mhurhangee/patent-ind-claim-en huggingface dataset:
A multilayer pressure sensitive adhesive (PSA) assembly having an overall caliper of at least 2000 μm and comprising a plurality of superimposed pressure sensitive adhesive (PSA) layers, wherein the PSA assembly comprises at least a first PSA layer comprising a first polymeric material comprising the reaction product of a first (co)polymerizable material comprising a carboxyl group-containing (co)monomer, wherein the PSA assembly further comprises at least a second PSA layer comprising a second polymeric material comprising the reaction product of a second (co)polymerizable material comprising a nitrogen-containing (co)monomer, wherein the plurality of superimposed PSA layers is arranged such that the first PSA layer(s) and the second PSA layer(s) are adjacently superimposed in a strictly alternating series, wherein the multilayer pressure sensitive adhesive assembly comprises at least two PSA layers having a caliper of at least 800 μm, and wherein the first and the second PSA layers are prepared separately and subsequently laminated to each other.
Method performed by a radio access network node of a wireless communication network , for handling a wireless communication device capable of alternating between an idle state, in which the wireless communication device does not listen to wireless signals from the wireless communication network , and an active state, in which the wireless communication device listens to wireless signals from the wireless communication network , the method comprising: receiving packets related to a communication between the wireless communication device and an external node having a packet address external of the wireless communication network , determining whether the packets are directed only from the external node towards the wireless communication device ; and when the packets are determined to be directed only from the external node towards the wireless communication device , refraining from sending a paging notification related to the packets to be sent to the wireless communication device for a first time period including at least a first in time occurring active state of the wireless communication device after the determination, and when the packets are determined not to be directed only from the external node towards the wireless communication device , sending the paging notification related to the packets to the wireless communication device at the first in time occurring active state of the wireless communication device after the determination. receiving packets related to a communication between the wireless communication device and an external node having a packet address external of the wireless communication network , determining whether the packets are directed only from the external node towards the wireless communication device ; and when the packets are determined to be directed only from the external node towards the wireless communication device , refraining from sending a paging notification related to the packets to be sent to the wireless communication device for a first time period including at least a first in time occurring active state of the wireless communication device after the determination, and when the packets are determined not to be directed only from the external node towards the wireless communication device , sending the paging notification related to the packets to the wireless communication device at the first in time occurring active state of the wireless communication device after the determination.
A method of determining a nuclear magnetic resonance relaxation time of a probe (P) and/or a nuclear magnetic resonance spectrum of a probe (P), wherein the probe (P) comprises first nuclei (H) with a first gyromagnetic ratio and second nuclei (N) with a second gyromagnetic ratio, and the first gyromagnetic ratio is larger than the second gyromagnetic ratio, the method comprising the following steps: a first step (S1) of polarizing the first nuclei (H) and the second nuclei (N) by applying a longitudinal static magnetic field B 0 to the probe (P); a second step (S2) of exchanging the polarizations of the first nuclei (H) and the second nuclei (N) by irradiating at least one swap sequence (SWAP) of transverse magnetic field pulses, wherein the temporal length of the at least one swap sequence (SWAP) is substantially identical to the inverse of the longitudinal spin-spin interaction strength between the first nuclei (H) and the second nuclei (N); a third step (S3) of transversely magnetizing the second nuclei (N) by irradiating at least one excitation pulse (EXC) and measuring the resulting magnetization signal (FID); a fourth step (S4) of determining the nuclear magnetic resonance relaxation time and/or the nuclear magnetic resonance spectrum based on the measured magnetization signal (FID). a first step (S1) of polarizing the first nuclei (H) and the second nuclei (N) by applying a longitudinal static magnetic field B 0 to the probe (P); a second step (S2) of exchanging the polarizations of the first nuclei (H) and the second nuclei (N) by irradiating at least one swap sequence (SWAP) of transverse magnetic field pulses, wherein the temporal length of the at least one swap sequence (SWAP) is substantially identical to the inverse of the longitudinal spin-spin interaction strength between the first nuclei (H) and the second nuclei (N); a third step (S3) of transversely magnetizing the second nuclei (N) by irradiating at least one excitation pulse (EXC) and measuring the resulting magnetization signal (FID); a fourth step (S4) of determining the nuclear magnetic resonance relaxation time and/or the nuclear magnetic resonance spectrum based on the measured magnetization signal (FID).
