mhurhangee/ep-ind-claims huggingface dataset:
A welding-type power supply comprising: - a bus comprising top and bottom bus halves (VBUS_TOP, VBUS_BOTTOM); - an output converter (INVERTER CIRCUIT), disposed to receive the bus and to provide a welding type power output (V_OUT, WELDING ARC), and having a control input, wherein switches (Z8-Z15) in the output converter are controlled by the control input; and - a controller that receives a bus feedback signal (1001, VBUS_TOP_FEEDBACK, VBUS_BOTTOM_FEEDBACK) indicative of a plurality of bus voltages of said bus halves, and wherein the controller has a converter control output connected to the control input, and wherein the controller has a bus voltage balancing module that includes a scaled correction module responsive to the bus feedback signal, and wherein the converter control output is responsive to the bus voltage balancing module, characterized in that the controller further receives open-circuit voltage feedback indicative of an open-circuit voltage or a load condition, and wherein the bus voltage balancing module further includes a duty cycle limiting module responsive to the open-circuit voltage feedback, which is configured to limit the pulse widths of the switches in case of an open-circuit voltage condition. - a bus comprising top and bottom bus halves (VBUS_TOP, VBUS_BOTTOM); - an output converter (INVERTER CIRCUIT), disposed to receive the bus and to provide a welding type power output (V_OUT, WELDING ARC), and having a control input, wherein switches (Z8-Z15) in the output converter are controlled by the control input; and - a controller that receives a bus feedback signal (1001, VBUS_TOP_FEEDBACK, VBUS_BOTTOM_FEEDBACK) indicative of a plurality of bus voltages of said bus halves, and wherein the controller has a converter control output connected to the control input, and wherein the controller has a bus voltage balancing module that includes a scaled correction module responsive to the bus feedback signal, and wherein the converter control output is responsive to the bus voltage balancing module,
A hub-bearing assembly for the wheel of a motor vehicle, the assembly comprising: - a radially outer, rotatable annular hub which is made of a material lighter than steel and is provided with a tubular portion with a central, cylindrical, axial cavity and a radially outwardly extending flange for mounting a wheel; - a bearing with a double row of rolling elements (14, 14b) and provided with a single radially outer ring seated in the cylindrical cavity of the rotatable annular hub; - a steel, tubular, connecting sleeve in which the outer bearing ring is locked, the sleeve being radially interposed between the outer bearing ring and the central cavity of the rotatable annular hub, the sleeve having opposite axial ends providing a respective first edge and a second edge (36, 36'), said first edge and second edge (36, 36') protruding in radially outward directions against two respective radial surfaces (26a, 28a) on axially opposite sides of the rotatable annular hub, whereby said rotatable annular hub is axially locked between said first edge and second edge (36, 36'), characterized in that the sleeve comprises a further edge which protrudes in a radially inner direction from the axially inner end of the sleeve and is preformed to act as a shoulder and axially lock the outer bearing ring on the axially inner side. - a radially outer, rotatable annular hub which is made of a material lighter than steel and is provided with a tubular portion with a central, cylindrical, axial cavity and a radially outwardly extending flange for mounting a wheel; - a bearing with a double row of rolling elements (14, 14b) and provided with a single radially outer ring seated in the cylindrical cavity of the rotatable annular hub; - a steel, tubular, connecting sleeve in which the outer bearing ring is locked, the sleeve being radially interposed between the outer bearing ring and the central cavity of the rotatable annular hub, the sleeve having opposite axial ends providing a respective first edge and a second edge (36, 36'), said first edge and second edge (36, 36') protruding in radially outward directions against two respective radial surfaces (26a, 28a) on axially opposite sides of the rotatable annular hub, whereby said rotatable annular hub is axially locked between said first edge and second edge (36, 36'), characterized in that the sleeve comprises a further edge which protrudes in a radially inner direction from the axially inner end of the sleeve and is preformed to act as a shoulder and axially lock the outer bearing ring on the axially inner side.
