52results about How to "Reduce hands-on time" patented technology

The invention discloses an implementation method and system of individuation interfaces of intelligent equipment and the intelligent equipment. The method comprises the steps that settings of multiple different users for individuation interfaces of the intelligent equipment and face information of the users are received and stored, and the corresponding relation between the face information of the users and the corresponding individuation interfaces is stored; when the intelligent equipment is started by the users, the face information of the current user is obtained, whether the face of the current user belongs to stored faces or not is judged, and the step C is shifted into when the face of the user belongs to the stored faces, otherwise a general interface is shifted into; when the individuation interface corresponding to the face information of the current user is found out in the corresponding relation, the found interface is initialized, and the individuation interface is displayed on the intelligent equipment. According to the implementation method and system and the intelligent equipment, the individuation interfaces set by the users can be automatically shifted into without any operation conducted by the users, and different kinds of usage experience are provided for users.

The invention discloses a kit for detecting deafness susceptibility genes, namely the invention provides a kit for rapidly and accurately detecting the GJB2, SLC26A4 and 12SrRNA deafness susceptibility genes by virtue of an MALDI-TOF mass-spectrometry technique. The kit mainly consists of the following ingredients: PCR amplification products shown as SEQ ID NO:1-SEQ ID NO:32 and mass-spectrometry extension primers shown as SEQ ID NO:33-SEQ ID NO:48. The kit provided by the invention, by combining the mass-spectrometry technique and a multi-primer extension technique, is relatively simple in adopted reagent consumables, low in cost and stable, and dozens to thousands of samples are analyzed in one reaction, so that loss caused by reagent preparation is reduced; and the kit is quite high in sensitivity, accuracy and detection consistency, and detection throughput is improved.

The invention relates to a walking beam furnace high-level tapping automatic control method. A secondary preset plate blank length is compared with a preset value when a laser detector at a discharging end detects that a plate blank reaches a tapping temperature, and automatic high-level tapping of a walking beam is carried out if the length is in the preset range; and the walking beam furnace high-level tapping automatic control method effectively avoids the accident of blank dropping caused by bumping of the bent part of the plate blank to the wall of the furnace in the tapping process of a tapping machine. The method is enforced to effectively improve the production efficiency, shorten the manual operating time of operators and avoid accidents caused by untimely manual operation. The method has the advantages of effective reduction of the energy consumption, stabilization of the temperature field, reduction of the burning loss, effective improvement of the stability of the furnace pressure, and avoiding of rapid change of the furnace pressure due to furnace door opening and heat exchange.

The invention relates to an automatic interface test system for a computer interlocking system and application. The system comprises an equipment coordinate generation module, an interlocking operation scene simulation module, an equipment state result interpretation module and a user test script editing module. The equipment coordinate generation module reads the data of the current measured station yard and generates a table of equipment coordinates in the station yard for the interlocking operation scene simulation module to use; the interlocking operation scene simulation module is used for providing an interface for interlocking interface operation. The equipment state result interpretation module calls an image recognition interface function to interpret the equipment state so as tojudge the execution result of the test operation; and the user test script editing module is used for a user to design a test scene by himself/herself according to requirements, compile a test case and reuse the stored test case in subsequent tests. Compared with the prior art, the system has the advantages of greatly improving the efficiency of testing the interlocking product by using the operation interface and the like.

Embodiments of the invention provide a LaTeX format formula input method and apparatus. The method comprises the steps of obtaining a voice input according to an input rule of a preset dictionary, andperforming voice identification to obtain a sentence corresponding to the input voice; according to word classification in the preset dictionary, splitting the sentence into words, and judging the types of the words; and according to the types of the words, performing corresponding operation to obtain a corresponding formula in the input voice. The LaTeX format formula can be input by utilizing the voice, so that the manual operation time of teachers is shortened and the formula input efficiency is improved.

