458 results about "Hotline" patented technology

The invention relates to a meter box for housing a utility meter and configured for associating a customer service line to a utility service line. The meter box may be configured to fit within an existing meter box and may be configured with side sections in a telescopic arrangement. Flow control components at an input of the meter box prevent backflow.

The meter box comprises an electronic module that includes a variety of selectable features including data logging, AMR, environmental monitoring, and resource monitoring. A remote monitor is provided for allowing a customer to view selected data including consumption data, pressure, pH, temperature, warnings, remote turnoff, and provide secured bill paying services. Imaging/audio components provide visual and audio data which may include an image of an analog readout for a meter register, images of the metering environment, and sound data for metering environment.

An object of the invention is to provide a small and low-cost switching power supply unit with a backup function in which a proper circuit construction can be selected by simple method when it is necessary to compensate for the instantaneous drop or power failure and a disk array system having the switching power supply unit. To accomplish the object, a backup unit which can insert and pull out its hot line into a switching power supply unit casing and has a secondary battery and its state monitoring/control unit is built in the unit, and proper charge/discharge management of the secondary battery can be made. When the backup unit is unnecessary, a backup unit formed by a plurality of capacitors whose hot lines can be similarly inserted and pulled out can be built in an enclosing space of the backup unit.

A system and method in a radio telecommunications network for reconnecting an emergency call between a roaming mobile station with an emergency (emergency MS) and a public safety answering point (PSAP) when the call has been disconnected before the call was finished. The network includes a serving mobile switching center (MSC) serving the emergency MS, a border MSC bordering the serving MSC, and a home location register (HLR) that stores features and subscription data for the emergency MS. When the emergency call begins, a hotlining feature for the emergency MS is activated in the HLR which automatically reconnects the emergency MS to the PSAP when the MS accesses the network through a registration or by originating a subsequent call. Inter-exchange messages ensure that the emergency MS is automatically connected to the PSAP, even if the emergency MS accesses the network in the border MSC.

A subscriber management system for a communication system having a radio access network coupled to by a gateway node to a packet switched network. The system consolidates three prior art subscriber management system components, a DPI device, a QoS Policy Manager 40, and an Application Manager 28, into a DPI platform. The system also relocates functions to the DPI platform that were previously provided by the gateway node in prior art networks. Specifically, an Accounting Client 34, a Hotlining function 36, and a QoS SFA function 44 are located to the DPI platform. By consolidating network components and relocating functions to the DPI platform, the number of control interfaces in the network can be reduced. Further, network components produced by different vendors may be integrated more easily. A method of implementing hotlining in the system is also provided.

A fault detector sensor includes a current transformer, with two multi-turn windings each formed around a portion of the core, with one winding adjacent to each of the hot and neutral wires of the power line being protected. Both windings are connected in series in a way which reinforces arc fault noise generated by arc faults involving the line and neutral, but which causes signal reduction for noise signals from the line and neutral, or either, to ground. The windings and core are selected to self resonate at a frequency that excludes power line carrier frequencies but which includes arc fault frequencies. The core optionally has a third winding, forming a grounded neutral transformer, or ground fault detector. Instead of a third winding, one of the arc fault sensing windings can act as a dual function sensor.

The heater is capable of improving heat generation uniformity in a sheet feeding area while suppressing the temperature rise of a non-sheet feeding portion. Each of heat generation lines includes a plurality of heat blocks in which a plurality of heat generating resistors are electrically connected in parallel between two conductive members. The heat generation lines are arranged in a lateral direction of the substrate, and the heat blocks are arranged so that the end of the heat block in the heat generation line of a first row does not overlap with the end of the heat block in the heat generation line of a second row in a longitudinal direction of a heater.

A power line repair commanding method based on a CIS and movable operation comprises the step of installing data collectors in an existing power 95598 hotline system, a modulation automation system and a distribution network automation system. The collectors automatically collect the failure information of all the systems, wherein the failure information comprises power using client failure reporting information of a power line repair service telephone number 95598 system, transformer substation switch displacement information, and distribution line failure information. The collectors upload the information to a power line repair commanding system. The method can improve power repair information sharing efficiency, and has the remarkable advantages of emergency resources visualization, fault repair intellectualization and real-time information transmission.

The invention provides an international technology transfer public service system. The international technology transfer public service system comprises an international technology transfer and entrepreneurship incubation service subsystem and an international technical skill/service digit trading port subsystem; the international technology transfer and entrepreneurship incubation service subsystem comprises an innovation e station, an innovation demand library, a technology retrieval, a service hotline and an expert group; the international technical skill/service digit trading port subsystem comprises a high and new technology interactive exhibition system, a technical digital content manufacturing system, an industry technology mobile portal management system, an enterprise technology demand monitoring and intelligent docking system, a scientific technological incubation service purchasing system and a technology appraisement and technology appraiser training system. A digital exhibition room with multiple interactive modes on the basis of electronic data interchange (EDI) exchange terminals and the like can be established through an operating mode of combining a mobile internet and an offline innovation service platform, online offline combined technical skill (service) interactive exhibition, vertical searching, accurate pushing, expert cooperative consulting, scientific assessment and the like can be achieved, and difficulties and bottleneck problems such as difficult obtainment of technology supply-demand information, difficult value quantization and difficult transfer can be solved.

