mhurhangee/ep-ind-claims huggingface dataset:
A system for restraining a tubular structure through a planar structure comprising: a mounting flange comprising a collar stop having a first side and a second side, the first side configured to contact the planar structure, a sleeve (208, 210) having a front portion and a rear portion wherein the rear portion, extends perpendicular through a first aperture in the planar structure, the sleeve forming a receptacle, and a retention stop having a circular shape formed on the rear portion of the sleeve; and a cushion mount comprising a first half having a semi-circular outer shape, and a second half having the semi-circular outer shape, wherein the first half and the second half are configured to be received into the receptacle and contact the retention stop thereby forming a second aperture, and wherein the cushion mount is configured to restrain the tubular structure in the second aperture formed by joining the first half and the second half. a mounting flange comprising a collar stop having a first side and a second side, the first side configured to contact the planar structure, a sleeve (208, 210) having a front portion and a rear portion wherein the rear portion, extends perpendicular through a first aperture in the planar structure, the sleeve forming a receptacle, and a retention stop having a circular shape formed on the rear portion of the sleeve; and a collar stop having a first side and a second side, the first side configured to contact the planar structure, a sleeve (208, 210) having a front portion and a rear portion wherein the rear portion, extends perpendicular through a first aperture in the planar structure, the sleeve forming a receptacle, and a retention stop having a circular shape formed on the rear portion of the sleeve; and a cushion mount comprising a first half having a semi-circular outer shape, and a second half having the semi-circular outer shape, wherein the first half and the second half are configured to be received into the receptacle and contact the retention stop thereby forming a second aperture, and wherein the cushion mount is configured to restrain the tubular structure in the second aperture formed by joining the first half and the second half. a first half having a semi-circular outer shape, and a second half having the semi-circular outer shape, wherein the first half and the second half are configured to be received into the receptacle and contact the retention stop thereby forming a second aperture, and wherein the cushion mount is configured to restrain the tubular structure in the second aperture formed by joining the first half and the second half.
Method for verifying call numbers for services of at least one communication network, a) in which after a first connection signalling from a terminal to a service server of the service, which establishes a first connection a specified call number (m) is transmitted over the first logical connection by the terminal to the service and stored there, b) in which in the service a terminal-specific identification (pin) is generated stored and transmitted together with the call number (rds) of the service to the terminal and stored there, and the first connection (LV1,S1) is terminated, c) in which as part of a second connection signalling from the service server to the terminal, which establishes a second connection, the call number (rds) of the service is transmitted, whereupon following a match between the transmitted and the stored call number (rds), the second connection (LV2,S2) is accepted in the terminal, and d) in which the stored, terminal-specific identification (pin) is transmitted from the terminal to the service, wherein in the event of a match between the transmitted and the generated, stored terminal-specific identification (pin), the pre-defined stored call number (rn) is verified in the service. a) in which after a first connection signalling from a terminal to a service server of the service, which establishes a first connection a specified call number (m) is transmitted over the first logical connection by the terminal to the service and stored there, b) in which in the service a terminal-specific identification (pin) is generated stored and transmitted together with the call number (rds) of the service to the terminal and stored there, and the first connection (LV1,S1) is terminated, c) in which as part of a second connection signalling from the service server to the terminal, which establishes a second connection, the call number (rds) of the service is transmitted, whereupon following a match between the transmitted and the stored call number (rds), the second connection (LV2,S2) is accepted in the terminal, and d) in which the stored, terminal-specific identification (pin) is transmitted from the terminal to the service, wherein in the event of a match between the transmitted and the generated, stored terminal-specific identification (pin), the pre-defined stored call number (rn) is verified in the service.
