mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method in a wireless communication system supporting device-to-device, D2D, communication, the communication method comprising: transmitting , by a remote user equipment, UE, a discovery message including information for identifying a relay to discover a relay UE that supports a relay function in the D2D communication; receiving , by the remote UE , a response message including information about the relay UE from the relay UE using a specific relay service code in response to the discovery message; and establishing , by the remote UE , in response to the response message received from the relay UE , a connection with the relay UE receiving the discovery message, wherein the information for identifying the relay includes the specific relay service code configured for identifying the relay associated with public safety in the D2D communication. transmitting , by a remote user equipment, UE, a discovery message including information for identifying a relay to discover a relay UE that supports a relay function in the D2D communication; receiving , by the remote UE , a response message including information about the relay UE from the relay UE using a specific relay service code in response to the discovery message; and establishing , by the remote UE , in response to the response message received from the relay UE , a connection with the relay UE receiving the discovery message, wherein the information for identifying the relay includes the specific relay service code configured for identifying the relay associated with public safety in the D2D communication.
Domestic refrigeration appliance, having a thermally insulated inner container which bounds a coolable interior for storing foods, a refrigeration device for cooling the coolable interior , a door leaf for opening and closing the coolable interior , a thermally insulated wall portion which has a first surface facing the coolable interior , a second surface facing away from the coolable interior and an opening with a periphery , and an interior lighting arrangement in order to at least partially illuminate the coolable interior when the door leaf is open, which has at least one lamp and a shell-like housing designed in the form of a backing part which is fastened on the second surface of the wall portion in the region of the periphery of the opening and bounds a cavity which is open in the direction of the opening , wherein the wall portion partially overlaps the cavity in order to form a niche , characterised in that the at least one lamp is arranged in the niche , the wall portion overlaps the at least one lamp completely in the region of the niche , the housing has a lateral wall portion which protrudes from the second surface of the wall portion and forms a part of the niche , and the housing has a curved wall portion which abuts against the end of the lateral wall portion facing away from the second surface and has a surface facing the coolable interior , designed as a reflector for the light produced by the at least one lamp , wherein the at least one lamp is fastened to the lateral wall portion , the at least one lamp shines its light laterally into the housing , and the reflector directs the light in the direction of the opening into the coolable interior .
A filter element for a disc filter apparatus , the filter element being truncated-sector-shaped and comprising two filter members comprising a ceramic material or a composition comprising a ceramic material, wherein the thickness of each filter member in the transverse direction of the filter element is smaller than or equal to 24 mm, each of the filter members comprises a permeable membrane layer and has a first filter surface for receiving a pressure and directed towards an internal cavity arranged inside the filter element, and a second filter surface for receiving solid particles filtered from a feed, wherein each of the filter members forms a capillary filter, wherein the structure and/or the material of the filter enables a certain amount of liquid to be kept in micro-pores provided in the filter member by a capillary action, characterized in that said filter members are arranged on the opposite sides (S1, S2) of a frame member providing two first filter surfaces , one on each side of the frame member, that the filter member is arranged fixedly to the frame member , that the frame member comprises an edge part and connecting member end and is arranged to support said filter members in such a manner that the internal cavity is formed, wherein the frame member is arranged to connect the filter member to the disc filter apparatus , and that said filter members and the frame member are provided as separate structural parts, and the frame member comprises a material that is less water-absorbent than the material of said filter members. each of the filter members comprises a permeable membrane layer and has a first filter surface for receiving a pressure and directed towards an internal cavity arranged inside the filter element, and a second filter surface for receiving solid particles filtered from a feed, wherein each of the filter members forms a capillary filter, wherein the structure and/or the material of the filter enables a certain amount of liquid to be kept in micro-pores provided in the filter member by a capillary action, characterized in that said filter members are arranged on the opposite sides (S1, S2) of a frame member providing two first filter surfaces , one on each side of the frame member, that the filter member is arranged fixedly to the frame member , that the frame member comprises an edge part and connecting member end and is arranged to support said filter members in such a manner that the internal cavity is formed, wherein the frame member is arranged to connect the filter member to the disc filter apparatus , and that said filter members and the frame member are provided as separate structural parts, and the frame member comprises a material that is less water-absorbent than the material of said filter members.
