mhurhangee/ep-ind-claims huggingface dataset:
A method for displaying entries of an address book associated with a user of a portable device, the method comprising: at the portable device: storing geographic data associated with a portion of a plurality of contacts; characterised by: storing temporal information associated with a calendar stored on the portable device, wherein the temporal information includes a time since a last meeting between the user and a contact of the portion of the plurality of contacts; and causing contact information corresponding to the portion of the plurality of contacts to be displayed and arranged in a list within a graphical user interface of an application based at least on the geographic data including the proximity of the user of the portable device to a contact and the temporal information including a time since a last meeting. storing geographic data associated with a portion of a plurality of contacts; characterised by: storing temporal information associated with a calendar stored on the portable device, wherein the temporal information includes a time since a last meeting between the user and a contact of the portion of the plurality of contacts; and causing contact information corresponding to the portion of the plurality of contacts to be displayed and arranged in a list within a graphical user interface of an application based at least on the geographic data including the proximity of the user of the portable device to a contact and the temporal information including a time since a last meeting. storing temporal information associated with a calendar stored on the portable device, wherein the temporal information includes a time since a last meeting between the user and a contact of the portion of the plurality of contacts; and causing contact information corresponding to the portion of the plurality of contacts to be displayed and arranged in a list within a graphical user interface of an application based at least on the geographic data including the proximity of the user of the portable device to a contact and the temporal information including a time since a last meeting.
High pressure discharge lamp, particularly motor vehicle headlight, comprising a high pressure discharge burner for emitting light, a holder comprising at least one leg, by which the burner is supported, a socket, to which the holder is mechanically connected, whereby the holder comprises a ring, which is one-piece with the at least one leg, characterised in that said ring is surrounding the socket.
A method for monitoring for the successful transmission of a sequence of command codes transmitted from a remote control (10,10'), the method comprising: receiving a transmission from the remote control (10, 10') comprising at least a part of the sequence of command codes; the method being characterised in that it further comprises: determining if the transmission from the remote control (10, 10') included all of the command codes in the sequence of command codes by comparing the transmitted command codes with a stored sequence of command codes; and when the transmission from the remote control is determined to include less than all of the command codes in the sequence of command codes, performing an action for the purpose of initiating a retransmission of at least those command codes in the sequence of command codes determined to be missing. receiving a transmission from the remote control (10, 10') comprising at least a part of the sequence of command codes; the method being characterised in that it further comprises: determining if the transmission from the remote control (10, 10') included all of the command codes in the sequence of command codes by comparing the transmitted command codes with a stored sequence of command codes; and when the transmission from the remote control is determined to include less than all of the command codes in the sequence of command codes, performing an action for the purpose of initiating a retransmission of at least those command codes in the sequence of command codes determined to be missing. determining if the transmission from the remote control (10, 10') included all of the command codes in the sequence of command codes by comparing the transmitted command codes with a stored sequence of command codes; and when the transmission from the remote control is determined to include less than all of the command codes in the sequence of command codes, performing an action for the purpose of initiating a retransmission of at least those command codes in the sequence of command codes determined to be missing.
A redox flow battery provided with at least one battery module including a battery cell, an electrolyte tank (210, 220), an electrolyte flow passage, and a fluid controller through which the electrolyte flows between the electrolyte tank and the battery cell in the electrolyte flow passage, wherein the fluid controller is configured to control the flow of the electrolyte through the electrolyte flow passage by transferring a pressure applied from an outside of the battery module to the electrolyte flow passage, the battery module circulating electrolyte for respective battery modules or for a predetermined number of battery modules independently to charge or discharge the battery, wherein the fluid controller includes: at least one check valve (311, 312) provided inside the electrolyte flow passage and allowing the electrolyte to flow in one direction; a fluid transfer line coupled to and communicating with the electrolyte flow passage at a location neighboring the check valve (311, 312) such that the pressure applied from the outside of the battery module is directly transferred to the electrolyte flowing through the at least one check valve at the location; and a pressure generator coupled to the fluid transfer line and arranged to repeatedly apply lower and increase pressure. at least one check valve (311, 312) provided inside the electrolyte flow passage and allowing the electrolyte to flow in one direction; a fluid transfer line coupled to and communicating with the electrolyte flow passage at a location neighboring the check valve (311, 312) such that the pressure applied from the outside of the battery module is directly transferred to the electrolyte flowing through the at least one check valve at the location; and a pressure generator coupled to the fluid transfer line and arranged to repeatedly apply lower and increase pressure.
