mhurhangee/ep-ind-claims huggingface dataset:
Microelectronic component assembly comprising a plurality of substrates, which has: a first substrate, which is designed as a circuit substrate with a first degree of integration, wherein the degree of integration is a measure of the minimum structure size, wherein the higher the degree of integration, the smaller the minimum structure size; a second substrate, which is designed as a circuit substrate with a second degree of integration and is bonded onto the first substrate; a third substrate, which is designed as a MEMS sensor substrate with a third degree of integration and is bonded onto the second substrate; wherein the first degree of integration is substantially greater than the second degree of integration, characterized in that a fourth substrate, which is designed with a fourth degree of integration, is bonded onto the first substrate, wherein the fourth substrate has a magnetic field sensor component and/or a microprocessor component. a first substrate, which is designed as a circuit substrate with a first degree of integration, wherein the degree of integration is a measure of the minimum structure size, wherein the higher the degree of integration, the smaller the minimum structure size; a second substrate, which is designed as a circuit substrate with a second degree of integration and is bonded onto the first substrate; a third substrate, which is designed as a MEMS sensor substrate with a third degree of integration and is bonded onto the second substrate; wherein the first degree of integration is substantially greater than the second degree of integration, characterized in that a fourth substrate, which is designed with a fourth degree of integration, is bonded onto the first substrate, wherein the fourth substrate has a magnetic field sensor component and/or a microprocessor component.
A method for communication in a mobile communication system including an evolved Node B, eNB, and a calling user equipment, UE,, the method comprising: receiving, by the eNB from the calling UE, an invite message for transmitting a call; transmitting, by the eNB to a called UE, the invite message for transmitting the call; receiving, by the eNB, a message to maintain a radio resource control, RRC, connection related to the call, the message including at least one of a ringing message and a session in progress message; maintaining, by the eNB, the RRC connection based on the received message; discarding, by the eNB, a downlink packet received from a serving gateway while maintaining the RRC connection; and ignoring, by the calling UE, the message in case that at least two messages to maintain the RRC connection related to the call are received at the calling UE in a multiple manner. receiving, by the eNB from the calling UE, an invite message for transmitting a call; transmitting, by the eNB to a called UE, the invite message for transmitting the call; receiving, by the eNB, a message to maintain a radio resource control, RRC, connection related to the call, the message including at least one of a ringing message and a session in progress message; maintaining, by the eNB, the RRC connection based on the received message; discarding, by the eNB, a downlink packet received from a serving gateway while maintaining the RRC connection; and ignoring, by the calling UE, the message in case that at least two messages to maintain the RRC connection related to the call are received at the calling UE in a multiple manner.
A seat back frame comprising: a side member tube having an axial direction and an axial end, said side member tube having a front side, a rear side, a first lateral side and a second lateral side, all of said sides of said side member tube extending in said axial direction of said side member tube, said side member tube having a dimension extending from said rear side to said front side of said side member tube; a crossmember tube having an axial direction and an axial end, said crossmember tube having a front side, a rear side, a top side and a bottom side, all of said sides of said crossmember tube extending in said axial direction of said crossmember tube; said crossmember tube having a dimension extending from said rear side to said front side of said cross member tube, said dimension of said crossmember tube being less than said dimension of said side member tube, said end of said crossmember tube being arranged in said end of said side member tube, said rear side of said crossmember tube being closer to said rear side of said side member tube than said front side of said crossmember tube is to said front side of said side member tube, characterized in that said end of said side member tube defining an opening in said first lateral side, said end of said crossmember tube being arranged in said opening in said first lateral side of said side member tube. a side member tube having an axial direction and an axial end, said side member tube having a front side, a rear side, a first lateral side and a second lateral side, all of said sides of said side member tube extending in said axial direction of said side member tube, said side member tube having a dimension extending from said rear side to said front side of said side member tube; a crossmember tube having an axial direction and an axial end, said crossmember tube having a front side, a rear side, a top side and a bottom side, all of said sides of said crossmember tube extending in said axial direction of said crossmember tube; said crossmember tube having a dimension extending from said rear side to said front side of said cross member tube, said dimension of said crossmember tube being less than said dimension of said side member tube, said end of said crossmember tube being arranged in said end of said side member tube, said rear side of said crossmember tube being closer to said rear side of said side member tube than said front side of said crossmember tube is to said front side of said side member tube, characterized in that said end of said side member tube defining an opening in said first lateral side, said end of said crossmember tube being arranged in said opening in said first lateral side of said side member tube.
