mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic reading system of codes on the oblique front of cassettes comprising: - a tray ; - cassettes housed in compartments of the tray or in containers placed in the tray ; - a reading sensor ; the tray being fixed with respect to the reading sensor and the reading sensor positioned in a fixed manner with respect to the tray ; wherein said reading sensor - reads the whole area of the tray and its contents; - simultaneously reads the identification code of the tray and the identification codes of the cassettes in the tray ; - defines, by means of a reading software, small areas containing individual cassettes and a grid of positions of the cassettes in the tray based on alphanumeric coordinates. - a tray ; - cassettes housed in compartments of the tray or in containers placed in the tray ; - a reading sensor ; the tray being fixed with respect to the reading sensor and the reading sensor positioned in a fixed manner with respect to the tray ; wherein said reading sensor - reads the whole area of the tray and its contents; - simultaneously reads the identification code of the tray and the identification codes of the cassettes in the tray ; - defines, by means of a reading software, small areas containing individual cassettes and a grid of positions of the cassettes in the tray based on alphanumeric coordinates. - reads the whole area of the tray and its contents; - simultaneously reads the identification code of the tray and the identification codes of the cassettes in the tray ; - defines, by means of a reading software, small areas containing individual cassettes and a grid of positions of the cassettes in the tray based on alphanumeric coordinates.
A method performed by a first communication device operating in a wireless communications network , the method comprising: - receiving , via an interface of the first communication device , a first indication from a user of the first communication device , the first indication explicitly indicating a desired location to receive a wireless service, - providing , based on the received first indication, a second indication to a second communication device operating in the wireless communications network , the second indication indicating that a space corresponding to the indicated desired location, is a desired space to receive the wireless service from the wireless communications network , and - initiating obtaining the wireless service from the second communication device only when the first communication device is located in the space , wherein the first communication device is served by one or more beam-formed beams serving the space only when the first communication device is located in the space , and wherein the one or more beam-formed beams, serving the space , comprise at least one of a first set of one or more beam-formed beams transmitted by the second communication device . - receiving , via an interface of the first communication device , a first indication from a user of the first communication device , the first indication explicitly indicating a desired location to receive a wireless service, - providing , based on the received first indication, a second indication to a second communication device operating in the wireless communications network , the second indication indicating that a space corresponding to the indicated desired location, is a desired space to receive the wireless service from the wireless communications network , and - initiating obtaining the wireless service from the second communication device only when the first communication device is located in the space , wherein the first communication device is served by one or more beam-formed beams serving the space only when the first communication device is located in the space , and wherein the one or more beam-formed beams, serving the space , comprise at least one of a first set of one or more beam-formed beams transmitted by the second communication device .
An audio apparatus comprising: a storage which is configured to store set information which includes reproduction bands of the audio apparatus and of a second apparatus and volume of a sound emission; a receiver which is configured to establish a wireless link with a first apparatus and said second apparatus and receive first audio data transmitted from the first apparatus through the wireless link; a transmitter which is configured to transmit to the second apparatus a sound emission control command comprising sound emission control information generated from the set information stored in the storage and second audio data, wherein the second audio data are obtained from another apparatus or are generated in the audio apparatus or are previously stored in the storage , wherein the sound emission control information comprises at least one of the reproduction band and the volume; a sound emitter which is configured to emit sound based on the first or second audio data using the set information of the audio apparatus . a storage which is configured to store set information which includes reproduction bands of the audio apparatus and of a second apparatus and volume of a sound emission; a receiver which is configured to establish a wireless link with a first apparatus and said second apparatus and receive first audio data transmitted from the first apparatus through the wireless link; a transmitter which is configured to transmit to the second apparatus a sound emission control command comprising sound emission control information generated from the set information stored in the storage and second audio data, wherein the second audio data are obtained from another apparatus or are generated in the audio apparatus or are previously stored in the storage , wherein the sound emission control information comprises at least one of the reproduction band and the volume; a sound emitter which is configured to emit sound based on the first or second audio data using the set information of the audio apparatus .
