mhurhangee/ep-ind-claims huggingface dataset:
An optical fiber cable (1A, 1B) having a slot core which includes a plurality of ribs formed along a cable longitudinal direction and in which slot grooves for housing optical fibers (11A-11L) are formed between the ribs, the optical fiber cable (1A, 1B) comprising: subunits (20; 20A-20G) each of which is formed by bundling a plurality of intermittent-connection-type optical fiber ribbons in which a connection part where adjacent optical fibers are connected to each other and a non-connection part where adjacent optical fibers (11A-11L) are not connected to each other are intermittently provided in the longitudinal direction among some or all of optical fibers (11A-11L); wherein the subunits (20; 20A-20G) are housed in the slot grooves, and among the subunits (20; 20A-20G) in the slot grooves, at least a subunit (20; 20A-20G) located at an outer peripheral part of the slot grooves is covered with a thin-skin-shaped tube (30A, 30B), wherein the thin-skin-shaped tube (30A, 30B) has a Young's modulus lower than Young's modulus of a material forming the slot core, characterized in that when a length of a root part of the rib, which is defined by a line connecting bottom parts of the slot grooves, is defined as t and a distance of a straight line connecting the root part and an apex of the rib is defined as a rib height h, h / t is equal to or greater than 4 and equal to or less than 8. subunits (20; 20A-20G) each of which is formed by bundling a plurality of intermittent-connection-type optical fiber ribbons in which a connection part where adjacent optical fibers are connected to each other and a non-connection part where adjacent optical fibers (11A-11L) are not connected to each other are intermittently provided in the longitudinal direction among some or all of optical fibers (11A-11L); wherein the subunits (20; 20A-20G) are housed in the slot grooves, and among the subunits (20; 20A-20G) in the slot grooves, at least a subunit (20; 20A-20G) located at an outer peripheral part of the slot grooves is covered with a thin-skin-shaped tube (30A, 30B), wherein the thin-skin-shaped tube (30A, 30B) has a Young's modulus lower than Young's modulus of a material forming the slot core, characterized in that when a length of a root part of the rib, which is defined by a line connecting bottom parts of the slot grooves, is defined as t and a distance of a straight line connecting the root part and an apex of the rib is defined as a rib height h, h / t is equal to or greater than 4 and equal to or less than 8.
N -(2,6-diethylphenyl)-8-(14-[4-(dimethylamino)piperidin-1-yl]-2-methoxyphenyl} amino)-1-methyl-4,5-dihydro-1 H -pyrazolo[4,3-h]quinazoline-3-carboxamide phosphate of formula:
A prosthesis for placement at an ostium opening from a main body lumen to a branch body lumen, the prosthesis comprising: a radially expansible support configured to be deployed in at least a portion of the branch body lumen; a plurality of longitudinal members extending from either a proximal or distal end of the support, the longitudinal members configured to be positioned in the main body lumen; and a circumferential member, wherein at least one of the longitudinal members further comprises a first end and a second end, the first end coupled with a portion of the prosthesis distal of the second end, and the second end coupled with the circumferential member, wherein at least one other longitudinal member is not coupled with the circumferential member. a radially expansible support configured to be deployed in at least a portion of the branch body lumen; a plurality of longitudinal members extending from either a proximal or distal end of the support, the longitudinal members configured to be positioned in the main body lumen; and a circumferential member, wherein at least one of the longitudinal members further comprises a first end and a second end, the first end coupled with a portion of the prosthesis distal of the second end, and the second end coupled with the circumferential member, wherein at least one other longitudinal member is not coupled with the circumferential member.
Production line for producing fiber webs comprising at least one head box, which can be a two or three layer head box (7, 8, 9), forming section comprising forming means (101, 102, 103) for each layer or layer combination of the fiber web, a press section with at least one press nip (111; 112), at least one drying section (12; 142, 143; 152; 162, 163; 172; 173), a size press, at least one calender (15; 18), a reel-up, at least one cooler for cooling the fiber web providing gas blows towards the fiber web at a location at least after the press section, wherein the at least one cooler is provided between at least one calender (15; 18) and the last drying cylinder of the drying section located before the calender, wherein length of the fiber web run between the calender and the last drying cylinder before it is 7 - 20 m, advantageously 10 - 15 m measured from last contact point of the fiber web on the last drying cylinder to first contact point of the fiber web on first calender roll forming a calendering nip of the calender, characterized in, that the production line further comprises a Yankee cylinder and an after drying section (141, 142; 152) located after the Yankee cylinder and/or the size press and/or the calender/-s.
