mhurhangee/ep-ind-claims huggingface dataset:
A method for localization of a mobile device in a communication environment comprising a plurality of fixed location base stations comprising: determining a subset of a number of base stations from the plurality of base stations, representing a determination of the closest N base stations to the mobile device; using the determined subset of base stations to access a database holding an association of a plurality of subsets with respective mobile device location information for the environment, wherein using the determined subset of base stations includes retrieving mobile device location information corresponding to the subset of base stations from the database in response to providing the determined subset of base stations representing the closest N base stations to the mobile device to the database; and providing the mobile device with the retrieved mobile device location information as representing a location of the mobile device. determining a subset of a number of base stations from the plurality of base stations, representing a determination of the closest N base stations to the mobile device; using the determined subset of base stations to access a database holding an association of a plurality of subsets with respective mobile device location information for the environment, wherein using the determined subset of base stations includes retrieving mobile device location information corresponding to the subset of base stations from the database in response to providing the determined subset of base stations representing the closest N base stations to the mobile device to the database; and providing the mobile device with the retrieved mobile device location information as representing a location of the mobile device.
A blade driving apparatus, configured to drive a blade in a cutting device to cut a web, comprising: an anvil; a slide assembly, comprising a slide rail and a slide block that are slidably connected to each other, wherein the slide block is connected to the anvil, and the slide block and the anvil move back and forth against the slide rail along a travel direction of the web, a cut drive assembly, wherein the slide assembly is connected to the cut drive assembly, and moves back and forth along a direction perpendicular to the travel direction of the web as driven by the cut drive assembly, a connecting block, wherein the connecting block is connected to the anvil; and a blade driving rod, wherein the blade driving rod comprises a first end and a second end, the first end is connected to the connecting block, and the second end is connected to the blade, wherein, at least one of the slide rail or the slide block is made of a non-metallic material, and at least one of the connecting block or the blade driving rod is made of a non-metallic material. an anvil; a slide assembly, comprising a slide rail and a slide block that are slidably connected to each other, wherein the slide block is connected to the anvil, and the slide block and the anvil move back and forth against the slide rail along a travel direction of the web, a cut drive assembly, wherein the slide assembly is connected to the cut drive assembly, and moves back and forth along a direction perpendicular to the travel direction of the web as driven by the cut drive assembly, a connecting block, wherein the connecting block is connected to the anvil; and a blade driving rod, wherein the blade driving rod comprises a first end and a second end, the first end is connected to the connecting block, and the second end is connected to the blade, wherein, at least one of the slide rail or the slide block is made of a non-metallic material, and at least one of the connecting block or the blade driving rod is made of a non-metallic material.
A method for limiting crosstalk between modems (22, 24, 26, 28) connected to a set of communication lines (14, 16, 18, 20), where there is a first group of modems including at least one modem connected to a first communication line, where the modems of the first group support vectoring, and a second group of modems including at least one modem connected to a second communication line, where the modems of the second group do not support vectoring, the method being performed in a device for providing access to a data communication network and comprising: investigating (50; 68) the expected value of an element in a synchronisation interval (SYNCH) to be received by a modem in the second group via the second communication line in the set of communication lines, investigating (52; 70) the value of an element of at least one data sequence assigned to the second communication line, comparing (54; 72) the two values with each other, selecting (59; 75) the element for transmission if the value of the element corresponds to the expected value, and transmitting (60; 76) the selected element on the second communication line together with corresponding elements of a number of pilot sequences on communication lines leading to the first group of modems, wherein if an investigated data sequence element does not correspond to the value expected by the modem in the second group, further characterised by provoking the modem in the second group to request a change of state and receiving a request for a change of state, said request for a change of state causing the modem in the second group to expect an element with a different value than before. investigating (50; 68) the expected value of an element in a synchronisation interval (SYNCH) to be received by a modem in the second group via the second communication line in the set of communication lines, investigating (52; 70) the value of an element of at least one data sequence assigned to the second communication line, comparing (54; 72) the two values with each other, selecting (59; 75) the element for transmission if the value of the element corresponds to the expected value, and transmitting (60; 76) the selected element on the second communication line together with corresponding elements of a number of pilot sequences on communication lines leading to the first group of modems, wherein if an investigated data sequence element does not correspond to the value expected by the modem in the second group, further characterised by provoking the modem in the second group to request a change of state and receiving a request for a change of state, said request for a change of state causing the modem in the second group to expect an element with a different value than before.
