mhurhangee/ep-ind-claims huggingface dataset:
Lock for a motor vehicle comprising a locking mechanism with a rotatably mounted rotary catch for receiving a locking bolt, a pawl with which the rotary catch can be engaged for retaining the locking bolt, a blocking lever capable of blocking the pawl if the latter is located in its catching position, a releasing lever for disengaging the locking mechanism characterized in that the blocking lever and the releasing lever are interconnected by a first spring interconnecting the releasing lever and the blocking lever in such a way that the blocking lever is moved together with the releasing lever by the releasing lever when the releasing lever is accelerated in the usual manner and due to the inertia of the blocking lever, the blocking lever is not moved together with the releasing lever by the releasing lever when the releasing lever is accelerated in an excessively large manner.
A data processing apparatus, comprising: a register data store having a plurality of registers operable to hold data elements, the number of data elements held in each register being dependent on a data type of the data elements; a processor operable to perform in parallel a data processing operation on multiple data elements occupying different lanes of parallel processing in at least one of said registers; access logic (22, 24) operable in response to a single access instruction to move a plurality of data elements between specified registers and a continuous block of memory in which data elements are held as an array of structures having a structure format, the structure format having a plurality of components; the single access instruction including data type information identifying the data type associated with the data elements to be moved, and identifying the number of components in the structure format; and the access logic being operable to rearrange the plurality of data elements as they are moved such that each specified register holds data elements of one component whilst in memory the data elements are held as said array of structures, the rearrangement performed by the access logic being dependent on the data type and the structure format. a register data store having a plurality of registers operable to hold data elements, the number of data elements held in each register being dependent on a data type of the data elements; a processor operable to perform in parallel a data processing operation on multiple data elements occupying different lanes of parallel processing in at least one of said registers; access logic (22, 24) operable in response to a single access instruction to move a plurality of data elements between specified registers and a continuous block of memory in which data elements are held as an array of structures having a structure format, the structure format having a plurality of components; the single access instruction including data type information identifying the data type associated with the data elements to be moved, and identifying the number of components in the structure format; and the access logic being operable to rearrange the plurality of data elements as they are moved such that each specified register holds data elements of one component whilst in memory the data elements are held as said array of structures, the rearrangement performed by the access logic being dependent on the data type and the structure format.
A cooling system for a gas turbine engine, the cooling system comprising: an electric motor; a conduit (230, 350); a plurality of conductive cables extending from the electric motor, the plurality of conductive cables disposed at least partially in the conduit; and a cooling source comprising an electric fan in fluid communication with the conduit, the electric fan configured to flow a fluid through the conduit to cool the plurality of conductive cables after shutdown of the gas turbine engine; a processor; and a non-transitory computer readable storage medium in electronic communication with the processor, the non-transitory computer readable storage medium having instructions stored thereon that, in response to execution by the processor cause the processor to perform operations comprising: detecting, by the processor, a shutdown of the gas turbine engine; activating, by the processor, the electric fan to flow the fluid through the conduit, wherein in response to the engine shutdown, the processor commands a vent to open and commands the electric fan to activate and begin rotating. an electric motor; a conduit (230, 350); a plurality of conductive cables extending from the electric motor, the plurality of conductive cables disposed at least partially in the conduit; and a cooling source comprising an electric fan in fluid communication with the conduit, the electric fan configured to flow a fluid through the conduit to cool the plurality of conductive cables after shutdown of the gas turbine engine; a processor; and a non-transitory computer readable storage medium in electronic communication with the processor, the non-transitory computer readable storage medium having instructions stored thereon that, in response to execution by the processor cause the processor to perform operations comprising: detecting, by the processor, a shutdown of the gas turbine engine; activating, by the processor, the electric fan to flow the fluid through the conduit, wherein in response to the engine shutdown, the processor commands a vent to open and commands the electric fan to activate and begin rotating. detecting, by the processor, a shutdown of the gas turbine engine; activating, by the processor, the electric fan to flow the fluid through the conduit, wherein in response to the engine shutdown, the processor commands a vent to open and commands the electric fan to activate and begin rotating.
