918 results about "Time switch" patented technology

The system and method for streaming media to a viewer and managing the media comprises and an enhanced service routing processor (ESRP), a real time switch management system (RTSMS), a name routing processor (NRP), and a managed media switch (MMS). The RTSMS has a reservation system. The ESRP receives media from an owner, manages the media according to media rules and order rules defined by the owner, and distributes the media to one or more switches, such as the MMS, according to the media rules and the order rules. The RTSMS is configured to receive the media rules and to receive a viewer's media request via the reservation server. The reservation system of the RTSMS processes the media request according to the media rules and builds a reservation for the requested media. The RTSMS generates the reservation to the viewer and to the NRP. The NRP receives the reservation data from the viewer and from the RTSMS. The NRP processes the reservation data and locates an MMS that can stream the media to the viewer. The NRP transmits the IP address of the MMS to the viewer and transmits the reservation data to the MMS. The viewer initiates a session or connection with the MMS using the reservation number. If the reservation data from the viewer matches the reservation data from the NRP, the MMS streams the media to the viewer.

In a control apparatus for a motor, an over-current protection circuit detects an abnormality in a motor current forcibly turns off a MOSFET. The over-current protection circuit has a timer function and a time switching function. In the timer operation, the over-current protection circuit stops an abnormality detection signal for an ON time period before producing the signal for an OFF time period when a current flowing through the motor exceeds a predetermined threshold value. The time switching function is for controlling to lengthen the OFF time period to a relatively larger value in comparison with the ON time period.

A time:space:time switch fabric incorporating an odd integer number of spatially distributed data switches and a plurality of spatially distributed data serializers. Each data switch has a first plurality of ingress ports, an equal plurality of egress ports, and a space switch for selectably interconnecting any one of the ingress ports to any one of the egress ports. Each data serializer has an input bus for receiving signals to be routed through the switch fabric, an output bus for outputting signals routed through the switch fabric, a plurality of egress ports selectably connectible to any one of the data switch ingress ports, and an equal plurality of ingress ports selectably connectible to any one of the data switch egress ports. The ingress / egress ports are characterized by:(A) p planes, where p is a power-of-two integer less than or equal to the number of data serializer ingress and egress ports;(B) s stages, where s is an odd integer number; and,(C) a depth d, where d is a power-of-two integer less than or equal to the number of data switch ingress and egress ports.

The system and method for streaming media to a viewer and managing the media comprises an enhanced service routing processor (ESRP), a real time switch management system (RTSMS), a name routing processor (NRP), and a managed media switch (MMS). The RTSMS has a reservation system. The ESRP receives media from an owner, manages the media according to media rules and order rules defined by the owner, and distributes the media to one or more switches, such as the MMS, according to the media rules and the order rules. The RTSMS is configured to receive the media rules and to receive a viewer's media request via the reservation server. The reservation system of the RTSMS processes the media request according to the media rules and builds a reservation for the requested media. The RTSMS generates the reservation to the viewer and to the NRP. The NRP receives the reservation data from the viewer and from the RTSMS. The NRP processes the reservation data and locates an MMS that can stream the media to the viewer. The NRP transmits the IP address of the MMS to the viewer and transmits the reservation data to the MMS. The viewer initiates a session or connection with the MMS using the reservation number. If the reservation data from the viewer matches the reservation data from the NRP, the MMS streams the media to the viewer.

The invention discloses a controlling method of an air-source water heater. The control of the air-source water heater is realized based on a timing water consumption mode, and a timing switch is utilized to automatically regulate the opening / stopping time of the water heater according to the outdoor environmental temperature daily range; in use, a user directly sets the time and the temperature of water consumption, and the air-source water heater selects to start the water heater for heating at the higher outdoor environmental temperature. The invention has the following advantages that: firstly, the time and the temperature of the water consumption are directly set, which is more human-friendly and is convenient for the user to operate and use; secondly, the air-source water heater selects to work at the higher outdoor environmental temperature by utilizing the outdoor environmental temperature daily range so as to improve the heating effect of the air-source water heater as large as possible and realize the energy saving operation of the air-source water heater.

