84 results about "Fixed wireless" patented technology

The utility model discloses a wireless intelligent remote controller in the technical field of electronic technology, which comprises a shell, an arc-shaped guide groove with a raised cambered surface is arranged at the top of the shell, and a multidirectional operating lever is movably mounted in the groove. A wireless signal processing unit is fixed on a lower shell; a central pressure sensing shaft is vertically mounted at the center of the unit; a spherical coupling sliding block at the top end of the shaft is matched with the radian of the guide rail; an axial resetting elastic body is sleeved on the periphery of the shaft; by installing the structures such as the multi-direction control rod, the arc-shaped guide groove and the three-dimensional limiting guide rail, the operation mode is innovated, the traditional operation limitation is broken through, the multi-direction control rod can flexibly slide in four directions along the arc-shaped guide groove, the traditional single operation mode of only depending on upper, lower, left and right keys is changed, and the complex scene of the intelligent household electrical appliance can be easily dealt with; repeated keys are greatly reduced, the operation efficiency is improved, a user gets rid of joint soreness and wrist stiffness, and convenient and efficient operation experience is brought.

An example method for Global Navigation Satellite System (GNSS)-based positioning performed by a GNSS device, the method may include receiving, from a terrestrial network, Public Land Mobile Network (PLMN) information of the GNSS device, indicating a region in which the GNSS device is located and obtaining a coverage association mapping radio frequency signal coverages of a plurality of satellites with one or more fixed radio cells of the terrestrial network, wherein the coverage association is determined based on orbital information of the plurality of satellites. The method may also include determining a list of satellites based on the coverage association and the region indicated by the PLMN information and determining one or more satellites from the list with which to perform a GNSS session by searching satellites on the list in accordance with a priority established in the list.

The present invention relates to determine a common application time-base for different positionally fixed wireless stations, which perform a timing application in different unsynchronized radio-access-network cells, a method comprises providing to the wireless stations a timing-report instruction. It instructs the wireless stations to perform a cell-search procedure and to determine a respective set of time synchronization information retrieved from any detected base station with reference to its respective time base. If more than one set of time synchronization information from a corresponding number of detected base stations has been retrieved, the wireless stations provides timing synchronization data indicative of the retrieved sets of time synchronization information from the detected base stations. An application server receives the at least one timing report and determines a common application time-base for the different detected base stations, using the different sets of timing synchronization data provided.

Methods, media, and systems are provided for facilitating intelligent pairing decisions in a multi-user (MU) multiple-in-multiple-out (MIMO) system. Device information corresponding to one or more devices served by the fixed wireless access (FWA) device is received from the FWA device. Based on the device information, it is determined whether the FWA device is a candidate for pairing with another device for MU-MIMO. If it is determined that the FWA device is a candidate for pairing, the FWA device is paired with a pairing device, and a set of signals is transmitted using the MU-MIMO to the FWA device and the pairing device. If it is determined that the FWA device is not a candidate for pairing, a set of signals is transmitted to the FWA device without use of the MU-MIMO.

The utility model discloses a wireless charger three-axis testing device, which relates to the technical field of wireless charging testing and comprises a testing table, a disc-shaped placing table is rotatably arranged on the upper surface of the testing table, and a plurality of placing grooves for fixing wireless chargers are uniformly formed in the edge of the placing table along the circumferential direction. An X-axis guide rail, a Y-axis guide rail and a Z-axis guide rail are respectively arranged in a frame at the top of the test board, and contact type detection pieces are fixed on sliding blocks of the X-axis guide rail, the Y-axis guide rail and the Z-axis guide rail. According to the utility model, the disc-shaped placing table can automatically rotate to a preset angle, so that the detection pieces of the X / Y / Z-axis guide rails can synchronously carry out contact detection on different space postures of the same equipment, and manual operation errors caused by frequent equipment replacement in the traditional single-axis item-by-item test are avoided, thereby improving the test efficiency.

