130results about How to "Improve pairing efficiency" patented technology

A system for matching job hunters with vacant positions and a matching method thereof are disclosed. The method comprises the following steps: storing resumes input through job hunter terminals in a resume databases in a predetermined standardized format; storing position introductions input through recruiter terminals in a position introduction database in a predetermined standardized format; when matching is triggered, performing comparison of matching one to one on a piece of resume information in the resume database with all the valid position introductions in the position introduction database, and placing the position introduction or the resume satisfying conditions in a position matched database or a resume matched database, or performing comparison of matching one to one on a position introduction in the position introduction database with all the valid resumes in the resume database, and placing the resume information or the position introduction satisfying conditions in the resume matched database or the position matched database; and then determining whether the requirements of the resume of a job hunter are in accordance with the requirements of the position introduction of a recruiter in the position matched database, or determining whether the recruiter meets the requirements of the job hunter in the resume matched database, and storing the determination results in a matched state database to find out the recruiter and the job hunter matching with each other in conditions.

The invention relates to a set top box control technology in the field of communication, and discloses a Bluetooth connection method and apparatus. The method comprises the following steps: a set top box, after being booted, detecting whether a Bluetooth white list includes a Bluetooth remote controller, wherein the Bluetooth remote controller in the Bluetooth white list is a Bluetooth remote controller in Bluetooth connection with the set top box; if the Bluetooth white list does not include the Bluetooth remote controller, the set top box prompting a user to carry out Bluetooth remote controller paring; the set top box, after receiving first broadcast information sent by the Bluetooth remote controller, carrying out pairing with the Bluetooth remote controller through a Bluetooth mode; and the set top box, after receiving a connection request sent by the Bluetooth remote controller, carrying out connection with the Bluetooth remote controller through the Bluetooth mode, and adding the Bluetooth remote controller into the Bluetooth white list. The method and apparatus provided by the invention are used for solving the problem that a conventional Bluetooth remote controller pairing process requires the user to manually call out a pairing interface through an infrared remote controller or other input devices in the prior art.

The invention relates to a micro-fluidic chip for capturing single cells/single granules through high-flux pairing and application of the micro-fluidic chip. The micro-fluidic chip comprises three parts, namely a capturing layer, a control layer and a carrier from top to bottom, wherein the capturing layer consists of two runners in parallel and a connection channel; the control layer is an isolation pump layer; a plurality of single granule/single cell capturing units are arranged inside the runners and are used for capturing single granules/single cells; the connection channel is used for communicating two paired capturing units; isolation channels are positioned below the connection channel, are perpendicular to the connection channel and are isolated by diaphragms. The micro-fluidic chip is capable of capturing single granules/single cells in a high flux manner, is high in capturing efficiency, capable of achieving pairing of single granules/single granules, single cells/single cells and single granules/single cells, high in pairing efficiency, capable of achieving parallel operation and control on paired units, such as isolation, culture, cracking and nucleic acid amplification of single cells, can be widely applied to the field of single cell analysis, and is applicable to cell samples of small numbers.

An embodiment of the invention discloses a Bluetooth pairing method and a terminal. The method includes: when a Bluetooth pairing control instruction is received, graphic code information of a Bluetooth pairing device is scanned; the graphic code information is analyzed and processed, thereby obtaining Bluetooth pairing information of the Bluetooth pairing device; and Bluetooth pairing is performed according to the Bluetooth pairing information. The embodiment of the invention also correspondingly discloses a terminal. By adoption of the Bluetooth pairing method and the terminal, the Bluetooth pairing information can be rapidly obtained by scanning and Bluetooth pairing is realized, an obtaining process of the Bluetooth pairing information is simplified, and efficiency of Bluetooth pairing is improved.

The present invention provides a processing method of projection quantity of selectively-paired angular contact ball bearing. Said method includes the following steps: calculating projection quantity must be pre-repaired before assembly of batch single-set bearing parts; before assembly, according to the calculation value trail-repairing partial parls by using plane machine tool; assembling trail-repaired parts, measuring projection quantity, according to the projection quantity distribution condition of trail-repaired parts regulating repairing and grinding data, and repairing and grinding all the residual parts by utilizing plane machine tool.