An apparatus comprising at least one processor and at least one memory including computer program code, the at least one memory and computer program code configured to, with the processor , cause the apparatus to at least: provide an indication of a route request between an origin and a destination; receive a list of road link identifiers in response to the route request; identify a first road link identifier in the list of road link identifiers; in response to the first road link identifier corresponding to a road link identifier of a network of road link identifiers, add the first road link identifier to a route; in response to the first road link identifier not corresponding to a road link identifier of the network of road link identifiers: apply an XOR function to the first road link identifier and a subsequent road link identifier in the list of road link identifiers; in response to the XOR function applied to the first road link identifier and the subsequent identifier corresponding with a road link identifier of the network of road link identifiers, add the road link identifier of the network of road link identifiers to the route; in response to the road link identifiers in the list of road link identifiers corresponding to road link identifiers of the network of road link identifiers directly or through the application of the XOR function, establish the route within a network of road links represented by the network of road link identifiers. provide an indication of a route request between an origin and a destination; receive a list of road link identifiers in response to the route request; identify a first road link identifier in the list of road link identifiers; in response to the first road link identifier corresponding to a road link identifier of a network of road link identifiers, add the first road link identifier to a route; in response to the first road link identifier not corresponding to a road link identifier of the network of road link identifiers: apply an XOR function to the first road link identifier and a subsequent road link identifier in the list of road link identifiers; in response to the XOR function applied to the first road link identifier and the subsequent identifier corresponding with a road link identifier of the network of road link identifiers, add the road link identifier of the network of road link identifiers to the route; apply an XOR function to the first road link identifier and a subsequent road link identifier in the list of road link identifiers; in response to the XOR function applied to the first road link identifier and the subsequent identifier corresponding with a road link identifier of the network of road link identifiers, add the road link identifier of the network of road link identifiers to the route; in response to the road link identifiers in the list of road link identifiers corresponding to road link identifiers of the network of road link identifiers directly or through the application of the XOR function, establish the route within a network of road links represented by the network of road link identifiers.
Coupling device for attaching a power lift of a tractor to an attachment , wherein the coupling device comprises - a link mounting region having coupling units for the articulation of an upper link and two lower links of the power lift , and - an apparatus mounting region for fixing the attachment , and wherein - the coupling units are movably borne on a device base of the coupling device , characterized in that - the coupling units assigned to the two lower links are movable in a translatory manner in a transverse direction by means of a drive unit comprised by the coupling device , and - a coupling unit assigned to the upper link is movable in a translatory manner in a vertical direction running perpendicular to the transverse direction by means of a drive unit comprised by the coupling device . - a link mounting region having coupling units for the articulation of an upper link and two lower links of the power lift , and - an apparatus mounting region for fixing the attachment , and wherein - the coupling units are movably borne on a device base of the coupling device , characterized in that - the coupling units assigned to the two lower links are movable in a translatory manner in a transverse direction by means of a drive unit comprised by the coupling device , and - a coupling unit assigned to the upper link is movable in a translatory manner in a vertical direction running perpendicular to the transverse direction by means of a drive unit comprised by the coupling device .
A method for synchrophasing aircraft engines , the method comprising: receiving data indicative of a sensed vibration level associated with a first aircraft engine and a second aircraft engine operating at a substantially same operating speed; and commanding one or more momentary changes in operating speed of the second aircraft engine until the sensed vibration level substantially reaches a target vibration level, the momentary changes in operating speed of the second aircraft engine being commanded irrespective of phase angle information associated with imbalances of the first and second aircraft engines . receiving data indicative of a sensed vibration level associated with a first aircraft engine and a second aircraft engine operating at a substantially same operating speed; and commanding one or more momentary changes in operating speed of the second aircraft engine until the sensed vibration level substantially reaches a target vibration level, the momentary changes in operating speed of the second aircraft engine being commanded irrespective of phase angle information associated with imbalances of the first and second aircraft engines .