Clutch device for transmitting a torque about a rotational axis between an inner carrier of an output side and an outer carrier of a drive side, comprising - at least one first friction partner which is connected to the inner carrier in a torque-locking manner, - at least one second friction partner which is connected to the outer carrier in a torque-locking manner, and - at least one third friction partner which is connected to the inner carrier in a torque-locking manner, - it being possible for the friction partners (117, 125, 127) to be brought into frictional engagement by way of a pressing force in such a way as to transmit the torque between the drive side and the output side, characterized in that at least two friction partners (125, 127) are connected to one another via at least one first connecting element in such a way that a first rotation of the two coupled friction partners (125, 127) in a first rotational direction generates a first translational movement of the coupled friction partners in the direction of the rotational axis. - at least one first friction partner which is connected to the inner carrier in a torque-locking manner, - at least one second friction partner which is connected to the outer carrier in a torque-locking manner, and - at least one third friction partner which is connected to the inner carrier in a torque-locking manner, - it being possible for the friction partners (117, 125, 127) to be brought into frictional engagement by way of a pressing force in such a way as to transmit the torque between the drive side and the output side,
A method of video coding, the method being carried-out by at least one processor and comprising: obtaining video data; creating, based on the video data, a timed metadata track indicating a segment bandwidth and comprising information of a plurality of aligned segments of a media adaptation set such that duration information and size information of each of the aligned segments is included in at least one metadata sample; switching to one of a plurality of representations of the video data based; and delivering the one of the plurality of representations to a client, characterized in that the switching to one of a plurality of representations of the video data is based on whether the timed metadata track indicates at least an overflow to an input buffer per each of the plurality of representations, wherein the method further comprises creating a combinational index segment by combining index information of the aligned segments; delivering the combinational index segment to the client; creating combo-resync index segments by combining chuck resync information of the aligned segments of the media adaptation set; delivering the combo-resync index segments to the client; and creating mixed combo index tracks including a format of the combination index segment for all of the aligned segments other than one of the aligned segments that is being encoded, wherein the mixed combo index tracks further include a format of the combo-resync index segments for the one of the aligned segments, and the mixed combo index tracks are parallel metadata tracks. obtaining video data; creating, based on the video data, a timed metadata track indicating a segment bandwidth and comprising information of a plurality of aligned segments of a media adaptation set such that duration information and size information of each of the aligned segments is included in at least one metadata sample; switching to one of a plurality of representations of the video data based; and delivering the one of the plurality of representations to a client, characterized in that the switching to one of a plurality of representations of the video data is based on whether the timed metadata track indicates at least an overflow to an input buffer per each of the plurality of representations, wherein the method further comprises creating a combinational index segment by combining index information of the aligned segments; delivering the combinational index segment to the client; creating combo-resync index segments by combining chuck resync information of the aligned segments of the media adaptation set; delivering the combo-resync index segments to the client; and creating mixed combo index tracks including a format of the combination index segment for all of the aligned segments other than one of the aligned segments that is being encoded, wherein the mixed combo index tracks further include a format of the combo-resync index segments for the one of the aligned segments, and the mixed combo index tracks are parallel metadata tracks.
Assembly, that comprises: - a woven first fabric extending in a first overall direction, the woven first fabric comprising first filamentary elements, referred to as warp elements, which are substantially parallel to one another and extending in a first direction, referred to as the warp direction, substantially parallel to the first overall direction, each first filamentary warp element comprising first and second filamentary members (65, 67), - a woven or knitted second fabric, - a bearing structure comprising filamentary bearing elements connecting the woven first fabric and the woven or knitted second fabric together, each filamentary bearing element comprising at least one filamentary bearing portion extending between the woven first fabric and the woven or knitted second fabric, characterized in that the woven first fabric being arranged in such a way that, for an at-rest length L of the woven first fabric in the first overall direction, expressed in m: - for any elongation of the woven first fabric in the first overall direction less than or equal to (2π x H) / L, the first filamentary member has a non-zero elongation and is not broken, - there is an elongation of the woven first fabric in the first overall direction less than or equal to (2π x H) / L, beyond which the second filamentary member is broken, in which H0 x K ≤ H where H0 is the mean straight-line distance between an internal face of the woven first fabric and an internal face of the woven or knitted second fabric when each filamentary bearing portion is at rest, H and H0 being expressed in m, and K=0.50. - a woven first fabric extending in a first overall direction, the woven first fabric comprising first filamentary elements, referred to as warp elements, which are substantially parallel to one another and extending in a first direction, referred to as the warp direction, substantially parallel to the first overall direction, each first filamentary warp element comprising first and second filamentary members (65, 67), - a woven or knitted second fabric, - a bearing structure comprising filamentary bearing elements connecting the woven first fabric and the woven or knitted second fabric together, each filamentary bearing element comprising at least one filamentary bearing portion extending between the woven first fabric and the woven or knitted second fabric, characterized in that - for any elongation of the woven first fabric in the first overall direction less than or equal to (2π x H) / L, the first filamentary member has a non-zero elongation and is not broken, - there is an elongation of the woven first fabric in the first overall direction less than or equal to (2π x H) / L, beyond which the second filamentary member is broken,