A security arrangement adapted to improve heat dissipation from circuit board components (12, 14, 16, 18, 20) on a computer circuit board, wherein a plurality of said circuit components (12, 14, 16, 18, 20) are embedded in a security shield formed by a potting on at least one surface of said circuit board and thermally connected to at least one heat exchanger device, wherein said heat exchanger device is located at a distance from said security shield, and that at least a plurality of said circuit components (12, 14, 16, 18, 20) are thermally connected with said at least one heat exchanger device via at least one heat dissipating lead (32, 33, 34) to enhance cooling of said circuit board components (12, 14, 16, 18, 20), wherein said at least one heat dissipating lead (32, 33, 34) is formed as an elongated heat conducting member, having at least one part attached within said security shield and another part thermally connected to said heat exchanger device.
A computer-implemented method for validating location estimates, comprising: transmitting, by a mobile device, a request in accordance with a client query, wherein the mobile device is configured to connect with each of a plurality of wireless stations in accordance with IP address information of the mobile device; receiving, at the mobile device, a reply to the request, wherein the reply includes one or more responses to the client query and one or more identifiers for one or more respective candidate wireless stations associated with one or more estimated current locations of the mobile device, the one or more estimated current locations being based on the IP address information of the mobile device; determining, by the mobile device, an identifier for a connected wireless station to which the mobile device is connected; determining, at the mobile device, whether an estimated current location of the mobile device that is based on the IP address information of the mobile device is correct, comprising determining whether an identifier for the connected wireless station corresponds to an identifier of any of the one or more respective candidate wireless stations; and transmitting, by the mobile device, selected log data based on the determination of whether the identifier for the connected wireless station corresponds to an identifier of at least one of said candidate wireless stations, the selected log data indicating an accuracy of the one or more estimated current locations based on the IP address information. transmitting, by a mobile device, a request in accordance with a client query, wherein the mobile device is configured to connect with each of a plurality of wireless stations in accordance with IP address information of the mobile device; receiving, at the mobile device, a reply to the request, wherein the reply includes one or more responses to the client query and one or more identifiers for one or more respective candidate wireless stations associated with one or more estimated current locations of the mobile device, the one or more estimated current locations being based on the IP address information of the mobile device; determining, by the mobile device, an identifier for a connected wireless station to which the mobile device is connected; determining, at the mobile device, whether an estimated current location of the mobile device that is based on the IP address information of the mobile device is correct, comprising determining whether an identifier for the connected wireless station corresponds to an identifier of any of the one or more respective candidate wireless stations; and transmitting, by the mobile device, selected log data based on the determination of whether the identifier for the connected wireless station corresponds to an identifier of at least one of said candidate wireless stations, the selected log data indicating an accuracy of the one or more estimated current locations based on the IP address information.
A power machine (100, 200) including a control panel and a reference bar coupled to the control panel and surrounding a joystick extending through the control panel, the power machine characterized by the reference bar comprising: a curved top surface extending between a fore most reference bar position and an aft most reference bar position, and wherein between the fore most reference bar position and the aft most reference bar position the curved top surface of the reference bar, on a side of the joystick, curves in an arcuate manner such that in all positions of the joystick as the joystick moves between a fore most joystick position and an aft most joystick position, the joystick extends above the reference bar by substantially the same amount.
A multi-port storage system, comprising: a dynamo-electric machine with integral rotor inertia forming a primary energy storage system, the dynamo-electric machine having multiple primary stator windings (W 1, W 2) configured to accept multiple AC inputs from multiple power sources, and having at least two secondary stator windings (S 1, S 2) configured to deliver electric power to multiple loads at different power, frequency and voltage levels; and a secondary energy storage system (B 1) configured to store energy and coupled to the primary energy storage system, the secondary energy storage system configured to convert stored energy to electric power and to convert electric power to stored energy; wherein the dynamo-electric machine has a plurality of excitation windings, wherein a first of the excitation windings is configured for normal excitation of one or more steady-state loads and a second of the excitation windings is configured for pulsed excitation to power one or more rapidly changing or transient loads, and wherein the dynamo-electric machine is configured to buffer the secondary energy storage system and to adjust charging or discharging rates of the secondary energy storage system. a dynamo-electric machine with integral rotor inertia forming a primary energy storage system, the dynamo-electric machine having multiple primary stator windings (W 1, W 2) configured to accept multiple AC inputs from multiple power sources, and having at least two secondary stator windings (S 1, S 2) configured to deliver electric power to multiple loads at different power, frequency and voltage levels; and a secondary energy storage system (B 1) configured to store energy and coupled to the primary energy storage system, the secondary energy storage system configured to convert stored energy to electric power and to convert electric power to stored energy; wherein the dynamo-electric machine has a plurality of excitation windings, wherein a first of the excitation windings is configured for normal excitation of one or more steady-state loads and a second of the excitation windings is configured for pulsed excitation to power one or more rapidly changing or transient loads, and wherein the dynamo-electric machine is configured to buffer the secondary energy storage system and to adjust charging or discharging rates of the secondary energy storage system.