A vehicle sun visor with slide on rod function comprising an L shaped rod rotatably attached to the vehicle and, a screen rotatably mounted on the rod and slidable on the rod along a sliding direction parallel to a longitudinal axle of the rod, a detent clip coupled to the rod to establish controlled and stable predefined rotational positions of the screen defining at least a screening position and an inoperative position and a carrier rotatably attached to the rod and housed in a guiding profile of the screen, between two run ends (21,22), such that the guiding profile guides the sliding movement of the screen between the two run ends (21,22), defining a first end position, where the screen is not extended in relation to the rod, and a second end position where the screen is extended, the carrier comprising a rotary slider where the detent clip is attached, configured to rotate around the rod but without sliding along the rod, a floating slider and a metal spring elastically coupling the floating slider and rotary slider such that the floating slider is movable in relation to the rotary slider in a direction orthogonal to the sliding direction; and wherein the carrier comprises first retention means engageable with second retention means provided in the screen at one of the run ends of the screen, characterized in that the first retention means are mounted in the floating slider such that the first retention means are engageable to the second retention means by a relative movement of the floating slider in relation to the screen, in the direction orthogonal to the sliding direction, against the force exerted by the metal spring. an L shaped rod rotatably attached to the vehicle and, a screen rotatably mounted on the rod and slidable on the rod along a sliding direction parallel to a longitudinal axle of the rod, a detent clip coupled to the rod to establish controlled and stable predefined rotational positions of the screen defining at least a screening position and an inoperative position and a carrier rotatably attached to the rod and housed in a guiding profile of the screen, between two run ends (21,22), such that the guiding profile guides the sliding movement of the screen between the two run ends (21,22), defining a first end position, where the screen is not extended in relation to the rod, and a second end position where the screen is extended, the carrier comprising a rotary slider where the detent clip is attached, configured to rotate around the rod but without sliding along the rod, a floating slider and a metal spring elastically coupling the floating slider and rotary slider such that the floating slider is movable in relation to the rotary slider in a direction orthogonal to the sliding direction; a rotary slider where the detent clip is attached, configured to rotate around the rod but without sliding along the rod, a floating slider and a metal spring elastically coupling the floating slider and rotary slider such that the floating slider is movable in relation to the rotary slider in a direction orthogonal to the sliding direction;
A urine deflector to deflect urine emanating from a user seated on a toilet seat, wherein said urine deflector comprises: a urine deflector body portion sized and shaped to contain and direct a flow of said urine emanating from said user in a generally downwardly direction when said deflector is positioned in front of said user's genitals, said deflector body portion being curved and comprising a urine guide element that is elongated and curved in shape to allow there to be a side portion between the user and the deflector; at least one wing-shaped retaining projection (14, 16) extending laterally from said urine deflector body portion, said at least one wing-shaped retaining projection (14, 16) being configured to be positionable and holdable in between a medial aspect of the user's leg and said toilet seat so as to hold the urine deflector in position and prevent said flow of urine from escaping beyond said urine deflector in any direction except downwardly; wherein the wing-shaped retaining projections (14, 16) are flexible to conform to a surface of the toilet seat for the comfort of the user; wherein the urine deflector comprises notches (40, 42) formed at a base (44, 46) of each of the at least one wing-shaped retaining projections (14, 16) to enhance flexibility of the connection of the at least one wing-shaped retaining projections (14, 16) to the urine deflector; and wherein the urine deflector comprises no attachment means for attaching the urine deflector to the toilet seat. a urine deflector body portion sized and shaped to contain and direct a flow of said urine emanating from said user in a generally downwardly direction when said deflector is positioned in front of said user's genitals, said deflector body portion being curved and comprising a urine guide element that is elongated and curved in shape to allow there to be a side portion between the user and the deflector; at least one wing-shaped retaining projection (14, 16) extending laterally from said urine deflector body portion, said at least one wing-shaped retaining projection (14, 16) being configured to be positionable and holdable in between a medial aspect of the user's leg and said toilet seat so as to hold the urine deflector in position and prevent said flow of urine from escaping beyond said urine deflector in any direction except downwardly; wherein the wing-shaped retaining projections (14, 16) are flexible to conform to a surface of the toilet seat for the comfort of the user; wherein the urine deflector comprises notches (40, 42) formed at a base (44, 46) of each of the at least one wing-shaped retaining projections (14, 16) to enhance flexibility of the connection of the at least one wing-shaped retaining projections (14, 16) to the urine deflector; and wherein the urine deflector comprises no attachment means for attaching the urine deflector to the toilet seat.