A method for transmitting discovery signals for a device-to-device communication by a user equipment, UE, in a wireless communication system, the method comprising: determining whether to transmit a first discovery signal or not in a first set of transmission resources based on a first probability value configured from a network; when it is determined to transmit the first discovery signal in the first set of transmission resources, selecting one transmission resource from the first set of transmission resources based on a second probability value; transmitting the first discovery signal using the one transmission resource selected from the first set of transmission resources to a target UE; determining whether to transmit a second discovery signal or not in a second set of transmission resources based on the first probability value; when it is determined to transmit the second discovery signal in the second set of transmission resources, selecting another transmission resource from the second set of transmission resources based on the second probability value; and transmitting the second discovery signal using the another transmission resource selected from the second set of transmission resources to the target UE. determining whether to transmit a first discovery signal or not in a first set of transmission resources based on a first probability value configured from a network; when it is determined to transmit the first discovery signal in the first set of transmission resources, selecting one transmission resource from the first set of transmission resources based on a second probability value; transmitting the first discovery signal using the one transmission resource selected from the first set of transmission resources to a target UE; determining whether to transmit a second discovery signal or not in a second set of transmission resources based on the first probability value; when it is determined to transmit the second discovery signal in the second set of transmission resources, selecting another transmission resource from the second set of transmission resources based on the second probability value; and transmitting the second discovery signal using the another transmission resource selected from the second set of transmission resources to the target UE.
Cartridge cap mountable on a distal end of a cartridge body for use with an extrusion gun, said cap comprising a dispensing outlet extending in a longitudinal direction around a longitudinal axis and a cap body extending radially outward from said outlet, said cap comprises a plurality of rods extending in the longitudinal direction from an inner surface of the cap body, wherein at least one piercing rod of the plurality of rods is adapted to pierce a flexible bag when the flexible bag is pressed against the at least one rod, characterised in, that the at least one piercing rod and at least one blunt rod of the plurality of rods have tips with different sharpness, and are arranged around the longitudinal axis. said cap comprises a plurality of rods extending in the longitudinal direction from an inner surface of the cap body, wherein at least one piercing rod of the plurality of rods is adapted to pierce a flexible bag when the flexible bag is pressed against the at least one rod, characterised in, that the at least one piercing rod and at least one blunt rod of the plurality of rods have tips with different sharpness, and are arranged around the longitudinal axis.
A method for generating positioning path data for an NC program for a computer numerically controlled machine (1610, 1612), the method comprising: determining, by a computing device (1602, 1606), a start machine configuration and a goal machine configuration in a machine configuration space; identifying, by the computing device (1602, 1606), respective regions surrounding one or more relevant features of a machining scene in the machine configuration space for sampling of possible machine configurations; determining, by the computing device (1602, 1606), a plurality of possible machine configurations from each of the identified one or more regions in the machine configuration space; determining, by the computing device (1602, 1606), a positioning path (1112, 1114, 1116) from the plurality of possible machine configurations that connects the start machine configuration to the goal machine configuration; determining, by the computing device (1602, 1606), if the determined positioning path (1112, 1114, 1116) is valid using a simulation of the CNC machine (1610, 1612), where the positioning path is valid when machining constraints are not violated; and generating, by the computing device (1602, 1606), positioning path data for moving a tool of the CNC machine (1610, 1612) along the determined positioning path, if the positioning path is determined to be valid. determining, by a computing device (1602, 1606), a start machine configuration and a goal machine configuration in a machine configuration space; identifying, by the computing device (1602, 1606), respective regions surrounding one or more relevant features of a machining scene in the machine configuration space for sampling of possible machine configurations; determining, by the computing device (1602, 1606), a plurality of possible machine configurations from each of the identified one or more regions in the machine configuration space; determining, by the computing device (1602, 1606), a positioning path (1112, 1114, 1116) from the plurality of possible machine configurations that connects the start machine configuration to the goal machine configuration; determining, by the computing device (1602, 1606), if the determined positioning path (1112, 1114, 1116) is valid using a simulation of the CNC machine (1610, 1612), where the positioning path is valid when machining constraints are not violated; and generating, by the computing device (1602, 1606), positioning path data for moving a tool of the CNC machine (1610, 1612) along the determined positioning path, if the positioning path is determined to be valid.
