mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus of a user equipment (UE) comprising: processing circuitry, the processing circuitry configured to: support inter-cell device-to-device, D2D, discovery by encoding a synchronization signal of the serving cell for transmission to a second UE in a neighboring cell that neighbors a serving cell of said UE, wherein said transmission is encoded in every K-th subframe within a set of available D2D subframes of the serving cell, wherein K is set by the serving cell and is greater than 1; and memory coupled to the processing circuitry. processing circuitry, the processing circuitry configured to: support inter-cell device-to-device, D2D, discovery by encoding a synchronization signal of the serving cell for transmission to a second UE in a neighboring cell that neighbors a serving cell of said UE, wherein said transmission is encoded in every K-th subframe within a set of available D2D subframes of the serving cell, wherein K is set by the serving cell and is greater than 1; and memory coupled to the processing circuitry.
Interference field-compensated angle sensor device for magnetic field-based determination of a rotation angle of a rotation axis comprising a magnetic field generating unit, in particular a permanent magnet , and an angle sensor unit , with a magnetic field of the magnetic field generating unit rotating relative to the angle sensor unit , and the angle sensor unit comprising at least two angle sensors for sensing different magnetic field areas of the magnetic field of the magnetic field generating unit, characterized in that the angle sensors are arranged axially offset at different distances along the rotation axis and/or the angle sensors are arranged radially offset at different distances to the rotation axis for sensing different amplitudes of the magnetic field, such that an influence of an interference field is compensatable by a gradient formation of the angle values or sensor signals of the angle sensors .
A filter media comprising a membrane and a protective scrim secured to a surface of the membrane, wherein the membrane comprises fibres of a hydrophobic first polymer having a diameter less than 1 micron, the scrim comprises fibres of a hydrophilic second polymer, the first polymer has a contact angle greater than 90 degrees, and the second polymer has a contact angle less than 90 degrees.
Additive mixture comprising (a) 35-90% by weight of one or more alkyl-substituted N-α-naphthyl-N-phenylamines of formula (I) where R 1 = C 10 -C 14 alkyl, preferably C 10 -C 12 alkyl, (b) 0.1-40% by weight of one or more alkyl-substituted diphenylamines of formula (II) where R 2 to R 5 = independently of one another H, C 4 -C 9 alkyl, preferably C 4 or C 8 -C 9 alkyl, with the proviso that at least one of the radicals R 2 to R 5 is a C 8 or C 9 alkyl radical, (c) 0.5-10% by weight of at least one sulfur-containing compound of formula (III) where R = C 8 -C 12 alkyl, preferably C 9 H 19 , (d) 0.5-10% by weight of at least one benzotriazole of formula (IV) and 0-30% by weight of oil (e). (a) 35-90% by weight of one or more alkyl-substituted N-α-naphthyl-N-phenylamines of formula (I) where R 1 = C 10 -C 14 alkyl, preferably C 10 -C 12 alkyl, (b) 0.1-40% by weight of one or more alkyl-substituted diphenylamines of formula (II) where R 2 to R 5 = independently of one another H, C 4 -C 9 alkyl, preferably C 4 or C 8 -C 9 alkyl, with the proviso that at least one of the radicals R 2 to R 5 is a C 8 or C 9 alkyl radical, (c) 0.5-10% by weight of at least one sulfur-containing compound of formula (III) where R = C 8 -C 12 alkyl, preferably C 9 H 19 , (d) 0.5-10% by weight of at least one benzotriazole of formula (IV) and 0-30% by weight of oil (e).
A drive device for a protective hood of a machine, having a motor which cooperates with a pulling means via a freewheel , which is provided both for loading via the weight force of the protective hood and for loading via a counter weight , wherein the freewheel is designed in such a way that it is blocked by a positive weight force difference between the protective hood and the counter weight .