The invention discloses an empty truck resource maximum utilization rate-based truck transportation method and management system. According to the empty truck resource maximum utilization rate-based truck transportation method and management system, a truck driver and goods to be transported are matched with each other; under a condition that the empty driving direction of a truck needs to be consistent with the transportation direction of the goods to be transported, whether a deadline of the transportation of the goods to be transported to a transportation destination is later than the latest time when the truck driver transports the goods to the destination of the goods is judged, whether time for the truck driver arrives at the location of the goods from an empty driving departure location is within a time period set by the owner of the goods is judged, whether the remaining load carrying capacity of the truck is matched with the weight of the goods is judged, the degree of detouring caused by the transportation of the goods is determined; the truck driver and the goods to be transported are further matched with each other according to above judgment results; whether maximum delivery costs that the owner of the goods can accept meet requirements is judged; and if the above conditions are met, the truck driver and the goods to be transported are successfully matched with each other. With the empty truck resource maximum utilization rate-based truck transportation method and management system of the invention adopted, the waste of empty truck resources in existing truck transportation can be eliminated; the defects of traditional truck transportation can be eliminated; and the transportation costs of truck drivers can be reduced.

The embodiment of the invention discloses a Bluetooth pairing method and device, a storage medium and electronic equipment. The method comprises the following steps: monitoring an input Bluetooth pairing instruction; obtaining user operation information input for the Bluetooth pairing instruction, wherein the user operation information comprises a character string or first gesture operation information; receiving a second broadcast packet sent by a first Bluetooth device, obtaining broadcast information carried by the second broadcast packet, and establishing pairing connection with the firstBluetooth device when the user operation information is matched with the broadcast information. By adopting the embodiment of the invention, the Bluetooth pairing process can be simplified, and the Bluetooth pairing efficiency can be improved.

The invention provides a Bluetooth device pairing method and device and a storage medium. The method comprises: when a near field communication (NFC) connection instruction is detected, the Bluetoothearphone box obtaining a terminal Bluetooth equipment address of the to-be-paired terminal through NFC connection with the to-be-paired terminal, and sending the terminal Bluetooth equipment address to the Bluetooth earphone; the terminal to be paired obtaining an earphone Bluetooth device address pre-stored in the Bluetooth earphone box through the NFC connection; according to the terminal Bluetooth device address and the earphone Bluetooth device address, obtaining a Bluetooth device address, and completing Bluetooth pairing connection between the Bluetooth earphone and the to-be-paired terminal. According to the invention, NFC connection is carried out between the Bluetooth earphone box and the to-be-paired terminal, rapid handshake and exchange of Bluetooth device address data are realized, a user does not need to perform Bluetooth search manually, rapid Bluetooth pairing between the Bluetooth earphone and the to-be-paired terminal is realized, Bluetooth pairing operation is simplified, and Bluetooth pairing efficiency is improved.

The invention provides a multifunctional pipeline welding and assembling device. The multifunctional pipeline welding and assembling device comprises a base I, wherein a base II is connected to one end of the base I, and four stand columns are symmetrically arranged on the periphery of the base II; each stand column is formed by connecting a pipe with the diameter being 89 and a round bar with the diameter being 60 in a sleeving mode, a base plate is welded to the lower ends of the pipes of the stand columns, a lifting platform is connected to the round bars of the stand columns, and a rotary disc is arranged on the lifting platform; a hydraulic lifting column is further arranged in the middle of the base II, and an ejector rod of the hydraulic column is connected with the lifting platform. Multiple movable platforms are arranged on the base I, and the movable platforms slide on the base I. According to the multifunctional pipeline welding and assembling device, the assembling range is wide, multiple application functions can be achieved, and automatic operation is achieved; the heights of the platforms can be adjusted through automatic operation, and the labor intensity can be relieved due to automatic assembling; meanwhile, the automatic operation speed is high, assembling efficiency is improved, and economical benefits are remarkably improved; furthermore, product quality is improved.

