mhurhangee/ep-ind-claims huggingface dataset:
A file sharing system comprising: a web server configured to: receive and store one or more uploaded files from a user; present a list of the one or more uploaded files to the user; receive a file selection identifying at least one of the one or more uploaded files from the user; receive a file sharing selection identifying at least one of a plurality of file usage permissions from the user; receive one or more user identifiers from the user, wherein the one or more user identifiers identify one or more first recipients; associate the uploaded files of the file selection with the one or more user identifiers and the file usage permissions of the file sharing selection, wherein all of the one or more uploaded files have also previously been associated with different file usage permissions for one or more second recipients; transmit the uploaded files of the file selection to the one or more first recipients based on the file usage permissions associated thereto; transmit the uploaded files of the file selection to the one or more second recipients based on the different file usage permissions; and transmit an automatic notification to the one or more first recipients and the one or more second recipients when the contents of the list of the one or more uploaded files are updated by the user; a database storing the association between the uploaded files of the file selection, the one or more user identifiers, and the file usage permissions of the file sharing selection; and a storage system (124, 126) comprising one or more storage devices storing the one or more uploaded files. receive and store one or more uploaded files from a user; present a list of the one or more uploaded files to the user; receive a file selection identifying at least one of the one or more uploaded files from the user; receive a file sharing selection identifying at least one of a plurality of file usage permissions from the user; receive one or more user identifiers from the user, wherein the one or more user identifiers identify one or more first recipients; associate the uploaded files of the file selection with the one or more user identifiers and the file usage permissions of the file sharing selection, wherein all of the one or more uploaded files have also previously been associated with different file usage permissions for one or more second recipients; transmit the uploaded files of the file selection to the one or more first recipients based on the file usage permissions associated thereto; transmit the uploaded files of the file selection to the one or more second recipients based on the different file usage permissions; and transmit an automatic notification to the one or more first recipients and the one or more second recipients when the contents of the list of the one or more uploaded files are updated by the user; a database storing the association between the uploaded files of the file selection, the one or more user identifiers, and the file usage permissions of the file sharing selection; and a storage system (124, 126) comprising one or more storage devices storing the one or more uploaded files.
A gear pump comprising: - a housing compartment of said gears which transfer energy to a fluid crossing the pump; - a first conduit which develops from the housing compartment, in a first operating mode said first conduit being a delivery conduit; characterised by comprising - a first stiffening rib that crosses said first conduit and is destined to divide into at least two parts the flow of fluid transiting at said first rib; said first rib comprises: - a first and a second surface (311, 312) that are mutually opposite one another; - a leading edge and an exit edge of the first rib which are rounded and which reciprocally connect the first and the second surface (311, 312). - a housing compartment of said gears which transfer energy to a fluid crossing the pump; - a first conduit which develops from the housing compartment, in a first operating mode said first conduit being a delivery conduit; - a first stiffening rib that crosses said first conduit and is destined to divide into at least two parts the flow of fluid transiting at said first rib; - a first and a second surface (311, 312) that are mutually opposite one another; - a leading edge and an exit edge of the first rib which are rounded and which reciprocally connect the first and the second surface (311, 312).
An electrosurgical pencil, comprising: an elongated housing; an electrocautery electrode supported within the housing and extending distally from the housing, the electrocautery electrode being connected to a source of electrosurgical energy; a plurality of activation switches (24a-24c) supported on the housing, each activation switch (24a-24c) being configured and adapted to selectively complete a control loop extending from the source of electrosurgical energy upon actuation thereof; at least one voltage divider network supported on the housing, the at least one voltage divider network being electrically connected to the source of electrosurgical energy for controlling the intensity of electrosurgical energy being delivered to the plurality of activation switches (24a-24c) from the source of electrosurgical energy and for controlling the intensity of electrosurgical energy delivered to the plurality of activation switches (24a-24c) returning from the electrocautery electrode; characterised by at least one return control wire electrically inter-connecting the electrocautery electrode and the source of electrosurgical energy, the return control wire transmitting excess electrosurgical energy from the electrocautery electrode to the source of electrosurgical energy, further characterised by a transmission wire extending directly from the source to the electrocantery electrode, wherein the transmission wire is isolated from or otherwise completely separate from the voltage divider network. an elongated housing; an electrocautery electrode supported within the housing and extending distally from the housing, the electrocautery electrode being connected to a source of electrosurgical energy; a plurality of activation switches (24a-24c) supported on the housing, each activation switch (24a-24c) being configured and adapted to selectively complete a control loop extending from the source of electrosurgical energy upon actuation thereof; at least one voltage divider network supported on the housing, the at least one voltage divider network being electrically connected to the source of electrosurgical energy for controlling the intensity of electrosurgical energy being delivered to the plurality of activation switches (24a-24c) from the source of electrosurgical energy and for controlling the intensity of electrosurgical energy delivered to the plurality of activation switches (24a-24c) returning from the electrocautery electrode; characterised by at least one return control wire electrically inter-connecting the electrocautery electrode and the source of electrosurgical energy, the return control wire transmitting excess electrosurgical energy from the electrocautery electrode to the source of electrosurgical energy, further characterised by a transmission wire extending directly from the source to the electrocantery electrode, wherein the transmission wire is isolated from or otherwise completely separate from the voltage divider network.