A base station for communicating data with at least one terminal in a wireless telecommunications system using a first plurality of Orthogonal Frequency Division Multiplex, OFDM, sub-carriers spanning a first frequency bandwidth, at least one of said subcarriers being an unused centre frequency for the first frequency bandwidth, the base station being configured: to detect a bandwidth status of a receiver of the terminal, said bandwidth status representing an indication of a classification of receiver architecture; to assign a centre frequency for a virtual channel in accordance with said detected bandwidth status, the virtual channel being a group of sub-carriers selected from said first plurality of OFDM subcarriers and spanning a second frequency bandwidth, said second frequency bandwidth being narrower than the first frequency bandwidth; to allocate at least one unused subcarrier to said assigned centre frequency; and to communicate user-plane data with the terminal using the virtual channel, characterised in that if the terminal is determined to have a first bandwidth status, first bandwidth status representing that the indication of the classification of the receiver architecture is that the terminal has a receiver that can receive radio frequency, RF, signals over the first frequency bandwidth and baseband signals over the second frequency bandwidth, the centre frequency for the virtual channel is assigned to a frequency distinct from the centre frequency for the first frequency bandwidth and the at least one unused subcarrier allocated to the assigned centre frequency is the unused centre frequency for the first frequency bandwidth, and at least one subcarrier of the said group of subcarriers is the centre frequency for the virtual channel and carries part of the user-plane data. to detect a bandwidth status of a receiver of the terminal, said bandwidth status representing an indication of a classification of receiver architecture; to assign a centre frequency for a virtual channel in accordance with said detected bandwidth status, the virtual channel being a group of sub-carriers selected from said first plurality of OFDM subcarriers and spanning a second frequency bandwidth, said second frequency bandwidth being narrower than the first frequency bandwidth; to allocate at least one unused subcarrier to said assigned centre frequency; and to communicate user-plane data with the terminal using the virtual channel,
A system for the axial retention of a holding ring for a bearing for guiding in rotation a rotary shaft of a turbomachine extending along a longitudinal axis, the retention system comprising: - an annular bearing support intended to be secured to a fixed part of the turbomachine, and - a bearing holding ring carried by the annular bearing support, the bearing holding ring extending along the longitudinal axis and comprising an upstream part, called the upstream ring, intended to be brought into contact with the bearing support and a downstream part, called the downstream ring, that is elastically deformable and intended to be connected to the fixed part, the bearing support comprises a first axial retention element and the bearing holding ring comprises a second axial retention element, and that the first and second axial retention elements (34, 36) are configured to cooperate with each other so as to axially retain the bearing holding ring in the event of damage to the downstream ring, characterised in that the first and second axial retention elements (34, 36) each have at least one annular tooth (34, 36) extending along a radial axis substantially perpendicular to the longitudinal axis so as to be able to cooperate with each other axially and to form a snap connection. - an annular bearing support intended to be secured to a fixed part of the turbomachine, and - a bearing holding ring carried by the annular bearing support, the bearing holding ring extending along the longitudinal axis and comprising an upstream part, called the upstream ring, intended to be brought into contact with the bearing support and a downstream part, called the downstream ring, that is elastically deformable and intended to be connected to the fixed part,
An IQ optical modulator, comprising a nest-type MZ optical waveguide including an I-channel optical modulation region and a Q-channel optical modulation region, wherein: an end portion of an input optical waveguide and an end portion an output optical waveguide of the IQ optical modulator are located on a same edge face of a chip of the IQ optical modulator; the input optical waveguide and an optical waveguide connecting a first optical combiner (607a-b) configured to combine output light from one channel of the I-channel optical modulation region and the Q-channel optical modulation region and a second optical combiner connected to the output optical waveguide cross each other at a first optical cross waveguide where light crosses on a same plane; a first optical divider connected to the input optical waveguide is provided between the I-channel optical modulation region and the Q-channel optical modulation region in a vertical direction of a light propagation direction in the first optical divider and a light propagation direction in the I-channel optical modulation region and the Q-channel optical modulation region; and the light propagation direction in the first optical divider and a light propagation direction in the I-channel optical modulation region and the Q-channel optical modulation region are opposite to each other; and a structure of the optical waveguide is symmetric between the I-channel optical modulation region and the Q-channel optical modulation region. an end portion of an input optical waveguide and an end portion an output optical waveguide of the IQ optical modulator are located on a same edge face of a chip of the IQ optical modulator; the input optical waveguide and an optical waveguide connecting a first optical combiner (607a-b) configured to combine output light from one channel of the I-channel optical modulation region and the Q-channel optical modulation region and a second optical combiner connected to the output optical waveguide cross each other at a first optical cross waveguide where light crosses on a same plane; a first optical divider connected to the input optical waveguide is provided between the I-channel optical modulation region and the Q-channel optical modulation region in a vertical direction of a light propagation direction in the first optical divider and a light propagation direction in the I-channel optical modulation region and the Q-channel optical modulation region; and the light propagation direction in the first optical divider and a light propagation direction in the I-channel optical modulation region and the Q-channel optical modulation region are opposite to each other; and a structure of the optical waveguide is symmetric between the I-channel optical modulation region and the Q-channel optical modulation region.
