Abstract: The present disclosure generally relates to techniques for implementing location based device services. Techniques are described for enabling registration of a device to a server system and providing access to the registered devices via a universal application. In certain embodiments, the universal application may receive, from an end user, one or more location based search parameters for a registered device. The universal application may determine registered devices that satisfy the one or more location based search parameters. In some embodiments, service attributes can also be input when searching for a registered device. In addition, some embodiments determine a device application associated with the registered device and a corresponding device application can be launched upon selected of a registered device.

Abstract: The present disclosure relates generally to secure data management techniques. Techniques are described for pairing devices and using the pairing information for granting or denying requests (e.g., data exchange requests) from the devices, for example, in a cloud environment, including Internet of Things (IoT) cloud. Devices can be paired with each other according to their identification information. Subsequently, when an original request is received from a first device, and a chasing request received from a second device, the pre-registered pairing information is used to determine whether the first and second devices form a valid pair and the original request is granted or denied based upon that determination. For example, the request may be granted only if it is determined that the first device and the second device have been previously paired.

Abstract: The present disclosure generally relates to techniques for implementing location based device services. Techniques are described for enabling registration of a device to a server system and providing access to the registered devices via a universal application. In certain embodiments, the universal application may receive, from an end user, one or more location based search parameters for a registered device. The universal application may determine registered devices that satisfy the one or more location based search parameters. In some embodiments, service attributes can also be input when searching for a registered device. In addition, some embodiments determine a device application associated with the registered device and a corresponding device application can be launched upon selected of a registered device.

Abstract: The present disclosure relates generally to secure data management techniques. Techniques are described for pairing devices and using the pairing information for granting or denying requests (e.g., data exchange requests) from the devices, for example, in a cloud environment, including Internet of Things (IoT) cloud. Devices can be paired with each other according to their identification information. Subsequently, when an original request is received from a first device, and a chasing request received from a second device, the pre-registered pairing information is used to determine whether the first and second devices form a valid pair and the original request is granted or denied based upon that determination. For example, the request may be granted only if it is determined that the first device and the second device have been previously paired.

Abstract: Techniques that enable a user of an application to refer or share the application with another user and for onboarding the new user to the referred or shared application. In certain embodiments, the application to be shared is automatically downloaded and installed on the other user's device. As part of the sharing or onboarding of the other user, configuration data for the application is also automatically downloaded to the other user's device and applied to the application, where the downloaded configuration data includes one or more customized configuration settings reflecting one or more customizations made to the application due to the first or original user's interactions with the application on the first user's device.

Abstract: [PROBLEM TO BE SOLVED] To reduce a server load when synchronizing data between a client and a server. [SOLUTION] A client 10 sends a synchronization request 41 containing an anchor point to a server 20. The server 20 sends synchronization information 42 to the client 10, which synchronization information including change profile information on data updated between the anchor point and a boundary point and change profile information on a change log after the anchor point. Based on the synchronization information 42, the client 10 sends a download request 43 to the server 20, and the server 20 sends download information 44 to the client 10 in response to the download request 43. The client 10 registers data contained in the download information 44 to a client database 11.

Abstract: [PROBLEM TO BE SOLVED] To reduce a server load when synchronizing data between a client and a server. [SOLUTION] A client 10 sends a synchronization request 41 containing an anchor point to a server 20. The server 20 sends synchronization information 42 to the client 10, which synchronization information including change profile information on data updated between the anchor point and a boundary point and change profile information on a change log after the anchor point. Based on the synchronization information 42, the client 10 sends a download request 43 to the server 20, and the server 20 sends download information 44 to the client 10 in response to the download request 43. The client 10 registers data contained in the download information 44 to a client database 11.

Abstract: Frequency converting sections 104a to 104n convert the frequency of modulated transmission signals to signals of an intermediate frequency by multiplying the transmission signals by a local signal; filter sections 105a to 105n attenuate the transmission signals after frequency conversion in the frequency regions outside the frequency band of the desired signals; and E/O sections 106a to 106n convert the transmission signals from electric signals to optical signals and output them to the O/E sections 151a to 151n of the base station apparatus 150.

Abstract: A device for detecting the viscosity or specific gravity of liquid has a vibrator, a vibration transmission shaft provided thereon with the vibrator and adapted to transmit the vibration of the vibrator, and a detection terminal connected to one end of the vibration transmission shaft so that the detection terminal immersed in liquid can be vibrated by the vibration of the vibrator. A mass is disposed in a hook-shaped relationship with the vibration transmission shaft at the other end of the vibration transmission shaft. A housing encloses the mass and serves as a grip. A spacer is interposed between the housing and the mass so that the housing is spaced apart from the mass at the peripheral surface thereof, and a vibration absorbing member is mounted on the mass so that the mass is supported by the housing through the vibration absorbing member.

Abstract: A device for detecting the viscosity or specific gravity of liquid includes a vibrator made of piezoelectric ceramics and capable of vibrating about its axis, a vibration transmission member, a detection terminal to be immersed in liquid, the viscosity or specific gravity of which is to be measured, and a vibration sensor provided on the vibration transmission member. The vibrator and detection terminal are connected to each other through the vibration transmission member. The detection terminal is vibrated within the liquid by the vibration of the vibrator transmitted through the vibration transmission member. The vibration sensor detects the vibration of the detection terminal immersed in the liquid.

Abstract: A circular direction vibrator has a pair of piezoelectric bimorph type vibrators, and a carrier member serving as a fulcrum of a circular direction vibration shaft and adapted to support the vibrators in a cantilever fashion, the pair of vibrators extending in opposite directions with respect to each other from the carrier member and the vibrators connected in such a manner as to generate the same phase voltage when vibrating in a circular direction.

Abstract: A viscosity detector includes an electromechanical vibrator having a central axis and capable of vibrating about the central axis, a transmission shaft having one end thereof connected coaxially to the vibrator, and a detector member connected coaxially to the other end of the transmission shaft. The detector member is immersed in liquid the viscosity of which is to be measured, and is vibrated about the central axis of the vibrator within the liquid by the vibration of the vibrator transmitted through the transmission shaft to detect the viscous resistance of the liquid at a circumferential surface of the detector member. The vibrator converts the detected viscous resistance into an electric signal.

Abstract: A specific gravity detector includes an electromechanical vibrator having a central axis and capable of vibrating about the central axis, a transmission shaft having one end thereof connected coaxially to the vibrator, and a detector member connected coaxially to the other end of the transmission shaft. The detector member is immersed in liquid, the specific gravity of which is to be measured and vibrated about the central axis of the vibrator within the liquid by the vibration of the vibrator transmitted through the transmission shaft to measure the specific gravity of the liquid based on a variation in the resonance frequency of the vibrator corresponding to the moment of inertia of the liquid.