The invention discloses a Bluetooth earphone pairing method and device and a readable storage medium. The method comprises the steps: searching to obtain to-be-connected equipment in a preset distancethrough a first earphone, and determining the RSSI intensity of a received signal intensity indication RSSI of the to-be-connected equipment; obtaining equipment information of the first earphone andequipment to be connected, and determining a second earphone to be paired based on the RSSI intensity, the first earphone and the equipment information of the equipment to be connected; and performing pairing connection on the first earphone and the second earphone based on the Bluetooth address of the first earphone and the Bluetooth address of the second earphone. According to the invention, the to-be-connected equipment is screened out based on the RSSI intensity, and then the to-be-paired second earphone is screened out based on the equipment information of the first earphone, so that thehardware cost of the earphone is reduced, earphone pairing can be carried out without the help of a charging box, the earphone pairing operation is simplified, the earphone pairing efficiency is improved, and the user experience is improved.

The invention discloses a far-field wireless charging receiving target detection method based on a convolutional neural network. According to the method, a camera is added to a far-field wireless charging transmitting end. The method is mainly characterized in that the deep convolutional neural network is used for target detection, only a camera is needed to acquire a picture, the accuracy dependson an algorithm, and equipment errors do not need to be worried about. By taking the detection time as an index, the network structure is optimized to improve the detection efficiency. The idea of animage pyramid is used, connection of different feature maps is considered, and the small target detection capability is improved. A MaskRCNN network framework and a ResNet101 backbone network are modified, and the detection accuracy and speed are considered. A method of visual prepositioning and then laser scanning fine positioning is adopted, and the traversal scanning positioning time is shortened to one third.

The invention discloses a data transmission method and device and user equipment, belonging to the technical field of wireless communication. The data transmission method comprises the following steps: first UE confirms a plurality of first SINR values and plurality pieces of first codebook index information to constitute a first SINR set, and receives at least one second SINR value of at least one second UE broadcast and at least one second codebook index information to constitute a second SINR set; the first target codebook index information of the first target SINR value, the second targetcodebook index information of the second target SINR value and the equipment identifier of the second target UE are confirmed according to the first SINR set and the second SINR set; and the first target codebook index information, the second target codebook index information and the equipment identifier of the second target UE are sent to the eNB. Because the pairing of the second SINR value is performed based on the plurality of first SINR values, the pairing probability can be improved; the pairing of each UE is processed separately, and the interaction center is not required to perform pairing on each UE one by one, therefore, the pairing time is shortened, the pairing efficiency is improved, and the data transmission delay is reduced.

The invention provides a job seeker and recruitment post matching degree calculation method and device, and the method comprises the steps: obtaining the job seeking information of a job seeker, and obtaining the post information of a recruitment post; comparing a first type of preset job hunting information in the job hunting information with the post information to judge whether to recommend therecruitment post to the job hunter or not; if so, comparing the second type of preset job hunting information in the job hunting information with the post information to calculate the matching degreeof the job hunter and the recruitment post. By calculating the matching degree between the job seeker and the recruitment post, accurate docking between the recruitment post and the job seeker can berealized, the information pairing efficiency is improved, and the information selection cost of the job seeker and the recruiter is reduced.

The embodiment of the invention provides a Bluetooth device connection method and device. The method comprises the following steps: acquiring motion information of Bluetooth equipment in a preset pairing area of a vehicle; when the motion information meets the preset Bluetooth pairing information, establishing a communication connection with the Bluetooth device, therefore, the Bluetooth device can achieve Bluetooth communication connection with the vehicle-mounted system by executing the corresponding operation in the target area, on one hand, the connection process is simplified, the Bluetooth pairing efficiency is improved, on the other hand, the Bluetooth pairing threshold is reduced, and Bluetooth connection between the Bluetooth device and the vehicle-mounted system is facilitated.