An intelligent transportation system, ITS, for a vehicle, wherein the ITS supports multiple data rates and is characterised by: a packet count estimator arranged to receive broadcast ITS transmissions from a plurality of neighbouring vehicles and provide an indication of a channel load in the ITS that supports multiple data rates based on a number of packets received from the plurality of neighbouring vehicles, where the indication includes at least an information length and a data rate of the received packets; a fair resource allocator circuit operably coupled to the packet count estimator and configured to adjust at least one ITS broadcast transmission parameter of the ITS based on the indication of the channel load based on the number, information length and data rate of received packets, wherein the at least one ITS broadcast transmission parameter is from a group of: transmission data-rate, transmission message-rate, transmit power, wherein the fair resource allocator circuit is configured to increase and decrease, in dependence on the indication of the channel load, the at least one ITS broadcast transmission parameter by a fixed amount or by an amount dependent on said indication of the channel load; and a transmitter operably coupled to the fair resource allocator circuit and configured to broadcast at least one ITS message using the adjusted at least one ITS broadcast transmission parameter. a packet count estimator arranged to receive broadcast ITS transmissions from a plurality of neighbouring vehicles and provide an indication of a channel load in the ITS that supports multiple data rates based on a number of packets received from the plurality of neighbouring vehicles, where the indication includes at least an information length and a data rate of the received packets; a fair resource allocator circuit operably coupled to the packet count estimator and configured to adjust at least one ITS broadcast transmission parameter of the ITS based on the indication of the channel load based on the number, information length and data rate of received packets, wherein the at least one ITS broadcast transmission parameter is from a group of: transmission data-rate, transmission message-rate, transmit power, wherein the fair resource allocator circuit is configured to increase and decrease, in dependence on the indication of the channel load, the at least one ITS broadcast transmission parameter by a fixed amount or by an amount dependent on said indication of the channel load; and a transmitter operably coupled to the fair resource allocator circuit and configured to broadcast at least one ITS message using the adjusted at least one ITS broadcast transmission parameter.
A thread-coating module comprising: an elongate coating chamber having enclosed sidewalls, a thread entrance at one end and a thread exit at an opposite end thereof; and one or more inkjet printheads (1A, 1B) positioned at the sidewalls for ejecting ink droplets into the coating chamber, the sidewalls having one or more openings aligned with respective inkjet printheads, wherein an exhaust opening is positioned opposite each printhead, the exhaust opening receiving ink droplets ejected into the coating chamber. an elongate coating chamber having enclosed sidewalls, a thread entrance at one end and a thread exit at an opposite end thereof; and one or more inkjet printheads (1A, 1B) positioned at the sidewalls for ejecting ink droplets into the coating chamber, the sidewalls having one or more openings aligned with respective inkjet printheads, wherein an exhaust opening is positioned opposite each printhead, the exhaust opening receiving ink droplets ejected into the coating chamber.
Device for dispensing pre-cut rolled wiping material comprising a housing receiving a roll of wiping material, said housing comprising a back wall, two lateral walls and a lower wall, said back wall and said lower wall forming external walls of the housing, said housing receiving a flap hinged with respect to the housing, ensuring the guiding and the unwinding of the roll of material, and a cover hinged with respect to the housing, defining after closing a space between said flap and said cover to enable the strip of material to come out, said flap and said cover defining a space between them to ensure the guiding and the letting out of the strip of material and the separation of a format of material, said lower wall having a profile comprising a horizontal central portion (1c1) and a front oblique portion (1c2) being, by its lower portion, jointed to the horizontal central portion (1c1), and recessed with respect to the front end of the housing to define a volumetric space with the flap, allowing the user to engage and to position his fingers to grab the unwound strip of material coming from the roll for the distribution of a cut format of material, said device being characterized in that the two lateral walls form external walls of the housing and in that the lower wall is a support wall for the roll of material, the profile comprising a raised back oblique portion (1c3) with respect to the support horizontal central portion (1c1), the raised front oblique portion (1c2) and back oblique portion (1c3) being located on both sides of the horizontal central portion (1c1), said profile enabling to receive, to center, and to hold in a stabilized way the roll of material.