A battery management system, comprising: a plurality of battery cells arranged in reconfigurable circuit paths; a plurality of switches selectively interconnecting battery cells to one of charge terminals and discharge terminals; and a scheduling module that is configured to: receive an estimated load demand (d*) for the plurality of battery cells; determine a subset of the plurality of battery cells needed to meet a load demand (d), wherein the number of battery cells in the determined subset is calculated by dividing the estimated load demand (d*) by a rate at which the plurality of battery cells recover voltage in a rest state; and control the plurality of switches to connect the subset of battery cells to the discharge terminals and to connect a remainder of the plurality of battery cells to the charge terminals, a plurality of battery cells arranged in reconfigurable circuit paths; a plurality of switches selectively interconnecting battery cells to one of charge terminals and discharge terminals; and a scheduling module that is configured to: receive an estimated load demand (d*) for the plurality of battery cells; determine a subset of the plurality of battery cells needed to meet a load demand (d), wherein the number of battery cells in the determined subset is calculated by dividing the estimated load demand (d*) by a rate at which the plurality of battery cells recover voltage in a rest state; and control the plurality of switches to connect the subset of battery cells to the discharge terminals and to connect a remainder of the plurality of battery cells to the charge terminals, receive an estimated load demand (d*) for the plurality of battery cells; determine a subset of the plurality of battery cells needed to meet a load demand (d), wherein the number of battery cells in the determined subset is calculated by dividing the estimated load demand (d*) by a rate at which the plurality of battery cells recover voltage in a rest state; and control the plurality of switches to connect the subset of battery cells to the discharge terminals and to connect a remainder of the plurality of battery cells to the charge terminals,
Pneumatic vehicle tyre of a radial design with a tread having a profiled two-layered tread cap with a radially outer cap layer and a radially inner cap layer, the two cap layers (3a, 3b) having identical Shore A hardnesses, measured according to DIN ISO 7619-1, characterized in that the radially inner cap layer has a greater dynamic storage modulus at 55°C than the radially outer cap layer, the dynamic storage modulus being determined as the dynamic storage modulus averaged over the strain from a dynamic-mechanical measurement with a strain sweep under a precompression of 20% in the strain range of 0.15% to 8% and a frequency of 10 Hz at a temperature of 55°C on the basis of DIN 53513.
A front-loading laundry washing machine for household use, in particular a washing or washing/drying machine, comprising a cabinet within which a tub is arranged, and having a load opening that can be closed by a door constrained to said cabinet, said door comprising: - a porthole glass; - a frame supporting said porthole glass and adapted to abut against said cabinet, in particular in adjacency to the load opening; - dispensing means for dispensing at least one agent for treating at least one laundry item, characterized in that said door comprises coupling means (7C, 7E) adapted to associate said porthole glass with the frame, so as to allow said porthole glass to move in order to switch from a closed position to an open position relative to the frame, and vice versa, and so as to allow said porthole glass to stay in said closed position relative to the frame, said dispensing means comprising at least one reservoir (91, 92) associated with said porthole glass, in particular with an inner surface of said porthole glass. - a porthole glass; - a frame supporting said porthole glass and adapted to abut against said cabinet, in particular in adjacency to the load opening; - dispensing means for dispensing at least one agent for treating at least one laundry item, characterized in that said door comprises coupling means (7C, 7E) adapted to associate said porthole glass with the frame, so as to allow said porthole glass to move in order to switch from a closed position to an open position relative to the frame, and vice versa, and so as to allow said porthole glass to stay in said closed position relative to the frame, said dispensing means comprising at least one reservoir (91, 92) associated with said porthole glass, in particular with an inner surface of said porthole glass.
A filter for separating particles from a cooling liquid in a nuclear plant, wherein the filter comprises at least one passage with an inner surface, an inlet end and an outlet end, wherein said at least one passage is arranged to permit through-flow of the cooling liquid in a main flow direction from the inlet end to the outlet end, characterized in that the inner surface of the at least one passage comprises at least one surface section facing said main flow direction of the cooling liquid and has a structured surface forming a plurality of surface portions arranged to catch said particles.
An immunogenic composition comprising a nucleic acid sequence of SEQ ID NO: 6 or having at least 99% identity to SEQ ID NO: 6, wherein amino acid position 426 of the VP2 protein is encoded by GAC, amino acid position 484 of the VP2 protein is encoded by GTG and amino acid position 546 of the VP2 protein is encoded by AAC.
Display device having a first display segment and a second display segment, wherein the first display segment comprises an at least partly transparent cover element that has a main plane of extent and a front side and a rear side, and wherein the second display segment comprises at least one display unit, wherein the display unit is arranged on the rear side of the cover element, and wherein the cover element has a higher transparency in the region of the display unit than in at least one other region, wherein the cover element has a transitional region between the region of low transparency and the region of higher transparency, wherein the transitional region has an extent parallel to the main plane of extent of the cover element, characterized in that the transparency of the cover element is 40% to 60%, in particular 50%, in the region of the display unit and preferably 10% to 40%, particularly preferably 20% to 30%, in particular 25%, in the at least one other region.
