mhurhangee/patent-ind-claim-en huggingface dataset:
System comprising a processor-based portable device having at least a communication unit and a position determining unit and a life circle database, in which one or more life circle records are defined, wherein each life circle record is associated with a position/location and comprises contact information and/or instructions to be applied for contacting at least one responder and/or for performing one or more predefined operations in case of a distress situation of a first bearer of the processor-based portable device , wherein a life circle record to be used at a distress situation is selected on the basis of a current position of the processor-based portable device , characterized in that the system is adapted to match life circle records of different bearers on the basis of the positions/locations associated therewith and the system is adapted to extract information and/or instructions from a life circle record of a second bearer to be provided supplementary to the life circle record of the first bearer when the current position of the first bearer at least partially matches the position/location information associated with the life circle record of the second bearer. processor-based portable device , wherein a life circle record to be used at a distress situation is selected on the basis of a current position of the processor-based portable device , characterized in that the system is adapted to match life circle records of different bearers on the basis of the positions/locations associated therewith and the system is adapted to extract information and/or instructions from a life circle record of a second bearer to be provided supplementary to the life circle record of the first bearer when the current position of the first bearer at least partially matches the position/location information associated with the life circle record of the second bearer.
A coating device arrangement, comprising: a coating device; a substrate having a predetermined outer diameter (D) ; a rotary plate configured for holding the substrate in the coating device wherein the substrate is rotated during coating of the substrate, said rotary plate comprising a fixed part and a mobile part ; an annular elevation , forming a ring-shaped upper side for engaging a surface of the substrate, which annular elevation is elevated from a flange of the fixed part of the rotary plate and from a flange of the mobile part of the rotary plate, said flanges extending radially beyond the annular elevation; wherein an outer diameter (D) of the annular elevation substantially corresponds to said predetermined outer diameter of the substrate such that the coating can be prevented during the coating operation from being able to pass onto undesirable surfaces of the substrate, a plurality of suction points (5.1-5.4) at said upper side of the annular elevation, wherein the annular elevation comprises a mobile-part annular portion (8.1, 8.2) assigned to the mobile part of the rotary plate and a fixed-part annular portion (7.1, 7.2) assigned to the fixed part of the rotary plate; screw openings (6.1-6.4) provided in the flange of the fixed part of the rotary plate for receiving a fastening means, by means of which the rotary plate is connected to the coating device. a substrate having a predetermined outer diameter (D) ; a rotary plate configured for holding the substrate in the coating device wherein the substrate is rotated during coating of the substrate, said rotary plate comprising a fixed part and a mobile part ; an annular elevation , forming a ring-shaped upper side for engaging a surface of the substrate, which annular elevation is elevated from a flange of the fixed part of the rotary plate and from a flange of the mobile part of the rotary plate, said flanges extending radially beyond the annular elevation; wherein an outer diameter (D) of the annular elevation substantially corresponds to said predetermined outer diameter of the substrate such that the coating can be prevented during the coating operation from being able to pass onto undesirable surfaces of the substrate, a plurality of suction points (5.1-5.4) at said upper side of the annular elevation, wherein the annular elevation comprises a mobile-part annular portion (8.1, 8.2) assigned to the mobile part of the rotary plate and a fixed-part annular portion (7.1, 7.2) assigned to the fixed part of the rotary plate; screw openings (6.1-6.4) provided in the flange of the fixed part of the rotary plate for receiving a fastening means, by means of which the rotary plate is connected to the coating device.
A terminal device, comprising: a screen bendable along a preset shaft ; and a microphone comprising: a housing including a cavity with an open end; a flexible circuit board , connected to the housing to block the open end of the cavity ; and a signal converter , configured to convert a sound signal into an electrical signal, disposed in the cavity , and connected to the flexible circuit board , characterized in that , the flexible circuit board comprises a supporting portion and a connecting portion , and the supporting portion and a free end of the connecting portion are respectively disposed on two sides of the screen with respect to the preset shaft ; the supporting portion is connected to the housing and the signal converter ; and the connecting portion extends from a side of the supporting portion , and the free end of the connecting portion is away from the supporting portion . a screen bendable along a preset shaft ; and a microphone comprising: a housing including a cavity with an open end; a flexible circuit board , connected to the housing to block the open end of the cavity ; and a signal converter , configured to convert a sound signal into an electrical signal, disposed in the cavity , and connected to the flexible circuit board , a housing including a cavity with an open end; a flexible circuit board , connected to the housing to block the open end of the cavity ; and a signal converter , configured to convert a sound signal into an electrical signal, disposed in the cavity , and connected to the flexible circuit board , characterized in that , the flexible circuit board comprises a supporting portion and a connecting portion , and the supporting portion and a free end of the connecting portion are respectively disposed on two sides of the screen with respect to the preset shaft ; the supporting portion is connected to the housing and the signal converter ; and the connecting portion extends from a side of the supporting portion , and the free end of the connecting portion is away from the supporting portion .
