mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: at a master device of a device-to-device cluster, obtaining timing information parameters and statuses of validity timers of devices (102, 103) belonging to the device-to-device cluster and, for network synchronization purposes, being in a network communication mode with a serving network node; monitoring a need for uplink synchronization using the timing information parameters and/or the statuses, wherein monitoring requires monitoring of members of the devices of the device cluster by the master device, and if a need for network synchronization exists, having the master device control synchronization of cluster members needing renewal of network synchronization to the serving network node, wherein: the timing information parameters are timing advance information values "TAIs" and/or cell radio network temporary identifiers "C-RNTIs", validity timers are timing alignment timers "TATs" and the TATs are linked to the lifetime of an uplink timing advance "TA" value, and the network communication mode is a radio resource control "RRC" connected state; and wherein the need for uplink synchronization of a device in the network communication mode is determined by determining whether the device has a valid timing information parameter and/or whether the validity timer is expired. at a master device of a device-to-device cluster, obtaining timing information parameters and statuses of validity timers of devices (102, 103) belonging to the device-to-device cluster and, for network synchronization purposes, being in a network communication mode with a serving network node; monitoring a need for uplink synchronization using the timing information parameters and/or the statuses, wherein monitoring requires monitoring of members of the devices of the device cluster by the master device, and if a need for network synchronization exists, having the master device control synchronization of cluster members needing renewal of network synchronization to the serving network node, wherein: the timing information parameters are timing advance information values "TAIs" and/or cell radio network temporary identifiers "C-RNTIs", validity timers are timing alignment timers "TATs" and the TATs are linked to the lifetime of an uplink timing advance "TA" value, and the network communication mode is a radio resource control "RRC" connected state; and wherein the need for uplink synchronization of a device in the network communication mode is determined by determining whether the device has a valid timing information parameter and/or whether the validity timer is expired. the timing information parameters are timing advance information values "TAIs" and/or cell radio network temporary identifiers "C-RNTIs", validity timers are timing alignment timers "TATs" and the TATs are linked to the lifetime of an uplink timing advance "TA" value, and the network communication mode is a radio resource control "RRC" connected state; and wherein
A method for operating a service application entity configured to provide a service to a mobile entity in a mobile communications network based on a client session, the method comprising: - determining a context information which comprises at least information required by another service application entity providing the same type of service to continue the client session with the mobile entity, - pushing the context information towards a radio access node of the mobile communications network to which the mobile entity is currently connected, wherein the context information is pushed to the radio access node whenever the context information is changed at the service application entity. - determining a context information which comprises at least information required by another service application entity providing the same type of service to continue the client session with the mobile entity, - pushing the context information towards a radio access node of the mobile communications network to which the mobile entity is currently connected, wherein the context information is pushed to the radio access node whenever the context information is changed at the service application entity.
A power injector syringe assembly comprising a syringe barrel, a plunger movable relative to said syringe barrel and comprising a plunger head disposed within said syringe barrel, a fixture detachably connected to said syringe barrel, and a data storage device on said fixture characterized in that: said fixture comprises a circular band, said band having first and second edge portions (142, 144) disposed in overlapping relation when said band is positioned about said syringe barrel and which forms a lock to detachably mount said band to the syringe barrel. said fixture comprises a circular band, said band having first and second edge portions (142, 144) disposed in overlapping relation when said band is positioned about said syringe barrel and which forms a lock to detachably mount said band to the syringe barrel.
Vehicle door handle having a sensor assembly for detecting an operation request, wherein the vehicle door handle is formed (2; 12) for actuating an electric lock, wherein the door handle (2; 12) is shaped in such a manner that a user in order to actuate it reaches behind the door handle into an open space between the door handle (2; 12) and the vehicle door, wherein the side of the door handle (2; 12) that is directed towards the vehicle (1; 11) is referred to as the inner side of the door handle (2; 12) and the side of the door handle that is facing away from the vehicle is referred to as the outer side, wherein the door handle (2; 12) comprises a electronic control and evaluation device (5; 15), which generates control signals for the electric door lock in dependence of signals from the sensor assembly, wherein the sensor assembly has at least one first capacitive sensor (3; 14) that is arranged in the door handle (2; 12), whereby the capacitive sensor (3; 14) is oriented towards the inner side of the door handle, and monitors a first handle section which is to be reached behind and grasped when actuating the handle, wherein the sensor assembly comprises at least a second (6;16) and a third (7; 17a, 17b; 19a, 19b) sensor which are arranged along the axial extension of the handle in an offset manner in relation to the capacitive sensor (3; 14) in the door handle (2; 12), wherein the second sensor (6; 16) is oriented towards the outer side of the door handle, and monitors a touching of the door handle from the outer side in a second handle section, and wherein the third sensor (7; 17a, 17b; 19a, 19b) is oriented towards the inner side of the door handle (2; 12), and monitors a touching from the inner side in the second handle section, characterized in that the door handle is formed as a fixed door handle (2; 12), wherein the electronic control and evaluation device (5; 15) generates an opening signal, when the capacitive sensor (3; 14) detects a reaching behind the door handle, and at the same time the second (6; 16) and the third sensor (7; 17, 17b; 19a, 19b) simultaneously each detect a touching.
