34results about How to "Find shortcut" patented technology

The invention discloses a method and a system for finding a mobile phone through the voice awakening technology. The system is used in a smart phone and comprises a voice activity detection (VAD) module, a voice awakening module and an awakening word self-defining module. The VAD module is responsible for detecting microphone data of the mobile phone in real time and detecting whether a user speaks and the starting time of the speak. The voice awakening module is responsible for decoding voice detected by the VAD module in real time and detecting whether the user says awakening words. The awakening word self-defining module is responsible for self defining the awakening words and generating corresponding resources according to the demands of the user. According to the method and the system for finding the mobile phone through the voice awakening technology, the situation that the user looks for the mobile phone is detected through the intelligent voice awakening technology, a mobile phone ringtone and/or vibration is/are started after the awakening words are detected, and therefore the mobile phone can be found conveniently and quickly. The function that the awakening words are defined by the user is further provided, and therefore the personalized awakening words can be customized according to the fondness of the user so that the user is enabled to have more fun in the finding process of the mobile phone.

The invention discloses an intelligent vehicle finding system for a parking lot. The intelligent vehicle finding system comprises a plurality of parking space cameras arranged in the parking lot, a plurality of Bluetooth beacons arranged in the parking lot, mobile terminal equipment provided with a Bluetooth module and connected with the Bluetooth beacons through the Bluetooth module, a backgroundmanagement module composed of a signal receiving unit, a database unit and a signal feedback unit, and a path planning moduleconnected with the background management module and the mobile terminal equipment. The signal receiving unit is used for receiving the parking space state information sent by the parking space cameras, and the vehicle characteristic information corresponding to parking spaces, and storing the information in the database unit so as to update the map information. The signal feedback unit is in communication connection with the mobile terminal equipment. The invention further discloses an intelligent vehicle finding method for the parking lot. According to the invention, aparking space can be conveniently and quickly found through the mobile terminal equipment, while no independent APP needs to be installed. The path planning time is short, and the map positioning effect is accurate. Moreover, the system is stable in function, and convenient to use for users. The use experience is good.

The invention discloses a wireless AP detection and location method based on signal intensity and package capture rate, and relates to the field of wireless local area network location. The method mainly comprises the following steps: first, a network card and a target AP are associated, and Beacon frames sent by the AP are captured in a monitoring mode; second, a search area is divided into four quadrants, the RSS value is detected in the origin of coordinates, the method goes to a third step if the RSS value is below -80dBm, or the method goes to a fourth step; third, a convergence method is repeatedly performed with the number of the Beacon frames received in unit time as a detection index to determine the quadrant where the target AP is located, and the method goes to the fourth step when that the RSS value is above -80dBm is detected; and fourth, the convergence method is repeatedly performed with the RSS value as a detection index to determine the position of the target AP. By adopting the method, the position of a target AP can be effectively and quickly judged in a large search area.

The invention discloses an image fuzzy encryption method, a mobile terminal, and a storage medium. The image fuzzy encryption method includes following steps: when a triggered image fuzzy encryption instruction is monitored, obtaining a to-be-processed image according to the image fuzzy encryption instruction and displaying a fuzzy parameter setting interface; and when fuzzy parameters set based on the fuzzy parameter setting interface is received, performing fuzzy encryption processing on the to-be-processed image according to the fuzzy parameters to obtain a fuzzy image, and displaying the fuzzy image. According to the method, the mobile terminal, and the storage medium, fuzzy processing of the image is performed, privacy information required to be encrypted by users can be protected, the users can simultaneously preview the fuzzy image and other non-fuzzy images, the encrypted image can be rapidly searched by the users, and re-selection and usage of the image for the users can be facilitated.

The invention discloses a method of saving boarding time through using a simulation seat boarding cushion. The technical scheme comprises the steps that a simulation seat boarding cushion is placed on an airstairs of a berthed plane, wherein the simulation seat boarding cushion is marked with seat numbers with the same marshalling sequence as seats of the plane, boxes representing the seats, seat color identifications and a simulation aisle; before boarding, passengers stand on the corresponding seat numbers on the simulation seat boarding cushion according to the seat numbers displayed on tickets and wait for boarding; during boarding, the passengers on each line and each row of the simulation seat boarding cushion carry out boarding according to the command of airline personnel.

