mhurhangee/ep-ind-claims huggingface dataset:
An ID transmitter for a motor vehicle with a housing and with communication electronics, arranged in the housing, for carrying out a contactless access authorisation to a motor vehicle, with an emergency key for the mechanical unlocking of a door of the motor vehicle, wherein the housing has a mount in which the emergency key is able to be at least partially received, wherein the emergency key is able to be arrested in a detent position in the mount in the housing and for this a first detent mechanism, cooperating with the emergency key, is provided for arresting the emergency key in the detent position in the housing, wherein an eyelet component is coupled with the emergency key, which eyelet component is movable against the emergency key, wherein the eyelet component, when the emergency key is situated in the detent position, is able to be brought into a coupling position with a second detent mechanism, wherein the second detent mechanism blocks the movement of the eyelet component against the emergency key and is likewise arranged in the housing, characterized in that a single actuating means is coupled with the first and second detent mechanism, in order to act on the detent mechanisms and to release both the emergency key and also the eyelet component, wherein the actuating means acts both on the first and also on the second detent mechanism, that on actuation firstly the second detent mechanism is released, and on further actuation the first detent mechanism is released.
A method of calibrating an air sensor of an air treatment device, the method comprising the steps of: i. purifying air by using the air treatment device; and ii. measuring a first value relating to an indication of air quality of a first air quantity by using the air sensor to get a first value so as to calibrate the air sensor, wherein the first air quantity comprises the purified air. i. purifying air by using the air treatment device; and ii. measuring a first value relating to an indication of air quality of a first air quantity by using the air sensor to get a first value so as to calibrate the air sensor, wherein the first air quantity comprises the purified air.
Belt tightener unit for a vehicle safety belt, with a belt strap inlet which is a free passage, through which a belt strap end is guided as far as a winding shaft and can be wound up thereon, the winding shaft being connected via a traction cable to a belt tightener with which, in the event of a crash, a rotational actuation of the winding shaft in the winding-up direction can be carried out via the traction cable in order to tighten the belt, wherein the belt tightener unit has a supporting frame with two bearing walls, between which the winding shaft is rotatably mounted, and a guide web is connected to the two bearing walls, and wherein the belt tightener unit has a connection point for connecting the belt tightener unit to the vehicle body shell, characterized in that the belt tightener unit has a mounting section to which the belt tightener is fastened, in that the mounting section is connected to the two bearing walls, and in that the belt tightener is positioned on the side of the belt strap inlet by means of the mounting section in such a manner that the belt strap inlet is defined between the mounting section and the guide web, and the connecting point is arranged diametrically opposite the belt tightener with respect to the winding shaft.
A method of controlling operation of a radio network, the radio network comprising a plurality of service areas (11, 12), the method comprising: receiving a first input relating to a transport system, the transport system providing for at least one vehicle, wherein the first input is indicative of a position of the vehicle in the transport system; determining, on the basis of the first input and data which is indicative of the plurality of service areas (11,12), which of the service areas (11,12) will next serve one or more radio terminals associated with the vehicle; and outputting a control signal for use in controlling operation of the radio network based on the determination of which of the service areas will next serve the one or more radio terminals associated with the vehicle; wherein the service area (11,12) comprises a plurality of cells, and the radio network comprises one or more baseband processing units which are shared by a plurality of the cells of the service area, wherein the control signal is for use in pre-configuring the one or more baseband processing units associated with the service area determined to next serve the one or more radio terminals associated with the vehicle. receiving a first input relating to a transport system, the transport system providing for at least one vehicle, wherein the first input is indicative of a position of the vehicle in the transport system; determining, on the basis of the first input and data which is indicative of the plurality of service areas (11,12), which of the service areas (11,12) will next serve one or more radio terminals associated with the vehicle; and outputting a control signal for use in controlling operation of the radio network based on the determination of which of the service areas will next serve the one or more radio terminals associated with the vehicle; wherein the service area (11,12) comprises a plurality of cells, and the radio network comprises one or more baseband processing units which are shared by a plurality of the cells of the service area, wherein the control signal is for use in pre-configuring the one or more baseband processing units associated with the service area determined to next serve the one or more radio terminals associated with the vehicle.
A method for producing 2'-deoxynucleosides or 2'-deoxynucleoside precursors from a compound of formule or its salts or a protected form thereof in a process comprising a decarboxylation step.
