13 results about "Priority call" patented technology

To provide an elevator system capable of shortening a time for getting on a car when a user is a specific user.SOLUTION: The elevator system includes a portable terminal 1 carried by a user, and an elevator control device 2 to which boarding information indicating a floor of a landing where the user is present and a destination floor of the user is input and which performs general call registration or priority call registration using the input boarding information. The portable terminal 1 includes a user determination part 13 for determining whether or not the user is the specific user, and a getting-on determination part 16 for determining whether or not the user can get on the car that has arrived at the landing where the user is present by performing the general call registration, and the elevator control device 2 performs the priority call registration by using the getting-on information when the user determination part 13 determines that the user is the specific user and the getting-on determination part 16 determines that the user cannot get on the car that has arrived at the landing where the user is present by performing the general call registration.SELECTED DRAWING: Figure 1

Technology is disclosed herein for WPS call handling for at a roaming or non-WPS supported locations. In an implementation, a wireless network receives a SIP invite for user device from a roaming RAN of a visited network. The user device is subscribed to the wireless network and is authorized for WPS service by the wireless network. The IMS core of the wireless network sends a request to the subscriber management function of the network for a user profile for the user device including the PLMN of the roaming RAN. The subscriber management function identifies a user profile from multiple user profiles for the user device based on the PLMN. Each of the multiple user profiles corresponds to a PLMN category of multiple PLMN categories. The session manager of the wireless network sends a request to establish a default bearer to the roaming RAN based on the user profile.

This disclosure provides a centralized infotainment system (100) for receiving and managing calls in a vehicle. The system (100) includes a centralized call handling unit (CCH) (104) that communicates with a plurality of human-machine interfaces (HMIs) (102) and a plurality of call communication systems (110). The CCH unit (104) is configured to resolve a conflict when one or more new calls are initiated by the communication systems (110) during an active call in the system (100) by processing the new calls according to a predefined priority assigned to the communication systems (110). The CCH unit (104) includes two standard interfaces: an HMI interface (106) and a call interface (108), which are to be implemented by the plurality of HMI interfaces (102) and the communication systems (110), respectively.The system (100) simplifies the onboarding of new calling systems by standardizing interfaces and centrally managing high-priority calls and coexistence traps.

The invention provides an equipment system, an equipment control device, an equipment control method, and an equipment control program, which can restrain reduction of utilization efficiency of general users of an elevator and enable specific users to take a car more easily. In the equipment system (1), under the condition that the moving body (4) is independently carried in the elevator car (16), the space in the elevator car (16) is reserved, and the space in the elevator car (16) can be occupied by other users (3). The plant control device (24) has an acquisition unit (26) and a command unit (29). When a priority call by a specific user is registered, the acquisition unit (26) acquires operation information including the position of the car in response to the priority call. The command unit (29) outputs, on the basis of the operation information, an elevator taking command for causing the moving body to take the elevator car on a floor other than a departure floor before the elevator car reaches the departure floor on which the specific user wants to take the elevator. The command unit retains the output of a descending command for causing the moving body to descend from the car until the car reaches the departure floor.

This invention relates to the technical field of low-oxygen copper production, and in particular to a casting process for low-oxygen copper, comprising: S1 setting important properties of the copper billet, analyzing the influence of adjustable parameters, and setting an influence threshold; S2 inputting real-time fixed parameters and required performance values ​​into a prediction model to obtain predicted values ​​of adjustable parameters; S3 producing the copper billet; S4 acquiring abnormally important properties; S5 merging the optional sets corresponding to abnormally important properties to form a union; correcting the order of adjustable parameter calls to obtain a priority call set; S6 serializing the priority call set to obtain a priority adjustment sequence; S7 calling at least one adjustable parameter in the priority adjustment sequence for adjustment; by constructing a prediction model, the parameter values ​​that meet the specific performance requirements of low-oxygen copper can be predicted in advance, significantly improving the certainty and efficiency of the production process, and at the same time, enabling rapid location and resolution of performance anomalies.

To provide a facility system, a facility control device, a facility control method, and facility control program that a specific user becomes easier to get on a car while suppressing the decrease in utilization efficiency of general users of an elevator.SOLUTION: In a facility system 1, a movable body 4 occupies a space in a car 16 leaving a space where other users 3 can get on when the movable body gets on the car 16 alone. A facility control device 24 comprises an acquisition part 26 and a command part 29. The acquisition part 26 acquires operation information including a position of the car 16 responding to priority calls when the priority call of the specific user is registered. The command part 29 outputs a riding command to ride the movable body 4 in the car 16 on other floors of a departure floor before the car 16 arrives on the departure floor where the specific user rides based on the operation information. The command part 29 reserves the output of an alighting command to get off the movable body 4 from the car 16 until the car 16 arrives at the departure floor.SELECTED DRAWING: Figure 1

Methods for reducing audio interference to a call on a computing device may include, in response to the computing device entering a high priority call state, transmitting to one or more other computing devices via a distributed context network a message configured to cause the one or more other computing devices to reduce audio output volume. The one or more other computing devices may receiving via the distributed context network a message indicating that the computing device has entered a high priority call state, and may reduce audio output volume in response to receiving the message.