The invention discloses a parking lot searching method based on big data. The parking lot searching method includes the following steps that when an automobile is driven on a road and a parking lot near a destination needs to be found, a parking lot searching instruction is sent to a vehicle-mounted intelligent terminal; the vehicle-mounted intelligent terminal searches for a parking lot to the cloud end through a network; the cloud end automatically ranks surrounding parking lots through big data analysis and feeds a ranking result back to the vehicle-mounted intelligent terminal; the vehicle-mounted intelligent terminal enables a user to select a parking lot for parking within a period of time; if the user does not make corresponding response within the period of time, the vehicle-mounted intelligent terminal displays navigation to the first parking lot; and if the user makes corresponding response within the period of time, the vehicle-mounted intelligent terminal displays navigation to the currently-selected parking lot.

The invention discloses a peak position similarity energy spectrum searching method for neutron activation element analysis. According to the peak position similarity energy spectrum searching method, files in a spectral form knowledge base are numbered, and index files are established according to peak position information, wherein each index file is a binary number with the number of digits equal to the number of spectral forms; according to the peak position information of an actually measured spectral form, corresponding Boolean operation is conducted on the index files, and a spectral form meeting a searching requirement is obtained from the spectral form knowledge base. By the adoption of the peak position similarity energy spectrum searching method, the spectral form with the peak position similar to that of the actually measured spectral form can be rapidly and accurately found from the spectral form knowledge base, and especially when the number of the spectral form files in the spectral form knowledge base is large enough and far larger than the total number of channels of the spectral form files, the peak position similarity energy spectrum searching method has remarkable advantages.

The invention discloses a tissue slice sorting box, which comprises a box body with an opening in one side; a plurality of layering grooves are symmetrically formed in the inner sides of the two opposite side walls of the box body respectively; the layering grooves are formed from top to bottom in the vertical direction; a sliding rail is arranged on each layering groove; a slice frame is arrangedon the two layering grooves located at the same horizontal height; and the two ends of each slice frame are matched with the sliding rails on the two corresponding layering grooves respectively. Theinvention further discloses a using method of the tissue slice sorting box. The tissue slice sorting box solves the problem that at present, no special device for containing tissue slices exists, so that time and labor are wasted when the tissue slices are found for the second time.

The invention discloses an electric vehicle charging route selection method, which relates to the electric vehicle charging route selection technology. The electric vehicle charging route selection method aims to solve the problem of low operating efficiency of an electric vehicle due to waiting caused by the existing field-arrival-type electric vehicle charging method. According to the electric vehicle charging route selection method, intensities of routing nodes are screened during the route selection process of the electric vehicle, and the nodes not meeting intensity requirements are abandoned; the summarized nodes are screened again by a charging pile, and first M routers with the fastest speed are reserved and serve as relays, thereby achieving the reliability of communication; meanwhile, by adopting a screening mechanism of the electric vehicle charging route selection method, more nodes no longer participate in the whole communication process, thereby greatly saving spectrum resources. The electric vehicle charging route selection method achieves the effect of searching the charging pile quickly by the electric vehicle, can make a reservation for the charging process, avoids the field waiting process, and improves the operating efficiency of the electric vehicle. The electric vehicle charging route selection method is applicable to occasions in which the electric vehicle searches for the charging pile for charging.

The invention discloses a searching method for energy spectrum with close peak positions suitable for neutron activation element analysis. The method comprises the following steps: numbering files in a spectrum-form knowledge base, constructing an index file which is a binary number of which the bit length is equal to the number of spectrum forms according to peak position information, carrying out corresponding Boolean calculation on the index file to obtain a spectrum form meeting a searching requirement in the spectrum-from knowledge base. According to the searching method, the spectrum form with a peak position close to the actually measured spectrum form can be quickly and accurately found out from the spectrum-form knowledge base, particularly when the quantity of the spectrum form files in the spectrum-form knowledge base is large enough and is much larger than a total address quantity of the spectrum form files. The advantages of the method are obviously embodied.