A computing system operated by a provider of a service, comprising: one or more processors; and at least one hardware-based computer-readable memory having computer-executable instructions stored thereon which, when executed by the one or more processors, cause the computing system to implement a virtual machine on the computing system in which computing resources are instantiated, implement a parent network interface controller, NIC, for the virtual machine, in which the parent NIC is associated with a service subscription of the provider, create a flexibly extensible NIC, eNIC, configured to provide a connection to the computing resources from a virtual network, in which the eNIC is attachable and detachable from the parent NIC and is further associated with the service subscription, receive a request from a customer to access the computing resources on the virtual machine on demand, in which the customer has a customer subscription for a customer virtual network, VNet, that is operable, at least in part, on the computing system, and in response to the on-demand customer request, dynamically swap the eNIC from the service subscription to the customer subscription so that the computing resources are connected to the customer VNet. one or more processors; and at least one hardware-based computer-readable memory having computer-executable instructions stored thereon which, when executed by the one or more processors, cause the computing system to implement a virtual machine on the computing system in which computing resources are instantiated, implement a parent network interface controller, NIC, for the virtual machine, in which the parent NIC is associated with a service subscription of the provider, create a flexibly extensible NIC, eNIC, configured to provide a connection to the computing resources from a virtual network, in which the eNIC is attachable and detachable from the parent NIC and is further associated with the service subscription, receive a request from a customer to access the computing resources on the virtual machine on demand, in which the customer has a customer subscription for a customer virtual network, VNet, that is operable, at least in part, on the computing system, and in response to the on-demand customer request, dynamically swap the eNIC from the service subscription to the customer subscription so that the computing resources are connected to the customer VNet.
An isolated binding polypeptide consisting of a variable heavy domain that specifically binds to PDGFRβ, wherein the VH domain comprises CDR3, CDR2, and CDR1 amino acid sequences, wherein (i) the CDR3 comprises the amino acid sequence set forth in SEQ ID NO: 1, the CDR2 comprises an amino acid sequence set forth in SEQ ID NO: 3, and the CDR1 comprises the amino acid sequence set forth in SEQ ID NO: 35 and wherein the VH domain comprises an amino acid sequence selected from the group consisting of SEQ ID NOs: 321-324, or (ii) the CDR3 comprises the amino acid sequence set forth in SEQ ID NO: 1, the CDR2 comprises an amino acid sequence set forth in SEQ ID NO: 25, and the CDR1 comprises the amino acid sequence set forth in SEQ ID NO: 46 and wherein the VH domain comprises an amino acid sequence selected from the group consisting of SEQ ID NOs: 345 and 360, and wherein the isolated binding polypeptide binds the PDGFRβ with a Kd of less than 250pM as measured by surface plasmon resonance, preferably with a Kd of less than 100pM as measured by surface plasmon resonance. (i) the CDR3 comprises the amino acid sequence set forth in SEQ ID NO: 1, the CDR2 comprises an amino acid sequence set forth in SEQ ID NO: 3, and the CDR1 comprises the amino acid sequence set forth in SEQ ID NO: 35 and wherein the VH domain comprises an amino acid sequence selected from the group consisting of SEQ ID NOs: 321-324, or (ii) the CDR3 comprises the amino acid sequence set forth in SEQ ID NO: 1, the CDR2 comprises an amino acid sequence set forth in SEQ ID NO: 25, and the CDR1 comprises the amino acid sequence set forth in SEQ ID NO: 46 and wherein the VH domain comprises an amino acid sequence selected from the group consisting of SEQ ID NOs: 345 and 360,
An intake assembly for a compressor providing compressed air to an internal combustion engine core, the intake assembly comprising: an air conduit having at least one heat exchanger (72, 74) extending thereacross such that an airflow through the air conduit circulates through the at least one heat exchanger (72, 74), each of the at least one heat exchanger (72, 74) configured to circulate a fluid to be cooled in heat exchange relationship with the airflow circulating therethrough; an intake plenum configured for connection to an inlet of the compressor characterized in that the intake assembly further comprises a first intake conduit providing fluid communication between the intake plenum and the air conduit and connected to the air conduit upstream of the at least one heat exchanger (72, 74); a second intake conduit providing fluid communication between the intake plenum and the air conduit and connected to the air conduit downstream of the at least one heat exchanger (72, 74); and a selector valve configurable between a first configuration where the selector valve allows the fluid communication between the intake plenum and the air conduit through the first intake conduit and a second configuration where the selector valve prevents the fluid communication between the intake plenum and the air conduit through the first intake conduit, the fluid communication between the intake plenum and the air conduit through the second intake conduit being allowed at least when the selector valve is in the second configuration. an air conduit having at least one heat exchanger (72, 74) extending thereacross such that an airflow through the air conduit circulates through the at least one heat exchanger (72, 74), each of the at least one heat exchanger (72, 74) configured to circulate a fluid to be cooled in heat exchange relationship with the airflow circulating therethrough; an intake plenum configured for connection to an inlet of the compressor characterized in that the intake assembly further comprises a first intake conduit providing fluid communication between the intake plenum and the air conduit and connected to the air conduit upstream of the at least one heat exchanger (72, 74); a second intake conduit providing fluid communication between the intake plenum and the air conduit and connected to the air conduit downstream of the at least one heat exchanger (72, 74); and a selector valve configurable between a first configuration where the selector valve allows the fluid communication between the intake plenum and the air conduit through the first intake conduit and a second configuration where the selector valve prevents the fluid communication between the intake plenum and the air conduit through the first intake conduit, the fluid communication between the intake plenum and the air conduit through the second intake conduit being allowed at least when the selector valve is in the second configuration.
