mhurhangee/ep-ind-claims huggingface dataset:
An arrangement of glass panels (12, 14, 16) for a heat insulated oven door of a cooking oven, wherein: - the arrangement of the glass panels (12, 14, 16) is provided as or for a window of the oven door, - the large-area sides of said glass panels (12, 14, 16) are arranged in parallel, - two neighboured glass panels (12, 14, 16) are arranged with a predetermined distance from each other, so that an intermediate space (24, 24', 24") is formed between said neighboured glass panels (12, 14, 16), - the border of the intermediate space (24, 24', 24") is filled with a silicone sealing or a glass solder enclosing said intermediate space (24, 24', 24"), - the intermediate space (24, 24', 24'') is evacuated or filled with an inert gas, - the silicone sealing and/or the glass solder, respectively, are adapted to the behaviour of the glass panels (12, 14, 16) at high temperatures, so that motions of the glass panels (12, 14, 16) due to heat expansion and/or gas pressure are compensated, characterized in that the arrangement comprises three glass panels (12, 14, 16) that are arranged in parallel such that a first intermediate space and a second intermediate space are formed, wherein the border of the first intermediate space is filled with a silicone sealing and the border of the second intermediate space is filled with a glass solder. - the arrangement of the glass panels (12, 14, 16) is provided as or for a window of the oven door, - the large-area sides of said glass panels (12, 14, 16) are arranged in parallel, - two neighboured glass panels (12, 14, 16) are arranged with a predetermined distance from each other, so that an intermediate space (24, 24', 24") is formed between said neighboured glass panels (12, 14, 16), - the border of the intermediate space (24, 24', 24") is filled with a silicone sealing or a glass solder enclosing said intermediate space (24, 24', 24"), - the intermediate space (24, 24', 24'') is evacuated or filled with an inert gas, - the silicone sealing and/or the glass solder, respectively, are adapted to the behaviour of the glass panels (12, 14, 16) at high temperatures, so that motions of the glass panels (12, 14, 16) due to heat expansion and/or gas pressure are compensated, characterized in that the arrangement comprises three glass panels (12, 14, 16) that are arranged in parallel such that a first intermediate space and a second intermediate space are formed, wherein the border of the first intermediate space is filled with a silicone sealing and the border of the second intermediate space is filled with a glass solder.
A User Equipment, UE, comprising: a controller; and transmission and reception circuitry, wherein in a case that a timer is running for a Single Network Slice Selection Assistance information, S-NSSAI, and no Data Network Name, DNN, combination, the controller is able to initiate Evolved Packet System, EPS, Session Management, ESM, procedures in EPS without Access Point Name, APN, and the transmission and reception circuitry is configured to receive a value for the timer in Protocol Data Unit, PDU, SESSION ESTABLISHMENT REJECT message, wherein the timer is a back-off timer which causes the UE not to transmit a UE-initiated PDU session management request using the S-NSSAI and no DNN combination until the back-off timer expires. a controller; and transmission and reception circuitry, wherein in a case that a timer is running for a Single Network Slice Selection Assistance information, S-NSSAI, and no Data Network Name, DNN, combination, the controller is able to initiate Evolved Packet System, EPS, Session Management, ESM, procedures in EPS without Access Point Name, APN, and the transmission and reception circuitry is configured to receive a value for the timer in Protocol Data Unit, PDU, SESSION ESTABLISHMENT REJECT message, wherein the timer is a back-off timer which causes the UE not to transmit a UE-initiated PDU session management request using the S-NSSAI and no DNN combination until the back-off timer expires.
