mhurhangee/patent-ind-claim-en huggingface dataset:
Method for enhancing the usage of user equipment resources and/or network resources related to the transmission of environment-related information between an user equipment and a mobile communication network , wherein the mobile communication network comprises a base station entity , wherein the user equipment comprises at least one radio interface , wherein an uplink radio connection between the user equipment and the base station entity is to be established using the at least one radio interface of the user equipment , wherein the method comprises the following steps: -- transmitting, in a first step, a measurement configuration information from the mobile communication network to the user equipment , wherein a control channel of the mobile communication network is used for the transmission of the measurement configuration information, and wherein the measurement configuration information comprises an indication that a requested measurement, to be conducted by the user equipment and resulting in obtaining a local network information, shall be reported to the base station entity together with at least one other uplink transmission performed by the user equipment using the at least one radio interface of the user equipment , -- obtaining by the user equipment the local network information by conducting the requested measurement, in a second step subsequent to the first step, and -- transmitting by the user equipment , in a third step subsequent to the second step, the local network information together with the at least one other uplink transmission performed by the user equipment to the base station entity by using the at least one radio interface of the user equipment , wherein the initiation of an uplink synchronization of the user equipment solely due to transmitting the local network information is avoided. -- transmitting, in a first step, a measurement configuration information from the mobile communication network to the user equipment , wherein a control channel of the mobile communication network is used for the transmission of the measurement configuration information, and wherein the measurement configuration information comprises an indication that a requested measurement, to be conducted by the user equipment and resulting in obtaining a local network information, shall be reported to the base station entity together with at least one other uplink transmission performed by the user equipment using the at least one radio interface of the user equipment , -- obtaining by the user equipment the local network information by conducting the requested measurement, in a second step subsequent to the first step, and -- transmitting by the user equipment , in a third step subsequent to the second step, the local network information together with the at least one other uplink transmission performed by the user equipment to the base station entity by using the at least one radio interface of the user equipment , wherein the initiation of an uplink synchronization of the user equipment solely due to transmitting the local network information is avoided.
A transport system, including: a track having a top face and opposite first and second sides ; a carriage having a carriage body to extend across the top face of the track, a fixed bearing arrangement which includes a bearing to engage the first side of the track and having a rotational axis located in a fixed position on the carriage body, and a self-adjusting bearing arrangement which includes a movable bearing to engage the second side of the track and mounted on a pivot arm having a pivotal connection with the carriage body and a bias element arranged to act on the pivot arm such as to maintain contact between the movable bearing and the second side of the track; wherein the self-adjusting bearing arrangement is such that - the movable bearing is not driven; - the movable bearing and the pivotal connection of the pivot arm are both located at a first end of the pivot arm; - the bias element is spaced from the pivotal connection of the pivot arm in a first direction; - the movable bearing is offset from the pivotal connection in a second direction which is transverse to the first direction. - the movable bearing is not driven; - the movable bearing and the pivotal connection of the pivot arm are both located at a first end of the pivot arm; - the bias element is spaced from the pivotal connection of the pivot arm in a first direction; - the movable bearing is offset from the pivotal connection in a second direction which is transverse to the first direction.
An electronic device comprising an anode and a cathode , between which there are at least two organic phototransducing units (120.1, 120.2,...,120.N) wherein each phototransducing unit (120.1, 120.2,...,120.N) comprises several layers, wherein the phototransducing units (120.1, 120.2,...,120.N) are separated by an intermediate connecting region (130.1, 130.2,...,130.N) which comprises: a) an organic p-type layer; b) an intermediate layer in direct contact with the organic p-type layer and including a compound that has a LUMO more negative than -3.0 eV and is different from the organic compound in the organic p-type layer; and c) an n-type doped organic layer in direct contact with the intermediate layer and including an electron transport material as a host and an n-dopant, characterised in that the intermediate layer comprises in an amount of greater than 99% by volume a single compound or, if the intermediate layer is produced with a combination of materials, this combination of materials does not form an electrical doped layer and in that the n-dopant is an organic n-dopant with an effective HOMO less negative than -4.5 eV. a) an organic p-type layer; b) an intermediate layer in direct contact with the organic p-type layer and including a compound that has a LUMO more negative than -3.0 eV and is different from the organic compound in the organic p-type layer; and c) an n-type doped organic layer in direct contact with the intermediate layer and including an electron transport material as a host and an n-dopant,
A soft actuator comprising: an elastomeric body that extends from a proximal end to a distal end , the elastomeric body: surrounding a void configured to receive an inflation fluid, comprising a plurality of accordion extensions , and being tapered from the proximal end to the distal end in a breadth direction and a thickness direction; wherein the soft actuator comprises a gripping surface on a base of the soft actuator , characterized in that the gripping surface is configured to extend to create a textured surface on the base when the actuator is in an inflated state, and configured to retract to create a smooth surface when the actuator is not in an inflated state. surrounding a void configured to receive an inflation fluid, comprising a plurality of accordion extensions , and being tapered from the proximal end to the distal end in a breadth direction and a thickness direction; wherein the soft actuator comprises a gripping surface on a base of the soft actuator , characterized in that the gripping surface is configured to extend to create a textured surface on the base when the actuator is in an inflated state, and configured to retract to create a smooth surface when the actuator is not in an inflated state.