Turbine pressure-booster oil return pipeline, comprising: an actual body of the oil return pipe , a connector , which comprises an actual body of the connector, characterized in that the connector also comprises an extending part, which is formed as extending from the actual body of the connector, the extending part being located within the actual body of the oil return pipe and forming in close coordination with the actual body of the oil return pipe a connecting portion , the connecting portion being formed with a positioning region and the end part of the actual body of the oil return pipe being fastened on the connector by welding, the positioning region being a clearance formed on the surface of the connecting portion by pinching. an actual body of the oil return pipe , a connector , which comprises an actual body of the connector, characterized in that the connector also comprises an extending part, which is formed as extending from the actual body of the connector, the extending part being located within the actual body of the oil return pipe and forming in close coordination with the actual body of the oil return pipe a connecting portion , the connecting portion being formed with a positioning region and the end part of the actual body of the oil return pipe being fastened on the connector by welding, the positioning region being a clearance formed on the surface of the connecting portion by pinching.
Multi-component resin system containing an isocyanate component, which comprises at least one aliphatic and/or aromatic polyisocyanate having an average NCO functionality of 2 or more, and an amine component, which comprises at least one amine which is reactive to isocyanate groups and has an average NH functionality of 2 or more, with the proviso that the multi-component resin system is free of polyaspartic acid esters, the isocyanate component and/or the amine component comprising at least one filler and at least one rheology additive and the total filling level of a mortar composition produced by mixing the isocyanate component and the amine component is in a range from 30 to 80 wt.%, characterized in that the isocyanate component contains a molecular sieve as a drying agent.
A method, performed by one or more devices (110; 120; 130; 140; 141; 210; 212; 220; 230; 600), for managing Round Trip Time, RTT, associated with provision of a data flow (150; 250) from a server device (130; 230), via a multi-access communication network (100; 200), to a client device (120; 220), said one or more devices (110; 120; 130; 140; 141; 210; 212; 220; 230; 600) being communicatively connected to the multi-access communication network (100; 200), the multi-access communication network (100; 200) being configured to provide the data flow (150; 250) to the client device (120; 220) using a resource of the multi-access communication network (100; 200) that is shared by multiple client devices (120-121; 220-221), wherein the method comprises: - initiating , in response to identification that the data flow (150; 250) belongs to a certain type, introduction of an artificial delay in the RTT, and - initiating provision of said data flow (150; 250) to the client device (120; 220) in bursts (402a-d) with an idle time between the bursts (402a-d) based on the artificial delay. - initiating , in response to identification that the data flow (150; 250) belongs to a certain type, introduction of an artificial delay in the RTT, and - initiating provision of said data flow (150; 250) to the client device (120; 220) in bursts (402a-d) with an idle time between the bursts (402a-d) based on the artificial delay.
A method for wireless communication at a user equipment, UE, comprising: receiving scheduling information for an uplink transmission to be made over a plurality of carriers of a shared radio frequency spectrum band; identifying a carrier of the plurality of carriers for which to perform a first type of listen before talk, LBT, procedure; performing the first type of LBT procedure for the identified carrier; performing a second type of LBT procedure for each carrier of the plurality of carriers other than the identified carrier, the second type of LBT procedure having a shorter contention window than the first type of LBT procedure; and transmitting the uplink transmission over the plurality of carriers based at least in part on the performance of the first type of LBT procedure for the identified carrier and the performance of the second type of LBT procedure for each carrier other than the identified carrier. receiving scheduling information for an uplink transmission to be made over a plurality of carriers of a shared radio frequency spectrum band; identifying a carrier of the plurality of carriers for which to perform a first type of listen before talk, LBT, procedure; performing the first type of LBT procedure for the identified carrier; performing a second type of LBT procedure for each carrier of the plurality of carriers other than the identified carrier, the second type of LBT procedure having a shorter contention window than the first type of LBT procedure; and transmitting the uplink transmission over the plurality of carriers based at least in part on the performance of the first type of LBT procedure for the identified carrier and the performance of the second type of LBT procedure for each carrier other than the identified carrier.