The system and method for streaming media to a viewer and managing the media comprises an enhanced service routing processor (ESRP), a real time switch management system (RTSMS), a name routing processor (NRP), and a managed media switch (MMS). The RTSMS has a reservation system. The ESRP receives media from an owner, manages the media according to media rules and order rules defined by the owner, and distributes the media to one or more switches, such as the MMS, according to the media rules and the order rules. The RTSMS is configured to receive the media rules and to receive a viewer's media request via the reservation server. The reservation system of the RTSMS processes the media request according to the media rules and builds a reservation for the requested media. The RTSMS generates the reservation to the viewer and to the NRP. The NRP receives the reservation data from the viewer and from the RTSMS. The NRP processes the reservation data and locates an MMS that can stream the media to the viewer. The NRP transmits the IP address of the MMS to the viewer and transmits the reservation data to the MMS. The viewer initiates a session or connection with the MMS using the reservation number. If the reservation data from the viewer matches the reservation data from the NRP, the MMS streams the media to the viewer.

The system and method for streaming media to a viewer and managing the media comprises an enhanced service routing processor (ESRP), a real time switch management system (RTSMS), a name routing processor (NRP), and a managed media switch (MMS). The RTSMS has a reservation system. The ESRP receives media from an owner, manages the media according to media rules and order rules defined by the owner, and distributes the media to one or more switches, such as the MMS, according to the media rules and the order rules. The RTSMS is configured to receive the media rules and to receive a viewer's media request via the reservation server. The reservation system of the RTSMS processes the media request according to the media rules and builds a reservation for the requested media. The RTSMS generates the reservation to the viewer and to the NRP. The NRP receives the reservation data from the viewer and from the RTSMS. The NRP processes the reservation data and locates an MMS that can stream the media to the viewer. The NRP transmits the IP address of the MMS to the viewer and transmits the reservation data to the MMS. The viewer initiates a session or connection with the MMS using the reservation number. If the reservation data from the viewer matches the reservation data from the NRP, the MMS streams the media to the viewer.

The invention belongs to the field of additive manufacturing, and discloses a heterogeneous multi-material additive manufacturing system. The heterogeneous multi-material additive manufacturing system comprises a jointed-arm robot, a printing device, a material reducing device and a monitoring feedback device. By the adoption of the rotary-type multi-sprayer switching printing device, the mode that a plurality of wire feeding printing mechanisms rotate to be switched is adopted to conduct multi-material multi-process real-time switching printing, and multi-material multi-process efficient 3D printing formation is realized; and the binocular stereoscopic vision on-line real-time monitoring feedback device can feed back layer-layer temperature information and 3D profile information of machined parts in time and compares the information with an original model to be calibrated, and the material reducing processing opportunity and corresponding material reducing processing parameters are determined. By means of the heterogeneous multi-material additive manufacturing system, additive manufacturing and subtractive manufacturing can achieve collaboration in a high-precision and high-efficiency mode, and large complex structure parts of different inorganic nonmetal composite materials can be formed. Meanwhile, the heterogeneous multi-material additive manufacturing system is simple in structure and easy to operate and control.

The present invention is directed to a time-switched preamble generator and method of generating a time-switched preamble for use with a multiple-input, multiple-output (MIMO) transmitter employing first and second transmit antennas. In one embodiment, the time-switched preamble generator includes an initial preamble formatter configured to provide a first preamble to the first transmit antenna and a second preamble to the second transmit antenna during an initial time interval. The time-switched preamble generator also includes a subsequent preamble formatter coupled to the initial preamble formatter and configured to provide the second preamble to the first transmit antenna and the first preamble to the second transmit antenna during a subsequent time interval.

