94results about How to "Convenient and efficient control" patented technology

A digital signage network is provided comprising a browser based user interface, a management center, at least one media player and at least one digital display unit. In certain embodiments the browser based user interface allows for a user to create, manage and edit a digital scheduling program via the digital signage network. In certain embodiments the browser based user interface comprises a template community feature, a photo editor feature, a news management feature, a logo manager feature, a video playback feature, a live access feature, a network player status viewing feature, a granular scheduling feature and a dynamic template feature.

The present invention relates to IPv6 address class facing business as well as distributing method, corresponding system frame and user terminal. The method includes: dividing the IPv6 address to network address and business address; classing the business address further according to the business provided by telecommunication, so as to form a plurality of addresses relative to various businesses. Wherein, distributing network address to user terminal; distributing business address to various business client of user terminal, the business client applies the business address of its business to operator address management server according to business address apply and distributing protocol, then taking the business address as the source address of communication of client. According to the present invention, it is easy to implement the function of business statistics, user tracing to the source as well as data redirection, and to establish transparent server quality acceptance and realization mechanism between the operator and users, also the management and control to internet of operator is more convenient and efficient.

A base station (101) of the present invention includes a sending / receiving section (1010) for sending / receiving control signaling information and user data to / from a user device (102), the base station (101) and the user device (102) being wirelessly communicable with each other in a wireless cell (105) of the base station (101); a resource allocation section (1011) for (i) dividing a downlink system bandwidth of a communication system into a plurality of downlink basic bandwidths and (ii) carrying out allocation of resource blocks for uplink control signaling information; a sequence allocation section (1012) for carrying out allocation of a sequence(s) of a resource of the uplink control signaling information in each of an uplink basic bandwidth(s), on the basis of the number of downlink basic bandwidths allocated to the user device (102), so that the uplink control signaling information in each of the downlink basic bandwidth(s) allocated to the user device (102) is fed back to the base station; and a resource scheduling transmission optimizing section (1013) for obtaining the uplink control signaling information of each of the downlink basic bandwidth(s) allocated to the user device (102), on the basis of the sequence(s) thus allocated, and optimally allocating resource blocks of a downlink common data channel to the user device (102).

The present invention is concerned with the use of transition coating and transition coating composition to control and or target the release of active pharmaceutical ingredients, and biological, chemical, neutraceutical, agricultural and nutritional materials and a method of preparing controlled release systems utilizing these components.

An inductive counteractive momentum sphere system comprises a counteractive momentum sphere module, a displacement detection and drive circuit, a revolving speed detection module and a control system. The counteractive momentum sphere module is composed of a spherical rotor (1) and a coil electrode cage (2) arranged around the spherical rotor (1). The spherical rotor (1) conducts suspension driving and rotation driving through an alternating magnetic field generated by the coil electrode cage (2). The revolving speed detection module comprises a revolving speed detection probe (3) and a revolving speed detection circuit and detects out the revolving speed of the spherical rotor (1). A displacement detection part in the displacement detection and drive circuit detects out relative displacement of the spherical rotor (1). The control system generates control signals according to collected revolving speed information and displacement information of the spherical rotor (1), and a drive part in the displacement detection and drive circuit controls the current of the coil electrode cage (2) to change the alternating magnetic field so as to achieve feedback control over the spherical rotor (1).

Fabry-Perot filters are disclosed. having micro-electro-mechanical systems (MEMS) parts operable for tuning of the filters. The filters of the present invention are particularly useful in WDM and DWDM optical communication systems for multiplexing and demultiplexing channels of electromagnetically-carried data traversing the system. The filter can be miniaturized by etching or photolithographing the filter on silicon wafers utilizing MEMS technology. A MEMS device fabricated on the wafer is operative for moving a variably positioned mirror to change the length of the cavity or etalon of the Fabry-Perot filter, thereby tuning the filter to multiplex or demultiplex the channels.

A method for controlling a variable speed wind turbine generator is disclosed. The generator is connected to a power converter comprising switches. The generator comprises a stator and a set of terminals connected to the stator and to the switches of the power converter. The method comprises: determining a stator flux reference value corresponding to a generator power of a desired magnitude, determining an estimated stator flux value corresponding to an actual generator power, determining a difference between the determined stator flux reference value and the estimated stator flux value, and operating said switches in correspondence to the determined stator flux reference value and the estimated stator flux value to adapt at least one stator electrical quantity to obtain said desired generator power magnitude.