A turbomachine combustor comprising: a combustion chamber ; a plurality of micro-mixer nozzles mounted to an end cover of the combustion chamber, each micro-mixer nozzle including a fuel supply pipe affixed to a nozzle body located within the combustion chamber, each nozzle body comprising a substantially hollow body formed with an upstream end face , a downstream end face and a peripheral wall extending therebetween, wherein each substantially hollow body is provided with a plurality of pre-mix tubes or passages extending axially through said substantially hollow body, thereby permitting fuel from the supply pipe to mix with air in said nozzle body prior to discharge into said combustion chamber; characterized in that at least some nozzle bodies of said plurality of micro-mixer nozzles have axial length dimensions that differ from axial length dimensions of other of said nozzle bodies along an inlet end of the nozzle bodies; and wherein said nozzle body of one or more of said plurality of micro-mixer nozzles is formed to include a radially outer portion of a first diameter, and at least one radially inner portion of a second diameter less than said first diameter, connected by a radially-oriented shoulder , and wherein said radially outer and radially inner portions have differential axial lengths. a combustion chamber ; a plurality of micro-mixer nozzles mounted to an end cover of the combustion chamber, each micro-mixer nozzle including a fuel supply pipe affixed to a nozzle body located within the combustion chamber, each nozzle body comprising a substantially hollow body formed with an upstream end face , a downstream end face and a peripheral wall extending therebetween, wherein each substantially hollow body is provided with a plurality of pre-mix tubes or passages extending axially through said substantially hollow body, thereby permitting fuel from the supply pipe to mix with air in said nozzle body prior to discharge into said combustion chamber; characterized in that at least some nozzle bodies of said plurality of micro-mixer nozzles have axial length dimensions that differ from axial length dimensions of other of said nozzle bodies along an inlet end of the nozzle bodies; and wherein said nozzle body of one or more of said plurality of micro-mixer nozzles is formed to include a radially outer portion of a first diameter, and at least one radially inner portion of a second diameter less than said first diameter, connected by a radially-oriented shoulder , and wherein said radially outer and radially inner portions have differential axial lengths.
A device for holding cards, and, optionally, other planar objects, the device comprising at least two planar frames located adjacent one another, each planar frame comprising: an opening leading to a space; and an object retaining member for maintaining an object when received in a space of an adjacent planar frame; wherein the object retaining member is formed of a side of the planar frame adjacent to the space of the adjacent planar frame; wherein the opening of the planar frame is aligned in a different direction from an opening of the adjacent planar frame; and characterised in that each planar frame is configured to only contact a periphery of a received object such that at least a portion of the object when received in the space of the planar frame is capable of being in direct contact with at least a portion of another object when received in the space of the adjacent planar frame. an opening leading to a space; and an object retaining member for maintaining an object when received in a space of an adjacent planar frame; wherein the object retaining member is formed of a side of the planar frame adjacent to the space of the adjacent planar frame; wherein the opening of the planar frame is aligned in a different direction from an opening of the adjacent planar frame; and characterised in that each planar frame is configured to only contact a periphery of a received object such that at least a portion of the object when received in the space of the planar frame is capable of being in direct contact with at least a portion of another object when received in the space of the adjacent planar frame.
