mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication by an access point, comprising: transmitting, to a set of stations, a trigger frame that indicates a set of resource units, RUs, for uplink transmission available to each station of the set of stations, wherein the trigger frame comprises a request for feedback regarding the set of RUs from each station; and receiving from each station a response frame over an uplink resource indicated in the transmitted trigger frame, wherein the response frame includes the feedback regarding the set of RUs and is received independent of a channel condition associated with the uplink resource. transmitting, to a set of stations, a trigger frame that indicates a set of resource units, RUs, for uplink transmission available to each station of the set of stations, wherein the trigger frame comprises a request for feedback regarding the set of RUs from each station; and receiving from each station a response frame over an uplink resource indicated in the transmitted trigger frame, wherein the response frame includes the feedback regarding the set of RUs and is received independent of a channel condition associated with the uplink resource.
A subsea pump system adapted to close a hydraulic ram of a blowout preventer, the subsea pump system comprising a plurality of pumps including at least a first pump (10, 110, 210) and a second pump (20, 120, 220) configured to pump drive fluid from a source to the hydraulic ram, and wherein the system has a controller adapted to select at least one of the first and second pumps for pumping the drive fluid to the hydraulic ram; characterised in that: the first pump (10, 110, 210) is adapted to pump fluid media at higher flow rates than the second pump; and in that the second pump (20, 120, 220) is adapted to pump fluid media at higher pressures than the first pump, whereby the controller is configured to select at least the first pump at a lower fluid pressure range and the controller is adapted to select at least the second pump at a higher fluid pressure range. the first pump (10, 110, 210) is adapted to pump fluid media at higher flow rates than the second pump; and in that the second pump (20, 120, 220) is adapted to pump fluid media at higher pressures than the first pump, whereby the controller is configured to select at least the first pump at a lower fluid pressure range and the controller is adapted to select at least the second pump at a higher fluid pressure range.
Battery assembly for an electric vehicle comprising two spaced-apart longitudinal profiles (6,7) extending in a length direction L, interconnected to a front and a rear transverse beam (40,50), at least three beam shaped battery modules, interconnected along their longitudinal sides via a plate-shaped interconnecting member (35,36), the interconnecting members (35,36) extending in the length direction and being attached to an inner surface of the front transverse beam via a bracket (43,48), each battery module comprising cooling channels (23,24) extending in the length direction L and having an inlet (55,56) situated between a transverse end face (59,60) of the module and the inner surface of the front transverse beam, a coolant inlet duct (52,53) extending from an external side the front transverse beam in a central area situated between the brackets (43,48), for connecting to a coolant inlet of the central battery module (16,17), connecting areas on the external side of the front transverse beam for attaching to a front frame part (2,45,46) being situated adjacent to the central area, opposite the brackets (43,48), and a branching duct extending between a front transverse side of the central module (16,17) to an inlet (55,56) that is situated between the transverse end face of the side modules (15,18) and the front transverse beam via a channel (57,67) through the bracket (43,48). each battery module comprising cooling channels (23,24) extending in the length direction L and having an inlet (55,56) situated between a transverse end face (59,60) of the module and the inner surface of the front transverse beam, a coolant inlet duct (52,53) extending from an external side the front transverse beam in a central area situated between the brackets (43,48), for connecting to a coolant inlet of the central battery module (16,17), connecting areas on the external side of the front transverse beam for attaching to a front frame part (2,45,46) being situated adjacent to the central area, opposite the brackets (43,48), and a branching duct extending between a front transverse side of the central module (16,17) to an inlet (55,56) that is situated between the transverse end face of the side modules (15,18) and the front transverse beam via a channel (57,67) through the bracket (43,48).