A high throughput method for detecting target molecules comprising: a. generating sets of guide molecules, each set of guide molecules comprising guide molecules capable of binding one or more target sequences of a target molecule and designed to form a complex with a Cas protein; b. distributing a plurality of sets of guide molecules, thereby spatially segregating each set of guide molecules, comprising distributing the plurality of sets of guide molecules to individual discrete volumes; c. distributing, to each set of guide molecules, a sample solution, detection reagents, and a reporter construct comprising a non-target sequence, and a Cas protein; d. initiating a detection reaction, wherein the Cas protein cleaves the non-target sequence of the reporter constructs once activated by the one or more target sequences; and e. measuring the signal generated from the reporter construct associated with each set of guide molecules from cleavage of the non-target sequence of the reporter constructs, wherein each individual discrete volume comprises a set of one or more detection beads, wherein each detection bead comprises the set of guide molecules capable of binding the one or more target sequences of the target molecule, wherein the detection bead is encapsulated in a droplet, wherein a reporter bead is encapsulated in the same droplet as the detection bead, or in a separate droplet that can be fused with the droplet comprising the detection bead, and wherein the detection bead and the reporter bead are sized differently and such that each individual discrete volume can only hold one of each bead. a. generating sets of guide molecules, each set of guide molecules comprising guide molecules capable of binding one or more target sequences of a target molecule and designed to form a complex with a Cas protein; b. distributing a plurality of sets of guide molecules, thereby spatially segregating each set of guide molecules, comprising distributing the plurality of sets of guide molecules to individual discrete volumes; c. distributing, to each set of guide molecules, a sample solution, detection reagents, and a reporter construct comprising a non-target sequence, and a Cas protein; d. initiating a detection reaction, wherein the Cas protein cleaves the non-target sequence of the reporter constructs once activated by the one or more target sequences; and e. measuring the signal generated from the reporter construct associated with each set of guide molecules from cleavage of the non-target sequence of the reporter constructs, wherein each individual discrete volume comprises a set of one or more detection beads, wherein each detection bead comprises the set of guide molecules capable of binding the one or more target sequences of the target molecule, wherein the detection bead is encapsulated in a droplet, wherein a reporter bead is encapsulated in the same droplet as the detection bead, or in a separate droplet that can be fused with the droplet comprising the detection bead, and wherein the detection bead and the reporter bead are sized differently and such that each individual discrete volume can only hold one of each bead.
A container for holding particulate materials comprising: a molded pulp shell body comprising a first pulp shell and second pulp shell that are hinged to form an enclosed body or multiple pulp shells including at least a first pulp shell and a second pulp shell joined together to form the enclosed body; wherein the molded pulp shell body is configured to contain materials within the enclosed body; a neck and an orifice in the molded pulp shell body configured to permit passage of the materials through the orifice into or out of the molded pulp shell body, wherein at least a portion of a first side of the hinged pulp shell forms an overlap or an attachment with a second side of the hinged pulp shell, or at least a portion of the first pulp shell forms the overlap or an attachment with the second pulp shell, to provide a substantially flat surface at the overlap; characterised by a support ring attached to the molded pulp shell body in contact with an interior surface of the molded pulp shell body at the neck of the molded pulp shell body and surrounding the orifice, thereby providing support to the neck of the molded pulp shell body. a molded pulp shell body comprising a first pulp shell and second pulp shell that are hinged to form an enclosed body or multiple pulp shells including at least a first pulp shell and a second pulp shell joined together to form the enclosed body; wherein the molded pulp shell body is configured to contain materials within the enclosed body; a neck and an orifice in the molded pulp shell body configured to permit passage of the materials through the orifice into or out of the molded pulp shell body, wherein at least a portion of a first side of the hinged pulp shell forms an overlap or an attachment with a second side of the hinged pulp shell, or at least a portion of the first pulp shell forms the overlap or an attachment with the second pulp shell, to provide a substantially flat surface at the overlap; characterised by a support ring attached to the molded pulp shell body in contact with an interior surface of the molded pulp shell body at the neck of the molded pulp shell body and surrounding the orifice, thereby providing support to the neck of the molded pulp shell body.
A method performed by a gateway, GW , in a wireless communication system, the method comprising: receiving, from a mobility management entity, MME , a create session request message including information related to restricted local operator services, RLOS; determining whether an allowed service time for the RLOS is expired; and transmitting, to the MME, a request message for deleting a default evolved packet system, EPS, bearer of a packet data network, PDN, connection for the RLOS, in case that the allowed service time for the RLOS is expired. receiving, from a mobility management entity, MME , a create session request message including information related to restricted local operator services, RLOS; determining whether an allowed service time for the RLOS is expired; and transmitting, to the MME, a request message for deleting a default evolved packet system, EPS, bearer of a packet data network, PDN, connection for the RLOS, in case that the allowed service time for the RLOS is expired.