A pairing device for cone yarns comprises a fixed rack and a material conveying device. A material disc is rotatably installed on the fixed rack. A pushing device I is installed on the material disc. The pushing device I is installed on the fixed rack through a fixed seat. Four or more baffles are installed on the material disc. A cone yarn storage area is formed between every two adjacent baffles. The material conveying device comprises a material conveying device body I and a material conveying device body II which are installed at the side end of the material disc. The discharging end of the material conveying device body I is communicated with the feeding end of the material conveying device body II. A weighing device is installed on a conveying table of the material conveying device body I. A pushing device II is installed at the side end, where the weighing device is located, of the material conveying device body I. According to the pairing device for the cone yarns, the yarns are not damaged, and the production efficiency is greatly improved; groups of cone yarns which are different in weight can be paired effectively, and the weight variation of the packaged cone yarns is within a reasonable error range; in addition, the pairing device is simple in structure and convenient to use and maintain.

The invention provides a pairing method of low-power-consumption Bluetooth thermometers. The method comprises the steps of 1, placing the low-power-consumption Bluetooth thermometers to be bound on receiving equipment or near the receiving equipment; 2, binding the receiving equipment according to the wireless signal strength of the low-power-consumption Bluetooth thermometers to be bound and broadcast data packages, wherein the receiving equipment can be a personal computer with a low-power-consumption Bluetooth module or a personal electronic assistant or a portable mobile terminal or a portable intelligent terminal or a portable communication device or another low-power-consumption Bluetooth device.

The invention discloses a resource allocation method. On the basis of user information configured by radio resource management (RRM) equipment and a physical resource block (PRB) pairing relation table, media access control (MAC) equipment acquires the location of a user dispatched currently, then searches a PRB group corresponding to a cell-edge user, allocates the resource of the PRB group for the cell-edge user after confirming that the resource can be allocated for the cell-edge user according to the user pairing information of the PRB group, and updates the user pairing information. Through adoption of the method and device, MAC resource allocation of the cell-edge user can be rapidly finished, and the load of the system is lowered while the efficiency of MAC resource allocation and user pairing is improved.

The invention provides a pairing method and system for Bluetooth equipment. The method comprises the following steps: the slave Bluetooth equipment compiles a self Bluetooth address code into an LED time sequence signal in a preset compiling manner and transmits the LED time sequence signal to the main Bluetooth equipment through an LED of the slave Bluetooth equipment, wherein the LED time sequence signal is that the LED of the slave Bluetooth equipment is continuously turned on or off alternately; the main Bluetooth equipment obtains and de-compiles the LED time sequence signal into the Bluetooth address code of the slave Bluetooth equipment in a preset decompiling manner; the main Bluetooth equipment is in pairing connection with the slave Bluetooth equipment according to the de-compiled Bluetooth address code. Through the pairing method and system provided by the invention, the main Bluetooth equipment and the slave Bluetooth equipment can be quickly and accurately paired, so that the pairing efficiency is high, and a user can obtain good use experience.

The invention discloses a Bluetooth equipment testing method and device and a storage medium. The Bluetooth equipment testing method is applied to the Bluetooth equipment testing device and comprisesthe following steps: receiving a pairing request generated by simultaneously triggering a plurality of keys on Bluetooth equipment by a user, and the pairing request comprising pairing information associated with the plurality of keys; matching the pairing information in the pairing request with preset pairing information; and when the pairing information is matched with preset pairing information, performing pairing with the Bluetooth equipment, and after pairing is completed, receiving a test request generated by the Bluetooth equipment when a user triggers a key so as to test the key corresponding to the test request. According to the Bluetooth equipment testing method and device, the Bluetooth equipment can be effectively paired with the corresponding Bluetooth equipment testing devicein the environment of batch testing of the Bluetooth equipment, so that the time required by the testing process of the Bluetooth equipment is shortened, and the production efficiency of the Bluetooth equipment is improved.