mhurhangee/patent-ind-claim-en huggingface dataset:
A film having at least one reflection band where a reflectance of 30% or more is maintained over a continuous part covering 100 nm or more in the wavelength range of 1,200 to 1,800 nm for incident light at least entering from one side, having an average transmittance of 70% or more over the wavelength range of 430 to 600 nm, and having an average axial rigidity between the film's main orientation axis direction and the direction perpendicular thereto of 10 kN/m or more and 45 kN/m or less, the main orientation axis being the in-plane direction of the film where the measured refractive index is highest, compared to other refractive index measurements, wherein the film has a lamination unit 1 in which layers (A-layers) containing a thermoplastic resin A as primary component and layers (B-layers) containing a thermoplastic resin B as primary component stacked alternately to meet the requirement (i) described below and a lamination unit 2 in which layers (C-layers) containing a thermoplastic resin C as primary component and layers (D-layers) containing a thermoplastic resin D as primary component stacked alternately to meet the requirement (ii) described below: (i) any A-layer and B-layer located adjacent to each other have a thickness ratio (thickness of A-layer / thickness of B-layer) of 0.7 or more and 1.4 or less, and (ii) compared to the thinnest layer (having a thickness ratio of 1) of three layers located adjacent to each other, one of the other two layers has a thickness ratio of 1.0 or more and 1.4 or less whereas the remaining layer has a thickness ratio of 5 or more and 9 or less, and wherein the axial rigidity is determined as follows: for the direction where the film's in-plane refractive index is high and the direction perpendicular thereto, three 1 cm (width) x 10 cm strips each are taken and the Young's modulus of the film is measured by a TensilonTM universal tester (RTG-1210) manufactured by Baldwin, the Young's modulus measurements being averaged, and the axial rigidity is calculated as: average Young's modulus x cross section area (thickness μm x 1 cm) / length (10 cm). (i) any A-layer and B-layer located adjacent to each other have a thickness ratio (thickness of A-layer / thickness of B-layer) of 0.7 or more and 1.4 or less, and (ii) compared to the thinnest layer (having a thickness ratio of 1) of three layers located adjacent to each other, one of the other two layers has a thickness ratio of 1.0 or more and 1.4 or less whereas the remaining layer has a thickness ratio of 5 or more and 9 or less,
Motor vehicle with a lighting module for generating a set of symbols (SY) on the ground in the vicinity of the motor vehicle and with a control device for controlling the operation of said lighting module , wherein the control device is designed such that it predicts the movement of a road user present in the vicinity of the motor vehicle on the basis of information relating to said road user , and that it adapts the set of symbols (SY) automatically depending on the predicted movement of the road user , wherein at least a part of the set of symbols (SY) is generated, depending on the predicted movement of the road user , at a location on the ground at which the road user will, in accordance with the predicted movement thereof, be located in the future, and at which a risk of collision with the motor vehicle exists if the road user continues to move, wherein the road user is moving next to the road surface on which the motor vehicle is driving, wherein the control device is designed such that at least a part of the set of symbols is generated at the location at which the road user will enter the road surface according to its predicted movement, wherein the control device is designed in such a way that it adapts the set of symbols (SY) to an intended movement of the motor vehicle , characterized in that the control device is designed in such a way that an intended avoidance maneuvre of the motor vehicle for avoiding a collision with the road user is additionally displayed by means of the set of symbols (SY) .
A method for estimating the tension of a tension member , said method comprising the steps of: • exciting said tension member such as to induce vibration of said tension member , • sampling said vibration to obtain a first vibration signal (VS1), characterized by the steps of: • modifying the mass and/or the rotational inertia of said tension member to provide a modified tension member by attaching a mass on a first end and/or a second end of said tension member , • exciting said modified tension member such as to induce vibration of said modified tension member , • sampling said vibration of said modified tension member to obtain a second vibration signal (VS2), and • estimating the tension of said tension member based on a comparison of said first vibration signal (VS1) and said second vibration signal (VS2). • exciting said tension member such as to induce vibration of said tension member , • sampling said vibration to obtain a first vibration signal (VS1), • modifying the mass and/or the rotational inertia of said tension member to provide a modified tension member by attaching a mass on a first end and/or a second end of said tension member , • exciting said modified tension member such as to induce vibration of said modified tension member , • sampling said vibration of said modified tension member to obtain a second vibration signal (VS2), and • estimating the tension of said tension member based on a comparison of said first vibration signal (VS1) and said second vibration signal (VS2).
A drive system for a hybrid vehicle, with an internal combustion engine which has an internal combustion engine shaft which is set up to output a drive power in the direction of driveable wheels of the hybrid vehicle, a vehicle transmission which has on the drive side a transmission input shaft and on the output side a transmission output shaft , and with a transmission clutch for coupling or decoupling the transmission input shaft and the transmission output shaft , and with a centrifugal-mass drive unit which, relative to the transmission of the drive power, is arranged between the internal combustion engine shaft and the transmission input shaft , and also with an intermediate shaft and a first clutch for coupling or decoupling the internal combustion engine shaft to/from the intermediate shaft and with a second clutch for coupling or decoupling the intermediate shaft to/from the transmission input shaft , and also with an electric machine which is connected in torque-transferring manner to the transmission input shaft and by which the transmission input shaft can be driven in engine operation, wherein the centrifugal-mass drive unit has a torsional-vibration reduction means with a drive-side DU input shaft and an output-side DU output shaft , and the torsional-vibration reduction means is set up to reduce torsional vibrations of the intermediate shaft , characterised in that the torsional-vibration reduction means , relative to the transmission of the drive power, is arranged completely between the first clutch and the second clutch .