Hose coupling comprising a male part and a female part; the male part being insertable in the female part, and the male part comprising a circumferential groove; the female part comprising a non-return valve, a sleeve, and a locking pawl; the non-return valve is configured to control the flow through the hose coupling, and the non-return valve (4a, 10c) is surrounded with the sleeve; and the sleeve being a spring loaded axially displaceable sleeve, in a first displacement, interacting with the locking pawl to engage the locking pawl with the circumferential groove in the male part and to lock the male part to the female part, and in another displacement of the spring loaded axially displaceable sleeve the locking pawl obstructing the male part in an partial drawn out position; wherein the female part is provided with at least one axially orientated elongated opening, the opening extending through a sleeve partition of the female part, and the opening collaborating with the locking pawl providing a combined obstructing and locking function (12a, 12b) through an axially displacement of an internally leaning circumferential groove of the spring loaded sleeve whereby the locking pawl is moved out of or in engagement with different peripheral projections (3b, 13b) on the outside circumferential surface of the male part.
A hot melt adhesive comprising an ethylene-based copolymer and a wax, wherein the wax comprises a carboxylic acid or carboxylic acid anhydride-modified olefin copolymer wax, wherein comprises an ethylene-olefin copolymer which is a copolymer of ethylene and octene.
A method for supporting an emergency service by a base station in a mobile communication system, the method comprising: receiving, by the base station, a first message including first information associated with an attach request of a terminal from the terminal; determining, by the base station, that a second message includes second information indicating an emergency service based on the first information; transmitting, by the base station, the second message including the first information and the second information to a mobility management entity; and receiving, by the base station, a third message from the MME if the attach request is accepted, wherein the attach request is accepted by the MME if the second message includes the second information. receiving, by the base station, a first message including first information associated with an attach request of a terminal from the terminal; determining, by the base station, that a second message includes second information indicating an emergency service based on the first information; transmitting, by the base station, the second message including the first information and the second information to a mobility management entity; and receiving, by the base station, a third message from the MME if the attach request is accepted, wherein the attach request is accepted by the MME if the second message includes the second information.
A burner with a combustion chamber and a flame holder (30; 30') axially adjoining the combustion chamber for stabilisingly tying thereto a flame generated by combusting a fuel in the combustion chamber, wherein in or adjacent to a flame tying region (31; 31') of the flame holder (30; 30') exposed to the flame at least one elongated recess (32; 33) is provided, so that the recess (32; 33) provides a heat expansion space for material of the flame holder (30; 30') that is present in the flame tying region (31; 31'), characterized in that the at least one recess comprises an undercut so that a cross section of the recess in a bottom region (33.2) of the recess is larger than in an inlet region (33.1) of the recess.