A battery , comprising: a plurality of battery cells configured to be electrically connected to each other through a bus component ; a cover body comprising an accommodation space configured to install the bus component ; and an insulating part attached to the cover body and provided to cover at least the bus component ; wherein at least one battery cell of the plurality of battery cells comprises a pressure relief mechanism , and the pressure relief mechanism is configured to be actuated when an internal pressure or temperature of the at least one battery cell reaches a threshold, to relieve the internal pressure, wherein the pressure relief mechanism and the bus component are respectively arranged on different sides of the at least one battery cell , so that when the pressure relief mechanism is actuated, emissions from the at least one battery cell are discharged in a direction away from the bus component ; wherein the accommodation space is a blind hole formed on the cover body , the bus component is capable of entering the accommodation space through an opening of the accommodation space , and at least a portion of the bus component is accommodated in the accommodation space , and the insulating part is integrally formed with the cover body . a plurality of battery cells configured to be electrically connected to each other through a bus component ; a cover body comprising an accommodation space configured to install the bus component ; and an insulating part attached to the cover body and provided to cover at least the bus component ; wherein at least one battery cell of the plurality of battery cells comprises a pressure relief mechanism , and the pressure relief mechanism is configured to be actuated when an internal pressure or temperature of the at least one battery cell reaches a threshold, to relieve the internal pressure, wherein the pressure relief mechanism and the bus component are respectively arranged on different sides of the at least one battery cell , so that when the pressure relief mechanism is actuated, emissions from the at least one battery cell are discharged in a direction away from the bus component ; wherein the accommodation space is a blind hole formed on the cover body , the bus component is capable of entering the accommodation space through an opening of the accommodation space , and at least a portion of the bus component is accommodated in the accommodation space , and the insulating part is integrally formed with the cover body .
An absorbent article comprising: an absorber; a liquid impervious resin film covering a back surface side of the absorber; and an exterior nonwoven fabric covering a back surface side of the liquid impervious resin film, the liquid impervious resin film having moisture perviousness in a thickness direction, wherein a cellulose nanofiber layer is disposed between the liquid impervious resin film and the exterior nonwoven fabric. the liquid impervious resin film having moisture perviousness in a thickness direction, wherein a cellulose nanofiber layer is disposed between the liquid impervious resin film and the exterior nonwoven fabric.
A method of communicating an application-layer message by a source node over a mesh network , the method comprising, by an application-layer translation application of a dual-stack router : receiving , from the source node using a first network stack that implements a first network protocol, the application-layer message that includes a source address and a destination address; mapping the source address to an Internet Protocol Version 6, IPv6, source address; mapping the destination address to an IPv6 destination address; transmitting the application-layer message by the source node to a destination node in the mesh network using a second network stack implementing a second network protocol, the IPv6 source address, and the IPv6 destination address, the second network stack comprising: a transport layer configured to transport the application-layer message using User Datagram Protocol, UDP, ; a network layer configured to communicate the application-layer message using IPv6 ; a data link layer configured to encode the application-layer message for transmission, the data link layer comprising a 6LoWPAN adaptation layer and a Media Access Control, MAC, layer ; and a physical layer configured to transmit the encoded application-layer message with a wireless transceiver in the mesh network . receiving , from the source node using a first network stack that implements a first network protocol, the application-layer message that includes a source address and a destination address; mapping the source address to an Internet Protocol Version 6, IPv6, source address; mapping the destination address to an IPv6 destination address; transmitting the application-layer message by the source node to a destination node in the mesh network using a second network stack implementing a second network protocol, the IPv6 source address, and the IPv6 destination address, the second network stack comprising: a transport layer configured to transport the application-layer message using User Datagram Protocol, UDP, ; a network layer configured to communicate the application-layer message using IPv6 ; a data link layer configured to encode the application-layer message for transmission, the data link layer comprising a 6LoWPAN adaptation layer and a Media Access Control, MAC, layer ; and a physical layer configured to transmit the encoded application-layer message with a wireless transceiver in the mesh network . a transport layer configured to transport the application-layer message using User Datagram Protocol, UDP, ; a network layer configured to communicate the application-layer message using IPv6 ; a data link layer configured to encode the application-layer message for transmission, the data link layer comprising a 6LoWPAN adaptation layer and a Media Access Control, MAC, layer ; and a physical layer configured to transmit the encoded application-layer message with a wireless transceiver in the mesh network .