A method for producing a cooling element for an electrical or electronic component, in particular a semiconductor element, wherein the produced cooling element has a cooling fluid channel system in which a cooling fluid is passed through during operation, comprising - providing at least a first metal layer , - creating at least one recess in the at least one first metal layer , and - forming at least a partial section of the cooling fluid channel system using the at least one recess , wherein at least a first portion of the at least one recess in the at least one first metal layer is realized by erosion, in particular spark erosion, characterized in that at least a second portion of the at least one recess in the at least one first metal layer is realized by etching. - providing at least a first metal layer , - creating at least one recess in the at least one first metal layer , and - forming at least a partial section of the cooling fluid channel system using the at least one recess ,
An apparatus comprising processing circuitry configured to cause a user equipment, UE , to: encode a demodulation reference signal, DM-RS , for transmission to a base station within a plurality of DM-RS symbols, wherein the plurality of DM-RS symbols comprises front-loaded DM-RS symbols ; determine a phase tracking reference signal, PT-RS , time domain density based on a modulation coding scheme, MCS, index; encode the PT-RS for transmission using a plurality of PT-RS symbols based on the PT-RS time domain density; and map a first PT-RS symbol of the plurality of PT-RS symbols so that the first PT-RS symbol occurs a first number of symbols subsequent to the front-loaded DM-RS symbols, wherein the first number of symbols is based on the PT-RS time domain density. encode a demodulation reference signal, DM-RS , for transmission to a base station within a plurality of DM-RS symbols, wherein the plurality of DM-RS symbols comprises front-loaded DM-RS symbols ; determine a phase tracking reference signal, PT-RS , time domain density based on a modulation coding scheme, MCS, index; encode the PT-RS for transmission using a plurality of PT-RS symbols based on the PT-RS time domain density; and map a first PT-RS symbol of the plurality of PT-RS symbols so that the first PT-RS symbol occurs a first number of symbols subsequent to the front-loaded DM-RS symbols, wherein the first number of symbols is based on the PT-RS time domain density.
A method of determining whether a chromosomal region exhibits a copy number aberration in a biological sample from a subject, wherein the biological sample includes a mixture of cell-free DNA molecules including clinically-relevant DNA molecules and other DNA molecules, the method comprising: for each size range of a plurality of size ranges: measuring a first amount of cell-free DNA molecules from the biological sample corresponding to the size range, and calculating, by a computer system, a size ratio using the first amount of cell-free DNA molecules corresponding to the size range and a second amount of DNA molecules in a second size range that includes sizes not in the size range; obtaining a reference size pattern including a plurality of reference size ratios for the plurality of size ranges, wherein the reference size pattern is determined from a plurality of reference samples from subjects with a copy number aberration or from subjects without a copy number aberration in the chromosomal region; comparing a plurality of the size ratios to the reference size pattern; and determining whether the chromosomal region exhibits a copy number aberration based on the comparison. for each size range of a plurality of size ranges: measuring a first amount of cell-free DNA molecules from the biological sample corresponding to the size range, and calculating, by a computer system, a size ratio using the first amount of cell-free DNA molecules corresponding to the size range and a second amount of DNA molecules in a second size range that includes sizes not in the size range; measuring a first amount of cell-free DNA molecules from the biological sample corresponding to the size range, and calculating, by a computer system, a size ratio using the first amount of cell-free DNA molecules corresponding to the size range and a second amount of DNA molecules in a second size range that includes sizes not in the size range; obtaining a reference size pattern including a plurality of reference size ratios for the plurality of size ranges, wherein the reference size pattern is determined from a plurality of reference samples from subjects with a copy number aberration or from subjects without a copy number aberration in the chromosomal region; comparing a plurality of the size ratios to the reference size pattern; and determining whether the chromosomal region exhibits a copy number aberration based on the comparison.