An electrochemical cell comprising: an electrode comprising an electroactive material; an electrolyte; and a protective structure positioned between the electroactive material and the electrolyte, wherein: the protective structure comprises a precursor material that is configured to react with a component of the electrolyte to generate a blocking material that inhibits interaction of the electrolyte with the electroactive material; the precursor material comprises at least one of a polymerization catalyst and a polymerization initiator; the protective structure comprises an ion-conductive layer; and the ion-conductive layer includes a first side, facing the electrolyte, which is essentially free of the precursor material such that the precursor material is shielded from the electrolyte during use of the cell in the absence of a crack or void in the ion-conductive layer that exposes the electrolyte to the precursor material. an electrode comprising an electroactive material; an electrolyte; and a protective structure positioned between the electroactive material and the electrolyte, wherein: the protective structure comprises a precursor material that is configured to react with a component of the electrolyte to generate a blocking material that inhibits interaction of the electrolyte with the electroactive material; the precursor material comprises at least one of a polymerization catalyst and a polymerization initiator; the protective structure comprises an ion-conductive layer; and the ion-conductive layer includes a first side, facing the electrolyte, which is essentially free of the precursor material such that the precursor material is shielded from the electrolyte during use of the cell in the absence of a crack or void in the ion-conductive layer that exposes the electrolyte to the precursor material. the protective structure comprises a precursor material that is configured to react with a component of the electrolyte to generate a blocking material that inhibits interaction of the electrolyte with the electroactive material; the precursor material comprises at least one of a polymerization catalyst and a polymerization initiator; the protective structure comprises an ion-conductive layer; and the ion-conductive layer includes a first side, facing the electrolyte, which is essentially free of the precursor material such that the precursor material is shielded from the electrolyte during use of the cell in the absence of a crack or void in the ion-conductive layer that exposes the electrolyte to the precursor material.
A handheld electric hair dryer, comprising: a main body and a handle wherein the main body comprises a primary fluid inlet, a primary fluid outlet, a fan unit, a heating element, and a fluid flow path characterized in that the fluid flow path comprises: a primary fluid flow path that extends from the primary fluid inlet 101 into the main body to the primary fluid outlet along a straight line; a side fluid flow path; and a wall-defined fluid flow path, wherein the side fluid flow path and the wall-defined fluid flow path meet the primary fluid flow path before entering the fan unit; the fan unit is disposed on the primary fluid flow path wherein the fan unit is adapted to suck fluid into the primary fluid flow path and to transmit the fluid through the heating element so that the fluid in the primary fluid flow path is heated; wherein the side fluid flow path comprises at least two bends; the side fluid flow path comprises an entry that comprises a plurality of holes that extend at least partially around an outer wall of the main body; wherein the side fluid flow path is perpendicular to the primary fluid flow path; characterized in that the two bends are approximately right angles. a primary fluid flow path that extends from the primary fluid inlet 101 into the main body to the primary fluid outlet along a straight line; a side fluid flow path; and a wall-defined fluid flow path, wherein the side fluid flow path and the wall-defined fluid flow path meet the primary fluid flow path before entering the fan unit; the fan unit is disposed on the primary fluid flow path wherein the fan unit is adapted to suck fluid into the primary fluid flow path and to transmit the fluid through the heating element so that the fluid in the primary fluid flow path is heated; wherein the side fluid flow path comprises at least two bends; the side fluid flow path comprises an entry that comprises a plurality of holes that extend at least partially around an outer wall of the main body; wherein the side fluid flow path is perpendicular to the primary fluid flow path; characterized in that the two bends are approximately right angles.
Window or door having a first sliding panel which is displaceably arranged in a frame, wherein a second sliding panel is provided next to the first sliding panel, which second sliding panel has at least one opening which is integrated in the second sliding panel and is intended for ventilation, characterized in that the second sliding panel is arranged in a receiving compartment from which it can be extended from a closed position in the receiving compartment into a ventilation position in which air can flow through the opening - in particular in the form of a through-opening transverse to the plane of the panel - and into which it can be retracted into the closed position, so that the through-opening is closed.
A plant growth method, comprising: providing a plant growth substrate comprising a man made vitreous fibre (MMVF) slab having a volume in the range 3 to 20 litres and a single MMVF block containing one or more plants on a first surface of the MMVF slab; providing the plant growth substrate with water during growth of the one or more plants according to an irrigation strategy which defines a desired water content in the slab, wherein the irrigation strategy comprises a first period during which the desired water content is reduced to a minimum level before increasing and a second period during which the desired water content is maintained at a substantially constant level, wherein the difference between the minimum level and the constant level expressed as a percentage of the water content required to saturate the plant growth substrate is less than or equal to 25%. providing a plant growth substrate comprising a man made vitreous fibre (MMVF) slab having a volume in the range 3 to 20 litres and a single MMVF block containing one or more plants on a first surface of the MMVF slab; providing the plant growth substrate with water during growth of the one or more plants according to an irrigation strategy which defines a desired water content in the slab, wherein the irrigation strategy comprises a first period during which the desired water content is reduced to a minimum level before increasing and a second period during which the desired water content is maintained at a substantially constant level, wherein the difference between the minimum level and the constant level expressed as a percentage of the water content required to saturate the plant growth substrate is less than or equal to 25%.