A signal cable, comprising: a plurality of signal lines; a cable film which sheaths the plurality of signal lines; a cable locking portion (130, 150, 170) formed in the cable film, to releasably engage with a cable holder (220, 260, 280) of a cable connector along a connecting direction; and a grip unit; characterised in that the grip unit is configured to apply a pulling force to the signal cable in a different direction to the connecting direction; the grip unit comprising: a fixed end which is fixed to a planar side of the cable film at an insertion end of the signal cable; and a free end which is not fixed to the planar side of the cable film to enable gripping by a user; wherein the free end of the grip unit of the signal cable is gripped and pulled in a disconnecting direction intersecting the connecting direction by the user, the fixed end being bowed upwardly so that the cable locking portion (130, 150, 170) is released from the cable holder (220, 260, 280). a plurality of signal lines; a cable film which sheaths the plurality of signal lines; a cable locking portion (130, 150, 170) formed in the cable film, to releasably engage with a cable holder (220, 260, 280) of a cable connector along a connecting direction; and a grip unit; a fixed end which is fixed to a planar side of the cable film at an insertion end of the signal cable; and a free end which is not fixed to the planar side of the cable film to enable gripping by a user; wherein the free end of the grip unit of the signal cable is gripped and pulled in a disconnecting direction intersecting the connecting direction by the user, the fixed end being bowed upwardly so that the cable locking portion (130, 150, 170) is released from the cable holder (220, 260, 280).
Apparatus for production of elongated metal products such as bars, rods or the like, said apparatus comprising: - a rolling mill comprising at least one rolling stand, - a casting station comprising at least a first casting line and at least a second casting line, each line (2a, 2b) being operable to produce respective continuous strands and elongated intermediate products (b2a, b2b), such as billets, wherein: ▪ the first casting line is directly aligned with the rolling mill, said first casting line being configured to feed the rolling mill with continuous casting strands or cast elongated intermediate products (b2a), and ▪ the second casting line is not aligned with the rolling mill; characterized in that said apparatus further comprises bidirectional transfer means for transferring elongated intermediate products (b2b) of the second casting line: in a first direction from said second casting line to said first casting line to align said elongated intermediate product (b2b) with the rolling mill; or in a second direction from said at least second casting line to a cooling bed. - a rolling mill comprising at least one rolling stand, - a casting station comprising at least a first casting line and at least a second casting line, each line (2a, 2b) being operable to produce respective continuous strands and elongated intermediate products (b2a, b2b), such as billets, wherein: ▪ the first casting line is directly aligned with the rolling mill, said first casting line being configured to feed the rolling mill with continuous casting strands or cast elongated intermediate products (b2a), and ▪ the second casting line is not aligned with the rolling mill; ▪ the first casting line is directly aligned with the rolling mill, said first casting line being configured to feed the rolling mill with continuous casting strands or cast elongated intermediate products (b2a), and ▪ the second casting line is not aligned with the rolling mill; in a first direction from said second casting line to said first casting line to align said elongated intermediate product (b2b) with the rolling mill; or in a second direction from said at least second casting line to a cooling bed.
A method in a gateway router, comprising: receiving traffic with a destination of a virtual internet protocol, VIP, address corresponding to a scalable VIP appliance; selecting a point-to-point VIP tunnel associated with the VIP address, wherein the point-to-point VIP tunnel encapsulates a point-to-point link between the gateway router and the scalable VIP appliance; separating one or more packets within the traffic; classifying each of the one or more separated packets based on one or more indicators of the one or more separated packets; and forwarding each of the one or more separated packets to one of one or more Internet Protocol, IP, tunnels based on the classification of each of the one or more separated packets, wherein the one or more IP tunnels are connected to the scalable VIP appliance, and wherein the one or more IP tunnels are comprised in a forwarding tunnel group associated with the point-to-point VIP tunnel and established by the gateway router between the gateway router and the scalable VIP appliance 114, wherein each of the one or more IP tunnels in the forwarding tunnel group is connected to a scaling unit of the scalable VIP appliance, wherein each scaling unit processes the packets that arrive at that scaling unit; and characterized by sending a message to the scalable VIP appliance indicating that one of the one or more IP tunnels has failed; and receiving another message from the scalable VIP appliance indicating that a packet classification should be associated with a different one of the one or more IP tunnels. receiving traffic with a destination of a virtual internet protocol, VIP, address corresponding to a scalable VIP appliance; selecting a point-to-point VIP tunnel associated with the VIP address, wherein the point-to-point VIP tunnel encapsulates a point-to-point link between the gateway router and the scalable VIP appliance; separating one or more packets within the traffic; classifying each of the one or more separated packets based on one or more indicators of the one or more separated packets; and forwarding each of the one or more separated packets to one of one or more Internet Protocol, IP, tunnels based on the classification of each of the one or more separated packets, wherein the one or more IP tunnels are connected to the scalable VIP appliance, and wherein the one or more IP tunnels are comprised in a forwarding tunnel group associated with the point-to-point VIP tunnel and established by the gateway router between the gateway router and the scalable VIP appliance 114, wherein each of the one or more IP tunnels in the forwarding tunnel group is connected to a scaling unit of the scalable VIP appliance, wherein each scaling unit processes the packets that arrive at that scaling unit; and characterized by sending a message to the scalable VIP appliance indicating that one of the one or more IP tunnels has failed; and receiving another message from the scalable VIP appliance indicating that a packet classification should be associated with a different one of the one or more IP tunnels.