The embodiment of the invention discloses a clothes processing device which comprises a box body, a clothes containing barrel and a wireless energy transmission structure, the wireless energy transmission structure comprises two wireless energy transmission assemblies, and the two wireless energy transmission assemblies are fixed relative to the box body and the clothes containing barrel respectively; each wireless energy transmission assembly comprises a coil, at least one wireless energy transmission assembly further comprises a magnetic isolation piece, a magnetic isolation groove is formed in the side, facing the other wireless energy transmission assembly, of each magnetic isolation piece, and the coils are located in the magnetic isolation grooves and connected with the magnetic isolation pieces. According to the wireless energy transmission structure, the coil of the wireless energy transmission assembly is located in the magnetic isolation groove of the magnetic isolation piece, the magnetic line of force can be restrained from the peripheral side of the coil and the side, away from the other wireless energy transmission assembly, of the coil, the magnetic line of force is restrained to a greater extent, and the eddy current influence of the magnetic line of force on other devices except the wireless energy transmission structure can be better improved. And the magnetic isolation piece can also be used for realizing a magnetic gathering effect of the wireless energy transmission assembly, so that a magnetic field is concentrated between the coil and a coil of another wireless energy transmission assembly, and the wireless charging efficiency is improved.

This invention belongs to the field of wireless communication module production testing technology, and discloses a parallel testing method and system for wireless modules based on fixed-channel broadcast communication. Applied to a factory production testing environment, the method includes: powering on and initializing multiple modules under test (DUTs) on the same panel, and uniformly setting them to a fixed wireless communication mode and channel according to their workstation addresses; setting up a wireless companion device, which operates on the same fixed mode and channel as the DUTs; the companion device cyclically sending specific broadcast test messages; each DUT, upon receiving a broadcast message, reports a response message to the host computer of the tooling; the host computer determines whether the wireless function of the DUT at that workstation is qualified based on whether it receives a correct response message from the corresponding workstation. This method achieves parallel testing at multiple workstations through a one-to-many broadcast communication mode, improving production efficiency and effectively reducing the problem of wireless co-channel interference during simultaneous testing at multiple workstations.

Methods, media, and systems are provided for assigning a network slice to a fixed wireless access (FWA) device based on devices served by the FWA device. It is determined that a first device is accessing a wireless communications network through an FWA device. A first network slice is then determined, the first network slice being associated with the first device. This first network slice is then allocated to the FWA device based on the first device accessing the network through the FWA device. The allocation of the first network slice may be based on device information and device type of the devices served by the FWA device. If this information changes, the network resources allocated to the devices served by the FWA device may also change.

The invention provides a configuration system and method for user terminal equipment (CPE) in a fixed wireless access (FWA) network, belongs to the technical field of wireless communication, and aims to solve the technical problem that CPE configuration in an existing FWA system is static and cannot be dynamically adapted to a base station state according to an actual air interface environment. The system comprises task control modules distributed in a CPE network manager and a base station network manager, a CPE information acquisition module, a base station information acquisition module and an identity information module which are located in a base station, a data fusion module located in the base station network manager, and a data analysis module located in the CPE network manager. Data acquisition is triggered through a task control module, CPE air interface measurement data and base station multi-protocol layer data are acquired, and after identity information association fusion, a data analysis module generates a personalized configuration modification scheme for a CPE network manager to dynamically adjust CPE parameters. According to the invention, accurate and dynamic adaptation of CPE configuration is realized, the service quality and the resource utilization rate of an FWA network are improved, and the operation and maintenance cost is reduced.

Solutions enable proximity based selection of dispatchable locations for emergency calls when a first user equipment (UE), such as a handset, places an emergency call (e.g., 911) over a short range wireless interface (e.g., WiFi) using a second UE, such as a fixed wireless access (FWA) or other WiFi router, that is connected to a long range wireless network such as cellular. The first UE reports its geodetic coordinates when initiating an emergency call (or the network determines coordinates another way), and the cellular carrier's knowledge of subscriber addresses, such as billing addresses or emergency response addressed, is leveraged to select the most likely dispatchable location (e.g., the closest street address). This allows a cellular account holder (the FWA subscriber), to identify frequent guests, whose UEs are associated with different user accounts, to associate the guests'UEs with the FWA's associated street address for the purpose of making emergency calls.