Radio access system operated in a first communication network and cooperating with at least one further radio access system operated in a different second communication network, to advertise the at least one further radio access system in the first communication network, comprising: - a receiving unit adapted to receive a security protected advertisement from a control unit for the at least one further radio access system; and - a broadcasting unit adapted to broadcast advertisement information in relation to the security protected advertisement in the communication network; wherein - the advertisement information is broadcast via a beacon. - a receiving unit adapted to receive a security protected advertisement from a control unit for the at least one further radio access system; and - a broadcasting unit adapted to broadcast advertisement information in relation to the security protected advertisement in the communication network; wherein - the advertisement information is broadcast via a beacon.
A housing for mounting an elongated container on an injection pen, this mounting housing comprising an elongated body that extends along a longitudinal axis and that defines an inner volume for receiving the container fully, while the body is provided, on the outside of a first axial end, with at least one first mechanical member for attaching a needle and, in the vicinity of a second axial end opposite the first axial end, with at least one second mechanical member for attaching the housing onto an injection pen; characterized in that - the housing comprises, in the vicinity of its first axial end, at least one third mechanical member for irreversibly locking a container in position, fully contained in the inner volume of the body, and - the third member is an elastically deformable tab of the housing, which forms a single piece with the body, itself made in one piece, and is intended to ensure irreversible locking of the container in position in the inner volume of the body of the housing, by axially retaining a flange of the container. - the housing comprises, in the vicinity of its first axial end, at least one third mechanical member for irreversibly locking a container in position, fully contained in the inner volume of the body, and - the third member is an elastically deformable tab of the housing, which forms a single piece with the body, itself made in one piece, and is intended to ensure irreversible locking of the container in position in the inner volume of the body of the housing, by axially retaining a flange of the container.
A method for configuring random access resource, applied to a base station, comprising: configuring a physical uplink shared channel occasion resource pool required for data transmission and associated with preambles transmitted on all random access channel occasions (ROs) in each same time domain or all ROs in each same random access channel (RACH) slot in each RACH period, wherein the PO resource pool comprises one or more data transmission resource POs; performing consecutive mapping between preambles on each RO and POs in the PO resource pool; and in response to remaining POs in the PO resource pool being insufficient to map all preambles transmitted on the ROs, configuring the remaining POs as invalid POs to which preambles are no longer mapped. configuring a physical uplink shared channel occasion resource pool required for data transmission and associated with preambles transmitted on all random access channel occasions (ROs) in each same time domain or all ROs in each same random access channel (RACH) slot in each RACH period, wherein the PO resource pool comprises one or more data transmission resource POs; performing consecutive mapping between preambles on each RO and POs in the PO resource pool; and in response to remaining POs in the PO resource pool being insufficient to map all preambles transmitted on the ROs, configuring the remaining POs as invalid POs to which preambles are no longer mapped.
An apparatus comprising: a frame; a speaker rigidly attached to the frame, where the speaker comprises a display module and two vibrating deformable plate elements (206A, 206B) attached to a bottom surface of the display module and configured to at least partially bend, when actuated, the display module to generate sound waves; and said two vibrating deformable plate elements (206A, 206B) attached to a bottom surface of the display module comprise a first substantially rectangular vibrating deformable plate element extending at the bottom of the display surface over a center point of the bottom surface of the display module and a second vibrating deformable plate element; characterized in that the second vibrating deformable plate element is an L-shaped vibrating deformable plate element where an incomplete corner of the L-shaped vibrating deformable plate element is adapted to face a corner of the first substantially rectangular vibrating deformable plate element extending over the center point of the bottom surface of the display module. a frame; a speaker rigidly attached to the frame, where the speaker comprises a display module and two vibrating deformable plate elements (206A, 206B) attached to a bottom surface of the display module and configured to at least partially bend, when actuated, the display module to generate sound waves; and said two vibrating deformable plate elements (206A, 206B) attached to a bottom surface of the display module comprise a first substantially rectangular vibrating deformable plate element extending at the bottom of the display surface over a center point of the bottom surface of the display module and a second vibrating deformable plate element; characterized in that the second vibrating deformable plate element is an L-shaped vibrating deformable plate element where an incomplete corner of the L-shaped vibrating deformable plate element is adapted to face a corner of the first substantially rectangular vibrating deformable plate element extending over the center point of the bottom surface of the display module.
