Abstract: A method for creating a resource for an application entity, a method for application entity registration, a communication node device and a terminal device, according to the method for creating a resource for an application entity, a first resource is created according to a first registration request, the first resource including a first identifier, such that the application entity is associated with the first resource through the first identifier; and a second resource is created according to a second registration request, the second resource including a second identifier, such that the application entity is associated with the second resource through the second identifier.

Abstract: A method for creating a resource for an application entity, a method for registering an application entity, a communication node device, and a terminal device, the method for creating a resource for an application entity includes: receiving a registration request sent by the application entity when the application entity is switched from a first communication link to a second communication link; creating a resource as a first resource on the basis of the registration request; assigning an identifier corresponding to the first resource to the application entity, such that the application entity is associated with the first resource.

Abstract: An irradiation device comprises a light source, an optical switch element and an image recognition module communicatively connected to the optical switch element. In some embodiments, a contour of a target area is recognized by an image recognition module and is provided by the image recognition module to the optical switch element, and a contour of an irradiation area of the light source is controlled by the optical switch element to match with the contour of the target area according to the contour of the target area provided by the image recognition module. Thus, when skin diseases are treated using the irradiation device according to some embodiments of the present disclosure, the contour of the irradiation area of the light source coincides with the contour of the target area, thereby ensuring a therapeutic effect with respect to the target area while avoiding damages to skin in a healthy area.

Abstract: The present application provides a method and apparatus for video surveillance. The method for video surveillance includes: detecting, through an infrared sensor, whether a target is present in a sensing area of the infrared sensor, and generating a deflection instruction indicating a deflection angle in a case where it is detected that the target is present; and deflecting, according to the deflection instruction, a shooting direction of a camera towards the target by the deflection angle.

Abstract: A method for creating a resource for an application entity, a method for application entity registration, a communication node device and a terminal device, according to the method for creating a resource for an application entity, a first resource is created according to a first registration request, the first resource including a first identifier, such that the application entity is associated with the first resource through the first identifier; and a second resource is created according to a second registration request, the second resource including a second identifier, such that the application entity is associated with the second resource through the second identifier.

Abstract: A method for creating a resource for an application entity, a method for registering an application entity, a communication node device, and a terminal device, the method for creating a resource for an application entity includes: receiving a registration request sent by the application entity when the application entity is switched from a first communication link to a second communication link; creating a resource as a first resource on the basis of the registration request; assigning an identifier corresponding to the first resource to the application entity, such that the application entity is associated with the first resource.

Abstract: An irradiation device comprises a light source, an optical switch element and an image recognition module communicatively connected to the optical switch element. In some embodiments, a contour of a target area is recognized by an image recognition module and is provided by the image recognition module to the optical switch element, and a contour of an irradiation area of the light source is controlled by the optical switch element to match with the contour of the target area according to the contour of the target area provided by the image recognition module. Thus, when skin diseases are treated using the irradiation device according to some embodiments of the present disclosure, the contour of the irradiation area of the light source coincides with the contour of the target area, thereby ensuring a therapeutic effect with respect to the target area while avoiding damages to skin in a healthy area.

Abstract: The present application provides a method and apparatus for video surveillance. The method for video surveillance includes: detecting, through an infrared sensor, whether a target is present in a sensing area of the infrared sensor, and generating a deflection instruction indicating a deflection angle in a case where it is detected that the target is present; and deflecting, according to the deflection instruction, a shooting direction of a camera towards the target by the deflection angle.

Abstract: Embodiments of the invention disclose a bone-conduction sound transmission device and method. The device comprises a signal output module for providing a digital audio signal, a signal conversion and emission module for converting the digital audio signal into a vibration signal and emitting the vibration signal, a signal detection module, for detecting the vibration signal for at least one position in the transmission path from the signal conversion and emission module to a receiving end, and a signal feedback module which is configured to calculate an attenuation coefficient of the vibration signal at each of the positions, determine a compensation signal based on the attenuation coefficient and compensate for the vibration signal generated from the signal conversion and emission module with the compensation signal.

Abstract: The present disclosure discloses a method, apparatus and system for processing an order. The method for processing an order comprises: receiving first order information transmitted by a first terminal, wherein the first order information comprises riding information including third party user information; transmitting second order information to a second terminal, wherein the second order information comprises the riding information; and transmitting a notification message to a third terminal according to the third party user information, wherein the notification message comprises information of the second terminal.

Abstract: The present disclosure relates to an order processing method, an apparatus and a system, which belongs to the field of information technology. The method is used in a taxi server and the method includes: receiving a first order request sent from a user terminal, the first order request including ordering information, the ordering information at least including n destination addresses, n?2 and the n being an integer; processing the first order request according to the n destination addresses, to obtain a second order request; and sending the second order request to a vehicle-mounted terminal.

Abstract: Embodiments of the invention disclose a bone-conduction sound transmission device and method. The device comprises a signal output module for providing a digital audio signal, a signal conversion and emission module for converting the digital audio signal into a vibration signal and emitting the vibration signal, a signal detection module, for detecting the vibration signal for at least one position in the transmission path from the signal conversion and emission module to a receiving end, and a signal feedback module which is configured to calculate an attenuation coefficient of the vibration signal at each of the positions, determine a compensation signal based on the attenuation coefficient and compensate for the vibration signal generated from the signal conversion and emission module with the compensation signal.