A powered children's swing (100, 600) for swinging a child, the children's swing comprising: a seat (130, 630); a swing frame (120, 620, 820) configured to support the seat; one or more swing arms (140, 640, 840) rotatably supported on the swing frame, wherein at least one of the swing arms supports the seat thereby suspending the seat and permitting the seat to swing along a path; a first magnetic component (160, 560, 660, 960) operatively connected to the swing frame; a second magnetic component (170, 670, 870) operatively connected to the seat, wherein at least one of the magnetic components comprises an electromagnet (170, 670, 870); a swing motion sensor (180, 680) configured to generate a signal indicative of an amplitude of the seat's swing motion; and a swing control circuit (190, 690) configured to: receive the signal from the swing motion sensor; compare the signal from the swing motion sensor with a value indicative of a goal amplitude for the swing; generate a first electrical signal based on said comparison that causes electric current to be supplied to the electromagnet thereby generating an attractive magnetic force between the first magnetic component and second magnetic component that causes the seat to swing with an amplitude nearer to the goal amplitude; and generate a second electrical signal based on said comparison that causes electric current to be supplied to the electromagnet thereby generating a repulsive magnetic force between the first magnetic component and second magnetic component that causes the seat to swing with an amplitude nearer to the goal amplitude. receive the signal from the swing motion sensor; compare the signal from the swing motion sensor with a value indicative of a goal amplitude for the swing; generate a first electrical signal based on said comparison that causes electric current to be supplied to the electromagnet thereby generating an attractive magnetic force between the first magnetic component and second magnetic component that causes the seat to swing with an amplitude nearer to the goal amplitude; and generate a second electrical signal based on said comparison that causes electric current to be supplied to the electromagnet thereby generating a repulsive magnetic force between the first magnetic component and second magnetic component that causes the seat to swing with an amplitude nearer to the goal amplitude.
An oxynitride phosphor represented by a general formula of L X M Y O Z N (2/3)X+(4//3)Y-(2/3/Z): R (L is Ba, M is Si, O is oxygen, N is nitrogen, R is Eu, and 0.5 < X < 1.5, 1.5 < Y < 2.5, and 1.5 < Z < 2.5), the oxynitride phosphor having a crystal structure of the orthorhombic system, wherein at least part of said L is substituted by said R in a molar ratio of (a mix amount of said L and said R): (the amount of said R) = 1: 0.01 to 1: 0,05.
A sugar chain-polypeptide complex wherein said polypeptide is a polypeptide comprising an amino acid sequence consisting of 8 - 34 amino acid residues in which polar and nonpolar amino acid residues are alternately arranged, and one or more sugar chains are bound to said polypeptide characterized in that the total number of sugar residues present in the one or more sugar chains bound to said polypeptide is 5 or more.
A system for managing an end-to-end lifecycle in a multitenant application server environment, the system comprising one or more computers, the one or more computers configured to execute an application server environment, and the application server environment comprising: a domain of the application server environment; one or more partitions, wherein each partition provides a subdivision of the domain, that can be associated with a tenant; a plurality of components (414, 415, 416) deployed to the domain of the application server environment, the components having partition-specific configurations; one or more plugins (650,652,654,656), wherein a component of the components which is to be made available to be associated with a partition is associated with its own plugin; and a lifecycle manager configured to run in the domain, wherein the lifecycle manager provides configuration integration across the components, wherein the plugin associated with the component is configured to provide a bridge between the lifecycle manager and the component; wherein the lifecycle manager is configured to call, during creation of a partition, an interface of the plug-in to perform creation of the associated component; wherein the lifecycle manager is configured to call, during configuration of a partition, the interface of the plug-in to perform configuration of the associated component; and wherein the lifecycle manager is configured to call, during deletion of a partition, the interface of the plug-in to perform deletion of the associated component. a domain of the application server environment; one or more partitions, wherein each partition provides a subdivision of the domain, that can be associated with a tenant; a plurality of components (414, 415, 416) deployed to the domain of the application server environment, the components having partition-specific configurations; one or more plugins (650,652,654,656), wherein a component of the components which is to be made available to be associated with a partition is associated with its own plugin; and a lifecycle manager configured to run in the domain, wherein the lifecycle manager provides configuration integration across the components, wherein the plugin associated with the component is configured to provide a bridge between the lifecycle manager and the component; wherein the lifecycle manager is configured to call, during creation of a partition, an interface of the plug-in to perform creation of the associated component; wherein the lifecycle manager is configured to call, during configuration of a partition, the interface of the plug-in to perform configuration of the associated component; and wherein the lifecycle manager is configured to call, during deletion of a partition, the interface of the plug-in to perform deletion of the associated component.