A cord lock, comprising: a female member including first cord insertion portions through which a cord can be inserted to pass, and has a cylindrical shape including an opening at least at one end; a male member supported to enter in and out from the opening of the female member to communicate with the first cord insertion portions, and including second cord insertion portions through which the cord inserted to pass through the first cord insertion portions can be inserted to pass; and an urging device provided between the female member and the male member to provide an urging force in a direction wherein the male member protrudes from the opening of the female member, wherein the second cord insertion portions of the male member and the urging device are situated adjacent to each other, and opposed faces of the female member and the male member along an insertion direction of the cord inserted to pass through the first cord insertion portions of the female member include straight portions (38, 39, 48, 49) which can carry out at least a line contact, characterized in that a partition wall is positioned between the second cord insertion portions and the urging device, and partitions inside a hollow portion of the male member into a spring chamber and a cord chamber. a female member including first cord insertion portions through which a cord can be inserted to pass, and has a cylindrical shape including an opening at least at one end; a male member supported to enter in and out from the opening of the female member to communicate with the first cord insertion portions, and including second cord insertion portions through which the cord inserted to pass through the first cord insertion portions can be inserted to pass; and an urging device provided between the female member and the male member to provide an urging force in a direction wherein the male member protrudes from the opening of the female member, wherein the second cord insertion portions of the male member and the urging device are situated adjacent to each other, and opposed faces of the female member and the male member along an insertion direction of the cord inserted to pass through the first cord insertion portions of the female member include straight portions (38, 39, 48, 49) which can carry out at least a line contact, characterized in that a partition wall is positioned between the second cord insertion portions and the urging device, and partitions inside a hollow portion of the male member into a spring chamber and a cord chamber.
An air conditioning system comprising: a plurality of indoor units (100a, 100b, 100c) for air conditioning; one or more outdoor units (200a, 200b, 200c) connected to part or all of the plurality of indoor units (100a, 100b, 100c) via a refrigerant pipe and configured to drive the indoor units (100a, 100b, 100c); one or more controllers (300a, 300b, 300c, 300d) configured to control operations of the plurality of indoor units (100a, 100b, 100c) and the one or more outdoor units (200a, 200b, 200c); and a communication unit connected to or equipped as part of the outdoor units (200a, 200b, 200c) or part of the indoor units (100a, 100b, 100c), and configured to allow communications between the indoor units (100a, 100b, 100c), the outdoor units (200a, 200b, 200c), and the controllers (300a, 300b, 300c, 300d) using one or more communication technologies, characterised in that the communication unit is provided at the outdoor unit (200a, 200b, 200c) or the indoor unit (100a, 100b, 100c), which is the closest to a controller (300a, 300b, 300c, 300d). a plurality of indoor units (100a, 100b, 100c) for air conditioning; one or more outdoor units (200a, 200b, 200c) connected to part or all of the plurality of indoor units (100a, 100b, 100c) via a refrigerant pipe and configured to drive the indoor units (100a, 100b, 100c); one or more controllers (300a, 300b, 300c, 300d) configured to control operations of the plurality of indoor units (100a, 100b, 100c) and the one or more outdoor units (200a, 200b, 200c); and a communication unit connected to or equipped as part of the outdoor units (200a, 200b, 200c) or part of the indoor units (100a, 100b, 100c), and configured to allow communications between the indoor units (100a, 100b, 100c), the outdoor units (200a, 200b, 200c), and the controllers (300a, 300b, 300c, 300d) using one or more communication technologies, characterised in that the communication unit is provided at the outdoor unit (200a, 200b, 200c) or the indoor unit (100a, 100b, 100c), which is the closest to a controller (300a, 300b, 300c, 300d).