A mobile communications system comprising: a mobile terminal; a network node of a core network for packet switching; and a radio network controller to control a radio network, wherein a first Signalling Connection Control Part (SCCP) signalling connection for said mobile terminal and a second SCCP signalling connection for a broadcast or multicast service are set on an interface between said network node of the core network and said radio network controller, said radio network controller initiates the first SCCP signalling connection for said mobile terminal, said network node of the core network initiates said second SCCP signalling connection for the broadcast or multicast service, and said second SCCP signalling connection is set separately from said first SCCP signalling connection. a mobile terminal; a network node of a core network for packet switching; and a radio network controller to control a radio network, wherein a first Signalling Connection Control Part (SCCP) signalling connection for said mobile terminal and a second SCCP signalling connection for a broadcast or multicast service are set on an interface between said network node of the core network and said radio network controller, said radio network controller initiates the first SCCP signalling connection for said mobile terminal, said network node of the core network initiates said second SCCP signalling connection for the broadcast or multicast service, and said second SCCP signalling connection is set separately from said first SCCP signalling connection.
Tensioning member, which is designed and intended to be arranged between two sections of a structure, comprising: • a plurality of tensioning elements arranged in the longitudinal direction of the tensioning member, which are designed as strands or parallel wires made of a metallic material, and • a casing for the plurality of tensioning elements, wherein the casing is designed as a gas-tight hose with a jacket surface that is closed in the circumferential direction of the tensioning member, and the damage-free minimum bending diameter of the hose is at most 15 times the external diameter of the hose formed into a circular cylinder, and wherein the hose is connected at at least one of its ends in a tension-proof and gas-tight manner to a connecting element, wherein the connecting element surrounds the plurality of tensioning elements in a gas-tight manner and is configured to secure the hose to an anchor of the tensioning member, characterised in that the connecting element has the shape of a flange or half-shell flange. • a plurality of tensioning elements arranged in the longitudinal direction of the tensioning member, which are designed as strands or parallel wires made of a metallic material, and • a casing for the plurality of tensioning elements, wherein the casing is designed as a gas-tight hose with a jacket surface that is closed in the circumferential direction of the tensioning member, and the damage-free minimum bending diameter of the hose is at most 15 times the external diameter of the hose formed into a circular cylinder, and wherein the hose is connected at at least one of its ends in a tension-proof and gas-tight manner to a connecting element, wherein the connecting element surrounds the plurality of tensioning elements in a gas-tight manner and is configured to secure the hose to an anchor of the tensioning member, characterised in that the connecting element has the shape of a flange or half-shell flange.
A caramel comprising a solid plant fat having a solids content of from 70% to 80% at 10° C, from 50% to 60% at 20° C, from 30% to 40% at 25° C, from 15% to 25% at 30° C, from 8% to 15% at 35°C, and less than 8% at 40° C, and being present in an amount of from 8 to 20 wt % and an amount of water less than 10 wt.% and having an extrusion force of from 3500-8000 gm at 35°C through a 10mm outlet.
A watch case comprising a central case part, a bezel with crystal and a case bottom, at least one decorative element being arranged in the watch case, visible from the outside from the case bottom side and/or from the crystal side, characterized in that the decorative element is at least one piston-cylinder unit (3, 4), wherein the cylinder consists of a transparent material or the cylinder has a transparent or open jacket section so that the piston is visible, and the piston is movably arranged in the cylinder.
Liquid pump comprising: - a cylinder; - a piston sliding against the inner face of said cylinder so as to draw a liquid into said cylinder and then to expel it from said cylinder, characterized by at least one heating cartridge of cylindrical shape, with a diameter less than that of said cylinder, lodged at least partly in the walls of said cylinder or against the outer walls of said cylinder in order to heat the liquid in said cylinder. - a cylinder; - a piston sliding against the inner face of said cylinder so as to draw a liquid into said cylinder and then to expel it from said cylinder,
Capsule for preparing an infused beverage, the capsule comprising: - a flexible casing surrounding a volume containing a substance to be infused and having a flexible wall permeable to the infused liquid; and, - a passage for feeding liquid into the volume; characterised in that the capsule comprises a structure wherein a portion extends inside the casing and acts upon the wall thereof so that said wall occupies a three-dimensional shape. - a flexible casing surrounding a volume containing a substance to be infused and having a flexible wall permeable to the infused liquid; and, - a passage for feeding liquid into the volume;
A fluid supply connection for sanitary fitting with check valve comprising a device for cutting off the water and controlling the sealing of said check valve by venting the pipe located upstream from the check valve, characterized in that it includes, on the one hand, a hollow cylindrical upstream element that includes, on its outer wall, a thread intended to be screwed in a fluid channel and that is extended in the downstream direction by a flared housing with a plain inside, the hollow cylindrical upstream element including an inner cavity intended to be connected to the fluid channel and communicating with the inside of the flared housing and, on the other hand, a threaded hollow cylindrical downstream element, called sleeve, intended to be connected to the sanitary fitting and the upstream part of which includes a tapping that is fixed on a threaded pin located in the bottom of the recess of said flared housing, the hollow cylindrical downstream element including an inner space, the device for cutting off the water and controlling the sealing of said check valve being configured to allow, in a first position, the passage of the fluid from the inner cavity of the upstream element toward the inner space of the sleeve and in a second position venting of the inner space of the sleeve.