A method for checking authenticity of an application by a conditional access module connectable to a multimedia receiver , the conditional access module receiving a multimedia stream transporting multimedia content and application data forming at least one application, the at least one application being configured to enhance the multimedia content , comprising: separating, by an input filter included in the conditional access module , the application data from the multimedia stream , the application data comprising a current authentication code, forwarding, by the input filter , the application data with the current authentication code to a quarantine memory of an application checker included in the conditional access module , verifying, by the application checker , the current authentication code by using a reference authentication code previously acquired by or built in the conditional access module , upon successful verification, retrieving from the quarantine memory , by a merging module , which is part of the conditional access module , the application data and merging the application data with the multimedia content previously separated by the input filter , obtaining a checked multimedia stream , outputting the checked multimedia stream for execution of the at least one application enhancing the multimedia content . separating, by an input filter included in the conditional access module , the application data from the multimedia stream , the application data comprising a current authentication code, forwarding, by the input filter , the application data with the current authentication code to a quarantine memory of an application checker included in the conditional access module , verifying, by the application checker , the current authentication code by using a reference authentication code previously acquired by or built in the conditional access module , upon successful verification, retrieving from the quarantine memory , by a merging module , which is part of the conditional access module , the application data and merging the application data with the multimedia content previously separated by the input filter , obtaining a checked multimedia stream , outputting the checked multimedia stream for execution of the at least one application enhancing the multimedia content .
A device for loading a fixative in a drill hole, the device comprising: a) a chamber adapted to hold the fixative, and b) a thrust member , wherein the fixative is displaced from the chamber into the drill hole following application of force to the thrust member wherein the thrust member includes at least one frangible section that ruptures upon the application of force to the thrust member and wherein the device is adapted for use with a push rod, wherein upon the application of force to the push rod, the thrust member ruptures characterized in that the push rod is adapted to penetrate the thrust member and pass through into the drill hole. a) a chamber adapted to hold the fixative, and b) a thrust member ,
A method of a transmitter in a communication system, the method comprising: transmitting control information on an enhanced physical downlink control channel, EPDCCH, the EPDCCH comprising at least one enhanced control channel element, ECCE; transmitting data on a physical downlink shared channel, PDSCH, based on the control information; and receiving an uplink ACK/NACK response corresponding to the data on a resource, wherein the resource is identified based on a lowest ECCE index related to the EPDCCH and a demodulation reference signal, DMRS, port index associated with the EPDCCH. transmitting control information on an enhanced physical downlink control channel, EPDCCH, the EPDCCH comprising at least one enhanced control channel element, ECCE; transmitting data on a physical downlink shared channel, PDSCH, based on the control information; and receiving an uplink ACK/NACK response corresponding to the data on a resource, wherein the resource is identified based on a lowest ECCE index related to the EPDCCH and a demodulation reference signal, DMRS, port index associated with the EPDCCH.
An autoinjector comprising a body , and a reservoir (S) containing fluid and including a piston and a needle, such as a prefilled syringe, said autoinjector further comprising a piston rod that is adapted to co-operate with the piston of said reservoir (S), said piston rod being movable between a rest position and an injection position in which said piston rod has moved the piston of the reservoir (S) so as to inject the fluid through the needle, an actuator spring being provided so as to urge said piston rod towards its injection position, the autoinjector further comprising a force-adjustment system that is adapted to exert at least one force (F2) on said piston rod , said force (F2) adding to the force exerted by said actuator spring on said piston rod at the beginning of injection, so as to amplify the force exerted on said piston by said piston rod at the beginning of injection, said force-adjustment system comprising two pivot members that co-operate with said piston rod , said pivot members being connected together by two resilient elements , at least one pivot member being blocked prior to actuation by a locking system , thus preventing the autoinjector from being actuated, said autoinjector further comprising an unlocking element that is adapted to move and/or to deform said locking system so as to unblock said at least one pivot member , and thus make it possible to actuate the autoinjector.
