52results about How to "Smooth integration" patented technology

A home network system allowing a user to directly control joining or removing of member devices in a domain using a user interface and to effectively control a status change of the member devices of the domain and a management method therefor. The home network system includes: a master device, which forms a domain with more than one controlled device, transmits a predetermined domain key to the controlled devices included in the domain, generates a new domain key whenever a configuration of the domain is changed, and transmits the new domain key to the controlled devices remaining in the domain; and a control point, which provides a user interface allowing a user to directly change the configuration of the domain.

A novel and useful apparatus for and method of integrating the advanced audio distribution profile (A2DP) audio codec into a Bluetooth controller for audio streaming applications. The mechanism functions to break the prior art Bluetooth protocol stack by integrating a profile packet composer into the controller. The profile/stack control signaling is performed by the host while the profile data packet composer is implemented in the controller. The integrated data packet composer does not break the data path and flow control over the standard HCI. Further, the integrated packet composer allows the controller to open a dedicated data interface for specific applications (e.g., PCM/I2S for audio data).

The disclosure is directed towards systems and methods for integrating a device with a software-defined networking (SDN) controller. A device intermediary to a plurality of clients and a plurality of servers can receive a request to establish a communicative connection between an SDN controller and the device. The request can be based on a device package including a device model, a device script configured to integrate the device with the SDN controller and including one or more function call definitions, a functional profile including a default value for at least one parameter of the device, and a plurality of device-level configuration parameters specifying values of parameters utilized by the device. The device can receive a request to configure one or more functions of the device. The request can configure the functions generated by the SDN controller based on the device package.

Digital signal transmitter devices mostly present a distinct wide-band interference spectrum which renders compliance with the presently applicable EMC standards substantially more difficult.

Available provisions for improving the EMC characteristics take an influence on the quality in transmission and on the immunity to interference.

By the inventive method the carrier signal or output signal, respectively, of the transmitter is so modulated that the narrow spectral lines are spread and the spectral power density is reduced.

A network-based storage system includes multiple storage devices and system controllers. Each storage device in multiple aggregates of storage devices can include ownership portion(s) that are configured to indicate a system controller to which it belongs. First and second system controllers can form an HA pair, and can be in communication with each other, the storage devices, and a separate host server. A first system controller controls an aggregate of storage devices and can facilitate an automated hotswap replacement of a second system controller that controls another aggregate of storage devices with a separate third system controller that subsequently controls the other aggregate of storage devices. The first system controller can take over control of the second aggregate of storage devices during the automated hotswap replacement of the second system controller, and can exchange system identifiers and ownership portion information with the separate third system controller automatically during the hotswap.

An image sensing device and an image sensing method are provided. The image sensing device includes an image sensing array, multiple first signal converters, and multiple first image processing apparatuses. The image sensing array is partitioned into at least two or more first pixel capturing areas, and each of the first pixel capturing areas is compliant with a resolution of an SDTV format. Each of the first signal converters receives an analog image signal from a corresponding first pixel capturing area, converts the analog image signal from an analog format to a digital format to generate a first digital image signal, and converts the first digital image signal from an parallel format to a serial format. Each of the image processing apparatuses is configured to convert the first digital image signal in the serial format of a corresponding first signal converter to a video signal in a specific video format.

The invention discloses a building same-floor water drainage collection device. A water drainage groove draining water towards a water drainage vertical pipe in an inclined manner is formed in the collection position of a water drainage transverse pipe and the water drainage vertical pipe. A water seal baffle is arranged in the water drainage transverse pipe. The water drainage transverse pipe comprises a water accumulation cavity and a buffer cavity. The water accumulation cavity is formed in one side of the water seal baffle, and the water drainage groove is formed in the other side of the water seal baffle. The buffer cavity is located between the water accumulation cavity and the water drainage groove and is higher than the water accumulation cavity and the water drainage groove. The water accumulation cavity communicates with the buffer cavity. The buffer cavity communicates with the water drainage groove. The water drainage groove and the water accumulation cavity are converged at the lower end of the buffer cavity. The water drainage groove intersects with the water drainage vertical pipe. The buffer cavity intersects with the water drainage vertical pipe. By means of the building same-floor water drainage collection device, building same-floor water drainage can be achieved, gas flow in the water drainage vertical pipe and gas flow in the water drainage transverse pipecan be integrated and unblocked, the pressure fluctuation of the water drainage vertical pipe is effectively reduced, the water flow speed of the water drainage vertical pipe is decreased, the water drainage capacity of the water drainage vertical pipe is substantially increased, and the water flow noise of the vertical pipe is reduced.

The invention relates to a modular underwater intelligent unmanned equipment system, and belongs to the field of underwater unmanned systems. The system comprises a surveying vessel, a navigation communication satellite and a modular underwater intelligent equipment platform cluster, the modular underwater intelligent equipment platform cluster forms a group network system by a modular underwater intelligent equipment platform according to task requirements and through intelligent ad hoc networking of a group intelligent technology, and the system has the capabilities of group collaborative decision-making, dynamic task division and the like. The system has six working modes: a line patrol measurement mode, a seabed operation mode, a multi-body cooperation mode, a dragging measurement mode, an underwater glider mode and a navigation communication relay mode. The system can realize most functions of various existing underwater unmanned systems, has the advantages of multiple functions, modularization, standardization, intelligence, high robustness and the like, can well solve the problems of low standardization and poor interchangeability of current underwater unmanned equipment, and promotes rapid, high-quality and systematic development of an underwater intelligent unmanned equipment system.

The invention discloses a center of gravity detection system for a pipe gallery module, and belongs to the field of lifting equipment, and the system comprises load cells, hydraulic jacks, a support frame, a signal processing circuit, an RS485 serial bus and computer software. By reasonably arranging a plurality of hydraulic jacks and load cells under the pipe gallery module, the entire pipe gallery module is lifted up, and then the position of the center of gravity of the pipe gallery module is calculated according to the relative position coordinates and load values of each load cell. The position of the center of gravity and total weight of the pipe gallery module can be actually measured on site, and the measurement results are accurate and can be used as important parameter indexes ofthe pipe gallery module to avoid the conditions of tilt, local overload and unstable structure that may occur when the pipe gallery module is towed, hoisted and combined and to effectively ensure thesmooth installation and integration of the pipe gallery module on site.