A double-aerosol device comprising: a plurality of inner containers (12; 13) that separately store a plurality of types of hair treatment compositions used by mixing as a hair dye, decoloring agent, or dye remover; and an outer container in which the plurality of inner containers (12; 13) are stored, wherein the hair treatment compositions are discharged to the outside by contracting the plurality of inner containers (12; 13) by a pressure of propellant, wherein the outer container is configured such that at least a part of the inside of the outer container is visible so as to confirm remaining amounts of the hair treatment compositions, and wherein each of the inner containers (12; 13) comprises a pouch (121; 131) that stores the hair treatment compositions, and a flow passage member (122; 132) that is fixed to a communication port of the pouch (121; 131) and has a rod-shaped part (125; 135) inserted into the pouch (121; 131), characterized in that the rod-shaped part (125; 135) of at least one of the plurality of inner containers (12; 13) comprises two parallel rods connected by a plurality of connecting parts , and protrusion parts formed on a lower end portion thereof, the protrusion parts having a width in the direction that is orthogonal to the surface of the pouch (121; 131) greater than a width of the parallel rods other than said lower end portion. a plurality of inner containers (12; 13) that separately store a plurality of types of hair treatment compositions used by mixing as a hair dye, decoloring agent, or dye remover; and an outer container in which the plurality of inner containers (12; 13) are stored, wherein the hair treatment compositions are discharged to the outside by contracting the plurality of inner containers (12; 13) by a pressure of propellant, wherein the outer container is configured such that at least a part of the inside of the outer container is visible so as to confirm remaining amounts of the hair treatment compositions, and wherein each of the inner containers (12; 13) comprises a pouch (121; 131) that stores the hair treatment compositions, and a flow passage member (122; 132) that is fixed to a communication port of the pouch (121; 131) and has a rod-shaped part (125; 135) inserted into the pouch (121; 131), characterized in that the rod-shaped part (125; 135) of at least one of the plurality of inner containers (12; 13) comprises two parallel rods connected by a plurality of connecting parts , and protrusion parts formed on a lower end portion thereof, the protrusion parts having a width in the direction that is orthogonal to the surface of the pouch (121; 131) greater than a width of the parallel rods other than said lower end portion.
Automated conveying device for tablet-shaped products , for example confectionery products, pharmaceutical tablets or capsules, having a row-forming conveyor belt , on which the tablet-shaped products are supported in separate rows transversely to a conveying direction of the conveyor belt and are transported in the conveying direction , having a feeding device , arranged at a first end of the conveyor belt , for feeding the tablet-shaped products onto the conveyor belt , having an optical detection device for the automated detection of individual tablet-shaped products on the conveyor belt , and having a filling device , arranged at a second end of the conveyor belt opposite the first end , by means of which filling device the tablet-shaped products can be transferred from the conveyor belt into a filling container , wherein the feeding device comprises a feeding opening, which is adjacent to an upper side of the conveyor belt and which extends transversely to the conveying direction of the conveyor belt and can be used to feed the tablet-shaped products onto the upper side of the conveyor belt , wherein the feeding device comprises a track-forming separation device , by which the tablet-shaped products are fed side-by-side, in a plurality of tracks , onto the upper side of the conveyor belt , and wherein a sorting device is arranged after the optical detection device in the conveying direction , characterised in that the conveyor belt comprises a roller belt having rotatably mounted rollers which are oriented transversely to the conveying direction and are spaced apart in the conveying direction , wherein the spacing between two adjacent rollers is less than the smallest diameter of the tablet-shaped products to be conveyed, in that the rollers can be driven in a rotation direction, during the conveying movement of the conveyor belt , such that a rotational movement of the rollers causes the tablet-shaped products arranged thereon to perform rotational movement in the opposite direction, and in that individual tablet-shaped products can be removed from the conveyor belt by means of the sorting device , wherein the sorting device can comprise an associated sorting element for each track of tablet-shaped products formed on the conveyor belt .
An air vent assembly comprising: a body , the body comprising: a first internal chamber arranged between an input port and an outlet port of the body, wherein the first internal chamber is in fluid communication with the input port and the outlet port and arranged to receive a fluid or a gas, the first internal chamber comprising: a first inner surface having a first inner surface portion and a second inner surface portion ; and a first valve comprising an expandable element , the first valve arranged to receive the fluid or the gas and transition from an open state (S1) to a closed state (S2); an exit channel in fluid communication with the first internal chamber, and arranged between the second inner surface portion of the first inner surface and the outlet port, the exit channel having a first exit aperture arranged within the second inner surface portion of the first inner surface of the first internal chamber; wherein, in the closed state, the first valve is arranged to contact the first exit aperture and impede a flow of the fluid or gas into the exit channel. a first internal chamber arranged between an input port and an outlet port of the body, wherein the first internal chamber is in fluid communication with the input port and the outlet port and arranged to receive a fluid or a gas, the first internal chamber comprising: a first inner surface having a first inner surface portion and a second inner surface portion ; and a first valve comprising an expandable element , the first valve arranged to receive the fluid or the gas and transition from an open state (S1) to a closed state (S2); a first inner surface having a first inner surface portion and a second inner surface portion ; and a first valve comprising an expandable element , the first valve arranged to receive the fluid or the gas and transition from an open state (S1) to a closed state (S2); an exit channel in fluid communication with the first internal chamber, and arranged between the second inner surface portion of the first inner surface and the outlet port, the exit channel having a first exit aperture arranged within the second inner surface portion of the first inner surface of the first internal chamber; wherein, in the closed state, the first valve is arranged to contact the first exit aperture and impede a flow of the fluid or gas into the exit channel.
