mhurhangee/patent-ind-claim-en huggingface dataset:
A pre-cure castable explosive composition comprising an explosive material, a polymerisable binder, and a microencapsulated cross linking reagent, said microencapsulated cross linking reagent, comprising a cross linking reagent encapsulated in a microcapsule, wherein the microcapsule, comprises a shell wall polymer, selected from polyurethane, cellulosic materials such as cellulose acetate, polyesters, polybutadienes, polyethylenes, polyisobutylenes, PVA, chlorinated rubber, epoxy resins, two-pack polyurethane systems, alkyd/melanine, vinyl resins, alkyds, , butadiene-styrene block copolymers, polyNIMMO, polyGLYN, GAP, and blends, copolymers and/or combinations thereof, wherein the microcapsule's shell wall polymer comprises at least one labile linkage.
Device for applying a liquid or powdered medium to a surface comprising a) an application element for applying a liquid or powdered medium, which element is mounted between two carrier elements and is variable flexibly in its width; and b) two limiting elements which are positioned laterally on the application element and are configured so that they adapt to the flexible width of the application element and laterally delimit the medium application, wherein the two limiting elements each comprise a guide element that detects the contour of the surface and is configured so that it adapts the width of the medium application flexibly to the contour of the surface during the medium application, characterised in that the limiting elements are either tapered, so that the pointed end engages in contours or structures of the surface and hereby gives the material application corresponding guidance, or that the guide element is configured as a ball or roll. a) an application element for applying a liquid or powdered medium, which element is mounted between two carrier elements and is variable flexibly in its width; and b) two limiting elements which are positioned laterally on the application element and are configured so that they adapt to the flexible width of the application element and laterally delimit the medium application,
A flexible thermoelectric module , comprising: a flexible substrate comprising a plurality of vias filled with an electrically conductive material, the flexible substrate having a first substrate surface and a second substrate surface opposing to the first substrate surface; a plurality of p-type thermoelectric elements and a plurality of n-type thermoelectric elements disposed on the first surface of the flexible substrate, at least part of the plurality of p-type and n-type thermoelectric elements electrically connected to the plurality of vias, wherein a p-type thermoelectric element is adjacent to a n-type thermoelectric element; a first set of connectors disposed on the second surface of the flexible substrate, wherein each of the first set of connectors electrically connects a pair of adjacent vias; and a second set of connectors printed directly on the plurality of p-type and n-type thermoelectric elements, wherein each of the second set of connectors electrically connects to a pair of adjacent p-type and n-type thermoelectric elements. a flexible substrate comprising a plurality of vias filled with an electrically conductive material, the flexible substrate having a first substrate surface and a second substrate surface opposing to the first substrate surface; a plurality of p-type thermoelectric elements and a plurality of n-type thermoelectric elements disposed on the first surface of the flexible substrate, at least part of the plurality of p-type and n-type thermoelectric elements electrically connected to the plurality of vias, wherein a p-type thermoelectric element is adjacent to a n-type thermoelectric element; a first set of connectors disposed on the second surface of the flexible substrate, wherein each of the first set of connectors electrically connects a pair of adjacent vias; and a second set of connectors printed directly on the plurality of p-type and n-type thermoelectric elements, wherein each of the second set of connectors electrically connects to a pair of adjacent p-type and n-type thermoelectric elements.
A method for transmitting, by a user equipment, UE, a connection request message in a wireless communication system, the method comprising: receiving a configuration of a specific value of a configurable establishment cause for a voice service from an eNodeB, eNB; initiating the voice service; transmitting a radio resource control, RRC, connection request message including the configurable establishment cause which is set to the specific value for the voice service to the eNB; receiving an RRC connection setup message from the eNB; receiving an indication related to an access barring check for the voice service; and if the indication informs skipping the access barring check at a cell configured by the eNB, performing the voice service without the access barring check for the voice service. receiving a configuration of a specific value of a configurable establishment cause for a voice service from an eNodeB, eNB; initiating the voice service; transmitting a radio resource control, RRC, connection request message including the configurable establishment cause which is set to the specific value for the voice service to the eNB; receiving an RRC connection setup message from the eNB; receiving an indication related to an access barring check for the voice service; and if the indication informs skipping the access barring check at a cell configured by the eNB, performing the voice service without the access barring check for the voice service.