The utility model provides a rainfall measuring device, and belongs to the technical field of rainfall measurement. Comprising a shell, a support block, a wireless data acquisition built-in module part, a mechanical tipping bucket and sensing part, a filtering part and a supporting part. The shell serves as a main body structure protection internal part, and the support block is used for supporting the device and facilitating fixing. The wireless data acquisition built-in module component and the mechanical tipping bucket and sensing component cooperate with each other, rainfall data can be acquired and transmitted in real time, and a digital display function is achieved. The filtering part can filter impurities in rainwater and is convenient to clean or replace. The supporting component provides stable supporting, and the wind resistance of the device is enhanced. The bottom of the shell is provided with a water outlet to ensure timely drainage of accumulated water in the device and prevent damage. The device is compact in structure and comprehensive in function, is suitable for the fields of weather forecast, water resource management and the like, and has the advantages of high precision, low power consumption, real-time data transmission, easiness in maintenance and the like.

The utility model discloses a wireless power supply device for a bionic fish, which belongs to the technical field of power supply devices and comprises a fixed table, two groups of fixed components and a wireless power supply component. The fixing assembly comprises a fixing plate and a pressing plate; the fixing plates of the two fixing assemblies are symmetrically arranged on the fixing table and can synchronously move inwards and outwards relative to the fixing table. The pressing plate is arranged at the end of the inner side of the fixing plate and can move inwards and outwards relative to the fixing plate. The wireless power supply assembly comprises a wireless power supply device and a wireless charging receiver; the wireless power supply device is installed on the fixing table and located between the fixing plates of the two fixing assemblies. The wireless charging receiver is mounted at the bottom of the bionic fish; the bionic fish is placed on the fixing table, the fixing plate moves inwards to abut against the two sides of the widest position of the bionic fish, the pressing plate moves inwards to press the two sides of the end of the bionic fish, the bionic fish is fixed, and the wireless power supply device charges the bionic fish through the wireless charging receiver. The device has the advantages of stability, firmness, simplicity in operation and the like.

System for detecting traffic light phases for autonomous and semi-autonomous vehicles, comprising a radio transmitter arranged on a traffic light system, which emits a fixed radio frequency in the MHz range for each signal phase, and a radio receiver integrated in the vehicle, which is configured to selectively detect the emitted frequencies and to determine the current signal phase of the traffic light system from them.

The utility model discloses a kind of magnetic suction type wireless charging, cold compress handheld folding fan, including fan main body, the fan main body adopts folding design, the fan main body includes upper shell and lower shell, the lower side of the rear end of upper shell is equipped with connecting barrel one, the upper side of the rear end of lower shell is equipped with connecting barrel two, the connecting barrel two is rotated and connected in connecting barrel one inside by pivot;The magnetic attraction piece is arranged at the lower end inside lower shell;The wireless charging structure is arranged in the inside of lower shell;The cold compress structure includes semiconductor refrigerating sheet, the semiconductor refrigerating sheet is arranged in the inside of upper shell, the front end of upper shell is equipped with cold conduction metal sheet.The utility model is compared with prior art's advantage lies in: handheld fan, magnetic attraction fixed, wireless charging and cold compress function are integrated, provide multiple practical functions for user, meet the diversification needs of user in different scenarios, greatly improve the practicality and convenience of product.

Operating a wireless outstation in a fixed wireless access network for transmission of uplink messages according to a predetermined time division duplex schedule, by generating trigger frames at the w

A Fixed Wireless Access (FWA) gateway (GW), wirelessly connected to a mobile network, receives user equipment device (UE) Route Selection Policy (URSP) information that includes UE policy rules. The FWA GW determines UEs that are connected to the FWA GW and determines policy rules for each of the connected UEs based on the received URSP UE policy rules. The FWA GW distributes the determined policy rules to each of the connected UEs for policy application at each of the connected UEs.