A system comprising: a memory (112, 602) storing instructions; a processor (114, 202, 604) communicatively coupled to the memory and configured to execute the instructions to: monitor, during a lead insertion procedure in which an electrode lead (104, 504, 702) having a plurality of electrodes (106, 512, 704) is inserted into a cochlea of a recipient of a cochlear implant, impedance values for a subset of electrodes included in the plurality of electrodes, the subset of electrodes being less than a total number of the plurality of electrodes; detect, during the lead insertion procedure and based on the monitoring, an anomaly in the impedance values; characterised in that said processor is further configured to execute the instructions to generate, during the lead insertion procedure and based on the anomaly, translocation log data indicating that a translocation event in which the electrode lead translocates from a first scala of the cochlea to a second scala of the cochlea is about to occur or has occurred during the lead insertion procedure. a memory (112, 602) storing instructions; a processor (114, 202, 604) communicatively coupled to the memory and configured to execute the instructions to: monitor, during a lead insertion procedure in which an electrode lead (104, 504, 702) having a plurality of electrodes (106, 512, 704) is inserted into a cochlea of a recipient of a cochlear implant, impedance values for a subset of electrodes included in the plurality of electrodes, the subset of electrodes being less than a total number of the plurality of electrodes; detect, during the lead insertion procedure and based on the monitoring, an anomaly in the impedance values; characterised in that said processor is further configured to execute the instructions to generate, during the lead insertion procedure and based on the anomaly, translocation log data indicating that a translocation event in which the electrode lead translocates from a first scala of the cochlea to a second scala of the cochlea is about to occur or has occurred during the lead insertion procedure. monitor, during a lead insertion procedure in which an electrode lead (104, 504, 702) having a plurality of electrodes (106, 512, 704) is inserted into a cochlea of a recipient of a cochlear implant, impedance values for a subset of electrodes included in the plurality of electrodes, the subset of electrodes being less than a total number of the plurality of electrodes; detect, during the lead insertion procedure and based on the monitoring, an anomaly in the impedance values; characterised in that said processor is further configured to execute the instructions to generate, during the lead insertion procedure and based on the anomaly, translocation log data indicating that a translocation event in which the electrode lead translocates from a first scala of the cochlea to a second scala of the cochlea is about to occur or has occurred during the lead insertion procedure.
A network game system for forming one game device group from at least two game device groups each being formed by a plurality of game devices connected to each other via a network, the system comprising: a first game device, which operates as a host terminal of a first game device group, including host connection request transmission means (21, S20) for transmitting a first host connection request to a second game device, which operates as a host terminal of a second game device group, and dispersion process means (21, S84, S86) for, when the first game device has received a connection permission notification from the second game device, dispersing the first game device group after transmitting, to a game device operating as a client terminal in the first game device group, connection destination information for establishing a connection with the second game device; and the second game device, which operates as the host terminal of the second game device group, including connection permission notification transmission means (21, S52) for transmitting the connection permission notification to the first game device when the second game device is able to accept the first host connection request from the first game device, and client acceptance means (21, S64) for, after the connection permission notification transmission means has transmitted the connection permission notification, accepting the first game device as a client terminal of the second game device group. a first game device, which operates as a host terminal of a first game device group, including host connection request transmission means (21, S20) for transmitting a first host connection request to a second game device, which operates as a host terminal of a second game device group, and dispersion process means (21, S84, S86) for, when the first game device has received a connection permission notification from the second game device, dispersing the first game device group after transmitting, to a game device operating as a client terminal in the first game device group, connection destination information for establishing a connection with the second game device; and the second game device, which operates as the host terminal of the second game device group, including connection permission notification transmission means (21, S52) for transmitting the connection permission notification to the first game device when the second game device is able to accept the first host connection request from the first game device, and client acceptance means (21, S64) for, after the connection permission notification transmission means has transmitted the connection permission notification, accepting the first game device as a client terminal of the second game device group.
An electromechanical brake booster for an electrohydraulic motor vehicle braking system, with a drive assembly for driving at least one actuator designed to actuate a brake cylinder, wherein the drive assembly has at least one electric motor and a gear mechanism for coupling the electric motor to the at least one actuator, characterised in that the gear mechanism has at least one first spur gear and at least one second spur gear, and that the electric motor drives the first spur gear directly and drives the second spur gear via at least one intermediate gear, and that the axis of rotation (A 1, A 2, A 3) of the first spur gear, of the second spur gear, of the intermediate gear and of the electric motor run parallel, and that at least one pinion is provided at an output shaft of the electric motor, which drives the first spur gear and the intermediate gear.