A method for producing a reinforced fibre composite component with at least one supporting element which is braided with a sheathing comprising a fibre structure, having the following steps: a. providing the supporting element , wherein the supporting element is designed as a supporting core, b. arranging at least one reinforcing layer on an outer surface of the supporting element , wherein the reinforcing layer is locally configured as a patch and the arranging of the at least one reinforcing layer takes place by flat laying, gluing or affixing on the outer surface , c. producing the common sheathing of the supporting element and of the reinforcing layer by means of braiding with continuous filaments, wherein the at least local reinforcing layer is arranged between the supporting element and the sheathing , and d. impregnating the braided supporting element with a matrix. a. providing the supporting element , wherein the supporting element is designed as a supporting core, b. arranging at least one reinforcing layer on an outer surface of the supporting element , wherein the reinforcing layer is locally configured as a patch and the arranging of the at least one reinforcing layer takes place by flat laying, gluing or affixing on the outer surface , c. producing the common sheathing of the supporting element and of the reinforcing layer by means of braiding with continuous filaments, wherein the at least local reinforcing layer is arranged between the supporting element and the sheathing , and d. impregnating the braided supporting element with a matrix.
A method for determining a surfactant retention value in a subterranean reservoir comprising one or more injected surfactants, the method comprising: (a) generating a saturation profile using at least one single well chemical tracer test, wherein the at least one single well chemical tracer test comprises injecting into the subterranean reservoir at least three chemically reactive tracers; and (b) conducting a straight line analysis to determine the surfactant retention value. (a) generating a saturation profile using at least one single well chemical tracer test, wherein the at least one single well chemical tracer test comprises injecting into the subterranean reservoir at least three chemically reactive tracers; and (b) conducting a straight line analysis to determine the surfactant retention value.
A drawn antimicrobial fiber, comprising: a polymeric fiber; and crystalline cuprous oxide particles dispersed within the polymeric fiber, wherein at least 80% of the crystalline cuprous oxide particles have a particle size in the range from 0.25 to 0.65 micron. a polymeric fiber; and crystalline cuprous oxide particles dispersed within the polymeric fiber, wherein at least 80% of the crystalline cuprous oxide particles have a particle size in the range from 0.25 to 0.65 micron.
A centrifugal degasser of an air/oil mixture of a turbomachine, comprising a hollow shaft extending along an axis X and defining an internal air circulation cavity , a pinion for rotating the hollow shaft , and an annular chamber for centrifugal separation of said mixture, the chamber being arranged around the hollow shaft and forming a fluid passage vein, an inlet of which is oriented axially for feeding the chamber with said mixture, and a first outlet of which is oriented radially inwards for the exit of the de-oiled air separated from said mixture, this first outlet being in fluid communication with said internal cavity of the hollow shaft for discharging the de-oiled air to the outside of the degasser, the chamber further comprising at least one second oil outlet oriented radially outwards and intended for discharging the oil separated from said mixture to the outside of the degasser, the degasser being characterised in that the chamber and the pinion form a single piece.
An electronic control unit for a vehicle , the electronic control unit comprising processing circuitry configured to: determine first cryptographic information based on a private key of the electronic control unit and based on a public key of a second entity; obtain second cryptographic information from an external apparatus via an interface , the interface being a Joint Test Action Group, JTAG, interface; compare the first cryptographic information and the second cryptographic information; and unlock a control access to the electronic control unit if the first cryptographic information and the second cryptographic information match; and provide debug functionality for the electronic control unit to the external apparatus after unlocking the control access. determine first cryptographic information based on a private key of the electronic control unit and based on a public key of a second entity; obtain second cryptographic information from an external apparatus via an interface , the interface being a Joint Test Action Group, JTAG, interface; compare the first cryptographic information and the second cryptographic information; and unlock a control access to the electronic control unit if the first cryptographic information and the second cryptographic information match; and provide debug functionality for the electronic control unit to the external apparatus after unlocking the control access.