Lifting device for a submarine for conveying a useful load along a lifting direction, characterized in that the lifting device comprises a first guide element , a second guide element , a first lifting element and a second lifting element , wherein the first lifting element is mounted on the first guide element such that it can be displaced along the lifting direction, wherein - the first lifting element and the first guide element are coupled to each other via a force means acting in the lifting direction, and - the second lifting element and the second guide element are coupled to each other via a further force means acting in the lifting direction, wherein the force means and the further force means are synchronized and wherein the lifting device comprises external cladding carried along with the first and the second lifting element , which is connected to the first and the second lifting element . - the first lifting element and the first guide element are coupled to each other via a force means acting in the lifting direction, and - the second lifting element and the second guide element are coupled to each other via a further force means acting in the lifting direction,
A method for driving a vehicle having a propulsion system comprising a combustion engine with an output shaft , a gearbox with an input shaft , an electric machine comprising a stator and a rotor , a planetary gear comprising three components in the form of a sun gear , a ring gear and a planet wheel carrier , the output shaft of the combustion engine being connected to a first of said components of the planetary gear so that a rotation of this shaft results in a rotation of this component, the input shaft of the gearbox being connected to a second of said components of the planetary gear so that a rotation of this shaft results in a rotation of this component and the rotor of the electric machine being connected to a third of said components of the planetary gear so that a rotation of the rotor results in a rotation of this component, said propulsion system further comprising a locking means transferable between a locking position in which two of said components are interlocked so that the three components (10-12) rotate with the same rotational speed and a releasing position in which the components are allowed to rotate with different rotational speeds, said method being started when the vehicle is driven with the locking means in the locking position, characterised in that it comprises the following steps: a) deciding that the locking means shall be transferred to the releasing position, b) controlling the electric machine to apply a first torque corresponding to the product of on one hand the propulsion system torque requested and on the other the transmission ratio of the planetary gear and at the same time controlling the combustion engine to apply a second torque corresponding to the product of on one hand the propulsion system torque requested and on the other (1-the transmission ratio of the planetary gear), and c) transferring the locking means to the releasing position when both said first and second torques have been obtained and by that torque balance exists in the planetary gear. a) deciding that the locking means shall be transferred to the releasing position, b) controlling the electric machine to apply a first torque corresponding to the product of on one hand the propulsion system torque requested and on the other the transmission ratio of the planetary gear and at the same time controlling the combustion engine to apply a second torque corresponding to the product of on one hand the propulsion system torque requested and on the other (1-the transmission ratio of the planetary gear), and c) transferring the locking means to the releasing position when both said first and second torques have been obtained and by that torque balance exists in the planetary gear.
A method comprising: at a Network Exposure Function, NEF, of a mobile network receiving , from an application server, an event subscription request which includes a list of one or more subscribed events associated with a user equipment, UE, the one or more subscribed events including at least one of a UE attach event and a UE detach event; creating a context associated with the one or more subscribed events; receiving an indication of an occurrence of an event comprising one of a UE attach or a UE detach, wherein receiving the indication of the occurrence of the event is from a policy and charging function, PCF entity when the UE is configured for IP data delivery, and wherein receiving the indication of the occurrence of the event is from an access and mobility management function, AMF, entity when the UE is configured for non-IP data delivery, NIDD,; sending , to the application server, an event notification indicating the occurrence of the event associated with the UE, receiving , from the application server, pending data to be delivered to the UE, wherein when the pending data are to be delivered using Internet Protocol, IP, data delivery, sending from the NEF via an N6 interface with a User Plane Function, UPF, the pending data for delivery to the UE; and when the pending data are to be delivered using NIDD, sending , from the NEF via an interface with the AMF, the pending data for delivery to the UE. at a Network Exposure Function, NEF, of a mobile network receiving , from an application server, an event subscription request which includes a list of one or more subscribed events associated with a user equipment, UE, the one or more subscribed events including at least one of a UE attach event and a UE detach event; creating a context associated with the one or more subscribed events; receiving an indication of an occurrence of an event comprising one of a UE attach or a UE detach, wherein receiving the indication of the occurrence of the event is from a policy and charging function, PCF entity when the UE is configured for IP data delivery, and wherein receiving the indication of the occurrence of the event is from an access and mobility management function, AMF, entity when the UE is configured for non-IP data delivery, NIDD,; sending , to the application server, an event notification indicating the occurrence of the event associated with the UE, receiving , from the application server, pending data to be delivered to the UE, wherein when the pending data are to be delivered using Internet Protocol, IP, data delivery, sending from the NEF via an N6 interface with a User Plane Function, UPF, the pending data for delivery to the UE; and when the pending data are to be delivered using NIDD, sending , from the NEF via an interface with the AMF, the pending data for delivery to the UE.