An isolating decoupler comprising: a shaft ; a pulley journalled to the shaft and having a belt bearing surface , the belt bearing surface having a maximum diameter over balls; a one-way clutch mounted to the shaft; a clutch carrier mounted to the one-way clutch; a torsion spring engaged between the clutch carrier and the pulley, the torsion spring loadable in the unwinding direction; the torsion spring having a minimum internal diameter 2B; and characterized in that : the torsion spring minimum internal diameter is greater than the belt bearing surface maximum diameter over balls. a shaft ; a pulley journalled to the shaft and having a belt bearing surface , the belt bearing surface having a maximum diameter over balls; a one-way clutch mounted to the shaft; a clutch carrier mounted to the one-way clutch; a torsion spring engaged between the clutch carrier and the pulley, the torsion spring loadable in the unwinding direction; the torsion spring having a minimum internal diameter 2B; and characterized in that : the torsion spring minimum internal diameter is greater than the belt bearing surface maximum diameter over balls.
A vehicle canopy comprising a stationary support bar having substantially vertical base sections and tilted vertical sections tilted at an angle with respect to the respective base sections , and a horizontal section extending between the tilted vertical sections , the horizontal section or the stationary support bar having a first peak height; characterized in that a set of subsidiary stationary support bars is connected to the vertical base sections of the stationary support bar , the subsidiary stationary support bars having a second peak height less than the first peak height; and that the canopy comprises a first support member ; a set of mounting plates mounted above corresponding vertical base sections of the stationary support bar for supporting the first support member ; a set of mounting flanges on the subsidiary stationary support bars ; and a second support member supported by the mounting flanges .
A pump assembly with an electrical drive motor which comprises a stator housing and at least one terminal box which is connected to this, wherein the terminal box in its interior comprises at least one separating wall which divides an interior of the terminal box into at least one electronics region with electronic components and into a connection region , wherein the connection region is adjacent to an outer wall of the terminal box , in which outer wall at least one cable feed-through is formed and electrical connections for at least one connection lead as well as contacts for the electrical connection to electrical or electronic components which are arranged in the inside of the stator housing are present in the connection region , wherein the connection region faces the stator housing and wherein the connection region is designed in an open manner towards the stator housing and is closed by the adjacent stator housing or a cover which closes the stator housing , in a manner such that when the terminal box is removed from the stator housing , the connection region in the terminal box is accessible from the side which otherwise faces the stator housing, so that a connection lead can be connected there.
Method for controlling at least one functional component of a motor vehicle , the at least one functional component being able to operate in a high-beam driving mode designed for travel in the absence of an overtaking vehicle and a low-beam driving mode designed for the presence of an overtaking vehicle , the method comprising the steps of: a. detecting an overtaking vehicle in a rear lateral region, b. switching from the high-beam driving operating mode to the low-beam driving operating mode when an overtaking vehicle is detected in the rear lateral region, the at least one functional component comprising a headlight device of the vehicle, the high-beam driving mode being the high-beam mode, and the low-beam driving mode being the low-beam mode, and the switch from the high-beam mode to the low-beam mode when an overtaking vehicle is detected in the rear lateral region being performed gradually, the rear lateral region comprising a blind spot of the vehicle , characterized in that there is a switch from the high-beam driving operating mode to the low-beam driving operating mode when the overtaking vehicle is in the blind spot of the vehicle . a. detecting an overtaking vehicle in a rear lateral region, b. switching from the high-beam driving operating mode to the low-beam driving operating mode when an overtaking vehicle is detected in the rear lateral region,
Vehicle, in particular rail vehicle, with at least one holding rod apparatus , wherein the holding rod apparatus has a cruciform base for fastening to a ceiling of the vehicle and a free end lying opposite the cruciform base , characterised in that the holding rod apparatus is embodied and arranged in the vehicle such that it comprises a plurality of arms , which are interconnected at the free end , wherein at least one arm runs vertically below the cruciform base .