A communication apparatus on a subscriber side that, in a point to multi-point communication system, is adapted to transmit upstream data transmitted from a lower-level device to a station-side device based on a data transmission start time and a transmission duration time notified from the station-side device, the communication apparatus comprising: a data accumulation unit that is adapted to accumulate upstream data to be transmitted to the station-side device; and a logical-link control unit that is adapted to determine a number of links to be used, which is the number of logical links to be used for an upstream data transmission in a next bandwidth update cycle, based on an accumulated data amount in the data accumulation unit, wherein the logical-link control unit is further adapted to compare the accumulated data amount with an allocated bandwidth which is an upstream bandwidth allocated in a current bandwidth update cycle, adjust a number of links currently used which is the number of logical links currently used for an upstream data transmission in the current bandwidth update cycle, and designate the adjusted value as the number of links to be used. a data accumulation unit that is adapted to accumulate upstream data to be transmitted to the station-side device; and a logical-link control unit that is adapted to determine a number of links to be used, which is the number of logical links to be used for an upstream data transmission in a next bandwidth update cycle, based on an accumulated data amount in the data accumulation unit, wherein the logical-link control unit is further adapted to compare the accumulated data amount with an allocated bandwidth which is an upstream bandwidth allocated in a current bandwidth update cycle, adjust a number of links currently used which is the number of logical links currently used for an upstream data transmission in the current bandwidth update cycle, and designate the adjusted value as the number of links to be used.
A method of facilitating network slicing operation in a wireless communication network, comprising: receiving, at a network slice selection function in a communication network and from a serving access and mobility function in the communication network, a network slice instance request of a configured slice specific network slice selection assistance information, S-NSSAI, that is presently configured for a user device, a subscribed S-NSSAI for which the user device has subscribed, and an identity of a registration area that the user device is associated with; determining, by the network slice selection function, an allowed set of S-NSSAI and a set of core network slice instances that is available at the registration area to serve the user device corresponding to the allowed set of S-NSSAI; and transmitting, by the network slice selection function and in response to the network slice instance request, the set of core network slice instances that is mapped to the allowed set of S-NSSAI. receiving, at a network slice selection function in a communication network and from a serving access and mobility function in the communication network, a network slice instance request of a configured slice specific network slice selection assistance information, S-NSSAI, that is presently configured for a user device, a subscribed S-NSSAI for which the user device has subscribed, and an identity of a registration area that the user device is associated with; determining, by the network slice selection function, an allowed set of S-NSSAI and a set of core network slice instances that is available at the registration area to serve the user device corresponding to the allowed set of S-NSSAI; and transmitting, by the network slice selection function and in response to the network slice instance request, the set of core network slice instances that is mapped to the allowed set of S-NSSAI.
- A track intended to equip a vehicle, the track comprising a strip forming a closed loop, the strip comprising a running surface intended to come into contact with the ground and an inner surface intended to cooperate with at least one drive sprocket of the vehicle and at least one guide roller, in which track the strip comprises at least one first closed inner band that bears the inner surface and at least one second closed outer band that bears the running surface, the first band and the second band being arranged at a distance from one another and connected to one another by at least one linking means, the track being made from at least one elastomer material and the linking means being formed by slats, the track being characterized in that the slats comprise at least one metal material embedded in elastomer and are locally overmolded with the first band and the second band.