A keyboard structure for improved illumination characteristics, the structure comprising: a substrate having a reflective surface; and a key switch assembly disposed adjacent the substrate, the key switch assembly comprising: a keycap; a contact assembly; and a light emitting means, the light emitting means disposed adjacent the contact assembly, wherein the light emitting means is configured to emit light which is incident on the reflective surface of the substrate by which said light is reflected to areas surrounding the key switch assembly including gaps between adjacent keycaps; wherein the substrate comprises perforations shaped and dimensioned to accommodate the key switch assembly therethrough; wherein the keycap comprises an internal surface, and wherein said internal surface is configured to reflect incident light onto the reflective surface of the substrate and the reflective surface of the substrate is configured to further reflect said light to the areas surrounding the key switch assembly. a substrate having a reflective surface; and a key switch assembly disposed adjacent the substrate, the key switch assembly comprising: a keycap; a contact assembly; and a light emitting means, the light emitting means disposed adjacent the contact assembly, a keycap; a contact assembly; and a light emitting means, the light emitting means disposed adjacent the contact assembly, wherein the light emitting means is configured to emit light which is incident on the reflective surface of the substrate by which said light is reflected to areas surrounding the key switch assembly including gaps between adjacent keycaps; wherein the substrate comprises perforations shaped and dimensioned to accommodate the key switch assembly therethrough; wherein the keycap comprises an internal surface, and wherein said internal surface is configured to reflect incident light onto the reflective surface of the substrate and the reflective surface of the substrate is configured to further reflect said light to the areas surrounding the key switch assembly.
A power generation system comprising: an electronic control unit coupled to a generator (108, 202) to generate electrical power; a DC storage or source device (110, 228); an AC power bus (116, 210) coupled to said generator and connected to an AC inverter (118, 220); and a bi-directional conversion unit (106, 226) coupled between said AC power bus and said DC storage or source device, said bi-directional conversion unit (106, 226) being capable of transitioning between a first direction wherein power flows from said power bus (116, 210) to said DC storage or source device (110, 228) and a second direction wherein power flows from said DC storage or source device to said AC power bus (116, 210) and wherein said DC storage or source device (110, 228) is a battery; characterised in that the generator is coupled to an engine of a motor vehicle so that the required mechanical power is supplied by the rotational energy of the engine, and when the generator (108, 202) is actively generating electrical power, battery power is used to compensate for a drop in the voltage level of the AC power bus (116, 210), to provide power to an AC load (128, 222, 224) without interruption when the AC power bus (116, 210) is experiencing a load surge, thereby avoiding experiencing the reduction in engine RPM as a result of a sudden torque being applied to the engine. an electronic control unit coupled to a generator (108, 202) to generate electrical power; a DC storage or source device (110, 228); an AC power bus (116, 210) coupled to said generator and connected to an AC inverter (118, 220); and a bi-directional conversion unit (106, 226) coupled between said AC power bus and said DC storage or source device, said bi-directional conversion unit (106, 226) being capable of transitioning between a first direction wherein power flows from said power bus (116, 210) to said DC storage or source device (110, 228) and a second direction wherein power flows from said DC storage or source device to said AC power bus (116, 210) and wherein said DC storage or source device (110, 228) is a battery; characterised in that the generator is coupled to an engine of a motor vehicle so that the required mechanical power is supplied by the rotational energy of the engine, and when the generator (108, 202) is actively generating electrical power, battery power is used to compensate for a drop in the voltage level of the AC power bus (116, 210), to provide power to an AC load (128, 222, 224) without interruption when the AC power bus (116, 210) is experiencing a load surge, thereby avoiding experiencing the reduction in engine RPM as a result of a sudden torque being applied to the engine.