648results about How to "Flexible process" patented technology

In a method of power saving operation of communication terminals in a communication system, at least two operating modes are defined: active and sleep plus optionally standby. Announcements sent out from a master station over an announcement channel are monitored within fixed time windows and thereafter the operating modes of the terminals are controlled. Synchronization information / frame symbols from the master station are also analyzed in the sleep phases and in the standby phases.

The invention relates to a production method for lowering the contents of sulfur and alkene in gasoline; alkadiene is firstly removed from the raw material of FCC gasoline by a pre-hydrogenation reactor, then the FCC gasoline enters a fractionating tower and is cut and fractionated into light gasoline and heavy gasoline, the light gasoline is adsorbed and desulfurized, the heavy gasoline enters a selective hydrogenation and desulphurization reactor, selective hydrogenation and desulphurization is carried out on the heavy gasoline, organic sulfide and part of the alkene in the heavy gasoline are removed, then a reaction effluent enters a hydrogenation and modification reactor and is hydrogenized and modified, the content of the alkene is lowered, and the heavy gasoline after being modified and the light gasoline are blended by an adsorption and desulphurization product or the light gasoline is blended by the adsorption and desulphurization product or the treatment of the process flows of adsorption and desulphurization is carried out after the heavy gasoline and the light gasoline are mixed with light gasoline obtained after cutting and fractionation to obtain clean gasoline meeting the standard requirements; and the process flows are flexible and can be flexibly regulated, the utilization of heat is reasonable, the production meets European IV and compromises European V clean gasoline, the selective deep hydrogenation and desulphurization and the alkene content reduction can be achieved, and the aims of reducing the loss of the octane value and having higher liquid yield can also be achieved.

A control system for a power assisted door, the electronic door control system includes an intelligent control, a plurality of sensor inputs operatively connected to the intelligent control, the plurality of sensor inputs associated with state of a plurality of mechanical components of the power assisted door, and a power drive operatively connected to the intelligent control for providing opening and closing of the power assisted door. The intelligent control is configured to monitor status of the plurality of sensor inputs and control the power drive at least partially based on the status of the plurality of sensor inputs. The intelligent control may be adapted to determine when state of the plurality of sensor inputs is indicative of one or more conditions which would preclude safe door movement. A power distribution module may also be present to assist in limiting current draw and to allow for charging.

A signal transformation method that transforms an input signal obtained from a subject under a first value of a parameter to an output signal obtainable from said subject under a second value of said parameter is disclosed. The method creates a plurality of neural networks and subjects them to learn the mapping transformation. Genetic programming is used to evolve said plurality of neural networks by applying genetic operators to alter the configurations of said plurality of neural networks. The process of neural learning and genetic altering repeats until a predetermined number of generations is reach. The neural network that performs the mapping transformation best can be selected as the optimal neural network. This optimal neural network can be used subsequently to transform a second input signal to a second output signal for a pre-defined value of the parameter. The method of deriving the mapping transformation and the method of using the optimal neural network can be implemented as software applications that run on a data processing system.

The invention relates to a vacuum insulation panel and a manufacturing method thereof. The vacuum insulation panel comprises a high-barrier packaging bag and a heat insulation core, wherein the heat insulation core is arranged in a vacuum sealed bag made of a high-barrier packaging material; a getter is arranged in the heat insulation core; a hole is reserved on a panel surface of the vacuum insulation panel; a hole-reserving structural piece is arranged in the hole and is a tubular section having high-barrier performance; and the hole-reserving structural piece and the high-barrier packaging bag are welded or bonded together to form a vacuum sealed chamber. Compared with the prior art, the vacuum insulation panel is smooth in appearance after hole reserving, so that a wrinkle is eliminated, the air-permeating quantity of the wrinkle of the high-barrier packaging bag is reduced and the service life of the vacuum insulation panel is prolonged; the mechanical strength of the hole after the hole reserving is relatively high; and the vacuum insulation panel can be connected with other materials by a riveting piece at the hole, so that the vacuum insulation panel is more convenient to use and the application range of the vacuum insulation panel is expanded.