A method for removing transition metals or transition metal complexes from a reaction mixture comprising: a) providing a reaction mixture of a metal-catalyzed reaction, the reaction mixture comprising transition metals and a reaction product in solution, wherein the transition metals are selected from the group consisting of a Group 8 element, a Group 9 element, a Group 10 element, a Group 11 element, and a Group 12 element; b) contacting a metal sequestering material with the reaction mixture, wherein the metal sequestering material comprises: i) a support; ii) a linker bound to the support; and iii) at least one isocyanide bound to the linker; and c) separating the metal sequestering material from the reaction mixture, wherein a concentration of the transition metals in the reaction mixture after the separation of the metal sequestering material is reduced to less than 100 ppm. a) providing a reaction mixture of a metal-catalyzed reaction, the reaction mixture comprising transition metals and a reaction product in solution, wherein the transition metals are selected from the group consisting of a Group 8 element, a Group 9 element, a Group 10 element, a Group 11 element, and a Group 12 element; b) contacting a metal sequestering material with the reaction mixture, wherein the metal sequestering material comprises: i) a support; ii) a linker bound to the support; and iii) at least one isocyanide bound to the linker; and i) a support; ii) a linker bound to the support; and iii) at least one isocyanide bound to the linker; and c) separating the metal sequestering material from the reaction mixture,
A method for producing a dialkyl polysulfide, the method comprising a first process in which a 1-olefin compound (a) having a linear end is allowed to react with sulfur in the presence of a hydrogen sulfide at 60 to 130°C and then holding a reaction system at 160 to 200°C for 5 to 48 hours to obtain the dialkyl polysulfide (A) and a second process in which the dialkyl polysulfide compound (A) is allowed to react with a sulfide of an alkali metal to reduce the number of sulfur atoms contained in the dialkyl polysulfide (A).
Holder for a wipe cover, characterized in that it has a core comprising a plurality of reversibly bendable, dimensionally stable strands or a flat material strip, strands or material strip each being completely embedded in a sheathing , further comprising a first end and a second end , wherein at least the first end has a section which is wider in cross-section and/or thicker than the sheathing immediately axially preceding the section .
A terminal comprising: a receiving section configured to receive a downlink shared channel based on Downlink Control Information, DCI, format 1_0; and a control section configured to assume, when the terminal reports a capability related to a density of a Phase Tracking Reference Signal, PTRS, that a PTRS for the downlink shared channel is not present during a duration after receiving Radio Resource Control, RRC, reconfiguration signaling including PTRS configuration information, or that a PTRS of a specific density for the downlink shared channel is present during the duration after receiving RRC reconfiguration signaling including PTRS configuration information. a receiving section configured to receive a downlink shared channel based on Downlink Control Information, DCI, format 1_0; and a control section configured to assume, when the terminal reports a capability related to a density of a Phase Tracking Reference Signal, PTRS, that a PTRS for the downlink shared channel is not present during a duration after receiving Radio Resource Control, RRC, reconfiguration signaling including PTRS configuration information, or that a PTRS of a specific density for the downlink shared channel is present during the duration after receiving RRC reconfiguration signaling including PTRS configuration information.
A fast combination structure for a bicycle rear shelf and luggage bag , comprising a rear shelf and luggage bag ; said rear shelf comprising a connection device , shelf body and adjustment unit , said rear shelf coupleble to a bicycle seat tube through said connection device , said shelf body being a plate body on which a slide groove is configured, characterised in that said shelf body configured with a perforated slot ; said adjustment unit having an adjustment element , latching unit and pull rod , said adjustment element assembled between said connection device and shelf body , said adjustment element configured with an accommodation groove , said latching unit installed in said accommodation groove and another side thereof passed through said perforated slot , said pull rod passed through said accommodation groove from below said adjustment element and in connection with said latching unit , and a return spring positioned between said latching unit and pull rod ; and said luggage bag adapted to carry items, a lower side of said luggage bag having a slide device having slide wings capable of guiding said slide device to slide on said slide groove , and said slide device having a plurality of buckling holes each allowing said latching unit to be inserted therein, thereby fixing said luggage bag .