Provided is an elevator system capable of shortening the time for taking into a car when a user is a specific user. The elevator system is provided with: a portable terminal (1) carried by a user; a portable terminal (1) for an elevator control device (2) to which elevator taking information indicating a floor of a landing where a user is located and a destination floor of the user is input and which performs normal call registration or priority call registration using the input elevator taking information, the portable terminal (1) comprising: a user determination unit (13) for determining whether the user is a specific user; and a boarding determination unit (16) that determines whether or not the user boarding the car that reaches the landing where the user is located by performing the normal call registration. When the user determination unit (13) determines that the user is a specific user and the boarding determination unit (16) determines that the user is not able to boarding the car that reaches the landing where the user is located by performing the normal call registration, the elevator control device (2) performs priority call registration using the boarding information.

The invention provides a multi-bit reconstruction design method and system based on an FPGA (Field Programmable Gate Array), and belongs to the technical field of embedding. The method comprises the following steps of: determining a situation change trend by acquiring an external environment signal and an internal task demand signal of the FPGA, and determining a task demand vector and a plurality of bit files matched with the task demand vector according to the situation change trend; and screening the candidate bit files of which the matching degrees exceed a preset matching degree threshold value to form a high-priority bit file list. If candidate bit files which are not in place exist in the list, the candidate bit files are transmitted to the first-level cache of the multi-level cache to determine a bit file priority calling sequence. Obtaining a server resource utilization rate index to determine a load environment early warning probability value, if the load environment early warning probability value exceeds a preset early warning probability value, triggering high-load early warning, and distributing a standby bit file in a second-stage cache of the multi-stage cache to generate resource contention relieving confirmation so as to generate a final multi-bit file reconstruction priority sequence; efficient prefetching of the bit file and self-adaptive relieving of resource contention are achieved, and the stable performance in a high-load environment is ensured.

This invention provides a calling method and system for Cat1 modules. The method includes: receiving call signaling sent by the Cat1 module via a call SDK through a call capability platform; parsing the user's virtual IMS account from the call signaling; and having a built-in IoT data SIM card in the Cat1 module. If the user's configured call policy prioritizes IMS calls, the method obtains the actual IMS account corresponding to the user's virtual IMS account and forwards the call signaling to the peer via the core network based on the user's actual IMS account. If the user's configured call policy prioritizes VoIP calls, the method obtains the virtual IMS account corresponding to the peer's actual IMS account and forwards the call signaling to the peer via the Internet based on both the user's virtual IMS account and the peer's virtual IMS account. This invention enables Cat1 modules to support VoIP and IMS dual-domain calling at low cost and low power consumption.

Systems and methods are provided for selectively generating a notification on a callee device for an incoming call for a call session. The caller device registers a callee as a trusted partner callee in the caller device, thereby enabling the caller to initiate a call session request as a priority call to the callee. The callee device registers the caller as a trusted partner caller in the callee device. The callee device enables the callee to activate the silent mode and an exception to the silent mode. The caller device transmits a call session request with a priority call to the callee device. The callee device rings to notify the callee about the incoming call upon receiving a call session request for a priority call from a trusted partner caller while the silent mode and the exception operation are both active. A call session starts when the callee device answers.

A method of managing audio output of a computing device comprises, receiving via a distributed context network a message indicating that another computing device has entered a high priority call state, and reducing audio output volume of the computing device in response to receiving the message.

The application relates to the technical field of energy storage battery management, and discloses a battery cabinet state monitoring method and system based on edge computing. The method first collects original time sequence data of a battery cabinet, marks a trusted battery cabinet after consistency verification by a sliding window, and establishes a local state snapshot. Then, voltage anomaly detection and isolation are performed, available battery cabinets are classified and grouped according to SOC, and a priority calling group is determined. The actual available power of the battery cabinet is solved in combination with temperature constraints, and short-time power output capability is predicted. The PCC power gap is measured and calculated in real time, the available power is matched, a pre-discharge instruction is generated and cached on the edge side, the instruction is directly executed when the power gap occurs, the parameters are corrected according to the operation deviation, and the state snapshot is updated. The application adopts an edge local operation mode, eliminates cloud transmission delay, realizes real-time sensing and rapid scheduling of energy storage states, guarantees PCC power control, and meets the millisecond-level scheduling demand of fast charging.