The invention discloses a method for calling a taxi. The method comprises the following steps that: a call request for a taxi sent by a mobile terminal is received; identifications of the mobile terminal are picked up from the call request, and the mobile terminal is positioned according to the identifications; according to the position of the mobile terminal, a matched noload taxi team is obtained; and the call connection between the mobile terminal and the noload taxi terminals of the noload taxi team is established. The invention also discloses a corresponding system, which replaces the manual seating by a simulated seating to realize the service function of calling a taxi, thereby improving the system in the calling hot line treatment capability, saving management cost and simultaneously reducing the no load ratio of a taxi.

An acoustic system has an acoustic sensor and a processing circuit. The acoustic sensor includes a base, a microphone having a microphone diaphragm supported by the base, and a hot-wire anemometer having a set of hot-wire extending members supported by the base. The set of hot-wire extending members defines a plane which is substantially parallel to the microphone diaphragm. The processing circuit receives a sound and wind pressure signal from the microphone and a wind velocity signal from the hot-wire anemometer, and provides an output signal based on the sound and wind pressure signal from the microphone and the wind velocity signal from the hot-wire anemometer (e.g., accurate sound with wind noise removed). The configuration of the hot-wire extending members defining a plane which is substantially parallel to the microphone diaphragm can be easily implemented in a MEMS device making the configuration suitable for miniaturized applications.

An Internet Access Device (IAD) is pre-configured with first, generic configuration information designating the address of a configuration server with which it will establish a communication session when the IAD is first powered up and connected to the Internet. The configuration server then downloads a second, specific configuration to the IAD, such as a hotline number designating a specific speech server, and creates a network data record to link a unique identifier for the IAD, such as a serial number, with a user account. When the IAD goes off-hook, the IAD connects directly to a speech server using the second configuration. The speech server provides a smart dial tone, such as a voice prompt. The speech server responds to a verbal request spoken by a user by performing a corresponding activity, such as placing a telephone call or providing voicemail access.

A method for handling call originations is provided. The method includes sending origination information from a mobile device to an application server in an enterprise network using Short Message Service (SMS) and determining whether a hotline feature is present in a subscriber profile associated with the mobile device. Data is then routed from the mobile device to a predetermined destination based on the hotline feature.

The purpose of the invention is to provide an improved mobile phone with prevention of numbed hands of the user under even a cold environment. The mobile phone includes a heating circuit. In the heating circuit, a battery 14 has connections with leading and trailing ends of a line 20 to be heated. The heated line 20 has connections with a thermostat 22 and an outside-operable switch 23. The heating circuit is disposed within the area where is between the bottom and the leading edge of the back casing 1b of the housing in the mobile phone.

A self-contained unit intended primarily for tracing the circuit connection between an electrical outlet or lighting receptacle and its corresponding circuit-breaker. The preferred embodiment includes a housing, a male three prong electrical plug, a sound-producing means, a first momentary switch which permits testing of a ground fault interrupt across either a hot wire and a neutral, or across a hot wire and the ground; and a second momentary switch which permits testing of reverse polarity by testing across a neutral and the ground. An alternate embodiment incorporates a single 3-way switch. Adapters are used to temporarily adapt bare wires or a lighting receptacle to a female plug so that the device may be used.

The invention relates to a system and method for processing complex an SMS message of a mobile customer hotline SMS messaging service hall. The system comprises a login module for entering an operator reply module and a knowledge base maintenance module after passing validation of login information, an SMS message access module for receiving SMS messages incapable of being understood by the SMS messaging service hall, a natural language understanding module for understanding the content of an SMS message, a knowledge base module for managing mobile knowledge, an automatic replay module for automatically replaying SMS messages with high recognition rate, an operator replay module for manually reviewing and replying natural language understanding results by an operator, with the replaying content coming from the knowledge base, an answer knowledge search module for acquiring answer knowledge according to the SMS information and the natural language understanding results, a knowledge base searching module for inputting a natural language problem and searching the desired answer knowledge, a knowledge template instantiation module for obtaining a concrete knowledge answer, and a trigger operation module for being triggered to complete execution when the SMS content contains the execution requirement of a business action.

A system and method is provided. In some embodiments, the system includes a first power supply that outputs a first welding current. The first power supply provides the first welding current via a torch to a first wire to create an arc between the first wire and the workpiece. The system also includes a first wire feeder that feeds the first wire to the torch, and a second wire feeder that feeds a second wire to a contact tube. The system further includes a second power supply that outputs a heating current during a first mode of operation and a second welding current during a second mode of operation. The system also includes a controller that switches the second power supply from the first mode of operation to the second mode of operation to create a second (trailing) arc.