A method of wireless communication comprising: identifying data to be transmitted to a base station ; monitoring for one or more downlink transmissions from the base station; determining , based at least in part on detecting the one or more downlink transmissions from the base station, scheduled uplink resources for an uplink transmission associated with the identified data; the method being characterized by : initiating a listen-before-talk, LBT, procedure for the uplink transmission associated with the identified data during an uplink short transmission, ULST, window in an absence of detecting the one or more downlink transmissions from the base station within a specified time period. identifying data to be transmitted to a base station ; monitoring for one or more downlink transmissions from the base station; determining , based at least in part on detecting the one or more downlink transmissions from the base station, scheduled uplink resources for an uplink transmission associated with the identified data; the method being characterized by : initiating a listen-before-talk, LBT, procedure for the uplink transmission associated with the identified data during an uplink short transmission, ULST, window in an absence of detecting the one or more downlink transmissions from the base station within a specified time period.
An aerosol generating device for use with an aerosol generating article comprising an aerosol-forming substrate, the device comprising: a heater for heating an aerosol-forming substrate; an odour inhibition assembly , the odour inhibition assembly comprising at least one chamber for receiving at least one odour inhibition substrate ; and a recess for receiving an aerosol generating article , the at least one chamber being isolated from the recess such that air is unable to pass from the chamber to the recess through the aerosol generating device . a heater for heating an aerosol-forming substrate; an odour inhibition assembly , the odour inhibition assembly comprising at least one chamber for receiving at least one odour inhibition substrate ; and a recess for receiving an aerosol generating article , the at least one chamber being isolated from the recess such that air is unable to pass from the chamber to the recess through the aerosol generating device .
Carrying strap comprising a strap and at least one fastening device , which is arranged at at least one end of the strap and is intended for fastening a portable object , e.g. a camera, wherein the strap has fastened on it at least one first quick-locking element , which is a constituent part of a quick-locking mechanism comprising the first quick-locking element and a corresponding second quick-locking element , wherein the first quick-locking element can be released from the corresponding second quick-locking element along a first direction (X) from a locking position, in which the second quick-locking element is locked to the first quick-locking element , and can be moved into the locking position along a second direction (Y), and wherein the first quick-locking element can be fixed on the strap such that it can be displaced along the strap , characterized in that the first and second directions (X, Y) run orthogonally in relation to one another.
A lighting apparatus , comprising: a light source module comprising a plurality of LED modules ; a light passing cover , for allowing a light of the light source module to pass through; a base plate connected to the light passing cover forming a container space, the base plate having an elongated shape; a first end module ; and a second end module , wherein the first end module and the second end module are attached at two opposite ends of the base plate for sealing the container space, the first end module is selectively connected to another second end module of another lighting apparatus for routing electricity and a control signal, characterized in that a length of the base plate is adjustable. a light source module comprising a plurality of LED modules ; a light passing cover , for allowing a light of the light source module to pass through; a base plate connected to the light passing cover forming a container space, the base plate having an elongated shape; a first end module ; and a second end module , wherein the first end module and the second end module are attached at two opposite ends of the base plate for sealing the container space, the first end module is selectively connected to another second end module of another lighting apparatus for routing electricity and a control signal, characterized in that a length of the base plate is adjustable.
A first responder readiness data server for monitoring in real time at least one readiness parameter of a monitorable device obtainable from at least one sensor couplable to the monitorable device , the at least one sensor configured to detect in real time a present value of the at least one readiness parameter of the monitorable device , the at least one readiness parameter being selected from the group consisting of oxygen level, air pressure level, and network connection, and the monitorable device being one of an air pack, a gas mask, and a self-contained breathing apparatus (SCBA) tank; the server comprising: a communication interface configured to receive data transmitted from the at least one sensor , the data corresponding to the present value of the at least one readiness parameter of the monitorable device ; and processing circuitry including a memory and a processor , the memory in communication with the processor , the memory having instructions that, when executed by the processor , configure the processor to: determine if the present value of the at least one readiness parameter of the monitorable device meets at least one user-defined rule; and determine a device status indicating if the present value of the at least one readiness parameter of the monitorable device has met the at least one user-defined rule; and the communication interface further configured to transmit an indication of the device status to a monitoring display . a communication interface configured to receive data transmitted from the at least one sensor , the data corresponding to the present value of the at least one readiness parameter of the monitorable device ; and processing circuitry including a memory and a processor , the memory in communication with the processor , the memory having instructions that, when executed by the processor , configure the processor to: determine if the present value of the at least one readiness parameter of the monitorable device meets at least one user-defined rule; and determine a device status indicating if the present value of the at least one readiness parameter of the monitorable device has met the at least one user-defined rule; and the communication interface further configured to transmit an indication of the device status to a monitoring display . determine if the present value of the at least one readiness parameter of the monitorable device meets at least one user-defined rule; and determine a device status indicating if the present value of the at least one readiness parameter of the monitorable device has met the at least one user-defined rule; and the communication interface further configured to transmit an indication of the device status to a monitoring display .
