166results about How to "Optimize architecture" patented technology

An imaging module in one embodiment includes at least one multiple color emitting light source comprising a plurality of different colored LED dies each independently driveable so that the overall color emitted by the light source can be controlled and varied. The multiple color emitting light source can be controlled so that the color emitted by the light source is optimized for imaging or reading in a present application environment of the module. Further, the module can be configured so that control of the multiple color emitting light source automatically varies depending on a sensed condition, such a color present in a field of view of the module, the distance of the module to a target, and/or a predetermined criteria being met so that feedback is provided to a user. The module in a further aspect can include illumination light sources and aiming light sources which project light in different wavelength emission bands.

An imaging module in one embodiment includes an aiming system having a light source, an aperture and an optical element positioned optically forward of the aperture wherein the aiming system projects a crisp and sharp aiming pattern onto a target over a wide range of distances. In one embodiment, an aiming system is configured so that a lens operates as an aperture to project a crisp sharp aiming pattern over a wide range of distances including distances at which the aiming pattern is less than optimally focused. In another embodiment an aiming system is configured so that light emanating from a thin aperture is imaged in such manner that a crisp, sharp aiming pattern is defined over a wide range of distances. The aiming pattern in one embodiment includes sharply defined lateral edges which are useful in sighting target indicia.

An architecture for context-aware advertisement and delivery among mobile communication devices over a communication network, in which the architecture is stored and executed as an application for use by network devices. The architecture includes a navigation module, which provides map data vehicles on the network and a context recognition module, which interprets data provided by sensors within the vehicle. Advertising data is received by a data reception module. A configuration module determines presentation slot availability. The value and content of the authenticated advertisement is verified by the advertisement management module; selected advertisements are presented to the vehicle user.

An imaging module in one embodiment is adapted so that a position of a lens assembly can be finely adjusted relative to a position of an image sensor. A retainer and lens assembly according to the invention are complimentary configured so that the lens assembly is slidably received in the retainer. The retainer include in one embodiment two apertures defined in sidewalls thereof. The first aperture accommodates a fixture pin for use in finely adjusting the position of the lens assembly within the retainer. The second aperture accommodates an adhesive material for adhesively bonding the lens assembly to the retainer. Adhesive material may further be applied in the first aperture.

A transport network includes a flexible topology for internally defining transport elements. The transport elements each include a port group having a plurality of geographically distributed ports from the transport network. Point-to-multipoint connectivity is defined between the ports in a port group. An identifier represents the port group as a single element to internal and/or external elements for protocol exchanges.

A main generator delivers an AC voltage to an electricity network on board an aircraft via a main line having at least one line contactor mounted therein, the voltage being regulated by a regulator. An engine electricity network delivers electricity to various loads situated in the zone of an engine fitted to the aircraft and to an engine control computer, the engine electricity network having a first fed input connected to the main electricity power supply line via a secondary electricity power supply line, upstream from the line contactor in order to receive directly electricity derived from the main generator without transiting via the electricity network on board the aircraft. The voltage regulator regulating the voltage delivered by the main generator may be situated in the engine zone and is powered by the engine electricity network.

A gas turbine engine having an oil cavity architecture and bearing placement which reduce heat rejection and oil system complexity by enclosing the reduction gearbox bearings and at least the shaft bearings supporting the high pressure shaft in the same oil cavity.

The present invention relates to scaffolds which can be used as medical devices for guided tissue regeneration and repair, in particular the invention is directed to a scaffold comprising fibres having a mean fibre diameter of between from about 1.2 to 4.0 microns, wherein the fibres comprise a glycolide. The invention further relates to the use of the scaffolds for the selective capture of cell populations for a cell source material.

In a computer system, an architecture is disclosed for optimizing aspects of data movement operations by performing functions such as memory allocation and notification on hardware rather than software. In this environment, the claimed invention is a method and apparatus for ensuring the integrity of data movement operations from virtual memory. The invention monitors and detects Translation Lookaside Buffer (“TLB”) purges, a hardware-based operation whose occurrence signals that virtual-to-physical mapping has changed. Responsive to detection of a TLB purge during the set up or execution of a data movement operation, the claimed invention aborts the operation, and then enqueues corresponding completion status information to notify processors of the event.