The invention discloses an underwater confrontation situation display and control method and system, and relates to the technical field of underwater detection, and the method comprises the steps of carrying out the monitoring of an offshore nuclear facility and surrounding underwater detection targets, and obtaining monitoring data; processing the monitoring data to obtain display data, and storing the display data, wherein the display data comprises a target parameter and a threat degree of a detection target obtained by adopting an adaptive neural network algorithm; display data. Accordingto the underwater confrontation situation display and control method, the monitoring data is optimized, and the optimal target parameter and threat degree of the detection target are obtained by usingthe adaptive neural network algorithm so as to assist a commander to make a decision.

The invention provides a laser marking focusing device. The device comprises a connecting plate, a stand column, a cover plate, a rotating pin, a cross beam, a sliding rod pointer and a guiding sleeve; the stand column is connected with the connecting plate; the cover plate is connected with the stand column; a groove is formed between the cover plate and the stand column; one end of the cross beam is mounted in the groove and is connected with the cover plate through the rotating pin; the other end of the cross beam is in matched connection with the guiding sleeve; a central through hole is formed in the center of the guiding sleeve; and the sliding rod pointer is longitudinally mounted in the central through hole. According to the device, the cross beam is rotated to enable the sliding rod pointer to be aligned to the focus of a laser lens, then the cross beam is rotated in the opposite direction to enable the laser lens to be no longer shielded by the focusing device, and laser marking can be performed smoothly. The device has the advantages of simple structure, flexibility and convenience in operation, capability of simplifying the focusing operation, high efficiency and the like.

The invention discloses a soil pathogenic microorganism test sample storage box. The box comprises a box body, a box cover, refrigeration equipment arranged on the box body, a partition frame and multiple sample storage cases; scales are arranged on the outer walls of the sample storage cases in the height direction, a label sticking area is arranged on the upper back edge of each sample storage case, and an indication label used for indicating geographical location information of a soil pathogenic microorganism test sample stored in the corresponding sample storage case is stuck to each labelsticking area. The box has the advantages that the multiple sample storage cases are used for storing soil samples at the different geographical locations in the same area conveniently, and the soilsamples are placed centrally, so that the occupied area is small; according to the indication labels on the sample storage cases, the soil samples of the needed geographical location can be sought rapidly, soil sample seeking is facilitated, box body refrigeration is facilitated through the refrigeration equipment, pathogenic microorganisms in the soil samples stored in the box body can keep living in the original area temperature environment as much as possible, changing is avoided, and then the use effect is good.

The invention provides a portable tool box. The portable tool box comprises a tool box body, a drawer, a universal wheel structure on the lower portion of the box body, a left box cover and a right box cover, wherein the drawer is arranged on the lower right portion of the box body; and one ends of the two independent box covers are connected with the box body. The drawer and the box body are in sliding connection in the horizontal direction. A box body inner cavity is divided into a left storage area and a right storage area by a partition plate. The left storage area comprises a first storage area and a second storage area. The first storage area is provided with two fixing curved surface openings and two fixing square surface openings. The fixing curved surface openings are used for storing single mechanical tools, and the fixing square surface openings are used for storing a plurality of mechanical tools of the same type. Both the left box cover and the right box cover are providedwith inspection windows. By adoption of the portable tool box, the tools can be classified clearly, the tool box can be moved conveniently, and the tools can be searched for conveniently and rapidly.

The invention relates to the technical field of wardrobes. The invention further discloses an intelligent classification type wardrobe based on the Internet of Things technology. The wardrobe comprises a wardrobe body, the interior of the wardrobe body is of a hollow structure, an air hole is formed in the left side of the wardrobe body, a second door plate is rotatably connected to the front sideof the wardrobe body, a first handle is fixedly connected to the front side of the second door plate, and a first storage cavity is formed in the front side of the wardrobe body and does not make contact with the second door plate in front of the right side of the second door plate. A supporting rod is enabled to move up and down in a moving groove; when the supporting rod is adjusted to a properposition; the fixing bolt is rotated to enable the right end of the supporting plate to rotate downwards; the tension springs are stretched, the clamping blocks rotate upwards to be moved out of thesliding grooves and make contact with the interiors of the moving grooves, then the supporting rods are fixed, the positions of the supporting rods can be adjusted according to the height of placed clothes, and the space utilization rate in the wardrobe body is greatly increased.