A device may determine one or more base stations of a coverage area, and may determine one or more fixed wireless access (FWA) device identifiers in the coverage area. The device may identify a portion of the one or more FWA device identifiers not connected to any of the one or more base stations, as anchor overshoot FWA device identifiers, and may perform one or more actions based on the anchor overshoot FWA device identifiers.

A fixed wireless access (FWA) device includes an antenna system comprising a plurality of sectors situated radially around a central axis of the antenna system. Each sector of the plurality of sectors corresponds to at least one of a single-element antenna and an antenna array of the antenna system. The antenna system is configured to support adjustability of a beam pattern among the plurality of sectors to a plurality of different beam patterns. A processor is communicably coupled to the antenna system. The processor is configured to adjust the beam pattern from a first beam pattern to a second beam pattern different than the first beam pattern.

A wireless station is operated in a fixed wireless access network, the wireless station comprising a receiver circuit configured to receive messages each having a synchronisation preamble part and a payload data part. A first message is received having at least the synchronisation preamble part. A plurality of further messages is received, each further message having been transmitted without the synchronisation preamble part, by generating the synchronisation preamble part based on the received synchronisation preamble part of the first message and providing the receiver circuit with the generated synchronisation preamble part.

The present disclosure relates to a system (108) and a method (400) for processing data traffic in a fixed wireless access network. The method (400) includes receiving, by a User Plane Function (UPF) (218), data traffic from Home Gateways (HGWs) (212) and a Customer Premises Equipment (CPE) (214) over one or more network interfaces. The method (400) includes determining, by the UPF (218), a type of the received data traffic by monitoring the reception of data traffic on at least one network interface. The type of the received data traffic includes an uplink data traffic or a downlink data traffic. The method (400) includes processing, by the UPF (218), the received data traffic in accordance with the determined type of the received data traffic. The processing includes executing a set of operative steps for the uplink data traffic and a set of operative steps for the downlink data traffic.

The invention relates to the technical field of fifth-generation mobile communication core networks, in particular to a method and a device for realizing fixed wireless access security enhancement in a 5G network. The method is executed by a 5G core network, and comprises the following steps: in a PPPoE session discovery stage of accessing an FWA terminal to an L2 transmission network, acquiring terminal equipment security information, generating security enhancement information based on a pre-configured security policy, carrying the information through a Relay-Session-Id tag of a PPPoE protocol standard, and sending the information to a PPPoE server, thereby realizing dual authentication. The scheme adapts to IP type and Ethernet type PDU session scenes, does not need to additionally deploy hardware, is compatible with multiple types of terminals, improves the access security, reduces the network cost, and is suitable for multiple types of access scenes such as families, enterprises, remote areas and the like.

The utility model discloses a wireless charging trim panel, wireless charging assembly and vehicle, the wireless charging trim panel includes: a trim panel skeleton, the trim panel skeleton has an installation side and a cladding side that are away from each other, the installation side is provided with a first connection part, the first connection part is used for connecting and fixing a wireless charging module, and the cladding side is provided with a second connection part for connecting and fixing the wireless charging module; the decorative plate framework is provided with framework ventilation holes; the covering side is covered with the covering leather, and the covering leather is provided with leather ventilation holes right opposite to the framework ventilation holes. According to the wireless charging decorative plate, the wrapping leather is arranged on the outer side of the decorative plate framework, so that the decorative plate framework is integrally wrapped by the wrapping leather, a gap formed by splicing the wrapping leather and the decorative plate framework does not appear on the wireless charging decorative plate, and the wrapping leather is better in structural texture, resistant to scraping and not prone to structural scratches; the color of the coating leather can be flexibly adjusted and matched, and the interior decoration style can be enriched.

A high frequency data network access system includes an aggregation node and endpoint nodes that employ an approach to achieve frequency stability without the need for a separate auxiliary radio frequency (RF) signal, such as a GPS signal, which would require its own receiver and antenna. The endpoint and / or subscriber nodes derive the timing and frequency stability, and specifically disciplines a local reference oscillator and local reference time base.