A system comprising: an electronic device comprising a processor and memory; a battery coupled to the electronic device; and an electro-adhesive layer included within a coupling between the battery and the electronic device, characterised in that the electro-adhesive layer is a material configured to chemically react to weaken a bond at an interface between the battery and the electronic device when a current of predetermined magnitude between a first electrode and a second electrode is directed through the electro-adhesive layer, the weakened bond facilitating separation of the battery from the electronic device. an electronic device comprising a processor and memory; a battery coupled to the electronic device; and an electro-adhesive layer included within a coupling between the battery and the electronic device,
A compound having a structure as shown in Formula II: wherein X is selected from chloro or bromo and R 1 and R 2 are each independently selected from H and -CH 3; or a pharmaceutically acceptable salt thereof.
An air-filtering medium that is used in a pleated state in which a mountain fold and a valley fold are provided, comprising: a main collecting layer that includes an upwind-surface embossed protrusion protruding in a thickness direction of the main collecting layer; a downwind-surface interval maintaining structure; and an upwind-surface interval maintaining member, wherein in the pleated state, the upwind-surface embossed protrusion is provided at least on an upstream side of a center of the air-filtering medium in a direction of airflow passing through the air-filtering medium, and protrudes towards an upwind-surface side, the upstream side being the side of the top of the mountain fold, in the pleated state, the downwind-surface interval maintaining structure is a structure that maintains an interval between facing downwind surfaces at least at a portion on an air-flow downstream side of the center of the air-filtering medium in the direction of airflow, the air-flow downstream side being the side of the bottom of the valley fold, and in the pleated state, the upwind-surface interval maintaining member maintains an interval between facing upwind surfaces at least at a portion on the downstream side of the center of the air-filtering medium in the direction of airflow, characterized in that in the pleated state, the upwind-surface interval maintaining member is provided only on the downstream side of the center of the air-filtering medium in the direction of airflow. a main collecting layer that includes an upwind-surface embossed protrusion protruding in a thickness direction of the main collecting layer; a downwind-surface interval maintaining structure; and an upwind-surface interval maintaining member, wherein in the pleated state, the upwind-surface embossed protrusion is provided at least on an upstream side of a center of the air-filtering medium in a direction of airflow passing through the air-filtering medium, and protrudes towards an upwind-surface side, the upstream side being the side of the top of the mountain fold, in the pleated state, the downwind-surface interval maintaining structure is a structure that maintains an interval between facing downwind surfaces at least at a portion on an air-flow downstream side of the center of the air-filtering medium in the direction of airflow, the air-flow downstream side being the side of the bottom of the valley fold, and in the pleated state, the upwind-surface interval maintaining member maintains an interval between facing upwind surfaces at least at a portion on the downstream side of the center of the air-filtering medium in the direction of airflow, characterized in that in the pleated state, the upwind-surface interval maintaining member is provided only on the downstream side of the center of the air-filtering medium in the direction of airflow.