An electrically charged filter, comprising: a liquid-charged nonwoven fabric layer (11, 13) that is charged by application of a force via a polar liquid; and a tribo-electrically charged nonwoven fabric layer that is charged by friction between fiber components of a plurality of types; characterized in that the tribo-electrically charged nonwoven fabric layer comprises fibers made from a polyolefin resin and fibers made from an acrylic resin; wherein the acrylic resin has a circular fiber cross-section; and wherein an average diameter of fibers constituting the liquid-charged nonwoven fabric layer (11, 13) is no less than 1 μm and no more than 10 μm. a liquid-charged nonwoven fabric layer (11, 13) that is charged by application of a force via a polar liquid; and a tribo-electrically charged nonwoven fabric layer that is charged by friction between fiber components of a plurality of types; characterized in that the tribo-electrically charged nonwoven fabric layer comprises fibers made from a polyolefin resin and fibers made from an acrylic resin; wherein the acrylic resin has a circular fiber cross-section; and wherein an average diameter of fibers constituting the liquid-charged nonwoven fabric layer (11, 13) is no less than 1 μm and no more than 10 μm.
A method for operating a hybrid drivetrain for a motor vehicle, in which power is provided by an internal combustion engine in a first operating mode (60; 76) and power is provided by an electric machine in a second operating mode (56; 74), wherein a change from one operating mode into the other operating mode is carried out according to the state of the drivetrain and/or the motor vehicle, wherein the change of the operating mode is controlled according to at least one switching variable (s Lj), which is a function of a requested power target value (P FW), characterized in that a characteristic curve of the at least one switching variable (S Li) is memory-equipped and recursively calculated in consideration of previous values of the switching variable.
A control knob for a household appliance, in particular a cooking appliance, wherein: - the control knob includes a curved cylindrical surface area and a face side, wherein the face side of the control knob is in a plane which is parallel to a front panel of a control device, - a plurality of front sensor elements is arranged on the curved cylindrical surface area of the control knob, and - the front sensor elements are tactile sensor elements or proximity sensor elements, - the control knob is movable along its symmetry axis relative to the control device, and - at least one display element is arranged on a side of said control knob, characterized in that the side on which the at least one display element is arranged is the face side of said control knob, wherein a component of the appliance and/or the appliance itself is switched off by moving the control knob into the control device, the component and/or the appliance itself is switched on by moving the control knob out of the control device, and a rear sensor element is arranged in a rear portion of the curved cylindrical surface area, which is provided for switching on and off a cooking zone or an oven cavity of the cooking appliance, wherein said rear sensor element is a touch sensor or proximity sensor and is formed as an elongated sensor element and has the form of a strip enclosing at least partially the curved cylindrical surface area in the circumference direction. - the control knob includes a curved cylindrical surface area and a face side, wherein the face side of the control knob is in a plane which is parallel to a front panel of a control device, - a plurality of front sensor elements is arranged on the curved cylindrical surface area of the control knob, and - the front sensor elements are tactile sensor elements or proximity sensor elements, - the control knob is movable along its symmetry axis relative to the control device, and - at least one display element is arranged on a side of said control knob,
A communication establishment method, performed by a first terminal, comprising: receiving, by a the first terminal, a first broadcast message of a first wireless communications mode sent by a second terminal, wherein the first broadcast message carries a second wireless communications mode supported by the second terminal and a status and supported upper-layer protocol information of the second wireless communications mode; and determining, by the first terminal based on the second wireless communications mode supported by the second terminal and the status and the supported upper-layer protocol information of the second wireless communications mode, whether to connect to the second terminal; wherein the status of the second wireless communications mode comprises currently available or currently unavailable; wherein the wireless communications modes are selected from Bluetooth, Bluetooth Low Energy, Wi-Fi, Wi-Fi Direct, BR and NFC. receiving, by a the first terminal, a first broadcast message of a first wireless communications mode sent by a second terminal, wherein the first broadcast message carries a second wireless communications mode supported by the second terminal and a status and supported upper-layer protocol information of the second wireless communications mode; and determining, by the first terminal based on the second wireless communications mode supported by the second terminal and the status and the supported upper-layer protocol information of the second wireless communications mode, whether to connect to the second terminal; wherein the status of the second wireless communications mode comprises currently available or currently unavailable; wherein the wireless communications modes are selected from Bluetooth, Bluetooth Low Energy, Wi-Fi, Wi-Fi Direct, BR and NFC.