A water treatment device for purifying small quantities of non-potable water for drinking purposes. The device includes: a primary container, a secondary product container, and a cylindrical filter cartridge. The primary container is filled with untreated water, and brought into contact with a disinfecting agent. The filter cartridge is then attached to the primary container and the secondary container is attached to an outlet port of the filter cartridge, the entire arrangement is then inverted to allow water to flow from the primary container into the inlet port of the filter cartridge. A physicochemical time switch is installed near the inlet port of the filter cartridge and blocks the flow of water from the primary container into the filtering elements until an appropriate amount of time has lapsed for the disinfecting agent to effectively disinfect the water. The physicochemical time switch is either a water dissolvable barrier or an expandable compartment filled with hydrophilic polymeric crystals. The filter cartridge includes anion exchange resins, filtering media for removing suspended impurities, and activated carbon for removing organic impurities and chlorine residue.

The invention discloses a fully automatic intelligent window control system which consists of a core processor, an environmental parameter detection module, an external drive module, a wireless communication module and a human-computer interaction module; the fully automatic intelligent window control system has strong function, low cost, and easy popularization; can realize the functions of automatic window closing when raining; timing window opening and closing, hand-automatic operation switching, intrusion alarm and other functions; and has a modular structure and strong scalability; can add other environmental variables such as temperature, oxygen content and the like so as to conduct more optimal relevant window operations; as the application occasions are different, the test items and alarm ways can be set according to the need, simultaneously, the individual setting of various alarming / prompting rings is supported; the invention can also expand wireless communication, realize remote alarm or compose an intelligent home system with the air conditioner, and the like.

A time limit function utilization apparatus includes a first function block, a second function block, a signal line which connects the first and second function blocks and allows using a desired function that is generated by accessing the first and second function blocks with each other, and a semiconductor time switch interposed in or connected to the signal line, and disables or enables mutual access between the first and second function blocks upon the lapse of a predetermined time.

The invention discloses a method and device for real-time switch of data content among multiple terminals, applied to the technical field of network televisions. The method comprises the following steps: a service system receives a content switch request message transmitted through the first terminal or a second terminal when a switch broadcasting content is needed to be switched to the second terminal in the process that service on demand is carried out at the first terminal, wherein the content switch request message comprises a content identification of a broadcasting file, a broadcasting time identification and a terminal identification of the second terminal; a content broadcast request link of the broadcasting content of the first terminal is acquired according to the content identification, and the content broadcast request link is jointed with the broadcast time identification to form a splicing message; and the second terminal requests a corresponding broadcasting content from a CDN (Content Delivery Network) according to the splicing message. The method for real-time switch of data content among the multiple terminals, disclosed by the invention, is applied to realizing program real-time switch among multiple screen terminals of a home user.

The invention discloses an LED driving circuit and a controlling method thereof, comprising a power switch and a current sampling unit, as well as a voltage comparison unit for comparing the voltage obtained by the current sampling unit with a first reference voltage; an input voltage sampling unit for converting the sampled input voltage into a current signal; a timing unit for controlling the off-time of the power switch or presetting a fixed off-time; a logical unit for controlling the power switch by means of a power switch driving unit and for controlling the timing switch in the timing unit. The method for controlling the LED driving circuit comprises the step of modulating the off-time of the power switch with the input voltage or the step of presetting a fixed off-time. The invention can be used in LED light cluster driving with the power factor greater than 0.95.

The invention discloses a resource joint allocation method based on energy efficiency maximization in a NOMA portable communication system, which comprises the following steps: 1) a base station sendsdata through a non-orthogonal multiple access technology to provide data service for a mobile user terminal; 2) the mobile subscribe terminal is provided with an information receiver and an energy receiver at the same time, and the information and the energy are received in a time switching mode; 3) the characteristics of the system is analyzed and the mathematical optimization problem based on the maximization of energy efficiency is established; 4) the optimization problem is analyzed and a two-layer iterative algorithm is designed to solve the optimal power and time slot joint allocation scheme. The method can not only guarantee the data rate of the mobile user terminal and the collection energy demand, but also maximize the total energy efficiency of the system, so as to optimize thesystem resource allocation and improve the resource utilization rate.

