31 results about "Dialer" patented technology

A method for detecting fraudulent SIM swapping on a mobile device is provided. A server of a communications service receives a call request from a mobile device and obtains an identifier unique to the device. The obtained identifier is compared to a stored identifier and if different, the call request is held in a temporary state, pending authentication. To authenticate, a message with authentication instructions is sent via a messaging service of the communications service. The message provides instructions for the user to transmit a specific code from the mobile device's native messaging application to a server. Upon receiving the code, the device is authenticated before further call processing. Alternatively, a client application initiates a synthetic call which is then handed off to the native dialer application. If the handoff fails due to the native dialer's lack of mobile network connectivity, the device is then suspected of being compromised, such that additional authentication is required. The server thus provides enhanced security by leveraging the native dialer and messaging application.

The present invention relates to a live message delivery system, including: user and recipient communication devices; an interface device with display and accessed by the user; an interface server which controls the interface device and adapts the display of the interface device to a conference event; a conference dialer which establishes a first communication link with the recipient communication device; a conference device which multiplexes communication links from the recipient to the user communication device, enabling group communication; and a conference controller which initiates and manages the conference event to deliver a real-time message reading from the user to the recipient via communication links, manages the conference dialer to contact each participant, and allows the user to deliver the live message to the participants with a time offset between each reading by the users such that each of the participants receives the live message during the conference event.

The invention provides a testing device of an SRB bus chip. Comprising a substrate, the surface of which is provided with an electric connection wire used for connecting an electronic component; the chip burning clamp, the dialer, the single chip microcomputer and the data transmission interface are arranged on the substrate. Therefore, function debugging and verification can be carried out when the chip is not welded to the board card through the chip burning clamp, and the testing flexibility and efficiency are greatly improved. The testing device not only simplifies the testing process, but also reduces the risk of chip damage possibly caused by welding. And the effect of quickly and accurately testing and verifying the functions of the SRB bus chip is achieved. Meanwhile, due to the existence of the data transmission interface, test data can be conveniently exported and analyzed, and powerful support is provided for subsequent chip optimization and production. Therefore, the research and development period of a chip product can be remarkably shortened, the production cost is reduced, and the product competitiveness is improved.

This disclosure relates to managing user presence in a unified communications system. A method is provided where a computing device establishes a wireless connection with a peripheral device. The computing device has a native dialer application and a unified communications client (UCC) application. A communication session is initiated via the native dialer, utilizing the peripheral device. The native dialer updates a device profile for the peripheral device with state information reflecting active engagement. The UCC application obtains this state information and updates the user's presence status to indicate current engagement in the communication session. The UCC application may communicate the user's presence status to a cloud-based service, allowing proper handling of incoming communication requests. The method ensures accurate reflection of user availability across multiple devices and applications, enhancing the communication experience within a unified communications environment.

A method, apparatus, main controller, and storage medium for automatic jacquard encoding are disclosed, belonging to the field of textile technology. The method includes the main controller acquiring the Nth communication address of the Nth jacquard and sending a communication address query message for the (N+1)th jacquard to the Nth jacquard via an optical signal communicator; the Nth jacquard receiving the communication address query message for the (N+1)th jacquard and sending a communication address setting signal to the (N+1)th jacquard; the (N+1)th jacquard receiving the communication address setting signal sent by the Nth jacquard, setting the currently queried address value as the (N+1)th communication address of the (N+1)th jacquard, and responding to the main controller's communication address query message with the (N+1)th communication address as the communication address status of the (N+1)th jacquard, thus completing the automatic jacquard encoding. This solves the problem that using a mechanical dialer for jacquards requires manual dialing and is prone to setting errors.

A jacquard jacquard and a control device for the jacquard jacquard. The jacquard jacquard comprises at least one wireless jacquard with a plurality of jacquard needles and at least one jacquard driver. The jacquard driver includes at least one drive circuit for driving the jacquard needles to oscillate. The jacquard driver is not equipped with a code dialer. In the present invention, a controller is configured to transmit selected pattern data to a corresponding jacquard jacquard via a first connector, eliminating the need for a code dialer to intercept the pattern data in the jacquard jacquard. The jacquard driver obtains the pattern data and drives the jacquard jacquard to perform jacquard yarn guiding. After use, the pattern data is transmitted back to the controller via a second connector for testing. When the entire control device is properly connected, the pattern data and power transmitted from the first connector are both transmitted through the corresponding jacquard jacquard and ultimately returned to the controller via the second connector, indicating that the entire circuit is functioning properly.