A display device (DD) comprising: a substrate comprising (SUB) a display area (DD-DA) and a peripheral area (NDA) defined outside the display area (DD-DA); a circuit layer (DP-CL) disposed on the substrate (SUB); a device layer (DP-OLED) disposed on the display area (DD-DA); an encapsulation layer (TFE) covering the device layer (DP-OLED); a touch sensing unit (TS) comprising at least one touch insulating layer disposed on the encapsulation layer (TFE), touch electrodes disposed on the encapsulation layer (TFE), and touch signal lines (TL1, TL2) connected to the touch electrodes (TE2-1 to TE2-4); a first section (BAK) disposed in the peripheral area (NDA) and comprising a first part (BANK1) having a first thickness, a second part (BANK2) having a second thickness less than the first thickness and overlapping the touch signal lines (TL1, TL2), and an intermediate part (BOR) connecting the first and the second parts and being inclined; and a first thickening pattern (CAP1) overlapping at least the intermediate part (BOR) characterized in that the at least one touch insulating layer comprises a lower insulating layer (TS-LIL) disposed on the encapsulation layer (TFE), an intermediate insulating layer (TS-MIL) disposed on the lower insulating layer (TS-LIL), and an upper insulating layer (TS-HIL) disposed on the intermediate insulating layer (TS-MIL), and the touch signal lines (TL1, TL2) and the first thickening pattern (CAP1) are disposed between the intermediate insulating layer (TS-MIL) and the upper insulating layer (TS-HIL) and covered by the upper insulating layer (TS-HIL). a substrate comprising (SUB) a display area (DD-DA) and a peripheral area (NDA) defined outside the display area (DD-DA); a circuit layer (DP-CL) disposed on the substrate (SUB); a device layer (DP-OLED) disposed on the display area (DD-DA); an encapsulation layer (TFE) covering the device layer (DP-OLED); a touch sensing unit (TS) comprising at least one touch insulating layer disposed on the encapsulation layer (TFE), touch electrodes disposed on the encapsulation layer (TFE), and touch signal lines (TL1, TL2) connected to the touch electrodes (TE2-1 to TE2-4); a first section (BAK) disposed in the peripheral area (NDA) and comprising a first part (BANK1) having a first thickness, a second part (BANK2) having a second thickness less than the first thickness and overlapping the touch signal lines (TL1, TL2), and an intermediate part (BOR) connecting the first and the second parts and being inclined; and a first thickening pattern (CAP1) overlapping at least the intermediate part (BOR) characterized in that the at least one touch insulating layer comprises a lower insulating layer (TS-LIL) disposed on the encapsulation layer (TFE), an intermediate insulating layer (TS-MIL) disposed on the lower insulating layer (TS-LIL), and an upper insulating layer (TS-HIL) disposed on the intermediate insulating layer (TS-MIL), and the touch signal lines (TL1, TL2) and the first thickening pattern (CAP1) are disposed between the intermediate insulating layer (TS-MIL) and the upper insulating layer (TS-HIL) and covered by the upper insulating layer (TS-HIL).
A method for operating a wireless network node in a wireless communication network , wherein said method comprises: providing (S10) at least one wireless communication device with an indication of a set of reciprocity reference signals, RRS, to be used for scheduling request, SR, transmission, wherein an RRS comprises an uplink sounding reference signal, SRS, and a demodulation reference signal, DMRS, and wherein the providing (S10) comprises transmitting the indication of the set of RRS to the at least one wireless communication device ; receiving an SR from the at least one wireless communication device and decoding (S40) an SR message comprised in the received SR, wherein said decoding (S40) is performed using an RRS comprised in the received SR as a DMRS for the SR message; performing (S20) an estimation of an uplink channel on which the SR is received from the at least one wireless communication device , wherein the estimation of the uplink channel is based on the RRS comprised in the received SR; performing an estimation of a downlink channel by directly utilizing the estimation of the uplink channel based on a channel reciprocity between the uplink channel and the downlink channel; pre-coding an uplink scheduling grant for scheduling uplink resources based on the estimation of the uplink channel; and transmitting (S30) the uplink scheduling grant to the at least one wireless communication device on the estimated downlink channel. providing (S10) at least one wireless communication device with an indication of a set of reciprocity reference signals, RRS, to be used for scheduling request, SR, transmission, wherein an RRS comprises an uplink sounding reference signal, SRS, and a demodulation reference signal, DMRS, and wherein the providing (S10) comprises transmitting the indication of the set of RRS to the at least one wireless communication device ; receiving an SR from the at least one wireless communication device and decoding (S40) an SR message comprised in the received SR, wherein said decoding (S40) is performed using an RRS comprised in the received SR as a DMRS for the SR message; performing (S20) an estimation of an uplink channel on which the SR is received from the at least one wireless communication device , wherein the estimation of the uplink channel is based on the RRS comprised in the received SR; performing an estimation of a downlink channel by directly utilizing the estimation of the uplink channel based on a channel reciprocity between the uplink channel and the downlink channel; pre-coding an uplink scheduling grant for scheduling uplink resources based on the estimation of the uplink channel; and transmitting (S30) the uplink scheduling grant to the at least one wireless communication device on the estimated downlink channel.