A network system comprising a master device and a slave device that are connected by a cable, wherein the master device is configured to perform a communication setting relating to a communication of the slave device with a connected communication device, wherein a communication parameter relating to the communication setting is at least one of a port type, communication speed, and full-duplex/half-duplex, the slave device comprising: a slave OUT-side communication unit, which is a communication unit that is different from the communication unit that is configured to communicate with the master device, configured to communicate with the connected communication device upon the setting of the communication parameter; and the master device comprising: a storage unit configured to store a value of the communication parameter relating to the communication setting of the slave OUT-side communication unit in a state in which communication of the slave device with the connected communication device has been established; and a slave OUT-side communication unit setting unit configured to acquire the value of the communication parameter stored in the storage unit, and configured to set the acquired value of the communication parameter for the slave OUT-side communication unit. a slave OUT-side communication unit, which is a communication unit that is different from the communication unit that is configured to communicate with the master device, configured to communicate with the connected communication device upon the setting of the communication parameter; and the master device comprising: a storage unit configured to store a value of the communication parameter relating to the communication setting of the slave OUT-side communication unit in a state in which communication of the slave device with the connected communication device has been established; and a slave OUT-side communication unit setting unit configured to acquire the value of the communication parameter stored in the storage unit, and configured to set the acquired value of the communication parameter for the slave OUT-side communication unit. a storage unit configured to store a value of the communication parameter relating to the communication setting of the slave OUT-side communication unit in a state in which communication of the slave device with the connected communication device has been established; and a slave OUT-side communication unit setting unit configured to acquire the value of the communication parameter stored in the storage unit, and configured to set the acquired value of the communication parameter for the slave OUT-side communication unit.
A concentrated coffee composition comprising the following components and: 100 to 300 mg/g of chlorogenic acids in dry solids content; and 0.005 to 0.33 mg/g of 5-hydroxymethylfurfural in dry solids content, wherein the dry solids content is 10 to 100 mass %. 100 to 300 mg/g of chlorogenic acids in dry solids content; and 0.005 to 0.33 mg/g of 5-hydroxymethylfurfural in dry solids content, wherein the dry solids content is 10 to 100 mass %.
A machine for wrapping vertical and top surface of loads with stretchable film having a base frame, a turntable mounted in it and a mast fastened to the base frame, a carriage moving vertically a film reel is fastened to the mast, bushings are formed on the carriage, a shaft is inserted through it, a tilting actuator is connected to the one end and a film reel is connected to the other end of the shaft and a home position sensor and a horizontal position sensor are arranged on the base frame, tilting controlling triggering flags (12A, 12B, 12C, 12D) associated to the corners of the load and a home position actuating element are fastened to the turntable it is provided with a swinging film tension setting unit connected to the other end of the shaft, which unit has pre-stretching rollers provided with a pre-stretching motor, a leading roller containing an arm provided with a roller, a tension setting pneumatic cylinder provided with an analogous displacement transducer and equipped with a piston provided with magnet, furthermore a pressure regulator is fastened to the frame of the film holding and pre-stretching unit, wherein the film winded off from the film reel is led between pre-stretching rollers one connected to another with a transmission and one of them is driven by a pre-stretching motor then the film is led around a leading roller having an arm rotating around a center of rotation and the arm is provided with a roller, it is connected to the piston provided with magnet, which is mounted in a tension setting pneumatic cylinder, characterized by that the pressure regulator - which is in connection with the tension setting pneumatic cylinder being regulated by the resultant of the pressure and the pulling force of the film - is applicable to set a reference value and several pre-sets of pressure in it, the tension setting pneumatic cylinder is in connection with the analogous displacement transducer which is in signal connection with a frequency changer, which is regulating the rotary speed of the a pre-stretching motor.
A method for communicating in a wireless personal area network, comprising: using adaptive beamforming configured for a low-rate mode for reliable low-rate communications and a high-rate mode for high-rate communications; and using a fast algorithm to perform antenna beamforming for said high rate mode, characterised in that said fast algorithm includes training performed on a block-by-block basis with decision feedback from a receiver, RX, to a transmitter, TX, about the usefulness of further training stages. using adaptive beamforming configured for a low-rate mode for reliable low-rate communications and a high-rate mode for high-rate communications; and using a fast algorithm to perform antenna beamforming for said high rate mode, characterised in that said fast algorithm includes training performed on a block-by-block basis with decision feedback from a receiver, RX, to a transmitter, TX, about the usefulness of further training stages.