A method of producing a polycarbodiimide polymer, said method comprising the steps of: heating a precursor compound comprising a carbodiimide compound at a desired temperature; combining the precursor compound, a diisocyanate compound, and a carbodiimidization catalyst to form a reaction mixture; and heating the reaction mixture for a first period of time in the range from greater than 0 to 18 hours at a first temperature, thereby reacting the precursor compound and the diisocyanate compound in the presence of the carbodiimidization catalyst to produce the polycarbodiimide polymer wherein the desired temperature and the first temperature are each independently from 70 to 150 °C and the precursor compound is a carbodiimide compound having single carbodiimide bond. heating a precursor compound comprising a carbodiimide compound at a desired temperature; combining the precursor compound, a diisocyanate compound, and a carbodiimidization catalyst to form a reaction mixture; and heating the reaction mixture for a first period of time in the range from greater than 0 to 18 hours at a first temperature, thereby reacting the precursor compound and the diisocyanate compound in the presence of the carbodiimidization catalyst to produce the polycarbodiimide polymer wherein the desired temperature and the first temperature are each independently from 70 to 150 °C and the precursor compound is a carbodiimide compound having single carbodiimide bond.
Electronic nicotine delivery system (ENDS) comprising a mouth piece, an atomizer arrangement, a power supply, a nicotine container, an additive container, the atomizer arrangement comprising an inlet from the nicotine container and an inlet from the additive container, the atomizer arrangement comprising two separate atomizers, a first atomizer and a second atomizer, the first atomizer producing nicotine-containing aerosols having a first mass median aerodynamic diameter (FMMAD) and the second atomizer producing additive-containing aerosols having a second mass median aerodynamic diameter (SMMAD) and wherein the second mass median aerodynamic diameter (SMMAD) is greater than the first mass median aerodynamic diameter (FMMAD), the atomizers being electrically connected to the power supply, characterized in that the additive container comprises nicotine, and wherein the nicotine-containing aerosols comprise a first pH-controlling agent and the additive-containing aerosols comprise a second pH- controlling agent, wherein the first pH- controlling agent is more acidic than the second pH- controlling agent. the atomizer arrangement comprising an inlet from the nicotine container and an inlet from the additive container, the atomizer arrangement comprising two separate atomizers, a first atomizer and a second atomizer, the first atomizer producing nicotine-containing aerosols having a first mass median aerodynamic diameter (FMMAD) and the second atomizer producing additive-containing aerosols having a second mass median aerodynamic diameter (SMMAD) and wherein the second mass median aerodynamic diameter (SMMAD) is greater than the first mass median aerodynamic diameter (FMMAD), the atomizers being electrically connected to the power supply, characterized in that the additive container comprises nicotine, and wherein the nicotine-containing aerosols comprise a first pH-controlling agent and the additive-containing aerosols comprise a second pH- controlling agent, wherein the first pH- controlling agent is more acidic than the second pH- controlling agent.
An article of manufacture having as a component a section of a nonwoven web having a macroscopic surface approximating a plane, a machine direction and a cross direction perpendicular to the machine direction, the nonwoven web formed predominately of polymeric fibers and comprising a series of one or more consolidating bonds impressed on the surface, the one or more consolidating bonds having at least one bond shape; wherein the series is repeated to form a pattern of consolidating bonds; wherein the series is repeated in at least four rows extending predominately in the cross direction, and the series is repeated in at least four columns extending predominately in the machine direction; and wherein the bond shape has a perimeter with a greatest measurable length and a greatest measurable width; the article characterized in that the bond shape perimeter: has a convex portion; has an aspect ratio of the greatest measurable length to the greatest measurable width of at least 2.5; and is oriented such that a line intersecting the perimeter along which the greatest measurable length exists intersects an axis lying on the surface along the machine direction to form a smaller angle of between 1 degree and 40 degrees; and the pattern has a nip airflow restriction ratio of 0.40 or less; the pattern has a pattern angle greater than 0 and less than or equal to 4 degrees; and the pattern reflects a bonding area percentage of from 4% to 18%. has a convex portion; has an aspect ratio of the greatest measurable length to the greatest measurable width of at least 2.5; and is oriented such that a line intersecting the perimeter along which the greatest measurable length exists intersects an axis lying on the surface along the machine direction to form a smaller angle of between 1 degree and 40 degrees; and
Mounting assembly for an integral framework, for electrical devices in a rail vehicle, comprising a mounting plate (10, 10.x) for at least one electrical device to be mounted thereon and at least one elongate open profile element (20, 20.x) including a longitudinal slot, the at least one elongate open profile element (20, 20.x) resting lengthwise against the mounting plate (10, 10.x) and being connected thereto, and the longitudinal slot being closed by the mounting plate (10, 10.x), the mounting plate (10, 10.x) including a bend (11, 11.x) at the edge, characterized in that the elongate open profile element (20, 20.x) is arranged in a flute of the mounting plate (10, 10.x) on the edge-side bend (11, 11.x) thereof, so that the profile element (20, 20.x) rests against the mounting plate (10, 10.x) parallel to the bend (11, 11.x).