The present invention discloses a timer switch that uses an integrated circuit to control the time and a self-locking electromagnetic coil solenoid valve to drive the operation of a microswitch, which is particularly applicable to be installed on a wall as a timer switch. The switch device uses the electronic control of two 1.5V AA batteries to enter a set time through input keys, and a CPU will issue a pulse with very short timing of 30 ms to the solenoid to produce a magnetic field to drive a turning rod and open a primary switch in order to turn on or off a circuit.

A wireless multi-functional computer lock comprises at least one meter for measuring at least one of blood pressures, pulses, body temperatures and times of moving steps of a person; a wireless transmitter for transmitting measuring data from the air inlet one meter; a receiver installed on a computer and communicated to the wireless transmitter wirelessly for receiving the data from the wireless transmitter. The wireless transmitter is used to actuate the receiver on the computer so as to enter into a process of inputting passwords, browsing the data and lock the data display on the computer. The wireless transmitter comprises a time switch and a processor, and the time switch serves to select a time period to set the actuate time of the computer.

A power switch control unit for controlling the operation of a controlled electric device connected to the unit includes a housing having a timing mechanism therein; a power cord having a plug on one end thereof, for connection to a power supply, and having the housing on the other end thereof, for supplying electrical power to the unit and to a connected-electric device controlled by the power switch control unit, and a receptacle for receiving a power cord from an electric device to be controlled by the power switch control unit; control buttons, including: an on / off button for connecting a controlled electric device to the power supply; a timer activation button for activating the timing mechanism, wherein, when the timing mechanism is activated, it connects a controlled electric device to the power supply for a predetermined amount of time in a timed cycle, and then disconnects the connected-electric device from the power supply; and a clear timer button for terminating the predetermined amount of time, and a display for displaying time remaining in the predetermined period of time.

The invention provides a displayer picture switching response time test system and method. The system comprises a displayer picture switching trigger, a displayer, a photosensitive probe, a photoelectric signal processor and a data collecting operation control unit, wherein the displayer picture switching trigger is used for sending operation instructions to displayer control equipment; the displayer is used for switching pictures under the control of the displayer control equipment, the photosensitive probe is used for collecting brightness of pictures of the displayer, and the photoelectric signal processor is used for outputting second switching value signals to the data collecting operation control unit in real time; the data collecting operation control unit is used for determining the time difference between a first received switching value signal and a second received same-time switching value signal to be the displayer picture switching response time when the second received same-time switching value signal and the second received last-time switching value signal are different. Compared with a manual method adopted for testing displayer picture switching response time in the prior art, the displayer picture switching response time test method has the advantages of improving test efficiency and test precision.

The invention discloses a household appliance energy consumption managing system and a household appliance energy consumption managing method based on an intelligent mobile phone. The managing system comprises the intelligent mobile phone with GPRS (general packet radio service) and / or WIFI (wireless fidelity) as well as four regulation-control modes of controlling, monitoring, timing and statistics, a household controlling-processing center with network remote communication, infrared transceiving, RFID (radio frequency identification devices) wireless transceiving and early-warning functions, a sub controller with infrared transceiving and RFID wireless transceiving functions, and an infrared socket with infrared receiving and learning functions. According to the household appliance energy consumption managing system, by virtue of the intelligent mobile phone, the household appliances can be controlled in real time, the states of the household appliances can be monitored in real time, timing switches of the household appliances can be set, and the statistic conditions of electricity use of the household appliances can be viewed. In the way, the system and the method are energy-saving, economical, simple, practical, convenient and comfortable, and the energy consumption of the household appliances can be managed through the mobile phone.