A continuous vacuum carburizing furnace of the invention includes: a heating chamber for heating a workpiece under a atmospheric pressure; a first conditioning chamber in which the pressure is reduced from the atmospheric pressure after the receipt of the workpiece from the heating chamber; a carburizing / diffusing chamber receiving plural workpieces from the first conditioning chamber and conducting plural cycles of carburizing and diffusing processes under the reduced pressure; a second conditioning chamber in which the reduced pressure is returned to the atmospheric pressure after the receipt of the workpiece treated in the carburizing / diffusing chamber; and a cooling chamber for cooling the workpiece introduced from the second conditioning chamber under the atmospheric pressure, the furnace further comprising a door member disposed between a respective adjoining pair of the above chambers, the door member opened / closed only when the workpiece is transported from one chamber to another.

The embodiment of the invention discloses a smart home control system and a control method thereof. The system includes multiple microphones and loudspeakers. The loudspeakers are cooperated with at least one microphone in use. The method includes the following steps that signals picked up by the microphones are obtained; if the signal picked up by the microphone includes a wake-up voice signal, the microphone is determined as the target microphone for picking up a voice instruction; if the target microphone picks up the signal, the signal picked up by the target microphone serves as the voiceinstruction for voice recognition, and a control command is generated. According to the control command, corresponding control is performed. According to the system and the method, when a user movesaround freely, voice signals can be picked up by the microphones at different positions, the control over the smart home is thus more efficient and convenient, the target microphone for picking up thevoice instruction can be screened out through the wake-up voice signal, signals free of the voice command and picked up by the microphones are kept from voice recognition, and unnecessary resource occupancy thus can be avoided.

A method for controlling a renderer of a user terminal device includes selecting a renderer which shares contents, transmitting contents to the selected renderer, displaying a control User Interface (UI) including an object image of which position moves according to a user's touch manipulation, and performing a control operation which controls the renderer in accordance with movements of the object image on the control UI. Accordingly, renderer operations can be easily controlled.

The invention discloses method and equipment of application management and a computer readable memory medium. The method comprises the steps of starting background task management of application programs; setting a relevant parameter of a target application program in the background task management; setting a current running environment according to the relevant parameter when the target application program runs in the foreground. The situation is achieved that aiming at multiple different application programs in a terminal, when a user has a specific using requirement, according to the specific requirement, the using environments of the different application programs can be conveniently and efficiently regulated.

The present invention discloses a freezing-illumination method for preparing porous gels, comprising the steps of: (a) synthesizing the gels containing dynamic exchangeable bonds; (b) illuminating the gels under frozen state by certain wavelength light source; (c) elevating the temperature and melt the ice crystals within the gels to get the porous structure. The dynamic exchangeable bonds existing in the gels include double / multi-sulfur bond, hydrazine bond, boronic ester bond. Catalyst is also included in the gel composition to activate the bond exchange reactions under illumination. This new method for preparing porous gels is easy to operate and suitable for most kinds of gels. Meanwhile, it can spatially control the pore structure within the gels by local illumination.

The invention discloses a variable-structure mobile robot capable of making orthogonal bidirectional movement and a control method of the variable-structure mobile robot. The variable-structure mobile robot capable of making orthogonal bidirectional movement comprises a chassis, a separation type variable-position driving mechanism, a variable-position motor, an integral variable-position driving mechanism, a variable-position electric push rod, a driving wheel motor A, a driving wheel motor B, a driving wheel A, a driving wheel B, a follower wheel A, a follower wheel B, a control device and a guiding sensor. The separation type variable-position driving mechanism is installed on the chassis, and the position, relative to the chassis, of the axis of the driving wheel A is changed while the position of the driving wheel motor A is kept unchanged. The integral variable-position driving mechanism is installed on a top cover, and the position, relative to the chassis, of the axis of the driving wheel B is changed by changing the height of the top cover. The axis of the driving wheel A is orthogonal with the driving wheel B, and the lowest position of the axis of the driving wheel A is the same as that of the driving wheel B. Orthogonal bidirectional movement of the mobile robot is achieved by changing the driving wheels making contact with the ground, the movement direction can be freely switched between orthogonal directions in the same plane, and the movement maneuverability and flexibility of the mobile robot are enhanced.

The invention discloses a 315MHz / 433 MHz wireless communication networking method. The method comprises a base node, route nodes, terminal nodes, a configuration node and a gateway node. The configuration node is used for carrying out channel and network environment scanning; in a single network environment, the configuration node selects a clean network environment for the base node; then, the base node analyzes the network environment through the configuration node, selects an appropriate channel and establishes network ID; the configuration node can allocate the terminal nodes to the base node and can also configure the route nodes simultaneously; the route nodes are mounted to a base node network; the terminal nodes can be allocated under the route nodes, and information of a part of terminal nodes is collected through the route nodes and the information is uploaded to the base node; and the disperse single base node manages the information of the plurality of terminal nodes. The method expands a conventional 315MHz / 433 MHz wireless star-type networking mode, can set a single network environment and a multi-network environment, can realize the functions of large-range coverage and efficient and convenient control and the like, and is low in cost.