A battery module , comprising: a cell assembly having a plurality of secondary batteries ; a lower case having an open top and having an accommodation space (S1) in which the cell assembly is accommodated; an upper case coupled to the lower case to cover the open top of the lower case and having a connection hole perforated to communicate with the accommodation space (Sl); an upper cover coupled to the upper case to cover an upper portion of the upper case and configured to form a buffer space (S2) spaced apart from the upper case , the upper cover having a discharge hole (H2) perforated so that the buffer space (S2) communicates with the outside; and at least one partition member extending in a horizontal direction inside the buffer space (S2) to form a moving passage extending from the connection hole to the discharge hole (H2) and configured to have an adjustable extension length. a cell assembly having a plurality of secondary batteries ; a lower case having an open top and having an accommodation space (S1) in which the cell assembly is accommodated; an upper case coupled to the lower case to cover the open top of the lower case and having a connection hole perforated to communicate with the accommodation space (Sl); an upper cover coupled to the upper case to cover an upper portion of the upper case and configured to form a buffer space (S2) spaced apart from the upper case , the upper cover having a discharge hole (H2) perforated so that the buffer space (S2) communicates with the outside; and at least one partition member extending in a horizontal direction inside the buffer space (S2) to form a moving passage extending from the connection hole to the discharge hole (H2) and configured to have an adjustable extension length.
Distribution system for an item of equipment for treatment of a solid material, comprising a conveyor belt with a surface on which the solid material is arranged, characterized in that it comprises: a) A means for transmitting movement, which can be adapted to the conveyor belt and is actuated by said conveyor belt , configured to generate a rotating movement perpendicular to the plane of displacement of the conveyor belt ; b) A distribution element comprising a surface parallel to the plane of displacement of the conveyor belt on which at least one rod is arranged, perpendicularly, with a head that is configured to come into contact with the solid material to be treated; c) A rotating means which connects the means for transmitting movement to the distribution element , configured to generate a rocking or circular movement parallel to the surface of the conveyor belt ; and d) A means for supporting the distribution element ; wherein a first end of the distribution element comprises a means for joining to the rotating means , situated on an axis eccentric to the axis of rotation of said rotating means , and a second end , opposite the first end , is accommodated in the supporting means . a) A means for transmitting movement, which can be adapted to the conveyor belt and is actuated by said conveyor belt , configured to generate a rotating movement perpendicular to the plane of displacement of the conveyor belt ; b) A distribution element comprising a surface parallel to the plane of displacement of the conveyor belt on which at least one rod is arranged, perpendicularly, with a head that is configured to come into contact with the solid material to be treated; c) A rotating means which connects the means for transmitting movement to the distribution element , configured to generate a rocking or circular movement parallel to the surface of the conveyor belt ; and d) A means for supporting the distribution element ;
An uninterruptible power supply system , UPS, comprising: a plurality of functional modules configured to be interconnected to form a power distribution network coupling at least two power sources (10a-g) to a load , each functional module having at least two ports configured to be coupled to at least one other of the functional modules and/or to at least one other external device and each functional module comprising a control circuit configured to autonomously control at least one function relating to electrical power transfer between the at least two ports; and a controller module configured to communicate with the respective control circuits of the functional modules over at least one digital communication link to control power flow between the at least two power sources (10a-g) and the load , wherein the functional modules are configured for flexible interconnection to provide a variety of different uninterruptible power system topologies including at least one on-line UPS topology and at least one off-line UPS topology and wherein the controller module is configured to use respective different network models to control interoperation of the functional modules to support the variety of different uninterruptible power system topologies. a plurality of functional modules configured to be interconnected to form a power distribution network coupling at least two power sources (10a-g) to a load , each functional module having at least two ports configured to be coupled to at least one other of the functional modules and/or to at least one other external device and each functional module comprising a control circuit configured to autonomously control at least one function relating to electrical power transfer between the at least two ports; and a controller module configured to communicate with the respective control circuits of the functional modules over at least one digital communication link to control power flow between the at least two power sources (10a-g) and the load , wherein the functional modules are configured for flexible interconnection to provide a variety of different uninterruptible power system topologies including at least one on-line UPS topology and at least one off-line UPS topology and wherein the controller module is configured to use respective different network models to control interoperation of the functional modules to support the variety of different uninterruptible power system topologies.