There are provided systems and methods for biometric authentication during voice data transfers. A user may initiate voice communications with a service provider endpoint that provides automated services to the user through the voice or audio communications, such as an interactive voice response (IVR) system where a user may navigate menus through audio commands. The user may by required to authenticate their identity during the phone call or other voice data transfer, which may be done by entering a biometric, such as a fingerprint. The biometric may be converted to biometric feature data and provided to one or more token service providers. The token service providers may provide one or more tokens for the biometric, which may be used as the authentication token. This token may then be transmitted to the IVR system through the user's endpoint using a dialer feature of the endpoint.

Described herein are examples of a sales training and recruitment utility with an autodialer configured to record, display, and analyze sales pitches and pitch battles between contestants. Further, the autodialer is configured to operate with the utility as a standalone system separate from a dedicated call center. The sales training and recruitment utility with an autodialer can assist with training sale personal and identifying sales personnel for particular industry and / or expertise level. The sales training and recruitment utility with an autodialer can provide an interactive experience for users as well as training and recruitment benefits for employers.

A method for detecting fraudulent SIM replacement on a mobile device is presented. When the server receives a call request, it obtains a unique identifier of the device and compares it to the stored identifier. If different, the call remains pending authentication. Authentication involves sending an instruction via a messaging service for a user to send a particular code from a local messaging application of the device. Upon receiving the code, the device is authenticated. Alternatively, the client application initiates a synthetic call, switching it to the local dialer. If the handover fails due to the lack of mobile network connectivity, it is suspected that the device is compromised, requiring additional authentication. The method enhances security by utilizing a local dialer and a messaging application. Thus, the server provides a robust system to detect and prevent fraudulent SIM replacement attempts, ensuring user protection in mobile communications.

The present invention relates to a system and method for providing AI services based on a dialer, a user terminal, and a recording medium storing a program for executing the method. The method comprises the steps of: registering content information of a service subscriber who intends to provide an AI service to a calling or called user terminal; identifying and returning registration content information for the AI service of a call counterpart according to a request when the user terminal makes a call or receives the call; and transmitting the request to an AI system when the user terminal requests the AI service so that the AI system receives information generated in relation to the request on the basis of the registered content information and transmits the received information to the user terminal. According to the present invention, an AI response service may be provided to a call-connected counterpart on the basis of a target information range of the provision without the burden on a company or an individual of developing or possessing a separate call system.

A method for debt collection has functions for dividing a day into specific time windows, analyzing historical call data over a period of time for specific accounts by telephone number, determining right party contact (RPC) percentage over all calls made to the telephone number within each of the specific time windows, determining a specific time window with the highest RPC as a best time to call (BTTC) for each account, utilizing the BTTC in preparing a specific call list for an automatic dialer such that telephone numbers for a specific account are only dialed by the automatic dialer during the specific time window determined to be the BTTC for that telephone number, executing the automatic dialer with the specific call list, and routing calls that are answered to agents for interaction with the persons answering the calls.

A system for utilizing push alert notifications resident in an auto-dialer is provided. The auto-dialer may include a notification / dialing list of push alert notification recipients, an outbound orchestrator utility for receiving a list of the recipients, and a notification service utility. The outbound orchestrator utility may initiate a push alert notification for a member including instructions to send the push alert notification to the notification service utility, and displaying an actionable viewing screen that prompts the member to accept the scheduled time or to schedule a different time. When accepted, a selection is received that accepts the scheduled time for the future call and transmits a confirmation instruction to execute the scheduled call. When the selection declines the scheduled time for the call and re-schedules a new time for the future call, the instructions transmit an instruction to the auto-dialer to execute the future telephone call at the new time.

This disclosure relates to managing user presence in a unified communications system. A method is provided where a computing device establishes a wireless connection with a peripheral device. The computing device has a native dialer application and a unified communications client (UCC) application. A communication session is initiated via the native dialer, utilizing the peripheral device. The native dialer updates a device profile for the peripheral device with state information reflecting active engagement. The UCC application obtains this state information and updates the user's presence status to indicate current engagement in the communication session. The UCC application may communicate the user's presence status to a cloud-based service, allowing proper handling of incoming communication requests. The method ensures accurate reflection of user availability across multiple devices and applications, enhancing the communication experience within a unified communications environment.

The invention relates to the technical field of welding, in particular to a welding parameter control system and method, a storage medium and a program product, and the system comprises a power source used for supplying power to the welding parameter control system; the dialer and the nixie tube are connected through a cable, the dialer is used for adjusting spot welding parameters corresponding to the spot welding equipment and generating binary signals based on the adjusted spot welding parameters, the nixie tube is used for converting the binary signals into decimal digits for synchronous display, and the dialer is connected with the nixie tube through a cable. The decimal number is a spot welding parameter specification serial number corresponding to the spot welding equipment. Therefore, the problems that in the prior art, welding parameters cannot be visually displayed, and welding quality defects are caused by wrong parameter standard selection are solved.