The invention relates to a device for rapidly detaching a drill bit of a drilling machine. According to the device, a main shaft (2) is arranged on a machine body (1), a drilling sleeve (6) is embedded in the main shaft (2), the drilling bit (7) is arranged in the drilling sleeve (6), and a sleeve (4) is connected with the main shaft (2) through a pin shaft (5). A nylon sleeve (3) is installed in the gap between the sleeve (4) and the main shaft (2), and two ends of the nylon sleeve (3) and two ends of the sleeve (4) are fixed by bolts (8) respectively. The top end of the pin shaft (5) is snaps the outer surface of the sleeve (4), and the other end of the pin shaft (5) is fastened by a nut (9). The device is convenient, safe, fast, capable of saving auxiliary time for changing drill bits, reducing labor intensity of operators and improving efficiencies and particularly applicable to assembly lines and lean production lines; and by means of the device, hand-holding time is reduced, effective operating time is increased, the production efficiencies can be improved by 5%-10%, and the device is approved by workers at the production line and popularized and applied when the device is configured in the production line.

The invention relates to the technical field of a boat analog simulation technology, and provides a boat body surface meshing method and device for hydrodynamic calculation. The method comprises the following steps of 1, reading a boat body STL model to obtain the boat body scale information; 2, performing slicing processing on the boat body STL model by using the obtained boat body scale information to obtain all slice data of the boat body STL model; and 3, using all slice data of the boat body STL model to divide boat body surface lattices. The boat body surface lattices in the boat body hydrodynamic calculation can be fast generated; the generation process is simplified; the dense and precise boat body sectional line data can be accurately obtained; the errors due to three-dimensionalinterpolation and curve-fitting can be avoided; the real-time performance of the algorithm is good; and various complicated boat types difficult to be processed by the existing algorithm can be processed.

Provided is an auxiliary hand-operated wafer bonding apparatus including a long elbow bend joint, a wafer groove A, a wafer groove B, a fixed angle hinge, a buffer block A, a buffer block B, a linear bearing A, a linear bearing B, a linear bearing C, a linear optical axis A, a linear optical axis B, a linear optical axis C, a spring A, a spring B, a spring C, a linear bearing connecting member, and a base, the short end of the long elbow bend joint is in interference fit with the center of the wafer groove A, the wafer groove A is fixedly connected with the linear bearing C via the fixed angle hinge, the wafer groove B is fixedly connected with the base via the three linear optical axes, the three springs are in clearance fit with the three linear optical axes and are arranged at the ends close to the base, the three linear bearings are in interference fit with the three linear optical axes and are fixedly connected with the upper ends of the three springs, and the buffer A and the buffer B are fixedly connected with the linear bearing A and the linear bearing B. The auxiliary hand-operated wafer bonding apparatus prevents the direct contact between one's hands and a wafer and improves the hand-operated wafer bonding quality.

The invention relates to an input method and system of an atomized element. The input method comprises the steps that a target interface is displayed; request signals of a selected file table are received; according to the received request signals, a database is searched for the required file table, and if the required file table exists in the database, the corresponding file table is displayed; an attribute value is received and input into an attribute table of the file table; a confirmation signal is responded to, so that inputting of the atomized element is completed, and the file table is saved. The input method and system can provide a flexible file table for a user, reduce redundant information of the file table and improve the information input efficiency. The user can freely configure information required to be filled in according to actual demands, and the input method and system are convenient for the user to manage devices and equipment, personnel files, reagents and the like.

The invention discloses a scratching experiment device of an air-conditioning plastic part. The scratching experiment device comprises a workbench, wherein a machine case is arranged on the workbench, a base is arranged under the lower end of the machine case, a clamp for fixing the plastic part is arranged on the base, a moving mechanism is arranged above the machine case, a tool rest for tool installation is arranged on the moving mechanism, a control computer is arranged on the workbench, a guide rail is arranged under the base, and positioning blocks are arranged at two ends of the guide rail. The plastic part is driven into the machine case by the pullable base, then the moving mechanism drives a tool to scratch the surface of the plastic part, the operating process is controlled by the computer, the time required by an operator for manual operation is saved, and the experiment operation accuracy can be improved by arranging a sensor. The scratching experiment device is simple in structure and high in operating flexibility, and experiment efficiency and accuracy are greatly improved.