A method for the avoidance of one or more obstacles by an aircraft , such as a rotary-wing aircraft, comprising a warning system capable of generating alerts (CAUTION, WARNING) as a function in particular of the proximity of the obstacle(s), and an electronic avoidance system , the method being implemented by the electronic avoidance system, the method comprising the following step: a) generating an alert (CAUTION, WARNING) by the warning system on detection of an obstacle, characterized in that it further comprises : b) if no manual avoidance manoeuver is detected for a time longer than a first determined time (T) effective from issue of the alert (CAUTION, WARNING) by the warning system and if the alert is maintained during this first period of time (T), automatically activating an automatic avoidance guide mode to determine an obstacle-avoidance guidance law, said determination of the guidance law comprising the determination of at least one speed and/or heading set-point (IAS_cons, VZ_cons, CAP_cons) and the computing of the avoidance guidance law as a function of the determined set-point(s) (IAS_cons, VZ cons, CAP cons); and c) if an autopilot device of the aircraft is coupled to the automatic avoidance guide mode, that is to say if the automatic avoidance guide mode is activated and transmits its commands to the autopilot device , transmitting to the autopilot device the avoidance guidance law determined at step b) for automatic performing of a manoeuver to avoid the obstacle by action on one and/or the other of two primary control members of the aircraft causing the aircraft to reach the set-point(s) (IAS_cons, VZ_cons, CAP_cons), the warning system being capable of generating alerts of at least a first (CAUTION) and second (WARNING) type, step b) only being implemented in the event that the alert generated by the warning system is an alert of second type (WARNING). a) generating an alert (CAUTION, WARNING) by the warning system on detection of an obstacle, b) if no manual avoidance manoeuver is detected for a time longer than a first determined time (T) effective from issue of the alert (CAUTION, WARNING) by the warning system and if the alert is maintained during this first period of time (T), automatically activating an automatic avoidance guide mode to determine an obstacle-avoidance guidance law, said determination of the guidance law comprising the determination of at least one speed and/or heading set-point (IAS_cons, VZ_cons, CAP_cons) and the computing of the avoidance guidance law as a function of the determined set-point(s) (IAS_cons, VZ cons, CAP cons); and c) if an autopilot device of the aircraft is coupled to the automatic avoidance guide mode, that is to say if the automatic avoidance guide mode is activated and transmits its commands to the autopilot device , transmitting to the autopilot device the avoidance guidance law determined at step b) for automatic performing of a manoeuver to avoid the obstacle by action on one and/or the other of two primary control members of the aircraft causing the aircraft to reach the set-point(s) (IAS_cons, VZ_cons, CAP_cons),
Sieve drum for an installation to remove sievings from a liquid, especially sewage , in which case the sieve drum has an opening at least in a front side area , so it can be filled with a liquid that carries the sievings, the sieve drum comprising a folded sieve wall with many sieve openings and the sieve drum comprising a support structure, characterized in that the support structure fixes the sieve wall only in a clamping way.
A structure , comprising: at least one dual barrier liquid storage tank , wherein the dual barrier liquid storage tank comprises: an outer container forming a first barrier against liquids, wherein the outer container is rigid; at least two inner containers disposed within the outer container and forming a second barrier against liquids separate from the first barrier, the at least two inner containers comprising: a first inner container ; and a second inner container ; wherein the at least two inner containers are bladders made of flexible material; wherein the at least two inner containers are pressure balanced; and wherein the volume of the outer container remains fixed, and the volumes of the at least two inner containers are variable; and at least one buoyancy tank (110; 200; 300; 400) comprising an open bottom buoyancy tank. at least one dual barrier liquid storage tank , wherein the dual barrier liquid storage tank comprises: an outer container forming a first barrier against liquids, wherein the outer container is rigid; at least two inner containers disposed within the outer container and forming a second barrier against liquids separate from the first barrier, the at least two inner containers comprising: a first inner container ; and a second inner container ; wherein the at least two inner containers are bladders made of flexible material; wherein the at least two inner containers are pressure balanced; and wherein the volume of the outer container remains fixed, and the volumes of the at least two inner containers are variable; and an outer container forming a first barrier against liquids, wherein the outer container is rigid; at least two inner containers disposed within the outer container and forming a second barrier against liquids separate from the first barrier, the at least two inner containers comprising: a first inner container ; and a second inner container ; wherein the at least two inner containers are bladders made of flexible material; wherein the at least two inner containers are pressure balanced; and a first inner container ; and a second inner container ; wherein the at least two inner containers are bladders made of flexible material; wherein the at least two inner containers are pressure balanced; and wherein the volume of the outer container remains fixed, and the volumes of the at least two inner containers are variable; and at least one buoyancy tank (110; 200; 300; 400) comprising an open bottom buoyancy tank.
A multi-layer polishing pad for chemical-mechanical polishing comprising a top layer, a middle layer and a bottom layer, wherein the top layer and the bottom layer are bonded together by the middle layer, wherein the layers are bonded without the use of an adhesive, and wherein the middle layer comprises a thermoplastic polyurethane, characterised in that the thermoplastic polyurethane of the middle layer has a lower Vicat softening temperature than the top layer and/or the bottom layer and the middle layer has a Vicat softening temperature between about 126.67 °C (260 °F) and about 148.89 °C (300 °F).