An artificial turf comprising a damping layer made of a particle foam, a fiber backing and an artificial grass layer made of single or multiple fibers, the fibers being tied to the fiber backing forming an artificial carpet of grass, characterised in that the particle foam, the fiber backing and the single or multiple fibers forming the artificial grass layer are made of thermoplastic elastomers which are composed of the same monomer units respectively from the same components in case of a compound structure and the different characteristics of the layers are established by variation in the ratio of hard phases and soft phases in the thermoplastic elastomer.
Method for using a computer unit of an autonomously movable vehicle , wherein, during a charging process of an electrical energy store of the vehicle , a computing power of the computer unit is made available to at least one vehicle-external computing network and/or a group of vehicle-external computing units , wherein, during at least part of the charging process, the energy store of the vehicle receives and stores electrical energy from a power grid external to the vehicle and feeds electrical energy into a power grid external to the vehicle , thus implementing bidirectional charging, and wherein the energy store , depending on a price for energy taken from the power grid and/or depending on a price for energy fed into the power grid and/or depending on priorities and/or a weighting of functions performed and/or used by the vehicle , during the part of the charging process, receives the electrical energy from the power grid and/or feeds it into the power grid and the vehicle, during the charging process, receives via at least one cooling line a cooling medium which is provided by a cooling device external to the vehicle during the charging process and by means of which at least one component, in particular the energy store and/or the computer unit , of the vehicle is cooled during the charging process.
A method for purifying isopropyl alcohol, the method comprising: feeding a feed comprising: isopropyl alcohol; water; and a byproduct comprising normal propyl alcohol to an azeotropic distillation purification tower, wherein the feed comprising isopropyl alcohol, water, and a byproduct comprising normal-propyl alcohol is a reactant produced from a reaction process of propylene and water ; separating an azeotrope comprising isopropyl alcohol, normal-propyl alcohol, and water from the top of the azeotropic distillation purification tower and feeding the azeotrope to a dehydration tower; separating the isopropyl alcohol and the normal-propyl alcohol from the bottom of the dehydration tower and feeding the isopropyl alcohol and the normal-propyl alcohol to a normal-propyl alcohol purification tower; separating the isopropyl alcohol from the top of the normal-propyl alcohol purification tower; and separating the normal-propyl alcohol from the bottom of the normal-propyl alcohol purification tower and recycling the normal-propyl alcohol to the reaction process of the propylene and the water. feeding a feed comprising: isopropyl alcohol; water; and a byproduct comprising normal propyl alcohol to an azeotropic distillation purification tower, wherein the feed comprising isopropyl alcohol, water, and a byproduct comprising normal-propyl alcohol is a reactant produced from a reaction process of propylene and water ; separating an azeotrope comprising isopropyl alcohol, normal-propyl alcohol, and water from the top of the azeotropic distillation purification tower and feeding the azeotrope to a dehydration tower; separating the isopropyl alcohol and the normal-propyl alcohol from the bottom of the dehydration tower and feeding the isopropyl alcohol and the normal-propyl alcohol to a normal-propyl alcohol purification tower; separating the isopropyl alcohol from the top of the normal-propyl alcohol purification tower; and separating the normal-propyl alcohol from the bottom of the normal-propyl alcohol purification tower and recycling the normal-propyl alcohol to the reaction process of the propylene and the water.
A cyclopropane compound represented by Formula (I): wherein R 1 is a methyl group and R 2 is a methyl group, or R 1 is a hydrogen atom and R 2 is an ethyl group.