Disclosed herein is a lead management system including, in some embodiments, a lead intake engine, a phone system, and a loan origination system. The lead intake engine includes a lead processing module configured for processing sales leads, which includes enriching original data of at least some incoming sales leads with complementary data, as well as algorithm-based scoring of the sales leads. The phone system includes a dialer configured to dial phone numbers for the sales leads from one or more dialer tables of the phone system sorted in accordance with the scores of the sales leads by the lead intake engine. The loan origination system is configured to create a sales-purposed record in a sales database for each sales lead up to at least a time of the dialer dialing a phone number associated with the record. The lead management system is optimized for speed-to-contact with telecommunications regulatory compliance.

1. The name of the design product: automatic dialer (AW-FT201). 2. The use of the design product: for automatic dialing alarm. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

A cosmetic package for storing and dispensing a semi-solid product. The cosmetic package includes a dispensing assembly and a cap. The dispensing assembly comprises an outer container, an inner container, a screw rod assembly, a piston, and a dialer. The outer container includes discharge slits on its top wall for dispensing the product. The inner container, housed within the outer container, stores the semi-solid product. The screw rod assembly and piston are housed within the inner container to move the product upward when the dialer is rotated. The dialer is engaged to lower ends of the screw rod assembly and the inner container. An integrally formed cutter is located on a lower surface of top of the outer container, adjacent each of the discharge slits, that allows the product to be dispensed in a particular form through the discharge slits.

Disclosed herein is a lead management system including, in some embodiments, a lead intake engine, a phone system, and a loan origination system. The lead intake engine includes a lead processing module configured for processing sales leads, which includes enriching original data of at least some incoming sales leads with complementary data, as well as algorithm-based scoring of the sales leads. The phone system includes a dialer configured to dial phone numbers for the sales leads from one or more dialer tables of the phone system sorted in accordance with the scores of the sales leads by the lead intake engine. The loan origination system is configured to create a sales-purposed record in a sales database for each sales lead up to at least a time of the dialer dialing a phone number associated with the record. The lead management system is optimized for speed-to-contact with telecommunications regulatory compliance.

Dialer capture communicators are provided. In some embodiments, a dialer capture communicator is configured to receive an analog signal from the control device, the analog signal indicating an alarm event. The dialer capture communicator is configured to generate, using a DC-09 protocol, a digital message based on the analog signal. The dialer capture communicator is configured to cause transmission of the digital message to a remote server.

This disclosure relates to managing user presence in a unified communications system. A method is provided where a computing device establishes a wireless connection with a peripheral device. The computing device has a native dialer application and a unified communications client (UCC) application. A communication session is initiated via the native dialer, utilizing the peripheral device. The native dialer updates a device profile for the peripheral device with state information reflecting active engagement. The UCC application obtains this state information and updates the user's presence status to indicate current engagement in the communication session. The UCC application may communicate the user's presence status to a cloud-based service, allowing proper handling of incoming communication requests. The method ensures accurate reflection of user availability across multiple devices and applications, enhancing the communication experience within a unified communications environment.

The utility model aims to provide the elevator optical fiber IP network talkback conversion device which has a snowflake-shaped structure, is high in expansibility, high in line utilization rate and high in reliability, and can reduce the management cost and reduce the burden of a central node. The system comprises a general area IP duty room host, a duty room host, a data conversion module, a plurality of optical fiber concentrators, an optical transceiver and an elevator interphone, one end of the data conversion module is connected to the plurality of optical fiber concentrators in a doubling mode, and the other end of the data conversion module is connected to the duty room host; one end of the optical fiber hub is connected with the optical transceiver, the other end of the optical fiber hub can expand the optical fiber hub through doubling, the optical transceiver is connected with the elevator interphone, and the general area IP duty room host communicates with the data conversion module through a local area network. The dialer intercom system is applied to the technical field of dialer intercom systems.

The utility model provides a mining lamp, which belongs to the technical field of lighting appliances and comprises a lamp body, a driving component and a radiating component which are connected to the lamp body and deviated from the light-emitting side, and a dial component, the radiating component is provided with an avoiding area for avoiding the dial component, and the dial component comprises a main adjusting part arranged in the avoiding area. The mining lamp aims at solving the problems that in the prior art, a dialer is arranged on a driving structure, so that the size of the driving structure is increased, the size of the lamp is large, and transportation and storage are affected.