A cell activation method, carried out by one base station in multiple base stations, comprising: determining multiple target cells that are currently to be activated; determining a priority sequence of the multiple target cells; and activating the multiple target cells in sequence according to the determined priority sequence; wherein the one base station is responsible for managing the base station resources in the multiple base stations, and is responsible for controlling activation of the multiple target cells, and the base station resources are shared in the multiple target cells; wherein before the determining multiple target cells that are currently to be activated, the method further comprises: determining an active cell that is currently in an active state; and after the activating the multiple target cells in sequence according to the determined priority sequence, the method further comprises: when it is detected that an abnormal target cell that is not activated exists in the multiple target cells, and the priority of the abnormal target cell is higher than the priority of the active cell, deactivating the active cell, and activating the abnormal target cell, wherein the resource occupied by the active cell is allocated to the abnormal target cell; wherein the cell whose service is abnormal because of the base station resource failure is referred to as an abnormal cell. determining multiple target cells that are currently to be activated; determining a priority sequence of the multiple target cells; and activating the multiple target cells in sequence according to the determined priority sequence;
Method of operating a blowing lance in a converter for steel production, comprising the following steps: moving the blowing lance during operation of the converter from a parked position to a blowing position in the converter for introduction of a medium into the converter, wherein the blowing lance is subject to formation of scull, optical determination of the maximum diameter of the scull formation of the blowing lance; and generating a fault signal if the determined maximum diameter of the scull formation of the blowing lance in circumferential direction of the blowing lance exceeds a predetermined radial threshold value; characterised in that the blowing lance together with the scull formation thereof is photographed by a plurality of cameras arranged in distribution in the circumferential direction of the blowing lance, wherein the thus-produced images are subjected to a fully automated algorithm process so as to determine the distribution of the diameter of the scull formation in circumferential direction of the blowing lance and the maximum diameter. moving the blowing lance during operation of the converter from a parked position to a blowing position in the converter for introduction of a medium into the converter, wherein the blowing lance is subject to formation of scull, optical determination of the maximum diameter of the scull formation of the blowing lance; and generating a fault signal if the determined maximum diameter of the scull formation of the blowing lance in circumferential direction of the blowing lance exceeds a predetermined radial threshold value;
A method of controlling congestion in a wireless communication system by a base station, the method comprising: Receiving a Service Data Unit, SDU, that includes pieces of data forwarded through a caching proxy; Driving a timer each time an SDU is received for processing the SDU using a communication protocol; Determining whether the SDU has been processed using the communication protocol until expiration of the timer; and characterised by comprising: Controlling a transmission rate of the caching proxy based on a number of SDUs consecutively discarded or a number of SDUs consecutively transmitted depending on whether the timer has expired. Receiving a Service Data Unit, SDU, that includes pieces of data forwarded through a caching proxy; Driving a timer each time an SDU is received for processing the SDU using a communication protocol; Determining whether the SDU has been processed using the communication protocol until expiration of the timer; and characterised by comprising: Controlling a transmission rate of the caching proxy based on a number of SDUs consecutively discarded or a number of SDUs consecutively transmitted depending on whether the timer has expired. Controlling a transmission rate of the caching proxy based on a number of SDUs consecutively discarded or a number of SDUs consecutively transmitted depending on whether the timer has expired.
Method of operating a dishwashing machine in a catering establishment, wherein the method comprises the steps: a) Capturing the items sold in the catering establishment via a cash register system; b) Allocation of the dishes required for the sold items; c) Activation of the dishwashing machine by means of a control device as soon as a predetermined quantity of dishes has been produced since a reference time as a result of the items sold and the associated accumulation of dishes. a) Capturing the items sold in the catering establishment via a cash register system; b) Allocation of the dishes required for the sold items; c) Activation of the dishwashing machine by means of a control device as soon as a predetermined quantity of dishes has been produced since a reference time as a result of the items sold and the associated accumulation of dishes.
Method for the emergency cooling and/or emergency extinguishing of a battery of a watercraft, comprising the steps: - detecting an emergency which brings about irreparable damage to the battery; - obtaining water from the environment of the watercraft; and - flooding the battery with the water from the environment, in order to prevent an escalation of the state of the battery. - detecting an emergency which brings about irreparable damage to the battery; - obtaining water from the environment of the watercraft; and - flooding the battery with the water from the environment, in order to prevent an escalation of the state of the battery.
A humidity detector comprising: a humidity sensor provided with a humidity detecting unit and a temperature detecting unit, a heating resistor configured to heat the humidity detecting unit, and a heating temperature control unit configured to control a heating temperature of the heating resistor, characterised in that the humidity detector further comprises a microprocessor that includes a target temperature storing unit and a retrieving unit, wherein the target temperature storing unit stores a plurality of target temperatures of the heating resistor, and wherein the plurality of target temperatures comprises target temperatures for each temperature measured by the temperature detecting unit and each humidity measured by the humidity sensor, and wherein the target temperature storing unit stores the plurality of target temperatures as map data. a humidity sensor provided with a humidity detecting unit and a temperature detecting unit, a heating resistor configured to heat the humidity detecting unit, and a heating temperature control unit configured to control a heating temperature of the heating resistor, characterised in that the humidity detector further comprises a microprocessor that includes a target temperature storing unit and a retrieving unit, wherein the target temperature storing unit stores a plurality of target temperatures of the heating resistor, and wherein the plurality of target temperatures comprises target temperatures for each temperature measured by the temperature detecting unit and each humidity measured by the humidity sensor, and wherein the target temperature storing unit stores the plurality of target temperatures as map data.