A disc brake , particularly a sliding calliper disc brake, having at least one brake carrier fixed in a stationary position that has two pairs of carrier horns (7 R , 8 R ; 7 Z , 8 Z ) that hold a reaction-side brake pad and an application-side brake pad , a brake calliper comprising a brake calliper back and an application portion , the brake calliper back being provided with a tension strut at each of its ends, and an application device, the distance between the carrier horns (7 R , 8 R ) that receive the reaction-side brake pad being greater than the distance between the carrier horns (7 Z , 8 Z ) that receive the application-side brake pad , characterised in that the carrier horns (7 R , 8 R ) on a reaction side (R) of the brake carrier are shorter in design than those on the application side (Z) of the brake carrier and the reaction-side brake pad and the application-side brake pad and the two pairs of carrier horns (7 R , 8 R ; 7 Z , 8 Z ) being located side by side on support surfaces and that the width of the reaction-side brake pad is greater than the width of the application-side brake pad .
An aqueous composition for use as an ammonium-free fertilizer comprising an alkanolamine salt of phosphoric acid and at least an alkanolamine metal complex, wherein the at least an alkanolamine metal complex is not a metal alkanolamine phosphate complex selected from the group of zinc ethanolamine phosphate complex, manganese ethanolamine phosphate complex, iron ethanolamine phosphate complex, chromium ethanolamine phosphate complex and calcium ethanolamine phosphate complex.
A method for manufacturing a plug comprising a hub that extends along a central axis (XX') and that is radially delimited about said central axis (XX'), by a side wall wherein is hollowed an annular groove surrounding the central axis (XX') and which is intended to receive a sealing member , said groove being comprised between, on the one hand, a bottom wall which forms, radially to the central axis (XX'), the bottom of said groove and, on the other hand, a first annular edge wall , and a second annular edge wall , that axially delimit said groove along the central axis (XX'), said method being characterized in that it includes a step (a) of manufacturing a first hub segment, during which a first hub segment (10.1) is made, which extends along a first portion of the central axis and on which the first edge wall is formed, a step (b) of manufacturing a second hub segment, during which a second hub segment (10.2) is made separately, distinct from the first hub segment (10.1), which extends along a second portion of the central axis and on which the second edge wall is formed, and then a step (c) of constituting the hub , during which the first hub segment (10.1) is assembled with the second hub segment (10.2) in order to create the annular groove between the first edge wall and the second edge wall , and so that the first hub segment (10.1) and the second hub segment (10.2) meet according to a parting line (P0) that is secant to the central axis (XX') and secant to the bottom wall of the groove .
A method of wireless communication, the method comprising: transmitting , by a user equipment, LTE, to a base station, an indication of LTE capabilities regarding at least one of: whether the UE can support wideband physical resource groups, PRGs, in transmission time intervals, TTIs, having durations of one millisecond, 1 ms, or more; whether the UE can support wideband PRGs in short TTIs having durations of less than 1 ms; or whether the UE can support simultaneous wideband PRGs in TTIs having durations of 1 ms or more and wideband PRGs in short TTIs having durations of less than 1 ms; and receiving a configuration, by the UE from the base station, to perform wireless communications in wideband mode for a given TTI. transmitting , by a user equipment, LTE, to a base station, an indication of LTE capabilities regarding at least one of: whether the UE can support wideband physical resource groups, PRGs, in transmission time intervals, TTIs, having durations of one millisecond, 1 ms, or more; whether the UE can support wideband PRGs in short TTIs having durations of less than 1 ms; or whether the UE can support simultaneous wideband PRGs in TTIs having durations of 1 ms or more and wideband PRGs in short TTIs having durations of less than 1 ms; and whether the UE can support wideband physical resource groups, PRGs, in transmission time intervals, TTIs, having durations of one millisecond, 1 ms, or more; whether the UE can support wideband PRGs in short TTIs having durations of less than 1 ms; or whether the UE can support simultaneous wideband PRGs in TTIs having durations of 1 ms or more and wideband PRGs in short TTIs having durations of less than 1 ms; and receiving a configuration, by the UE from the base station, to perform wireless communications in wideband mode for a given TTI.