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a powdered build material which can be consolidated by means of an energy beam, the apparatus comprising a process chamber and a stream generating device configured to generate a gaseous fluid stream at least partly streaming through the process chamber, the gaseous fluid stream being capable of being charged with non-consolidated particulate build material, particularly smoke or smoke residues generated during operation of the apparatus, while streaming through the process chamber, wherein the stream generating device comprises at least two separate stream generating units (13, 14) each being configured to generate a respective gaseous fluid stream, characterized in that the at least two stream generating units (13, 14) are pumping devices and are disposed in parallel.
Medical instrument comprising at least one moveable tool element and at least one actuating element which is mounted such as to be pivotal about a pivotal axis and is directly or indirectly coupled to the at least one tool element for the purposes of moving the tool element as a result of a pivotal movement of the actuating element, wherein, for the pivotal mounting of the at least one actuating element, there is provided a pivotal bearing comprising a bearing shaft holder and a bearing shaft which is held in the bearing shaft holder in a working position, wherein the at least one actuating element incorporates the bearing shaft or the bearing shaft holder, wherein the bearing shaft holder has an insertion opening and wherein, in an assembly position, the bearing shaft is insertable through the insertion opening into the bearing shaft holder in a direction that is transverse or substantially transverse to the pivotal axis, wherein the insertion opening is in the form of a slot opening the bearing shaft holder on one side thereof, wherein the slot extends away from the pivotal axis in the radial direction, wherein the slot has a width which is smaller than a diameter defined by the bearing shaft holder, wherein the bearing shaft comprises at least one cylindrical wall surface section (106, 108) which is concentric with the pivotal axis, characterized in that the bearing shaft is formed from a cylindrical or substantially cylindrical base body and has two flattened portions (62, 64) which are laterally spaced from the pivotal axis and in that the bearing shaft is formed in one piece manner with the instrument or the at least one actuating element.
A light curtain for detecting objects in a monitoring area with a transmitter unit comprising a number of light beam emitting transmitters, with a receiver unit comprising a number of light beam receiving receivers, wherein the transmitter unit and the receiver unit are arranged at opposite edges of the monitoring area, and wherein at least one receiver is associated with each transmitter in such a way that when the monitoring area is free, the light beams of this transmitter strike the associated receiver, wherein the transmitter and the receivers associated therewith are each cyclically activated during a measuring cycle, and with an evaluation unit, in which an object detection signal is generated at the end of a measuring cycle as a function of received signals from receivers, the transmitters of the transmitter unit and the receivers of the receiver unit each being combined to form individual cascades (K1, K2, K3), the transmitters or receivers of a cascade (K1, K2, K3) being activated individually one after the other within a cascade cycle, and wherein the cascade cycles of individual cascades (K1, K2, K3) of transmitters or receivers within a measurement cycle at least partially coincide in time, characterised in that during each measurement cycle the transmitters or the receivers of all cascades are activated once each, wherein the different cascade cycles overlap in time and are activated with a time offset.
An initiating device capable of placing Voice over Internet Protocol, VoIP, calls comprising: a processor; a memory device containing machine-readable instructions that control the initiating device to detect a request for emergency services; determine whether the initiating device is or is not confirmably present at a known location, wherein determining whether the initiating device is confirmably present at the known location comprises: querying for location information from at least one source; inferring the geographical location of the initiating device from results of the query; and comparing the inferred location to the known location; upon determining that the initiating device is not confirmably present at the known location, confirm a proximity of a paired proxy device, other than the initiating device, to the initiating device, the paired proxy device being capable of placing emergency calls through the Enhanced 911, E911, system; and upon confirming the proximity of the paired proxy device, route the request for emergency services through the paired proxy device. a processor; a memory device containing machine-readable instructions that control the initiating device to detect a request for emergency services; determine whether the initiating device is or is not confirmably present at a known location, wherein determining whether the initiating device is confirmably present at the known location comprises: querying for location information from at least one source; inferring the geographical location of the initiating device from results of the query; and comparing the inferred location to the known location; upon determining that the initiating device is not confirmably present at the known location, confirm a proximity of a paired proxy device, other than the initiating device, to the initiating device, the paired proxy device being capable of placing emergency calls through the Enhanced 911, E911, system; and upon confirming the proximity of the paired proxy device, route the request for emergency services through the paired proxy device. detect a request for emergency services; determine whether the initiating device is or is not confirmably present at a known location, wherein determining whether the initiating device is confirmably present at the known location comprises: querying for location information from at least one source; inferring the geographical location of the initiating device from results of the query; and comparing the inferred location to the known location; querying for location information from at least one source; inferring the geographical location of the initiating device from results of the query; and comparing the inferred location to the known location; upon determining that the initiating device is not confirmably present at the known location, confirm a proximity of a paired proxy device, other than the initiating device, to the initiating device, the paired proxy device being capable of placing emergency calls through the Enhanced 911, E911, system; and upon confirming the proximity of the paired proxy device, route the request for emergency services through the paired proxy device.