Load-bearing apparatus for a storage-and-retrieval unit, - having at least one telescopically designed load-bearing means, which has at least two telescopic elements (22, 24, 26), - wherein the uppermost telescopic element is designed with at least one accommodating tine, - wherein the lowermost telescopic element is mounted in a displaceable manner on a base element, which can be fastened on the storage-and-retrieval unit, - wherein a supporting apparatus is present on the load-bearing apparatus and can support at least one of the telescopic elements in its extended state, - characterized in that - the supporting apparatus has an extendable supporting arm, which is present beneath the load-bearing means, - at least one of the telescopic elements, in its extended state, rests on the supporting arm of the supporting apparatus, - the, supporting arm is mounted in a displaceable manner on the base element. - having at least one telescopically designed load-bearing means, which has at least two telescopic elements (22, 24, 26), - wherein the uppermost telescopic element is designed with at least one accommodating tine, - wherein the lowermost telescopic element is mounted in a displaceable manner on a base element, which can be fastened on the storage-and-retrieval unit, - wherein a supporting apparatus is present on the load-bearing apparatus and can support at least one of the telescopic elements in its extended state, - characterized in that - the supporting apparatus has an extendable supporting arm, which is present beneath the load-bearing means, - at least one of the telescopic elements, in its extended state, rests on the supporting arm of the supporting apparatus, - the, supporting arm is mounted in a displaceable manner on the base element.
A method for checking forsterite, the method comprising checking the location where forsterite is present in a region from which light excited by an electron beam is emitted when a material containing forsterite is irradiated with an electron beam, characterized in that the material is a grain oriented electrical steel sheet having a forsterite layer.
A method of selecting a transmission beam by a transmission device in a wireless communication system, comprising: pairing a transmission array antenna selected from transmission array antennas of the transmission device with a reception array antenna selected from reception array antennas of a reception device, based on measured transmission rates between each transmit beam of the transmission array antennas and each receive beam of the reception array antennas; determining mode and a number of paired transmission array antenna to be used for data transmission based on a service requirement of data to be transmitted, when data transmission is requested; setting an initial beam among a plurality of potential beams using the paired transmission array antenna and reception array antenna, according to the determined mode and based on a comparison of beam properties between the plurality of potential beams; and transmitting the data via the determined paired transmission array antenna and the set beam; wherein the mode is one of a Spatial Multiplexing, SM, or a Diversity Mode, DM. pairing a transmission array antenna selected from transmission array antennas of the transmission device with a reception array antenna selected from reception array antennas of a reception device, based on measured transmission rates between each transmit beam of the transmission array antennas and each receive beam of the reception array antennas; determining mode and a number of paired transmission array antenna to be used for data transmission based on a service requirement of data to be transmitted, when data transmission is requested; setting an initial beam among a plurality of potential beams using the paired transmission array antenna and reception array antenna, according to the determined mode and based on a comparison of beam properties between the plurality of potential beams; and transmitting the data via the determined paired transmission array antenna and the set beam; wherein the mode is one of a Spatial Multiplexing, SM, or a Diversity Mode, DM.
Use of a polymer comprising 2-methacryloyloxyethyl-phosphoryl choline for reducing the in vivo immunogenicity, exhibited by lower antibody titre, of a therapeutic protein which is to be administered to the human or animal body, wherein the polymer is conjugated to the therapeutic protein via a covalent link.
Sampling device for introducing an individualized seed grain into a measuring device, which can be used for the classification of the individualized seed grain, comprising - an outer tube for receiving the sampling device into the measuring device, a sample chamber of the measuring device being provided within a volume of the outer tube, the outer tube having a closed bottom; - an inner tube for receiving an individualized seed grain, the inner tube being inserted in the outer tube and having a lower opening, whereby the individualized seed grain can be introduced into the volume of the outer tube; and - an intermediate space between the outer tube and the inner tube, the intermediate space being designated in such a way that the individualized seed grain can be discharged by pneumatic means out of the outer tube through the inner tube into a receiving device (146, 200) for a classified seed grain. - an outer tube for receiving the sampling device into the measuring device, a sample chamber of the measuring device being provided within a volume of the outer tube, the outer tube having a closed bottom; - an inner tube for receiving an individualized seed grain, the inner tube being inserted in the outer tube and having a lower opening, whereby the individualized seed grain can be introduced into the volume of the outer tube; and - an intermediate space between the outer tube and the inner tube, the intermediate space being designated in such a way that the individualized seed grain can be discharged by pneumatic means out of the outer tube through the inner tube into a receiving device (146, 200) for a classified seed grain.