Luminaire element in a luminaire for an elongate or rod-shaped lamp, the luminaire element consisting of at least two functionally and materially different regions (9; 10), the luminaire element comprising a fastening means for releasable fastening in a housing of the luminaire and being provided as an element for influencing the light emitted by the lamp, the regions (9; 10) being integrally connected to one another as a coextruded profile, a first region of the regions (9; 10) being a reflector, characterized in that an elongate opening for the lamp is provided such that an upper region of the first region extends on both sides of the elongate opening.
An oral care composition comprising an orally acceptable vehicle, a basic amino acid in free or salt form, calcium carbonate, a source of zinc ions comprising at least one of zinc citrate, zinc lactate, zinc gluconate or zinc oxide or any mixture of any two or more thereof, and at least one surfactant selected from of a nonionic block copolymer surfactant and a betaine zwitterionic surfactant or a mixture thereof, wherein the oral care composition does not comprise any anionic surfactant.
Control method for executing programs on a plurality of processing devices (C0-C3) operating in parallel, wherein each processing device (C0-C3) is assigned a time signal generator (220, D0-D3, T0-T3), upon the expiry of which the control method is executed on the assigned processing device (C0-C3), wherein the control method comprises the following steps: - selecting (320, 330) a program ready for execution on the processing device (C0-C3), and determining (325, 335) which time duration is assigned to the selected program for execution; - comparing whether an end of the predetermined time duration is less than a predetermined time duration away from a planned expiry of a time signal generator (220, D0-D3, T0-T3) assigned to a different processing device (C0-C3), and changing the predetermined time duration if that is the case; - setting the expired time signal generator (220, D0-D3, T0-T3) to the predetermined time duration, and - starting the selected program on the processing device (C0-C3). - selecting (320, 330) a program ready for execution on the processing device (C0-C3), and determining (325, 335) which time duration is assigned to the selected program for execution; - comparing whether an end of the predetermined time duration is less than a predetermined time duration away from a planned expiry of a time signal generator (220, D0-D3, T0-T3) assigned to a different processing device (C0-C3), and changing the predetermined time duration if that is the case; - setting the expired time signal generator (220, D0-D3, T0-T3) to the predetermined time duration, and - starting the selected program on the processing device (C0-C3).
A machine for spraying paints or powders onto surfaces of articles of manufacture, comprising: - first longitudinal guide means adapted to be anchored to the ground and defining a lower support area for an article to be sprayed; - a supporting structure which is slidably mounted to said first longitudinal guide means; - second transverse guide means associated with said supporting structure and comprising a first pair of transverse guides (15, 16 in mutually facing and longitudinally offset relationship to define a first gap; - at least one first spray head which is slidably mounted to said second guide means; - one or more reservoirs for products to be sprayed which are operably connected to said first spray head; wherein said at least one first head is secured to a first substantially vertical post fixed to a first carriage that is movable to move along said second transverse guide means, said first carriage being slidably mounted to said first pair of transverse guides (15, 16) to slide in said first gap, third guide means being associated with said first carriage to guide said first post in a first substantially vertical direction (V 1), in such a manner to allow spraying in three mutually perpendicular directions; characterized in that it comprises at least one second spray head mounted to a second substantially vertical post which is fixed to a second carriage, said second transverse guide means comprising a second pair of transverse guides (18, 19) in mutually facing and longitudinally offset relationship to define a second gap, said supporting structure comprising a pair of substantially vertical uprights (8, 9), said first pair (15, 16) and said second pair (18, 19) of transverse guides having longitudinal ends secured to the upper ends of said uprights (8, 9), said second carriage being slidably mounted to said second pair of guides (18, 19) to slide in said second gap, said second post being movable in a second substantially vertical direction (V 2) on fourth guide means, rigidly joined to said second carriage. - first longitudinal guide means adapted to be anchored to the ground and defining a lower support area for an article to be sprayed; - a supporting structure which is slidably mounted to said first longitudinal guide means; - second transverse guide means associated with said supporting structure and comprising a first pair of transverse guides (15, 16 in mutually facing and longitudinally offset relationship to define a first gap; - at least one first spray head which is slidably mounted to said second guide means; - one or more reservoirs for products to be sprayed which are operably connected to said first spray head;