A cell comprising a donor DNA introduced into the genomic target site upstream of an endogenous RTP1 gene locus, wherein the donor DNA comprises a promoter wherein the promoter drives the expression of the RTP1 gene, and wherein the cell is derived from a mammalian cell line.
A method of operating an entertainment access service in a centralized manner, the method implemented at least in part by a computing device comprising: enabling, by an entertainment access service, multiple third-party content providers to select one or more resolution formats, file formats and usage rights, and to indicate one or more digital entertainment content to be made available and subject to the selected formats (204S,206S) and selected usage rights; receiving, by the entertainment access service, a request from a user to access digital entertainment content associated with one of the multiple third-party content providers, the request comprising information sufficient to determine an identity of the user making the request and a device (106A-E) intended for rendering said requested digital entertainment content, wherein the information is further sufficient to identify a profile of the user, the profile including a resolution format appropriate for the device; and permitting, by the entertainment access service, the user to access the digital entertainment content if the access is permitted by usage rights associated with the user and for the requested digital entertainment content, and if the intended device is capable of rendering the requested digital entertainment content according to a resolution format of the one or more resolution formats (204S, 206S) previously selected by said one of the multiple third-party content providers for the requested digital entertainment content or according to previously established user interface rules. enabling, by an entertainment access service, multiple third-party content providers to select one or more resolution formats, file formats and usage rights, and to indicate one or more digital entertainment content to be made available and subject to the selected formats (204S,206S) and selected usage rights; receiving, by the entertainment access service, a request from a user to access digital entertainment content associated with one of the multiple third-party content providers, the request comprising information sufficient to determine an identity of the user making the request and a device (106A-E) intended for rendering said requested digital entertainment content, wherein the information is further sufficient to identify a profile of the user, the profile including a resolution format appropriate for the device; and permitting, by the entertainment access service, the user to access the digital entertainment content if the access is permitted by usage rights associated with the user and for the requested digital entertainment content, and if the intended device is capable of rendering the requested digital entertainment content according to a resolution format of the one or more resolution formats (204S, 206S) previously selected by said one of the multiple third-party content providers for the requested digital entertainment content or according to previously established user interface rules.
A household appliance component, having a base element with at least one photoluminescent layer and at least one light guide, wherein the light guide is configured to couple in and transmit light comprising at least one excitation wavelength of the photoluminescent layer to said photoluminescent layer, characterized in that an optical switch is assigned to the light guide to route light coupled in the light guide depending on the temperature of the optical switch, wherein a material of the optical switch changes between a translucent state and a transparent state depending on the temperature.