The invention provides a near infrared light-control storer and a manufacturing method thereof. The near infrared light-control storer comprises a semiconductor layer, a floating gate layer, a dielectric layer, a grid electrode and a substrate, a gold electrode is arranged on the semiconductor layer, and the floating gate layer is formed by coating fluorescent nanoparticles with silicon dioxide. Under control of near infrared light, a storing window is enhanced to realize more-bit storage. Compared with conventional methods of improving material characteristics of the semiconductor layer or enhancing carrier capturing capability of the floating gate layer, utilizing near infrared light for real-time control and for enhancing the storing window has good application prospect in the field of information encryption. Near infrared light control is convenient and efficient and can be combined with the conventional methods to obtain high-performance storers.

Disclosed are a microporous ceramic thick-film heating element for an electronic cigarette oil atomizing core and its manufacturing method. The microporous ceramic thick-film heating element includes a microporous ceramic substrate, a heating resistive layer and an electrode layer, and the heating resistive layer has a middle portion and two connecting portions, and the electrode layer includes two separated electrode films, and the two connection parts are connected to upper ends of the two electrode films respectively, and the middle portion is coupled to an upper surface of the microporous ceramic substrate, and the heating resistive layer is provided for heating microporous ceramic substrate to atomize a smoke oil of an electronic cigarette and disperse the atomized smoke oil from micropores of the microporous ceramic substrate to the outside.

The present invention discloses an smart home system based on ground sensing control, the system comprises an information transmission module, a smart home module, and a cloud data center; wherein thesmart home module includes a security device and a living device, the information transmission module includes a centralized controller, a repeater and a node controller, and the cloud data center includes a database model unit and a data receiving unit. The system can realize precise control of point-to-point position and time, does not need voice control function and system, and the system is more intelligent and simple, can reduce additional equipment and software investment, realizes high efficiency and low-cost integrated smart home control, can also make control modes more diversified,and when a remote control mode fails, can adopt a local control mode, namely manual control in time to make the control mode more convenient and efficient.

The invention relates to an alpha, beta and gamma radioactive aerosol continuous sampling and measuring device which comprises a frame, a sampling chamber, a measuring chamber, a boosting motor, a tape conveying motor, a tape collection plate, a tape feeding plate, a filter paper tape, a passivated ion implantation plane silicon detector and a sodium iodide detector. The sampling chamber comprises an upper air chamber and a lower air chamber, and the upper air chamber and the lower air chamber are communicated with each other; the top of the upper air chamber is provided with an air inlet, and the bottom of the lower air chamber is provided with an air outlet; the measuring chamber comprises an upper measuring chamber and a lower measuring chamber, and the upper measuring chamber and the lower measuring chamber are communicated with each other; an output end of the boosting motor is connected with an eccentric shaft through a speed reducer, and the eccentric shaft is connected with both the upper air chamber and the upper measuring chamber through a connecting rod; the tape conveying motor is arranged on one side, close to the measuring chamber, of the frame; the tape collection plate is connected with the tape conveying motor through a speed reducer; the tape feeding plate is arranged on the other side of the frame; one end of the filter paper tape is wound on the tape feeding plate, and the other end of the filter paper tape sequentially penetrates between the upper air chamber and the lower air chamber and between the upper measuring chamber and the lower measuring chamber and then are wound on the tape collection plate; the passivated ion implantation plane silicon detector is arranged at the bottom of the upper measuring chamber; the sodium iodide detector is arranged in the lower measuring chamber.

A mobile terminal including a wireless communication unit configured to provide wireless communication; a touch screen; and a controller configured to display a drawing pad on the touch screen in response to a predetermined input; display a user interface on the touch screen to set a display time at which a drawing drawn on the drawing pad is displayed at a reception side terminal; and transmit a message including the drawing to the reception side terminal, via the wireless communication unit, so the drawing is displayed on the screen of the reception side terminal at the display time set in the user interface.

A color thermal printer includes a photo fixer, which is constituted by a Braun tube. An electron beam gun emits electron. A fluorescent screen is excited by the electron, for generating near ultraviolet rays or ultraviolet rays. An image on thermosensitive recording material is fixed by application of the near ultraviolet rays or ultraviolet rays.