The present invention provides a capacitor charging circuit that efficiently charges capacitive loads. In particular, circuits and techniques are preferably provided for using current from both the primary and secondary windings of a transformer to control ON-time and OFF-time of a switch. This arrangement preferably yields an adaptable ON-time and adaptable OFF-time switch that is capable of rapidly charging capacitor loads ranging from as low as zero volts to several hundred volts. The output voltage is preferably measured indirectly to prevent unnecessary power consumption. In addition, control circuitry can be provided to conserve power by ceasing the delivery of power to the capacitor load once the desired output voltage is reached. Control circuitry preferably operates an interrogation timer that periodically activates the power delivery cycle to maintain the capacitor output load in a constant state of readiness.

The invention relates to a terminal self-adaptive data transmission system and method for an Internet of Vehicles service. The method comprises the following steps that a mobile terminal is started and sets link addresses of various data channels of a processing server end, and loop sequence orders of the data channels between the mobile terminal and the processing server; the processing server is in communication with the mobile terminal through the current data channel; if the current data channel cannot meet the communication requirement, whether a communication fault exists between the mobile terminal and the processing server is judged, if yes, the mobile terminal judges which data channel meets the communication requirement according to the preset data channel changing conditions, and the current data channel which cannot meet the communication requirement is switched to the data channel which meets the communication requirement. The terminal self-adaptive data transmission system and method for the Internet of Vehicles service can achieve real-time switch of the data channels.

Provided is a time switch capable of allowing a user to readily set up or change a schedule. For this purpose, a chassis 30 of the time switch 10 has same size (i.e., two-row-module size) as that obtained by arranging two three-module sized implanted type wiring devices in two lines along a minor width direction, and installation frame pieces 38 are protruded from both of upper and lower side walls. In addition, each installation frame piece 38 has a long hole 38a for inserting a box screw fastened to the implanted type box (not shown) implanted on the installation surface or a fastener hole combined with a fastener. Furthermore, decoration covers 33 and 34 are installed in the front side of the chassis 30, and manipulating buttons 45a to 45f of the setup manipulation unit for setting up a time schedule having a set of an address corresponding to the control target load, and a control time and a control item for the load are provided in the decoration cover 33 functioning as a manipulation face of the setup unit 10a.

The invention discloses a testing device for testing the corrosion of rainwater to a stockpiling body of tailing paste, belonging to the field of stockpiling of surface tailing paste and mineral engineering. The testing device mainly comprises a testing bracket, a water supplying device, a control device, a spraying device, a stockpiling device, a measuring device and a liquid collecting device, wherein the water supplying device comprises a water pipe, a water storage groove and a water pump; the control device comprises a main control valve, an automatic timing switch, a flow meter, a pressure meter and a secondary control valve; the spraying device comprises a water feeding pipeline, spraying heads and a branch control valve; the stockpiling device comprises a paste stockpiling groove, a moving shaft at the bottom of a groove body, an angle adjusting shaft at the top of the groove body and limiting holes; the liquid collecting device comprises a liquid collecting groove and a liquid collecting barrel; the testing device comprises a TDR (Time-Delay Relay) probe, a data line and a data storage; the surface of an internal steel plate of the stockpiling groove body is provided with a diamond pattern, and the upper part of a side steel plate at the bottom of the stockpiling groove body is provided with a water discharging hole. The testing device disclosed by the invention has the advantages that the structure is simple, the paste stockpiling slope can be adjusted, the spraying amount and the spraying time can be adjusted, the slurry of the tailing is effectively collected, data is automatically acquired, further the model experimental study on the disaster formation and the evolution process of the stockpiling body of the tailing paste is further realized.