An RF feed-through connector has a single pin or multi-pins supported and hermetically sealed between a first portion of the connector facing the hermetically sealed interior portion of an electronics-containing housing and a second portion of the connector exposed to ambient conditions in which the electronics-containing housing is placed. The invention is particularly directed to a new hermetically sealed RF feed-through connector architecture in which the connector's outer shell contains a relatively low coefficient of thermal expansion (CTE) portion that enables it to be soldered to a low CTE insert that supports one or more hermetically sealed longitudinal signal pins. The connector's outer shell also includes a relatively high CTE portion that allows the shell to be readily joined as by welding to an adjacent support structure, such as a relatively high CTE aluminum housing and the like.

A power supply and control device for a plurality of electric actuators, the device comprising a control circuit and a power circuit, the power circuit having an inverter module connected to a switch module provided with connection means for connection to the actuators, the control circuit being connected to the switch module to operate it so as to connect the actuators sequentially to the inverter module, wherein the control circuit is arranged to control the inverter module and the switch module sequentially, and wherein the control circuit includes a monitoring module arranged to detect a malfunction of the device. An actuator assembly comprising a plurality of actuators and such a power supply and control device, and an aircraft including a plurality of actuators and such a power supply and control device of the above-specified type.

The invention relates to a system for driving the drive wheels (1) of a vehicle, comprising two sets of electric motors (2) and casings (3) (left and right). Each of the casings (3) comprises an input pinion (8) which rotates interdependently with the rotor of one of the electric motors (2) as well as with a set of gears (12) driving the ring gear (7) of a planetary gear set (4). The two planetary gear sets (4) are connected to one another by a connecting means (9) that rotates interdependently with each of the two sun gears (5) (inner planetaries). The planet carrier (6) of each of the planetary gear sets (4) rotates interdependently with a connecting means (11) of one of the drive wheels (1). The two planetary gear sets (4) perform a double differential function. The invention also relates to a method for controlling the electric motors (2) that allows the drive system to be used as a torque converter. The drive system can be fixed to the chassis frame of the vehicle. In addition, the two casings (3) can be located in the wheel cages (13). The connecting means (9) that rotates interdependently with the two sun gears (5) can be located inside the casing of the floor pan (14) of the vehicle. The two electric motors (2) can be located just behind the driven wheels (1).

The application discloses an intelligent water valve and a system. The intelligent water valve comprises a water valve switch, a sensor group, a communication module, a power supply module, a control module and a control execution module, wherein the sensor group comprises at least one sensor and is used for acquiring relevant parameters of water at the water valve switch; the control module is used for acquiring relevant parameters of water, transmits the relevant parameters to the outside through the communication module, and receives a control command transmitted by the outside; the communication module is used for communication with the outside through narrow band Internet of Things; the control execution module is used for executing corresponding operations on the water valve switch according to the control command transmitted by the control module; and the power supply module at least comprises a mini-type water power generator and is used for supplying power for other modules through water power generation at the water valve switch. Owing to application of the narrow band Internet of Things, the communication range is wider, the cost and the power consumption are low, and the structure is more optimal. Owing to application of the mini-type water power generator, power supply is stable and energy-saving, and accordingly, the communication stability is guaranteed.

The invention discloses a method and a device for regulating a network framework, a network scheduling controller and a base station, and belongs to the technical field of communication. The method comprises the steps of receiving load information, sent by the base station, of multiple cells, wherein the load information at least comprises a hollow resource utilization rate; determining at least one target cell according to the hollow resource utilization rate of the multiple cells, wherein the target cell is a cell, of which the hollow resource utilization ratio accords with a preset rule, in the multiple cells; obtaining multiple MRs of each target cell in the at least one target cell; constructing a cell planning scheme according to the multiple MRs of each cell and the load information; sending the constructed cell planning scheme to the base station, and enabling the base station to regulate a corresponding relation between each target cell and an RRU (Radio Remote Unit) corresponding to the target cell according to the cell planning scheme. According to the method disclosed by the invention, the corresponding relation between the cells and the RRU corresponding to the cells can be regulated, the network framework can be improved, and the network performance can be increased.