The invention discloses a method for measuring liquid thermal conductivity coefficient and the device thereof. The invention adopts homeostasis hotline principle to measure liquid thermal conductivity coefficient. The calculation formula of the liquid thermal conductivity coefficient is used when different heat sources are applied under the condition of one dimensional conduction respectively deduced by Fourier heat conduction basic law. Then the heat generated by the heating resource which is transmitting heat. And the liquid thermal conductivity coefficient is calculated by measuring the temperature difference at particular points in heat conduction direction when heat balanced. High-temperature resistant coaxial double-layer pipes are used as outer pipes while heat stable heating tube used as inner pipes. Liquid to be measured is packed in the space between the inner and the outer pipes. The ratio of the length of the outer pipe to the external diameter of the outer pipe exceeds is greater than 10. The way of heating of the inner pipe adopts constant-temperature and uniform-speed circulating water or tempering wire and filled with high temperature resistant liquid at the same time. The former is suitable for common liquid and the latter for high temperature flammable liquid. The invention has the advantages of simple structure, large serviceable range and high accuracy rating, thus measuring the coefficients of heat conductivity of various liquids simply and precisely is possible.

A technical hotline resource management method and system provides a business solution for contact centers which receive contacts both through telephone-based inquiries and web-based inquiries. The disclosed method and system provides, among other things, intelligent calculation of projected resource requirements, a common schedule template for all groups engaged in providing technical assistance, simple input and maintenance screens, a readily-viewed calendar of employee schedules, detailed employee profiles (which identify employee skills), and options for scheduling different work types during given increments of time. Having such information readily available the technical hotline resource manager can thus readily review lists of available employees, groups, and technical requests and can route the inquiries efficiently and quickly. Using the disclosed method and system the resource manager is able to schedule different work types over the contact information, thus enabling employees to be assigned to various work types, including responsibility for different types of inquiries (telephone-based and web-based) as well as for training and meetings, avoiding unnecessary work beyond standard work schedules.

The invention mainly adopts ansj, hanlp tools, AIML technology and depth learning technology to apply to intelligent question answering, and constructs an intelligent question answering system appliedto tax field. The basic database of the system is established by using crawler to obtain the data set of tax consulting and answering pairs on the Internet, and combining with the data set of 12366 service hotline in the tax bureau and the question answer equivalence extracted from the relevant laws and regulations, and then the dictionary database of word segmentation for deep learning is constructed. Based on the basic question answering database, a model based on template matching is constructed. Based on 12366 question answering database, a retrieval-based model is constructed. Based on the dictionary library, the deep learning model is constructed, which is based on context information and problem types. Based on the template matching model and deep learning model, an intelligent question answering system for tax field is constructed. The invention realizes the automatic recommendation of relevant tax inquiry questions in combination with the main complaint information of the user, and the active question-answer interaction is carried out.

The invention provides a method and a system for processing a call based on a decision tree model; the method comprises the following steps: obtaining basic information and associated information of a user according to an incoming call number; combining the basic information and the associated information as an input and matched first pushing information as an output to construct the decision tree model; inputting the basic information and the associated information of the specific user to the trained decision tree model and calculating to obtain second pushing information of the specific user; and pushing the second pushing information to a customer service. According to the method and the system for processing the call based on the decision tree model provided by the invention, when the incoming call user dials a customer service hotline, the user does not need to input a digital incoming line again according to a voice prompt, and the call dialing is accurately matched to a customer service group, so that the artificial customer service, when the user incomes the line, can know the question that the user wants to consult simultaneously; and therefore, the operation of the user and the time of listening to a prompt tone for operation are effectively reduced, the user satisfaction of a customer is effectively improved, and the working efficiency of the customer service is improved.

A time domain measurement and control system for a hot wire air flow sensor is disclosed in which the air flow sensor is of the type having a resistive heating element with an input end and an output end. The control system includes a fixed frequency variable width pulse generator which generates a pulse train through the heating element. This pulse train, furthermore, has a first predetermined voltage amplitude. The output voltage amplitude of the pulse train is determined at the outlet end of the heating element while a control circuit varies the duty cycle of the pulse train to maintain the output voltage amplitude at a second predetermined voltage level. The duty cycle of the pulse train is proportional to the air flow rate through the air flow sensor. In a modification of the invention, a fixed width variable frequency pulse train is generated through the resistive heating element and the frequency of the pulse train is varied to maintain the output voltage amplitude of the pulse train at the outlet end of the resistive heating element at a second predetermined voltage level. In this modification, the frequency of the pulse train is proportional to the air flow rate through the air flow sensor.

A direct exchange heating/cooling system with at least one of a reduced compressor size, with a 500 psi high pressure cut-off switch, with a 98% efficient oil separator, with extra oil, operating at a higher pressure than an R-22 system, with receiver design parameters for efficiency and fox capacity, with geothermal heat exchange line set design parameters, with special heating/cooling expansion device sizing and design, with a specially sized air handler, and with a vapor line pre-heater.