A porogen composition comprising for 100% by weight: - at least 99,5% by weight of norbornadiene; - from 10 ppm to 500 ppm by weight of a nitroxyl radical based stabilizer; - from 250 ppb to 10 ppm by weight of benzene. - at least 99,5% by weight of norbornadiene; - from 10 ppm to 500 ppm by weight of a nitroxyl radical based stabilizer; - from 250 ppb to 10 ppm by weight of benzene.
A kit of surgical instruments (201, 400) for removing a spinal implant from the intervertebral disc space between two adjacent vertebrae and an anchor (150, 160, 164, 166) engaged with the implant and an adjacent vertebra, the kit comprising: a removal tool having an engagement portion and a handle portion, the engagement portion including a superior surface, an inferior surface, a distal engagement surface for interfacing with the implant, and a track (218, 219, 220, 221) on at least one of the superior and inferior surfaces (228, 230) for slidably translating the anchor (150, 160, 164, 166) away from the engagement surface; and an anchor remover, characterized in that the anchor remover is slidably mountable within the track (218, 219, 220, 221) of the removal tool in contact with the anchor (150, 160, 164, 166) to pull the anchor (150, 160, 164, 166) from engagement with the implant and the adjacent vertebra. a removal tool having an engagement portion and a handle portion, the engagement portion including a superior surface, an inferior surface, a distal engagement surface for interfacing with the implant, and a track (218, 219, 220, 221) on at least one of the superior and inferior surfaces (228, 230) for slidably translating the anchor (150, 160, 164, 166) away from the engagement surface; and an anchor remover, characterized in that the anchor remover is slidably mountable within the track (218, 219, 220, 221) of the removal tool in contact with the anchor (150, 160, 164, 166) to pull the anchor (150, 160, 164, 166) from engagement with the implant and the adjacent vertebra.
Arrangement comprising a first air duct extending in a first direction, a second air duct extending in a second different direction, and an air distributor with a perforated body, which is inserted at a joint between the first air duct and the second air duct, for deflecting an airflow in the first air duct into the second air duct, wherein a component of the airflow passes through perforations provided in the body, wherein the body has a Y-shape or a V-shape, wherein a base end of the body in its installed position points into the direction of the first air duct and two top ends (7a, 7b) of the body extend to the left and to the right partially into the second air duct, characterized in that the air distributor body is plate shaped, wherein an airflow flowing through the first air duct, the airflow impacting upon the base end of the body and upon surface areas of the top ends (7a, 7b) of the body, is deflected into the second air duct and partially passes through the perforations in the body.
Aerosol preparation for the treatment of respiratory viral infections, containing aprotinin as active substance in an amount of 23 and 30 mg per 100 ml of the preparation, 70 to 84 vol% 1,1,1,2-tetrafluoroethane as propellant, 8 to 15 vol% ethanol as solvent, 5 to 10 vol% glycerol, water and a stabilizer, said it being adapted for use under pressure in an aerosol preparation with a metering valve.
A method, comprising determining a unique connection identity, for an off-band connection with an information provider, and the unique connection identity being based on information related to a user plane connection with the information provider; storing the unique connection identity; receiving radio access network information and synchronization information from the information provider in the off-band connection; and synchronizing at least part of the radio access network information with at least part of information sent in the user plane connection, using the synchronization information.
An airless container comprising: a urethane foam; and a water-in-oil cosmetic composition having a viscosity of 2000 to 5000 cps; wherein the urethane foam is packaged inside the container and the urethane foam is impregnated with the cosmetic composition. a urethane foam; and a water-in-oil cosmetic composition having a viscosity of 2000 to 5000 cps; wherein the urethane foam is packaged inside the container and the urethane foam is impregnated with the cosmetic composition.