Disclosed is a method for monitoring performance of a Fixed Wireless Access (FWA) cell (104) in a wireless communication network (100). The method includes identifying (502) a number of wireless devices attached to the FWA cell (104) based on a crowd-sourced data. The method further includes monitoring (504) one or more Key Performance Indicators (KPIs) of the FWA cell (104) based on a determination that the number of wireless devices attached to the FWA cell is greater than a threshold number. Further, the method includes displaying (506) the monitored KPIs of the FWA cell (104) on a map layer.

Examples disclosed herein relate to a node in a fixed wireless network. A controller determines optimal paths between nodes through relational calculations. Phase shifts are made to signals generated from one node to another according to the optimal path direction. An antenna controller of one of the nodes is instructed to adjust a radiation beam of a beam steering antenna according to a selected path

Systems and methods are provided for making dynamic reporting adjustments for fixed wireless access (FWA) devices. Methods include grouping wireless devices connected to an access node in a network into one of a mobile group and a fixed wireless access (FWA) group. The method additionally includes adjusting a periodicity for sending a channel state information (CSI)-reference signal (RS) from the access node to the wireless devices in the FWA group and adjusting a periodicity for receiving a sounding reference signal (SRS) for the FWA group.

Methods and systems provided herein reduce network latency for FWA deployments. The use of a WiFi protocol stack in the RAN enables local breakout to the Internet and bypassing of the core network. Further, utilization of a licensed bandwidth spectrum facilitates the use of WiFi from greater distances than traditional WiFi.

The utility model relates to the technical field of lighting equipment, and discloses a magnetic suspension wireless charging lamp holder which comprises a lamp holder body, a wireless charger is detachably installed in the middle of the top end of the lamp holder body, and a lamp holder lower magnet is installed in the center of the wireless charger; a charging hole used for charging and a switch used for controlling the lamp to be turned on and turned off are arranged on the upper surface of the lamp holder, a fixing groove is formed in the middle of the top end of the lamp holder, positioning cavities are symmetrically formed in the outer side of the fixing groove, and the wireless charger is matched with the fixing groove; a clamping assembly used for fixing the wireless charger is installed in the positioning cavity. According to the magnetic suspension wireless charging lamp holder, fixation of the wireless charger by the clamping assembly can be relieved through manual operation, so that the wireless charger can be dismounted from the fixing groove in the lamp holder, mounting and dismounting of the wireless charger are facilitated, and convenience is provided for later overhaul and maintenance.

The unmanned aerial vehicle management and control system comprises an unmanned aerial vehicle management and control intelligent street lamp subsystem, an unmanned aerial vehicle subsystem and a roadside server, and the roadside server is in signal connection with the unmanned aerial vehicle management and control intelligent street lamp subsystem through a fixed wireless communication module; the unmanned aerial vehicle subsystem is in signal connection with the fixed wireless communication module in the unmanned aerial vehicle management and control intelligent street lamp subsystem through the mobile wireless communication module; and receiving the arrival time information of the optical signal, resolving the three-dimensional coordinate, the speed and the course of the unmanned aerial vehicle, compensating the light speed according to the meteorological monitoring data, and generating a control instruction for the unmanned aerial vehicle in combination with the electronic fence information. According to the invention, an urban roadside street lamp network can be effectively integrated and enabled, so that the urban roadside street lamp network becomes a basic sensing and positioning carrier of a novel unmanned aerial vehicle management and control system, and the urban low-altitude target collaborative management and control capability with low cost, high coverage density, full time and accurate positioning is realized.

A device comprises a memory and one or more processors. The memory stores a User Equipment Route Selection Policy (URSP). The one or more processors are configured to: receive a packet from a user device; determine a traffic descriptor associated with the packet; apply a URSP to the traffic descriptor to identify a network slice, within a network, to which the packet is to be forwarded; and forward the packet to the network slice over a wireless connection from the device to the network.