A method of determining a reaction time of a brake of at least one associated axis of a multi-axis machine, in particular of a robot or a machine tool, comprising the steps of: actuating the at least one associated axis; switching the brake, wherein a switching point in time is a point in time (t 2 , t 7 ) at which the switching of the brake is triggered or detected, in particular in terms of signalling and / or power engineering; and determining a reaction period of time (t close , t open ) between the switching point in time (t 2 , t 7 ) and a reaction point in time (t 5 , t 8 ) at which a state of movement of the at least one associated axis changes, wherein the brake is switched from an open state to a closed state and the reaction point in time is a point in time (t 5 ) at which the rotational speed of the associated axis is reduced by more than about 1 per cent in relation to the rotational speed at the switching point in time, or is a point in time (t 5 ) at which the torque necessary to maintain the speed increases by more than about 1 per cent, or the brake is switched from a closed state to an open state and the reaction point in time is a point in time (t 8 ) at which the at least one associated axis begins to move. actuating the at least one associated axis; switching the brake, wherein a switching point in time is a point in time (t 2 , t 7 ) at which the switching of the brake is triggered or detected, in particular in terms of signalling and / or power engineering; and determining a reaction period of time (t close , t open ) between the switching point in time (t 2 , t 7 ) and a reaction point in time (t 5 , t 8 ) at which a state of movement of the at least one associated axis changes, wherein the brake is switched from an open state to a closed state and the reaction point in time is a point in time (t 5 ) at which the rotational speed of the associated axis is reduced by more than about 1 per cent in relation to the rotational speed at the switching point in time, or is a point in time (t 5 ) at which the torque necessary to maintain the speed increases by more than about 1 per cent, or the brake is switched from a closed state to an open state and the reaction point in time is a point in time (t 8 ) at which the at least one associated axis begins to move.
A method comprising the steps of: a) processing a triglyceride-containing vegetable oil to effect oligomerization and deoxygenation of unsaturated fatty acid components contained therein so as to provide for an oligomerized mixture; b) isomerizing the oligomerized mixture over an isomerization catalyst to yield an isomerized mixture, wherein the isomerized mixture comprises a base oil component and a diesel fuel component, wherein the isomerization is carried out at a temperature between 500 °F (260 °C) and 750 °F (399°C); c) stripping the isomerized mixture of water to yield a dry isomerized mixture, wherein the dry isomerized mixture comprises at least 10 wt. % alkanes having a carbon number of 30 or greater; d) separating the dry isomerized mixture into a lower boiling fraction from which diesel fuel is subsequently derived, and a higher boiling fraction; and e) subsequently further isomerizing at least a portion of the higher boiling fraction to yield a base oil. a) processing a triglyceride-containing vegetable oil to effect oligomerization and deoxygenation of unsaturated fatty acid components contained therein so as to provide for an oligomerized mixture; b) isomerizing the oligomerized mixture over an isomerization catalyst to yield an isomerized mixture, wherein the isomerized mixture comprises a base oil component and a diesel fuel component, wherein the isomerization is carried out at a temperature between 500 °F (260 °C) and 750 °F (399°C); c) stripping the isomerized mixture of water to yield a dry isomerized mixture, wherein the dry isomerized mixture comprises at least 10 wt. % alkanes having a carbon number of 30 or greater; d) separating the dry isomerized mixture into a lower boiling fraction from which diesel fuel is subsequently derived, and a higher boiling fraction; and e) subsequently further isomerizing at least a portion of the higher boiling fraction to yield a base oil.
A torque transfer apparatus configured to selectively interrupt a first torque path from a first prime mover of a vehicle drivetrain, the torque transfer apparatus comprising: a dual mass flywheel , a multi-plate dry friction clutch rotatably coupled to the dual mass flywheel, and a centrifugal pendulum absorber rotatably coupled to one or both of the dual mass flywheel and the multi-plate dry friction clutch wherein the multi-plate dry friction clutch is engageable to selectively rotationally couple an input of the torque transfer apparatus to an output of the torque transfer apparatus to selectively transfer torque through the torque transfer apparatus, wherein the centrifugal pendulum absorber is disposed radially outward of the multi-plate dry friction clutch , characterised in that the centrifugal pendulum absorber is disposed circumferentially around the multi-plate dry friction clutch . a dual mass flywheel , a multi-plate dry friction clutch rotatably coupled to the dual mass flywheel, and a centrifugal pendulum absorber rotatably coupled to one or both of the dual mass flywheel and the multi-plate dry friction clutch wherein the multi-plate dry friction clutch is engageable to selectively rotationally couple an input of the torque transfer apparatus to an output of the torque transfer apparatus to selectively transfer torque through the torque transfer apparatus, wherein the centrifugal pendulum absorber is disposed radially outward of the multi-plate dry friction clutch , characterised in that the centrifugal pendulum absorber is disposed circumferentially around the multi-plate dry friction clutch .