An arrangement for ventilating shower streams, comprising - a ventilation device, which comprises at least one water passage channel and at least one ventilation channel (18, 19, 20, 21) leading from an air suction opening on the outside of the ventilation device to the water passage channel, - wherein the ventilation device comprises a backflow preventer and - wherein the ventilation device is formed as an insert for insertion in a connection of a sanitary fitting and/or in the sanitary fitting itself, preferably a shower, characterized in that - the ventilation device is formed as two parts out of an upper part and a lower part, wherein between the upper part and the lower part of the ventilation device a part of the ventilation channel extends and the backflow preventer is disposed. - a ventilation device, which comprises at least one water passage channel and at least one ventilation channel (18, 19, 20, 21) leading from an air suction opening on the outside of the ventilation device to the water passage channel, - wherein the ventilation device comprises a backflow preventer and - wherein the ventilation device is formed as an insert for insertion in a connection of a sanitary fitting and/or in the sanitary fitting itself, preferably a shower, characterized in that - the ventilation device is formed as two parts out of an upper part and a lower part, wherein between the upper part and the lower part of the ventilation device a part of the ventilation channel extends and the backflow preventer is disposed.
Driver assistance system for a vehicle which is designed to drive the vehicle during partially automated travel, characterized in that the driver assistance system comprises at least one operator control element which has to be activated by the driver on the basis of map data when specific driving situations occur, as a result of which it is ensured that the driver is vigilant while the partially automated travel is being carried out, and wherein the partially automated driving manoeuvre is continued, adapted in its execution or ended depending on the activation of the operator control element.
A multi-clutch transmission (100, 200) for a motor vehicle with at least one prime mover, said multi-clutch transmission comprising frictional clutches (113,114) drivingly connected to said prime mover, an output shaft, and a main transmission that comprises input shafts (121,122) connected to said frictional clutches, a countershaft (123, 223) parallel to at least one of said input shafts, gearwheels (130,131,132,133,134,135,136,137,191,192,193) and tooth clutches (140,141,142,148,149), where a first of said frictional clutches and a first subset of said tooth clutches are arranged to be selectively engaged in order to transfer power in a first set of gears between said prime mover and said output shaft, and where a second of said frictional clutches and a second subset of said tooth clutches are arranged to be selectively engaged in order to transfer power in a second set of gears between said prime mover and said output shaft, where said main transmission is arranged to, while transferring power in one of said second set of gears and having said first frictional clutch disengaged, being capable of having one of said first set of gears preselected, and of changing to have another of said first set of gears preselected, where said multi-clutch transmission is arranged to be capable of shifting from one of said second set of gears to one preselected of said first set of gears without interruption of the power transfer between said prime mover and said output shaft, and where a shaft brake unit (160, 260) is arranged to be selectively activated in order to exert torque that tends to reduce the rotational speed of one (121, 122) of said input shafts, and a central synchronizing unit (180, 280) is arranged to be selectively activated in order to make a first of said input shafts to rotate faster or slower than a second of said input shafts, characterized in that said shaft brake unit and said central synchronizing unit are further arranged to be simultaneously activated in order to reduce the speeds of rotating parts in said main transmission prior to the engagement of tooth clutches when said output shaft is not rotating.
A polypeptide for use in a method of treatment or prevention of cancer by stimulating the production of anti-intracellular oncoprotein antibodies in a subject in need thereof, the polypeptide being a fragment of an intracellular oncoprotein having between 10 and 150 amino acids, preferably between 10 and 100 amino acids, wherein the intracellular oncoprotein fragment does not comprise an extracellular domain or a transmembrane domain.
Use of a shower tray serving for installation on two vertical walls (15, 16) which extend essentially perpendicularly to one another, together form a corner and are clad with tiles separated from one another by horizontal joints, and comprising a flat, one-part plate element with an underside, an upper side which forms a tray surface and, together with the underside, defines a plate thickness, and at least three end faces (5, 6, 7, 8, 11, 18) which connect the plate underside and the plate upper side to one another and of which two extend perpendicular to one another, wherein said two end faces (5, 6) extending perpendicular to one another comprise outwardly projecting fastening projections which are formed integrally therewith, and wherein the maximum overall height (H max) of the shower tray corresponds to the maximum plate thickness (S max), in such a way that all fastening projections of the plate element are inserted into horizontally extending joints separating tiles from one another, which joints meet one another at right angles.