Device for detecting the steering wheel position, the steering wheel angle and the inclination of the steering wheel of a vehicle, wherein the device comprises at least two cameras (5, 6; 202, 203) by means of which the steering wheel can be sensed (8, 9; 204, 205), wherein at least three reference objects (301, 302, 303) are provided which can be releasably fastened to the steering wheel, characterised in that the device is arranged to perform image processing methods of photogrammetry on the basis of the captured images in order to determine the inclination of the steering wheel and the steering wheel angle.
A power combiner/splitter comprising: a common port; a plurality of input/output ports including a first input/output port and a second input/output port; a first quarter-wave element coupled between the common port and the first input/output port; a first switch (S 2,b) coupled between the first input/output port and a reference voltage node; a second quarter-wave element coupled between the common port and the second input/output port; a second switch (S 3,b) coupled between the second input/output port and the reference voltage node, characterised in that each of the first and second quarter-wave elements has a programmable characteristic impedance. a common port; a plurality of input/output ports including a first input/output port and a second input/output port; a first quarter-wave element coupled between the common port and the first input/output port; a first switch (S 2,b) coupled between the first input/output port and a reference voltage node; a second quarter-wave element coupled between the common port and the second input/output port; a second switch (S 3,b) coupled between the second input/output port and the reference voltage node, characterised in that each of the first and second quarter-wave elements has a programmable characteristic impedance.
A shape memory polymer intraocular lens having a refractive index above 1.45; a Tg between 10°C and 60°C, inclusive; de minimis or an absence of glistening; and substantially 100% transmissivity of light in the visible spectrum, wherein the SMP material comprises a tert-butyl acrylate (tBA) monomer and a poly(ethylene glycol) dimethacrylate (PEGDMA) crosslinking monomer with a molecular weight between 1000 and 2000, inclusive, and with a crosslinking percentage between 10wt% to 50wt%, inclusive.
A process for producing a dry cereal composition, comprising: (a) fermenting phytic acid-containing cereals by phytase-positive lactic acid bacteria at a temperature below 45 °C, until a pH of at most 5.9 is reached, (b) heating the fermented cereals obtained in step (a) to a temperature in the range of 40 - 55 °C, for a period of at least 1.5 h; and (c) drying the fermented and phytase-treated cereals originating from step (b) to obtain the dry cereal composition. (a) fermenting phytic acid-containing cereals by phytase-positive lactic acid bacteria at a temperature below 45 °C, until a pH of at most 5.9 is reached, (b) heating the fermented cereals obtained in step (a) to a temperature in the range of 40 - 55 °C, for a period of at least 1.5 h; and (c) drying the fermented and phytase-treated cereals originating from step (b) to obtain the dry cereal composition.
A method executed by a multicast equipment to transmit information to a group of terminals in a mobile communication system, the method comprising: receiving information from an information provider; identifying a size of the received information; selecting a multicast mode from a cell broadcast service, CBS, multicast mode using a circuit-switching network and a multimedia broadcast multicast service, MBMS, multicast mode using a packet switching network based on the size of the received information; transmitting, if the MBMS multicast mode is selected, scheduling information of the information to a group of the terminals in the CBS multicast mode; and transmitting, to an MBMS server, a request for multicasting the information to the group of terminals in the MBMS multicast mode. receiving information from an information provider; identifying a size of the received information; selecting a multicast mode from a cell broadcast service, CBS, multicast mode using a circuit-switching network and a multimedia broadcast multicast service, MBMS, multicast mode using a packet switching network based on the size of the received information; transmitting, if the MBMS multicast mode is selected, scheduling information of the information to a group of the terminals in the CBS multicast mode; and transmitting, to an MBMS server, a request for multicasting the information to the group of terminals in the MBMS multicast mode.