49 results about "Pairing function" patented technology

The invention discloses an anti-interfering Bluetooth pairing method, a main device with an anti-interfering Bluetooth pairing function, an anti-interfering Bluetooth pairing system, and a Bluetooth pairing method thereof. The anti-interfering Bluetooth pairing method comprises the steps of starting a Bluetooth pairing process, and generating pairing operation prompt information; scanning Bluetooth devices, and screening a connectable Bluetooth device according to the signal strength and the pairing operation prompt information; and after succeeding in pairing connection, stopping the Bluetooth pairing process, and interacting with the Bluetooth device. Even a plurality of master devices are available, the method can eliminate the interference and perform Bluetooth pairing with the master device needing to be paired.

A taxi calling system possessing a matching function and a method thereof are disclosed. The method is characterized by: transmitting a riding request to a server through a passenger terminal so that the server inquires corresponding passenger information according to the riding request; screening and matching driver information according to the passenger information so as to select proper driver information and generate a corresponding transport request; sending the transport request to a corresponding driver terminal. By using the system and the method of the invention, matching satisfaction and calling convenience can be increased.

A system and method of auto-pairing in a wireless network audio system is provided. The auto-pairing method including: entering, by an audio source device, an auto-pairing mode in response to power being supplied; retrieving, by the audio source device, a peripheral wireless speaker; and providing, by the audio source device, a home identifier (ID) for pairing with the wireless speaker in response to the audio source device retrieving the wireless speaker.

The invention discloses a database virtual patch protection method. The method comprises the steps that patch information released by a database manufacturer is received; reverse analyses of machine instructions are conducted on a database before and after the patch, the machine instructions of a binary system in an executable file are restored into assembly language codes in a reverse direction; the assembly language codes are analyzed and expressed as a mutual call relationship for different functions and between the functions, binary files are converted into diagraphs, call relationships and function control flow diagrams of the binary files after the anti-compilations are obtained through analyses, the basic block number, the jump side number and other function call numbers in the flow diagram are controlled through calculation, and the signatures of the functions are generated; the functions are paired according to the function signatures, codes triggering security loopholes are positioned according to the paired functions and non-paired functions and through checks on the non-paired functions; effective attack graphs are generated based on the loophole information and the positioned codes which trigger security loopholes, and virtual patch protection rules are established.

An anti-skid brake control system for a multi-wheeled vehicle includes both a paired function and an individual function. The paired function controls the wheels of the vehicle in unison. The individual function controls the wheels of the vehicle individually. A paired / individual logic circuit alternatively activates and deactivates the paired function and the individual function. A method for controlling the skid of a vehicle utilizing a paired function and a individual function is also provided.

The streaming engine (3100) fetches a fixed read-only data stream and packs the stream header data into two headend registers (3118 / 3119). The instruction decoder (113) decodes the instruction operandfield (1305) to control the data supply to the functional units (3230, 3240). The sub-decoder (3211) supplies the data from the general register file (231) to the functional unit (3230). The read-only operation sub-decoder (3215) supplies data from the first head-end register (3118). Read / advance operand sub-decoder (3216) supplies data and advances streams. The corresponding read only operandsub-decoder (3217) and read / early operand sub-decoder (3218) operate similarly using the second head register (3119). The read-only operand sub-decoder (3213) supplies double-width data from the twohead-end registers (3118, 3119) to the function unit (3230) and the pairing function unit (3240). The read / advance operand sub-decoder (3214) supplies double-width data and advances the stream.

The invention discloses a flexible component-based spherical hinge mechanism provided with an operationally moving (a rockerarm). The mechanism is characterized in that three identical slender steel wires are provided, which are orthogonally positioned at the middle point O, two ends of the three steel wires are respectively fixed, and the ball joint point of the operationally moving part is connected with the three steel wires at the O point. 'the ball joint point of the operationally moving part is connected with the three steel wires at the O point' in the optimal proposal adopts the following connecting mode that: three through holes little larger than the steel wires are orthogonally drilled on the ball joint point, the center is drilled into hollowness as large as possible, so that the three steel wires are capable of going through the center, and the operationally moving part (the rockerarm) is connected through threads. The invention allows three rotational freedoms within small angle range for the connected operationally moving part, but three translational freedoms are limited; the spherical hinge mechanism is capable of realizing sphere higher pair functions of no clearance, no friction, constant rigidity in any translational direction, and constant flexibility in any rotation direction.

At step ST2, an assign key changing item is selected from menu items. At step ST3, an assign key to which a function is assigned is selected. At step ST4, a function to be assigned is selected. The selected function is assigned to the selected assign key. At step ST5, a setting result indication screen appears. When one of two paired functions is assigned, a message which prompts a user to assign the other function. After the message has appeared for a predetermined time, the latest assigned states appear. At step ST6, the latest assign key information is stored to a non-volatile memory. To quit an assigning process, a menu button 8 is pressed and the menu is closed (at step ST8).

At step ST2, an assign key changing item is selected from menu items. At step ST3, an assign key to which a function is assigned is selected. At step ST4, a function to be assigned is selected. The selected function is assigned to the selected assign key. At step ST5, a setting result indication screen appears. When one of two paired functions is assigned, a message which prompts a user to assign the other function. After the message has appeared for a predetermined time, the latest assigned states appear. At step ST6, the latest assign key information is stored to a non-volatile memory. To quit an assigning process, a menu button 8 is pressed and the menu is closed (at step ST8).