The invention provides a wire rod phosphating device and a working method thereof. The wire rod phosphating device comprises a phosphating pool, a phosphating solution box and a metering pump, whereinthe phosphating solution box is arranged on one side of the phosphating pool, a solution feeding pipe is connected between the phosphating solution box and the phosphating pool, and an electromagnetic flow valve and the metering pump are arranged on the solution feeding pipe; the wire rod phosphating device further comprises a control device; the control device comprises an operation panel and acentral processing unit; the central processing unit controls on-off of an electromagnetic flow valve; and a phosphating solution adding formula is preset in the central processing unit. While the defects of a conventional adding mode are overcome, systematic standardized operation can be achieved; the adding amount of the phosphating solution is accurate; the starting time of personnel is shortened; and manpower and material resources are saved.

A method and apparatus for applying ink to the inactive area of a lens, the method comprises the steps of: A, positioning lens; B, preparing stamping member; C, coating and inking by moving the stamping member linearly; D, retracting the stamping member; and E, taking out the lens. The apparatus comprises a stamping member and a positioning member. The stamping member moves linearly back and forth relative to the positioning member, on the surface of the stamping member is formed an inking surface coated with ink. The shape, the area, the location and the angle of the inking surface fit the inactive area of the lens to be inked. The inking surface of the stamping member can contact the inactive area of the lens, so as to enable the inactive area to be fully coated with ink.

The present invention relates to a method for amplifying and detecting a target nucleic acid of HCV in a sample, wherein an amplification of the nucleic acids in said sample is carried out. This amplification involves a polymerase, primers for generating an amplicon and at least two detectable probes specific for different sequence portions of said amplicon. Detection of the obtained amplicon is brought about by detecting hybridization of the probes mentioned above to said different sequence portions of the amplicon.

The invention further provides reaction mixtures and kits for amplifying and detecting a target nucleic acid of HCV involving the use of at least two detectable probes specific for different sequence portions of an amplicon.

The invention discloses a high-strength steel ball machining process. The high-strength steel ball machining process comprises the following steps of S1, discharging, selecting and using a wire material raw material, and carrying out cutting treatment on the wire material raw material to obtain a steel ball blank; S2, performing primary molding, carrying out primary molding on the obtained steel ball blank to obtain a steel ball primary grinding material; S3, carrying out heat treatment, carrying out heat treatment on the obtained steel ball primary grinding material to obtain a steel ball semi-finished product; S4, secondary forming, carrying out secondary forming processing on the semi-finished steel ball semi-finished product to obtain steel ball products; and S5, producing, carrying out polishing cleaning and product detection on the steel ball products, and packaging and producing the qualified steel ball products. The method has the advantages that the machining process is simplified, the standardization degree is high, the overall operation process is clear, the time cost of steel ball production enterprises is saved, the damage rate of the steel ball products is remarkablyreduced, and the profit space of the steel ball production enterprise is ensured.

The invention provides a method and device for controlling vehicle seats, a storage medium and a vehicle to solve driving safety hazards caused by manual adjustment of seats in relevant technologies.The method of controlling the vehicle seat comprises the steps that eye movements of users on the seats in a car are obtained; the eye movements being as preset movements is determined; and the positions of the seats are adjusted according to the preset movements.

The invention provides a chip testing system and method, and the system comprises a receiving conversion chip and a processor, the receiving conversion chip is connected with the processor, the receiving conversion chip is used for being connected with a to-be-tested chip during the testing of the to-be-tested chip, the receiving conversion chip comprises an analysis module and a verification module, and the analysis module and the verification module are connected with each other. The analysis module is used for analyzing to obtain video image data according to the video image signals and extracting actual video image parameters of the to-be-tested chip, the verification module is used for calculating to obtain actual cyclic redundancy verification values of the to-be-tested chip according to the video image data, and the processor is used for processing the actual video image parameters, the actual cyclic redundancy verification values and the actual cyclic redundancy verification values to obtain the to-be-tested chip. And comparing the predefined video image parameter with the predefined cyclic redundancy check value to obtain a test result. Therefore, the chip test result is accurately obtained, and the chip does not need to be converted through a signal, so that the test cost and the test time are saved. The method does not need an FPGA, reduces the starting time, is high in calculation speed, and is high in error detection capability.