Rolling motor vehicle with three or four wheels, comprising a frame extending from a forecarriage, which supports at least two front wheels (10"), to a rear which supports one or more wheels, said frame defining an accommodating area conformed to accommodate a driver, said forecarriage in turn comprising: - a forecarriage frame, - at least one pair of front wheels (,10") kinematically connected to each other and to the forecarriage frame by means of a rolling kinematic mechanism which enables the front wheels (,10") to roll in a synchronous and specular manner, each wheel (10") being connected to said rolling kinematic mechanism by means of a respective axle journal, said axle journal being mechanically connected to a rotation pin of the wheel in order to support it rotatably around an axis of rotation (R'-R', R"-R"), - a roll control system of the rolling motor vehicle, characterised in that said roll control system comprises a rod, which interconnects the two front wheels (10") to each other at the respective axle journals at its two ends by means of hinging means (72, 73, 74) which enable said rod to passively follow the movements of the axle journals, the roll movements of the two front wheels (10") and of the respective axle journals causing changes in the lying position of said rod with respect to a vertical projection plane, which is transverse to a centre line plane (M-M) of the rolling motor vehicle, wherein the lying position of said rod with respect to a vertical projection plane, which is transverse to a centreline plane M-M of the rolling motor vehicle, means the angle formed by the projection of said rod on that vertical plane, said rod being configured to be used either directly, or indirectly by means of a remote command element mechanically connected to the rod through a kinematical connecting structure, by the driver as command element of the roll control system to control the rolling movements of the two front wheels (10") without having to put his feet on the ground by adjusting the lying position of said rod with his body, wherein said rod or, if present, said remote command element, is disposed so as to be accessible and manoeuvrable by the driver from said accommodating area. - a forecarriage frame, - at least one pair of front wheels (,10") kinematically connected to each other and to the forecarriage frame by means of a rolling kinematic mechanism which enables the front wheels (,10") to roll in a synchronous and specular manner, each wheel (10") being connected to said rolling kinematic mechanism by means of a respective axle journal, said axle journal being mechanically connected to a rotation pin of the wheel in order to support it rotatably around an axis of rotation (R'-R', R"-R"), - a roll control system of the rolling motor vehicle,
Glyceryl tris (beta-hydroxybutyrate) (GTβHB) for use in a method of reducing or preventing neurological deficit and/or neuronal cell death in a human subject, said subject having had a prior neuronal transient ischemic attack (NTIA), said method comprising orally administering glyceryl tris (beta-hydroxybutyrate) (GTβHB) to said subject on a daily basis in a daily amount calculated to result in a combined beta-hydroxybutyrate moiety and acetoacetate blood plasma concentration of 2mM to 7 mM in 1-4 fractional servings per day for an administration period having a range selected from the group of ranges having a minimum and a maximum independently selected from the group consisting of 2 days, 3, days, 4 days, 5 days, 6 days, 7 days, 8 days, 9 days, 10 days, 11 days, 12 days 13 days, 14 days, 15 days, 16 days, 17 days 18 days, 19 days, 20 days, 21 days, 22 days, 23 days, 24 days, 25 days, 26, days, 27 days, 28 days, 29 days, 30 days, 31 days, 35 days, 42 days, 49 days, 56 days, 58 days, 59 days, 60 days, 61 days, 62 days, 63 days, 70 days, 77 days, 84 days, 90 days, 91 days, 92 days, 98 days, 105 days, 112 days, 119 days, 120 days, 126 days, 133 days, 140 days, 5 months, 6 months, 7 months, 8 months, 9 months, and 1 year provided said minimum is less than said maximum, said administration period counting the days from said previous NTIA, where said previous NTIA date is counted as day zero, optionally interrupted by one or more days, and wherein the occurrence of a follow-on NTIA resets the day count to day zero on the day of the follow-on TIA.
A prism apparatus for a camera apparatus, the prism apparatus comprising: a first prism (PSMa) configured to reflect input light toward a first reflected direction; a first actuator (ACTa) configured to change an angle (θm) of the first prism (PSMa) about a first rotation axis (Axma) to change the first reflected direction based on a first control signal (Saca); a second prism (PSMb) configured to reflect the light reflected from the first prism (PSMa) toward a second reflected direction; and a second actuator (ACTb) configured to change an angle (θm) of the second prism (PSMb) about a second rotation axis (Axmb) to change the second reflected direction based on a second control signal (Sacb). characterized in that the prism apparatus further comprises: a first hall sensor (HSa) configured to sense an angle change of the first prism (PSMa) based on a first magnetic field; and a second hall sensor (HSb) configured to sense an angle change of the second prism (PSMb) based on a second magnetic field. a first prism (PSMa) configured to reflect input light toward a first reflected direction; a first actuator (ACTa) configured to change an angle (θm) of the first prism (PSMa) about a first rotation axis (Axma) to change the first reflected direction based on a first control signal (Saca); a second prism (PSMb) configured to reflect the light reflected from the first prism (PSMa) toward a second reflected direction; and a second actuator (ACTb) configured to change an angle (θm) of the second prism (PSMb) about a second rotation axis (Axmb) to change the second reflected direction based on a second control signal (Sacb). characterized in that the prism apparatus further comprises: a first hall sensor (HSa) configured to sense an angle change of the first prism (PSMa) based on a first magnetic field; and a second hall sensor (HSb) configured to sense an angle change of the second prism (PSMb) based on a second magnetic field. a first hall sensor (HSa) configured to sense an angle change of the first prism (PSMa) based on a first magnetic field; and a second hall sensor (HSb) configured to sense an angle change of the second prism (PSMb) based on a second magnetic field.