Bending method for bending wire sections for a wave winding mat for forming a coil winding of a component of an electrical machine, comprising: a) providing a wire group of adjacent spaced parallel wires (24, 24a-24f); b) bending a meander shape on at least one first wire of the wire group such that simultaneously the at least one first wire crosses at least one second wire of the wire group; and c) bending the meander shape on the at least one second wire of the wire group such that simultaneously the at least one second wire crosses the at least one first wire, characterized in that step b) and/or step c) includes the step of: moving a first and a second holder (48a, 48b) towards each other for holding a wire section in a direction of movement directed substantially parallel to the longitudinal direction of the wire group, and simultaneously pivoting the first holder about a first pivot axis and the at least one second holder about a second pivot axis, the pivot axes (130a, 130b) being directed substantially perpendicular to the extension of the wire group. a) providing a wire group of adjacent spaced parallel wires (24, 24a-24f); b) bending a meander shape on at least one first wire of the wire group such that simultaneously the at least one first wire crosses at least one second wire of the wire group; and c) bending the meander shape on the at least one second wire of the wire group such that simultaneously the at least one second wire crosses the at least one first wire, characterized in that step b) and/or step c) includes the step of: moving a first and a second holder (48a, 48b) towards each other for holding a wire section in a direction of movement directed substantially parallel to the longitudinal direction of the wire group, and simultaneously pivoting the first holder about a first pivot axis and the at least one second holder about a second pivot axis, the pivot axes (130a, 130b) being directed substantially perpendicular to the extension of the wire group.
Method for managing at least one communication path for the routing of the data of a session established between a terminal connected to a first router and remote equipment connected to a second router, the method comprises the following steps implemented by a communication path management device, deployed between the terminal and the remote equipment: • an analysis of at least one parameter of the established session to determine whether said session is collaborative, that is to say that it can benefit from the management of the at least one path, and if such is the case: • a sending of collaborative session initialization messages to the terminal and the remote equipment if the session is collaborative, • a reception, from the terminal or from the remote equipment, of at least one signalling message comprising at least one item of information relating to a characteristic of said session, • a determination of connection parameters between said routers (30, 130) based on the at least one item of information obtained, • a transmission of the connection parameters to the first or the second router for the updating of the at least one communication path between said routers (30, 130), said updated path being used for the transmission of the data of said session. • an analysis of at least one parameter of the established session to determine whether said session is collaborative, that is to say that it can benefit from the management of the at least one path, and if such is the case: • a sending of collaborative session initialization messages to the terminal and the remote equipment if the session is collaborative, • a reception, from the terminal or from the remote equipment, of at least one signalling message comprising at least one item of information relating to a characteristic of said session, • a determination of connection parameters between said routers (30, 130) based on the at least one item of information obtained, • a transmission of the connection parameters to the first or the second router for the updating of the at least one communication path between said routers (30, 130), said updated path being used for the transmission of the data of said session. • a sending of collaborative session initialization messages to the terminal and the remote equipment if the session is collaborative, • a reception, from the terminal or from the remote equipment, of at least one signalling message comprising at least one item of information relating to a characteristic of said session, • a determination of connection parameters between said routers (30, 130) based on the at least one item of information obtained, • a transmission of the connection parameters to the first or the second router for the updating of the at least one communication path between said routers (30, 130), said updated path being used for the transmission of the data of said session.
A method for processing photovoltaic modules, comprising at least the following steps: - supplying the photovoltaic module to at least one crushing device and crushing the photovoltaic module; - dividing the ground material obtained by means of the crushing device into at least three differently sized grain fractions; - recycling a coarse grain fraction to the crushing device for further crushing; characterized by - transferring a medium grain fraction to a first separating device for the separation of conducting and non-conducting materials of the ground material; - transferring a fine grain fraction to a drying device and drying the fine grain fraction; and - transferring the dried fine grain fraction to the first separating device or a further separating device for the separation of conducting and non-conducting materials of the ground material. - supplying the photovoltaic module to at least one crushing device and crushing the photovoltaic module; - dividing the ground material obtained by means of the crushing device into at least three differently sized grain fractions; - recycling a coarse grain fraction to the crushing device for further crushing; characterized by - transferring a medium grain fraction to a first separating device for the separation of conducting and non-conducting materials of the ground material; - transferring a fine grain fraction to a drying device and drying the fine grain fraction; and - transferring the dried fine grain fraction to the first separating device or a further separating device for the separation of conducting and non-conducting materials of the ground material.