A base station (eNB) configured to control a wireless mobile communications network cell of a wireless mobile communications network ; wherein the base station (eNB) is configured to use a coarse position information related to a coarse position of an user equipment (UE) to determine a direction towards the user equipment (UE); the base station (eNB) being configured to transmit a positioning signal to the user equipment (UE) and to direct the transmission of the positioning signal towards the user equipment (UE); wherein the positioning signal is adapted to allow for a determining of a fine position information relating to the user equipment (UE); wherein the base station (eNB) is configured to receive a response signal from the user equipment (UE), the response signal comprising data related to the positioning signal and indicating a parameter of reception of the positioning signal , and determine the fine position information using the parameter of reception, characterised in that the base station is configured to repeat determining of the position of the user equipment (UE) in subsequent steps, wherein the base station (eNB) is configured to use the fine position information of the user equipment (UE) determined in a first step as coarse position information in a second step following the first step. wherein the base station (eNB) is configured to use a coarse position information related to a coarse position of an user equipment (UE) to determine a direction towards the user equipment (UE); the base station (eNB) being configured to transmit a positioning signal to the user equipment (UE) and to direct the transmission of the positioning signal towards the user equipment (UE); wherein the positioning signal is adapted to allow for a determining of a fine position information relating to the user equipment (UE); wherein the base station (eNB) is configured to receive a response signal from the user equipment (UE), the response signal comprising data related to the positioning signal and indicating a parameter of reception of the positioning signal , and determine the fine position information using the parameter of reception, characterised in that the base station is configured to repeat determining of the position of the user equipment (UE) in subsequent steps, wherein the base station (eNB) is configured to use the fine position information of the user equipment (UE) determined in a first step as coarse position information in a second step following the first step.
An actuator (100; 300) for a valve assembly, the actuator comprising: a yoke (146; 334; 402; 452; 472; 502; 522; 542; 562; 584) with at least one bore (196; 352), the yoke being configured to rotate about a yoke axis to actuate the valve assembly, and the at least one bore (196; 352) extending transverse to the yoke axis ; a first rod assembly (136; 310) configured to move in a first direction transverse to the at least one bore (196; 352) and the yoke axis ; and a first slide member (148; 348; 420; 454; 474; 504, 506; 524; 544; 572; 586) seated within the at least one bore (196; 352) and pivotally secured to the first rod assembly (136; 310), the first slide member (148; 348) being configured to slide telescopically within the at least one bore (196; 352) as the first rod assembly (136; 310) moves in the first direction, to transmit torque to the yoke (146; 334; 402; 452; 472; 502; 522; 542; 562; 584) for actuation of the valve assembly, wherein the first slide member (148; 348) includes a first free end that is pivotally secured to the first rod assembly (136; 310) and a second free end that is telescopically nested within the at least one bore (196; 352), characterized in that the first free end of the first slide member (148; 348) is pivotally secured to the first rod assembly (136; 310) via a pivoting connection to a connecting arm (156; 366; 456; 478; 512; 530; 552; 574; 594) that is in threaded engagement with the first rod assembly (136; 310). a yoke (146; 334; 402; 452; 472; 502; 522; 542; 562; 584) with at least one bore (196; 352), the yoke being configured to rotate about a yoke axis to actuate the valve assembly, and the at least one bore (196; 352) extending transverse to the yoke axis ; a first rod assembly (136; 310) configured to move in a first direction transverse to the at least one bore (196; 352) and the yoke axis ; and a first slide member (148; 348; 420; 454; 474; 504, 506; 524; 544; 572; 586) seated within the at least one bore (196; 352) and pivotally secured to the first rod assembly (136; 310), the first slide member (148; 348) being configured to slide telescopically within the at least one bore (196; 352) as the first rod assembly (136; 310) moves in the first direction, to transmit torque to the yoke (146; 334; 402; 452; 472; 502; 522; 542; 562; 584) for actuation of the valve assembly, wherein the first slide member (148; 348) includes a first free end that is pivotally secured to the first rod assembly (136; 310) and a second free end that is telescopically nested within the at least one bore (196; 352),
Connector for enabling fluid transfer between a first fluid container and a second fluid container, which connector comprises a first component that is arranged to be connected to a first fluid container and a second component that is arranged to be connected to a second fluid container, whereby said first component is arranged to be non-rotatably connected to said second component , or a part of the second component , and to a first fluid container before a second fluid container is connected to said second component and/or before a first fluid container is connected to the first component , characterized in that said connector comprises a locking and rotation-enabling element that is arranged to be activated once a second fluid container has been connected to said second component , and/or once a first fluid container has been connected to the first component , which locking and rotation-enabling element enables the first component and the second component to rotate freely with respect to one another, whereby one of said first component or second component comprises at least one protrusion that is arranged to become located in at least one corresponding cavity in the other of said first or second component or in said locking and rotation-enabling element , in order to connect said first component to said second component in a non-rotatable manner, and whereby said locking and rotation- enabling element is arranged to force said at least one protrusion out of said at least one corresponding cavity , whereby said first component and said second component are enabled to rotate freely with respect to one another when said at least one protrusion is forced out of said at least one corresponding cavity , whereby said at least one protrusion comprises guide means to facilitate the connection of said first component to the second component .