A scratch removal tool, comprising: (a) a motor; (b) a housing; (c) a rotatable shaft operably coupled to the motor and movable in an axial direction along a length of the shaft, wherein the shaft is hollow and configured to pass a fluid there through; and (d) a head assembly, including: i. a shroud member having an open end; ii. a pad member positioned within the shroud and mounted to the shaft, wherein rotation of the shaft rotates the pad member and axial movement of the shaft moves the pad member relative to the open end of the shroud; iii. a slurry input in fluid communication with the pad member; iv. a slurry output in fluid communication with the pad member; and v. a seal member positioned at the open end of the shroud; (e) wherein the slurry input is positioned on the housing at an end of the tool opposite the open end of the shroud, the slurry output is positioned on the shroud, said tool being characterized in that a vacuum release member is positioned at the slurry input. (a) a motor; (b) a housing; (c) a rotatable shaft operably coupled to the motor and movable in an axial direction along a length of the shaft, wherein the shaft is hollow and configured to pass a fluid there through; and (d) a head assembly, including: i. a shroud member having an open end; ii. a pad member positioned within the shroud and mounted to the shaft, wherein rotation of the shaft rotates the pad member and axial movement of the shaft moves the pad member relative to the open end of the shroud; iii. a slurry input in fluid communication with the pad member; iv. a slurry output in fluid communication with the pad member; and v. a seal member positioned at the open end of the shroud; i. a shroud member having an open end; ii. a pad member positioned within the shroud and mounted to the shaft, wherein rotation of the shaft rotates the pad member and axial movement of the shaft moves the pad member relative to the open end of the shroud; iii. a slurry input in fluid communication with the pad member; iv. a slurry output in fluid communication with the pad member; and v. a seal member positioned at the open end of the shroud; (e) wherein the slurry input is positioned on the housing at an end of the tool opposite the open end of the shroud, the slurry output is positioned on the shroud, said tool being characterized in that a vacuum release member is positioned at the slurry input.
A data processing device comprising: a location information service module (LISM) for serving location information access requests, a contact storage for storing contact entries comprising contact information, wherein the data processing device is configured to determine an identifier in a received location information access request, the data processing device is configured to compare the determined identifier to identifiers in the contact storage to determine a contact entry whose identifier matches the determined identifier, and the data processing device is configured to retrieve, responsive to determining the contact entry whose identifier matches the determined identifier, a privacy profile associated with the contact entry, wherein the privacy profile is included in or referred to in the contact entry, and wherein the privacy profile indicates whether location information may be sent to the contact entry. a location information service module (LISM) for serving location information access requests, a contact storage for storing contact entries comprising contact information, wherein the data processing device is configured to determine an identifier in a received location information access request, the data processing device is configured to compare the determined identifier to identifiers in the contact storage to determine a contact entry whose identifier matches the determined identifier, and the data processing device is configured to retrieve, responsive to determining the contact entry whose identifier matches the determined identifier, a privacy profile associated with the contact entry, wherein the privacy profile is included in or referred to in the contact entry, and
A first terminal device belonging to a first public land mobile network, PLMN, the first terminal device comprising: circuitry configured to acquire resource information indicating a radio resource for use in device-to-device, D2D, communication between the first terminal device belonging to the first public land mobile network, PLMN, and a second terminal device belonging to a second PLMN; and control D2D communication between the first terminal device and the second terminal device based on the resource information; wherein the circuitry is configured to acquire the resource information via the second PLMN; and control transmitting information from the first terminal device by the D2D communication based on the resource information acquired via the second PLMN; wherein the circuitry is configured to acquire the resource information from a second base station belonging to the second PLMN; wherein the first terminal device is configured to report an inter-PLMN D2D transmission indicator to the second base station. circuitry configured to acquire resource information indicating a radio resource for use in device-to-device, D2D, communication between the first terminal device belonging to the first public land mobile network, PLMN, and a second terminal device belonging to a second PLMN; and control D2D communication between the first terminal device and the second terminal device based on the resource information; wherein the circuitry is configured to acquire the resource information via the second PLMN; and control transmitting information from the first terminal device by the D2D communication based on the resource information acquired via the second PLMN; wherein the circuitry is configured to acquire the resource information from a second base station belonging to the second PLMN; wherein the first terminal device is configured to report an inter-PLMN D2D transmission indicator to the second base station.