A method for producing a prosthesis liner for use in a prosthesis socket which has a receiving space, with a distal end and a proximal edge, for a stump and the prosthesis liner, said method having the following steps: a. determining a sealing lip profile on the outer face of the prosthesis liner corresponding to the profile of a height contour of the proximal edge of the prosthesis socket or based on existing, known anatomical characteristics of the stump; b. arranging a sealing lip on the outer face of the prosthesis liner along the determined sealing lip profile, characterized in that sealing lip forms a sealing lip profile in the form of a three-dimensional curve. a. determining a sealing lip profile on the outer face of the prosthesis liner corresponding to the profile of a height contour of the proximal edge of the prosthesis socket or based on existing, known anatomical characteristics of the stump; b. arranging a sealing lip on the outer face of the prosthesis liner along the determined sealing lip profile, characterized in that sealing lip forms a sealing lip profile in the form of a three-dimensional curve.
An apparatus comprising: a Krueger flap main body (104, 106) configured to be movably coupled to a leading edge of an aircraft wing; and a first Krueger seal assembly hinged to the Krueger flap main body (104, 106), the first Krueger seal assembly comprising a first seal assembly body and one or more first seal assembly springs (420A, 420B), the first seal assembly springs (420A, 420B) configured to bias the first Krueger seal assembly away from the Krueger flap main body (104, 106); characterized in that the apparatus further comprises: a second Krueger seal assembly hinged to the Krueger flap main body (104, 106) adjacent to the first Krueger seal assembly, the second Krueger seal assembly comprising a second seal assembly body and one or more second seal assembly springs (418A, 418B), the second seal assembly springs (418A, 418B) configured to bias the second Krueger seal assembly away from the Krueger flap main body (104, 106); and a seal member coupled to at least one of the first or second Krueger seal assemblies (310, 312) and configured to seal, at least partly, a gap between the first Krueger seal assembly and the second Krueger seal assembly. a Krueger flap main body (104, 106) configured to be movably coupled to a leading edge of an aircraft wing; and a first Krueger seal assembly hinged to the Krueger flap main body (104, 106), the first Krueger seal assembly comprising a first seal assembly body and one or more first seal assembly springs (420A, 420B), the first seal assembly springs (420A, 420B) configured to bias the first Krueger seal assembly away from the Krueger flap main body (104, 106); characterized in that the apparatus further comprises: a second Krueger seal assembly hinged to the Krueger flap main body (104, 106) adjacent to the first Krueger seal assembly, the second Krueger seal assembly comprising a second seal assembly body and one or more second seal assembly springs (418A, 418B), the second seal assembly springs (418A, 418B) configured to bias the second Krueger seal assembly away from the Krueger flap main body (104, 106); and a seal member coupled to at least one of the first or second Krueger seal assemblies (310, 312) and configured to seal, at least partly, a gap between the first Krueger seal assembly and the second Krueger seal assembly. a second Krueger seal assembly hinged to the Krueger flap main body (104, 106) adjacent to the first Krueger seal assembly, the second Krueger seal assembly comprising a second seal assembly body and one or more second seal assembly springs (418A, 418B), the second seal assembly springs (418A, 418B) configured to bias the second Krueger seal assembly away from the Krueger flap main body (104, 106); and a seal member coupled to at least one of the first or second Krueger seal assemblies (310, 312) and configured to seal, at least partly, a gap between the first Krueger seal assembly and the second Krueger seal assembly.
A method for producing pant-type articles having a waist-encircling portion and leg-encircling portions, each article comprising a chassis structure having at least one elastic panel, the method comprising forming the chassis structure, the at least one elastic panel being formed by: a) providing a first web (1a, 1b) being an elastic web comprising at least one layer of an elastic material; b) stretching the first web by at least 70% in at least one direction, c) bonding the stretched first web (1a, 1b) while the first web (1a, 1b) is held in the stretched state to a second web (2a, 2b), the second web (2a, 2b) comprising at least one layer of an elastic or non-elastic material, the bonded first and second webs (1a, 1b; 2a, 2b) forming an elastic composite web, the method being characterized by: d) relaxing the elastic composite in the said at least one direction by at least 4% of the stretched length of the stretched first web (1a, 1b), f) assembling said chassis structure from chassis components comprising said stretched and relaxed composite web. a) providing a first web (1a, 1b) being an elastic web comprising at least one layer of an elastic material; b) stretching the first web by at least 70% in at least one direction, c) bonding the stretched first web (1a, 1b) while the first web (1a, 1b) is held in the stretched state to a second web (2a, 2b), the second web (2a, 2b) comprising at least one layer of an elastic or non-elastic material, the bonded first and second webs (1a, 1b; 2a, 2b) forming an elastic composite web, the method being characterized by: d) relaxing the elastic composite in the said at least one direction by at least 4% of the stretched length of the stretched first web (1a, 1b), f) assembling said chassis structure from chassis components comprising said stretched and relaxed composite web.