The invention relates to a topological subnetting method, in particular to a topological subnetting method of electromagnetic transient simulation containing a switching characteristic circuit. The method comprises the following steps that A, a target electric system is divided into two parts including a switching subnetwork and an electromagnetic subnetwork; B, the switching subnetwork and the electromagnetic subnetwork are respectively calculated in one electromagnetic step; C, the switching subnetwork and the electromagnetic subnetwork carry out data exchange; and D, next step electromagnetic transient calculation is carried out on the switching subnetwork and the electromagnetic subnetwork. The method has the advantages that an electric electronic switching network is designed into an independent electromagnetic network, the network scale is small, during the off-line / real-time switching calculation, only the subnetwork is subjected to iteration or interpolation calculation, other parts of the network do not participate in the iteration or interpolation calculation, the program modification on the electromagnetic network is reduced to the minimum, only few element models relevant to the electric electronic switch are modified, the switching calculation precision can also be ensured to the greatest degree, and in addition, the workload of the electromagnetic transient program parallelization calculation modification is favorably reduced.

A communications receiver is provided that includes a first and second compensators 64 and 68, a pilot tracker 60, and a demodulator 66. The first compensator 64 is operable to adjust an input signal based on both a coarse frequency offset and a fine frequency offset to produce an adjusted input signal. The pilot tracker 60 determines an estimated residual frequency offset based on at least a portion of the adjusted input signal. The demodulator 66 determines at least a first symbol sequence and a second symbol sequence based on the adjusted input signal. The second compensator 68 is operable to adjust the first symbol sequence and the second symbol sequence based on the estimate residual frequency offset.

A display interface device and method for an individual personal computer, workstation, or embedded system comprising one or more display interfaces; a video library; and driving any one of a plurality of video displays of a plurality of types connected to the one or more display interfaces from output of the video library. OpenGL is a preferred API. Driving of hybrid displays as well as stroke displays using formats designed for raster displays (such as VAPS) is also provided for. Real-time switching between displays is also provided for.

The present invention relates in general to a game controller that stores pairing information for multiple host devices and includes a module that enables switching communication between the controller and the multiple host devices in near real-time. In one embodiment of the present invention, a game controller includes a pairing module and a switching module that facilitates near real-time switching communication between gaming platforms, the communication occurring through means such as, but not limited to, radio frequency communication or Bluetooth® communication. A controller according to the invention enables users to circumvent initial pairing procedures required when switching between gaming platforms that may host a compatible gaming controller.

The invention discloses a eutrophic water in-situ remediation device which is simple in structure, convenient to use, light in weight and capable of avoiding secondary pollution. The device comprises a solar cell panel, a storage battery, an air pump, a controller, a time switch, a guide cylinder, a suspension carrier, an aeration disk, a biological floating island, an air guide pipe and a lead screw, wherein the lower portion of the suspension carrier is communicated with the guide cylinder under the influence of the lead screw and provides main buoyancy by the aid of a floating island system, the air pump is installed in the cavity of the carrier, a solar cell is located on the upper surface of the carrier, the aeration disk is arranged at the bottom of the guide cylinder and is connected with the air pump through the air guide pipe, and both the upper portion and the lower portion of the guide cylinder are designed into an expanding shape. According to the device, the solar cell is used, driving, flow production, aeration and oxygen filling are achieved under the condition of no secondary pollution, the algae outbreak is prevented, the organic-matter degradation of water is promoted, the biological floating island comprises aquatic plants, special strains and fillers, and the in-situ remediation of water is achieved.

The invention discloses a resource allocation method based on transmitting power minimization in an energy-carrying multi-carrier NOMA system. The method comprises the following steps: (1) establishing a network model of the energy-carrying multi-carrier NOMA system; (2) establishing a mathematical model of the joint resource allocation scheme based on the minimum transmitting power, wherein the mathematical model comprises carrier scheduling, power allocation and time switching coefficients; And (3) designing and analyzing the algorithm of the joint resource allocation scheme based on the genetic algorithm. According to the invention, a wireless energy carrying technology (SWIPT) is innovatively provided to be applied to a multi-carrier NOMA (Non-Orthogonal Multiple Access) system; the mathematical optimization problem of the network model based on the minimum transmitting power is established; A joint resource allocation strategy is designed by applying a genetic algorithm, so that the transmitting power of the energy-carrying multi-carrier NOMA system is minimized while the requirement of a user on quality of service (QoS) is met.