID NO: 3 and SEQ ID NO: 4, and nucleotide sequences of a primer pair for amplifying ITS are shown as SEQ ID NO: 5 and SEQ ID NO: 6. The DNA bar code can identify and distinguish lilium resources quickly and easily,and solve and improve classification of wild species of lilium plants.

File management equipment facilitating accurately and quickly storing and taking a large quantity of accounting documents comprises a base and a top plate, a supporting frame is arranged between the base and the top plate and comprises a plurality of partition plates, first electric guide rails are arranged on the front end faces of the partition plates, first electric sliding blocks are arranged on the first electric guide rails, and a conveying device is arranged on the first electric sliding blocks. A plurality of file storage devices are arranged on the partition plates, second electric guide rails are arranged on the two sides of the supporting frame, second electric sliding blocks are arranged on the second electric guide rails, a returning device is arranged on the second electric sliding block on one side, a taking device is arranged on the second electric sliding block on the other side, and an operation table is arranged on one side of the supporting frame. The console can control the conveying device, a file management device, the returning device and the taking device to operate. According to the equipment, files can be quickly taken and stored by controlling the operation table, and the design separately carries out file returning and file taking so that the files can be prevented from being easily mixed in the returning and taking processes, the file management process is standardized, and the working efficiency is improved.

The invention discloses a lock. The lock comprises a lock cylinder, a key and a fixing sleeve, wherein the lock cylinder is rotationally arranged in the fixing sleeve; a key channel for allowing the key to be inserted in the axial direction is formed in the lock cylinder; a plurality of blade insertion grooves are formed in the lock cylinder in a linear arrangement manner in the insertion direction of the key; each blade inserting groove is internally provided with a starting blade, a front time delay blade and a rear time delay blade in an inserted mode; each starting blade is clamped betweenthe corresponding front time delay blade and the corresponding rear time delay blade; a first core block which extends into the key channel is correspondingly arranged on each starting blade; a second core block which extends into the key channel is correspondingly arranged on each front time delay blade; a third core block which extends into the key channel is correspondingly arranged on each rear time delay blade; the first core blocks are correspondingly arranged on one side of the key channel; the second core blocks and the third core blocks are correspondingly arranged on the other sideof the key channel; and each first core block and the corresponding second core block and the corresponding third core block are arranged in a delta-shaped manner. The structure is adopted, and the lock is better in anti-theft performance.

The invention discloses a grain storage device. The device comprises a shell, one end of the shell is opened, and a grain storage barrel is placed into the shell; the grain storage barrel comprises a closed end and an opened end which are opposite, a cover which is detachably connected with the grain storage barrel is arranged on the opened end, and when the grain storage barrel is placed into the shell, the opened end is placed inward, and the closed end is placed outward; an indicator light and a display screen are arranged on the outer surface of the closed end, the device further comprises a processor and a user terminal, the input end of the process is in signal connection with the user terminal, and the output end of the processor is connected with the indicator light and the display screen. The invention aims at providing the grain storage device. The problem is solved that downstream users store grain inconveniently in the prior art, and the aim of long-term and efficient grain storage is achieved.

The invention provides a medical field data processing system based on a blockchain architecture technology, and belongs to the technical field of blockchains. The system comprises a data acquisitionunit which acquires data after an input node responds; a data transmission unit that responds to a relationship between units; a collective chain unit which is used for publicly distributing the hashvalues of the acquired data; a private chain unit which is used for storing hash values of the acquired data; a reverse address unit which is used for distributing and transmitting the return hash value in the collective chain unit to the block chain private chain module; and an interference unit which is used for forming a plurality of virtual private chain nodes with random addresses, wherein hash values in the private chain nodes are randomly generated, names of the virtual private chain nodes are blocked, the addresses are the same as block chain addresses, and the interference unit at least responds to a private chain hash value generation stage, a hash value return stage, a sub-transmission stage and a blocking stage. The system is high in safety performance.