A thermal system for use in autonomous motor vehicles includes an intelligent controller that receives inputs from various sources, interprets the inputs using an algorithm that learns during the process of interpreting the inputs, and generates outputs to control system features. The intelligent controller receives key input data that includes internet data and vehicle data. This data, together with other key inputs, are provided to the input layer which determines an energy balance that identifies the desired power level and the actual power level. Once the desired and actual power levels are identified, the controller generates outputs that regulate conditions within the vehicle's interior. The intelligent controller includes algorithms that enable the thermal system to make power management predictions for maximum system efficiency. The intelligent controller is capable of learning and can make decisions as to optimum interior conditions without the need for additional or repetitive operator or occupant inputs.

A distributed power supply device comprises a plurality of batteries or battery pack units which are cooperated to supply power for each electrical appliance of same equipment. The distributed power supply device comprises a controller, a control signal channel, a plurality of batteries or battery packs, a plurality of electrical appliances and a power circuit connecting the batteries or battery packs with the electrical appliances. Each battery or battery pack supplies power to one electrical appliance or a part of the electrical appliances. Physical isolation and electrical isolation are adopted among the plurality of the batteries or the battery packs, and among the corresponding electrical appliances, therefore, the plurality of batteries or battery packs and the corresponding electrical appliances can be taken as a plurality of independent units electrically, the electric power can be effectively distributed onto a plurality of independent lines, and further the safety of the system is improved in a specific environment. Meanwhile, the on / off state and the running state of each electrical appliance are uniformly controlled by the controller, so that the distributed power supply device has the advantages of central-station control and convenience in operation.

A sheath for a window vent latch having a housing defining a slot sized to allow a vent latch to fit therein, and a spring attached to the housing for engaging the inside of a conventional window jamb. A method of seating a window vent latch in a window frame including the steps of providing a vent latch in a vent latch sheath having a housing and a spring, a window with a window frame having a window jamb, placing the vent latch sheath in the window jamb while allowing the spring to engage the window jamb, and adjusting the vent latch housing along the window jamb.

The present invention discloses a care robot controller, which includes: a controller body that includes slide rails, finger slot sliders and a joystick, wherein the finger slot sliders are movably arranged on the slide rails and configured to receive pressing, and the joystick is configured to control the care robot; a gesture parsing unit configured to parse three-dimensional gestures of the controller body, and control the care robot to perform corresponding actions when the three-dimensional gestures of the controller body are in line with preset gestures; and a tactile sensing unit configured to sense the pressing received by the finger slot sliders and initiate a user mode corresponding to the pressing information, so that the controller body provides corresponding vibration feedback. Thus the user can control the controller efficiently and conveniently, the control accuracy is improved, and effective man-machine interaction is realized.

The invention provides a seedling water and fertilizer integrated irrigation device for sunflower cultivation, and belongs to the technical field of agricultural equipment. The seedling water and fertilizer integrated irrigation device for sunflower cultivation comprises a bottom plate, a water tank and a spiral pipeline, one side of the upper surface of the bottom plate is fixedly connected with a smashing box, the lower portion of the inner wall of the smashing box is fixedly connected with a material guide plate, and smashing rollers penetrate through the two sides of the inner wall of the smashing box through rotating shafts. According to the seedling water and fertilizer integrated irrigation device for sunflower cultivation, through the arrangement of the smashing box, a stepping motor, a feeding groove, a material shielding plate, the smashing rollers, a material guiding plate, the spiral pipeline, a motor box and a storage cabinet, when the device is used for irrigating sunflower seedlings, a handle is held by a hand to open a cabinet door of the storage cabinet, tools can be rapidly stored, convenience is provided for irrigation work, use is more convenient, fertilizer feeding through the feeding groove is simpler and more convenient, and meanwhile scattering and leakage of the fertilizer during smashing can be effectively avoided through the material shielding plate.

The invention belongs to the technical field of biomass burning equipment and in particular relates to a biomass particle burner with a vane drum type furnace bridge. The biomass particle burner with the vane drum type furnace bridge comprises a burning part and a slag discharge part, wherein the burning part is composed of a burning chamber, a spiral feeder, an igniter, an air duct chamber arranged outside the burning chamber and an air supply tank arranged on one side of the air duct chamber; the slag discharge part is arranged below the burning chamber; the spiral feeder and the igniter are arranged, penetrating through the air duct chamber and the air supply tank; and the slag discharge part is composed of the vane drum type furnace bridge, a slag receiving tank arranged below the vane drum type furnace bridge and a transmission device which drives the vane drum type furnace bridge to rotate. According to the biomass particle burner with the vane drum type furnace bridge, the problem that the burner is difficult in slag discharge and is blocked due to coking after easy-coking stalk biomass particles are burned is pointedly and completely solved; and as intermittent type rotary slag removal is used, the slag removal time is short, the biomass particles are more fully and stably burnt, and thus the burning efficiency of raw materials is improved, and the utilization ratio of the raw materials is increased.