A signal processing apparatus comprising a correction unit that is configured to correct a phase and/or an amplitude of a received signal using channel information obtained from a plurality of frequency samples being significant components by being extracted from frequency samples of known information included in the received signal, wherein the correction unit comprises: i) a phase detection unit that is configured to calculate a correction amount θ (t) for the phase of the received signal by using the obtained channel information, and a phase correction unit that is configured to correct the phase of the received signal by multiplying the received signal by a signal e -jθ(t) and/or ii) an envelope generation unit that is configured to calculate a correction amount K (t) for the amplitude of the received signal on the basis of an envelope generated by using the obtained channel information, and an amplitude correction unit that is configured to correct the amplitude of the received signal by multiplying the received signal by the correction amount K (t). i) a phase detection unit that is configured to calculate a correction amount θ (t) for the phase of the received signal by using the obtained channel information, and a phase correction unit that is configured to correct the phase of the received signal by multiplying the received signal by a signal e -jθ(t)
A method for purifying Rebaudioside X (Reb X) comprising: a. passing a solution of steviol glycosides through a multi-column system including a plurality of columns packed with an adsorbent resin to provide at least one column having adsorbed steviol glycosides; and b. eluting fractions with a higher Reb X/total steviol glycosides ratio compared to the solution of steviol glycosides prior to passing through the multi-column system from the at least one column having adsorbed steviol glycosides using an aqueous alcohol solvent to provide an eluted solution with high Reb X content, wherein said solution has a higher Reb X/total steviol glycosides ratio compared to the solution of steviol glycosides prior to passing through the multi-column system. a. passing a solution of steviol glycosides through a multi-column system including a plurality of columns packed with an adsorbent resin to provide at least one column having adsorbed steviol glycosides; and b. eluting fractions with a higher Reb X/total steviol glycosides ratio compared to the solution of steviol glycosides prior to passing through the multi-column system from the at least one column having adsorbed steviol glycosides using an aqueous alcohol solvent to provide an eluted solution with high Reb X content, wherein said solution has a higher Reb X/total steviol glycosides ratio compared to the solution of steviol glycosides prior to passing through the multi-column system.
Folding-seat arrangement having a seat surface which can be swung between a swung-in position and a swung-out position, characterized in that the seat surface , in a swung-in position, is surrounded laterally by swinging-action set-down wings , wherein upper sides of the set-down wings in the swung-out position together with an upper side of the seat surface in the swung-out position define a common plane on which to set down a suitcase.
Method for handling reports on lost connections in a terminal device (UE5, 31, 93) which is capable of being in communication connection with a plurality of network access nodes (AN6, 32, 34, 91, 92), wherein the terminal device (UE5, 31, 93) generates (S72), after having lost connection to a first network access node (AN6, 32, 91), a report on the loss of connection and, upon or after reconnecting (S73) of the terminal device (UE5, 31, 93) with the first or a second network access node (AN6, 32, 34, 91, 92), sends (S74) the report on the loss of connection to the first or second network access node (AN6, 32, 34, 91, 92), wherein the terminal device (UE5, 31, 93) stores said report when the terminal device (UE5, 31, 93) is reconnected to a third network access node (AN6, 34, 92) being an access node of a different access technology, network or network operator than the first network access node (AN6, 32, 91) to which the terminal device (UE5, 31, 93) was connected before loss of connection.
A method comprising: offloading , by a wireless device configured to provide a service to a subscriber device, at least one function of the service to a proxy apparatus by using a main radio interface of the wireless device, wherein the at least one function offloaded from the wireless device to the proxy apparatus comprises a service discovery function of the service; indicating , by the wireless device to the proxy apparatus in connection with said offloading, that the wireless device shall enter a power-save mode where the wireless device disables the main radio interface and enables a wake-up radio interface of the wireless device; receiving , by the wireless device while in the power-save mode, a wake-up frame from the proxy apparatus or a subscriber device through the wake-up radio interface and, as a response to the reception of the wake-up frame, enabling the main radio interface; and after enabling the main radio interface, receiving by the wireless device a message from the subscriber device that subscribes to the service. offloading , by a wireless device configured to provide a service to a subscriber device, at least one function of the service to a proxy apparatus by using a main radio interface of the wireless device, wherein the at least one function offloaded from the wireless device to the proxy apparatus comprises a service discovery function of the service; indicating , by the wireless device to the proxy apparatus in connection with said offloading, that the wireless device shall enter a power-save mode where the wireless device disables the main radio interface and enables a wake-up radio interface of the wireless device; receiving , by the wireless device while in the power-save mode, a wake-up frame from the proxy apparatus or a subscriber device through the wake-up radio interface and, as a response to the reception of the wake-up frame, enabling the main radio interface; and after enabling the main radio interface, receiving by the wireless device a message from the subscriber device that subscribes to the service.