A memory module comprising: a nonvolatile memory component defining a nonvolatile address space, the nonvolatile address space to store data at nonvolatile-memory addresses; volatile memory components defining a volatile address space, the volatile address space to cache the data stored in the nonvolatile address space with first address tags corresponding to the nonvolatile-memory addresses of the data; and an address buffer component, configured to control read and write accesses, to cache second address tags corresponding to the data cached in the volatile address space, and to manage the flow of data to and from the volatile memory components. a nonvolatile memory component defining a nonvolatile address space, the nonvolatile address space to store data at nonvolatile-memory addresses; volatile memory components defining a volatile address space, the volatile address space to cache the data stored in the nonvolatile address space with first address tags corresponding to the nonvolatile-memory addresses of the data; and an address buffer component, configured to control read and write accesses, to cache second address tags corresponding to the data cached in the volatile address space, and to manage the flow of data to and from the volatile memory components.
Housing for an electrical machine, in particular for an electrical power transformer, for example a dry-type transformer, wherein cooling channels (24, 26, 28) are provided within the housing and cooling fluid, air, flows through the said cooling channels, wherein both the electrical machine and a cooling system can be arranged in the housing, wherein vertically arranged first and second channels (26, 28) are provided for the cooling fluid which flows around the electrical machine, wherein the housing which accommodates the electrical machine and the cooling system at least partially forms a hermetically sealed encapsulation, characterized in that at least one plate-type heat exchanger is provided, the said plate-type heat exchanger exhibiting inner circulation and outer circulation of the cooling fluid, wherein first and second cooling channels are arranged alternately next to one another in parallel, and wherein the cooling fluid is conveyed downwards into the first provided cooling channels and again upwards into the second provided cooling channels.
Use of a succinimide compound or a boronization product thereof, which succinimide compound is obtained by reacting (a) succinic acid substituted with an alkenyl or alkyl group having 6 to 30 carbon atoms or an anhydride thereof with (b) a polyalkylenepolyamine comprising a polyalkylenepolyamine having a ring structure at an end in an amount of at least 5% by mole of the entire amount of the polyalkylenepolyamine and is represented by following general formula: wherein R 1 represents an alkenyl or alkyl group having 6 to 30 carbon atoms, m represents an integer of 2 to 4, n represents an integer of 0 to 3, and A represents a ring structure represented by following general formula: wherein p and q each represent an integer of 2 to 4, or a mixed structure comprising the above ring structure and an amino group, for maintaining the property of anti-shudder for a long time without decreasing the transmission torque capacity of a transmission clutch or the friction coefficient between metals.
Ginsenoside M1 for use in the treatment and/or prevention of gout, wherein the ginsenoside M1 is effective in inhibiting monosodium urate crystals or calcium pyrophosphate dehydrate (CPPD)-induced activation of NLRP3 inflammasome.
An adsorbent comprising spherical activated carbon containing not less than 0.5 wt% and not greater than 20 wt% nitrogen atoms, having a specific surface area determined by the Brunauer-Emmett-Teller method from 700 m 2 /g to 3000 m 2 /g, and having an average particle size from 0.01 mm to 1 mm, wherein the absorbent is to be administered orally, wherein the spherical activated carbon is prepared using a thermoplastic resin or ion exchange resin that contains nitrogen atoms as a carbon source, wherein the thermoplastic resin or ion exchange resin contains a monomer selected from the group consisting of acrylonitrile, ethylacrylonitrile, methylacrylonitrile, diphenylacrylonitrile, and chloroacrylonitrile.
A veranda structure comprising at least: a vertical wall, a purlin wall plate having an inner face, a roof comprising an upper face and a lower face, said roof further comprising at least one sidewall having a thickness h according to a vertical axis z, said veranda structure being fashioned such that it further comprises: - at least one support of the roof secured to the inner face of the purlin wall plate and on which the lower face of the roof bears, said support being positioned according to the vertical axis z at a vertical fitting distance d of the roof with respect to an upper end of the purlin wall plate so as to obtain an at least partial vertical overlap between the sidewall of the roof and the inner face of the purlin wall plate, - a fascia board bordering an outer face of the purlin wall plate and secured to the purlin wall plate and having an upper edge, the veranda structure being characterised in that said strip being configured so that the upper face of the roof is located, at least at the level of a sewer or a bottom portion of the roof, under a horizontal plane passing through said upper edge, so that the roof is at least partially obscured by the fascia board. - at least one support of the roof secured to the inner face of the purlin wall plate and on which the lower face of the roof bears, said support being positioned according to the vertical axis z at a vertical fitting distance d of the roof with respect to an upper end of the purlin wall plate so as to obtain an at least partial vertical overlap between the sidewall of the roof and the inner face of the purlin wall plate, - a fascia board bordering an outer face of the purlin wall plate and secured to the purlin wall plate and having an upper edge,