A dispensing package for dispensing and applying a fluid product. The dispensing package comprises an applicator body with an application head. The applicator body encompasses an inner bottle that houses the fluid product. The application head comprises an application and dispensing face, and an inner cylindrical skirt extending downward from an inner surface thereof. A screw rod assembly is located at a bottom part of the inner bottle, threadedly engaged with a piston. A dialer is rotatably attached to the inner bottle, and non-rotatably attached to the screw rod assembly. The rotation of dialer moves the piston along the screw rod assembly, dispensing the fluid product through an orifice on the applicator head. A sealing plug within the applicator body seals an inner volume of the applicator head around the inner cylindrical skirt, ensuring the fluid product flows only into the inner cylindrical skirt from the inner bottle.

A system for utilizing push alert notifications includes an auto-dialer having a notification / dialing list of push alert notification recipients. The system also includes an interactive response system, an outbound orchestrator utility, a notification service utility and an electronic chat platform. The outbound orchestrator utility transmits instructions for the push alert notification to the notification service utility. The instructions include a scheduled time for a scheduled automated call. The instructions display an actionable viewing screen that prompts the member to accept the scheduled time for the scheduled automated call, to schedule a different time for an occurrence of a scheduled automated call execution, or to initiate an electronic chat. When the member accepts the prompt to initiate the electronic chat, the instructions send an electronic message along a communication rail to an interactive response system associated with a chat utility located at an agent device.

A cosmetic container that enables a user to easily mix a first product and a second product, that are stored separately within the cosmetic container, with a simple twist of the dialer before the first use. The first product is in a first product container, while the second is in a second product container. The cosmetic container includes the first product container, the second product container, a pump dispenser, an outer cap, a seal cap, a piston, an elevator, and the dialer. The dialer encloses the second product container and, when rotated, moves the elevator, which in turn pushes the piston inside the second product container. The piston, with a central rod, creates an aperture in the seal cap for the second product to flow into the first product container. This process ensures easy mixing before dispensing by removing the outer cap and using the pump dispenser.

This disclosure relates to managing user presence in a unified communications system. A method is provided where a computing device establishes a wireless connection with a peripheral device. The computing device has a native dialer application and a unified communications client (UCC) application. A communication session is initiated via the native dialer, utilizing the peripheral device. The native dialer updates a device profile for the peripheral device with state information reflecting active engagement. The UCC application obtains this state information and updates the user's presence status to indicate current engagement in the communication session. The UCC application may communicate the user's presence status to a cloud-based service, allowing proper handling of incoming communication requests. The method ensures accurate reflection of user availability across multiple devices and applications, enhancing the communication experience within a unified communications environment.

A method for debt collection has functions for dividing a day into specific time windows, analyzing historical call data over a period of time for specific accounts by telephone number, determining right party contact (RPC) percentage over all calls made to the telephone number within each of the specific time windows, determining a specific time window with the highest RPC as a best time to call (BTTC) for each account, utilizing the BTTC in preparing a specific call list for an automatic dialer such that telephone numbers for a specific account are only dialed by the automatic dialer during the specific time window determined to be the BTTC for that telephone number, executing the automatic dialer with the specific call list, and routing calls that are answered to agents for interaction with the persons answering the calls.

The application relates to a detector. The detector comprises a fixed base, a first elastic compression wheel, a measuring rod, a second elastic compression wheel and a first indicating part. The fixed base is arranged to extend along a first direction, and the fixed base is provided with the first elastic compression wheel at at least one end along the first direction, and the first elastic compression wheel is used for pressing and fixing on a contact wire. The measuring rod is arranged on the fixed base and can move relative to the fixed base along the first direction and a second direction respectively, and the second direction is perpendicular to the thickness direction of the fixed base. The second elastic compression wheel is arranged on the measuring rod, and the second elastic compression wheel is used for pressing and fixing on another contact wire. The first indicating part is arranged on the measuring rod, and the first indicating part comprises a plurality of first scales arranged at intervals along the second direction. By using the detector, one person can operate the detector to measure and adjust the data such as height difference, so that manpower, time and adjustment accuracy can be saved.

A method for detecting fraudulent SIM swapping on mobile devices is presented. When a server receives a call request, it obtains and compares the device's unique identifier to a stored one. If different, the call is held pending authentication. Authentication involves sending instructions via messaging service for the user to transmit a specific code from the device's native messaging app. Upon receiving the code, the device is authenticated. Alternatively, a client app initiates a synthetic call, handing it off to the native dialer. If handoff fails due to lack of mobile network connectivity, the device is suspected of being compromised, requiring additional authentication. This method enhances security by leveraging native dialer and messaging applications. The server thus provides a robust system to detect and prevent fraudulent SIM swapping attempts, ensuring user protection in mobile communications.