A dual heart valve prosthesis for replacing a native heart valve or a previously implanted prosthetic heart valve comprising: a first prosthetic valve component (102; 702) having a first stent structure (103; 703) with a first prosthetic valve secured therein; a second prosthetic valve component (104; 704) having a second stent structure (105; 705) with a second prosthetic valve secured therein; and a linkage (106; 706) between the first and second stent structures (103, 105; 703, 705) that connects the first and second prosthetic valve components (102, 104; 702, 704) together. a first prosthetic valve component (102; 702) having a first stent structure (103; 703) with a first prosthetic valve secured therein; a second prosthetic valve component (104; 704) having a second stent structure (105; 705) with a second prosthetic valve secured therein; and a linkage (106; 706) between the first and second stent structures (103, 105; 703, 705) that connects the first and second prosthetic valve components (102, 104; 702, 704) together.
A method performed by a transmitter for transmitting overlaid and underlaid signals to a narrowband receiver and a wideband receiver, wherein the transmitter and the narrowband and wideband receivers (112,110) operate in a wireless communications network; and wherein the method comprises: - generating a narrowband signal that carries data for transmission to the narrowband receiver; - generating a wideband signal, that carries data for transmission to the wideband receiver; - overlaying the generated narrowband signal over the generated wideband signal, wherein the generated narrowband signal is referred to as an overlaid narrowband signal and the generated wideband signal is referred to as an underlaid wideband signal; and - transmitting, to the narrowband receiver and the wideband receiver, the overlaid narrowband signal and the underlaid wideband signal, respectively; wherein the method is characterized in that the narrowband signal is generated by: - mapping user code bits of the data to a first set of binary symbols; - generating a second set of binary symbols by precoding the first set of binary symbols; - rotating the binary symbols of the second set by 90 degrees resulting in rotated constellation symbols; and - filtering the rotated constellation symbols by means of a pulse shaping filter. - generating a narrowband signal that carries data for transmission to the narrowband receiver; - generating a wideband signal, that carries data for transmission to the wideband receiver; - overlaying the generated narrowband signal over the generated wideband signal, wherein the generated narrowband signal is referred to as an overlaid narrowband signal and the generated wideband signal is referred to as an underlaid wideband signal; and - transmitting, to the narrowband receiver and the wideband receiver, the overlaid narrowband signal and the underlaid wideband signal, respectively; - mapping user code bits of the data to a first set of binary symbols; - generating a second set of binary symbols by precoding the first set of binary symbols; - rotating the binary symbols of the second set by 90 degrees resulting in rotated constellation symbols; and - filtering the rotated constellation symbols by means of a pulse shaping filter.
A method enabling migration of a subscription from a source device to a destination device, characterized by the method being performed in a migration entity and comprising: - receiving, from the source device, a request for migration of a first profile associated with the subscription to the destination device, and a confirmation of the first profile associated with the subscription having been deleted in the source device, - securing a second profile associated with the subscription to be provisioned onto an embedded Universal Integrated Circuit Card, eUICC, of the destination device, wherein at least one piece of subscription information is the same for the first and second profiles, wherein the migration entity comprises a network entity and the securing comprises sending, to a Subscription Manager Data Preparation, SM-DP+, entity, a request for updating the first profile related to the subscription and receiving in response a confirmation of a second profile having been created, and - providing an activation code for use in migration of the subscription to the destination device. - receiving, from the source device, a request for migration of a first profile associated with the subscription to the destination device, and a confirmation of the first profile associated with the subscription having been deleted in the source device, - securing a second profile associated with the subscription to be provisioned onto an embedded Universal Integrated Circuit Card, eUICC, of the destination device, wherein at least one piece of subscription information is the same for the first and second profiles, wherein the migration entity comprises a network entity and the securing comprises sending, to a Subscription Manager Data Preparation, SM-DP+, entity, a request for updating the first profile related to the subscription and receiving in response a confirmation of a second profile having been created, and - providing an activation code for use in migration of the subscription to the destination device.