A method performed by a system for handling position of a User Equipment, UE, associated with a vehicle , the method comprising: obtaining the UE's position and the vehicle's position; comparing the UE's position with the vehicle's position; determining a degree of match of the compared positions; and informing a user of the UE of the degree of match, wherein the determining the degree of match of the compared positions further comprises: determining that the UE is inside the vehicle if the UE's position substantially matches the vehicle's position; and determining that the UE is outside the vehicle if there is a substantial mismatch between the UE's and the vehicle's position, wherein the informing the UE's user of the degree of match further comprises: informing the user of that the UE is inside the vehicle when the positions substantially match and when the vehicle's engine has stopped and the user's location has changed from being inside to being outside the vehicle , characterized in that the informing the UE's user of the degree of match further comprises: informing the UE's user of that the UE is outside the vehicle and about the UE's position when there is a substantial mismatch between the positions of the UE and the vehicle and when the vehicle's engine is running, wherein the UE's position is the exact place of the UE's position, and if the UE's position and the vehicle's position substantially match it is to be ensured that the UE is inside the vehicle and not only close to the vehicle by obtaining the UE's position again. obtaining the UE's position and the vehicle's position; comparing the UE's position with the vehicle's position; determining a degree of match of the compared positions; and informing a user of the UE of the degree of match, determining that the UE is inside the vehicle if the UE's position substantially matches the vehicle's position; and determining that the UE is outside the vehicle if there is a substantial mismatch between the UE's and the vehicle's position, informing the UE's user of that the UE is outside the vehicle and about the UE's position when there is a substantial mismatch between the positions of the UE and the vehicle and when the vehicle's engine is running, wherein the UE's position is the exact place of the UE's position, and if the UE's position and the vehicle's position substantially match it is to be ensured that the UE is inside the vehicle and not only close to the vehicle by obtaining the UE's position again.
Shoe system (100; 200; 300; 400; 600, 700), comprising a sole and an interchangeable upper shoe part for receiving a foot of a user, wherein the upper shoe part comprises a strap (120; 320A, 320B; 620; 720A, 720B) for engaging the foot and the sole and the upper shoe part are provided with cooperating fastening means for releasable fastening, wherein the fastening means comprise a button closure, comprising a button and an attaching member for attaching the button to the sole or the upper shoe part, wherein the shoe system further comprises a decorative member , wherein the fastening means further comprise a buttonhole to receive the button, wherein one or more buttonholes are situated on one or more outer ends of the strap, wherein the button has an upper side that is a arranged to releasably receive the decorative member, wherein the radial dimensions of the decorative member are larger than the radial dimensions of the upper side of the button and the decorative member is part of the fastening means, characterized in that the sole comprises a thong part intended to be placed between toes of the foot and wherein the button is attached to the thong part.
Signal transmitter for an intruder detection system and for a smart home system , having at least one audible signal transmitter that, in the triggered state, generates an audible alarm signal, and/or a visual signal transmitter that, in the triggered state, generates at least one visual alarm signal, in particular a light signal, • wherein at least a first interface is provided, which allows a communication connection between the signal transmitter and the intruder detection system to be established, and • wherein at least a second interface is provided, which allows a communication connection between the signal transmitter and at least one device of the smart home system for home automation to be established, and • wherein a communication means is provided and designed to process notifications, in particular alarm notifications, which are received by the signal transmitter via one of the interfaces, • wherein the processing comprises generating and transmitting a further notification depending on the received notification via one of the further interfaces, and • characterized in that the processing comprises filtering the notifications, wherein the filtering comprises deleting notifications that are not relevant for the other system. • wherein at least a first interface is provided, which allows a communication connection between the signal transmitter and the intruder detection system to be established, and • wherein at least a second interface is provided, which allows a communication connection between the signal transmitter and at least one device of the smart home system for home automation to be established, and • wherein a communication means is provided and designed to process notifications, in particular alarm notifications, which are received by the signal transmitter via one of the interfaces, • wherein the processing comprises generating and transmitting a further notification depending on the received notification via one of the further interfaces, and • characterized in that the processing comprises filtering the notifications, wherein
An in vitro method for determining homologous recombination (HR) deficiency status of a cancer cell of a patient, comprising: determining, in a sample comprising the cancer cell of the patient, a combined number of Indicator LOH Regions, Indicator TAI Regions, and Indicator LST Regions in at least one pair of human chromosomes of the cancer cell; calculating a test value derived from the combined number of Indicator LOH Regions, Indicator TAI Regions, and Indicator LST Regions, wherein the test value is derived using a formula selected from: (i) Test Value = # of Indicator LOH Regions + # of Indicator TAI Regions + # of Indicator LST Regions 3 , (ii) Test Value = LOH Regions Score + TAI Region Score + LST Region Score , (iii) Test Value = A ∗ # of Indicator LOH Region + B ∗ # of Indicator TAI Regions + C ∗ # of Indicator LST Regions 3 , and (iv) Test Value = A ∗ LOH Regions Score + B ∗ TAI Region Score + C ∗ LST Region Score ; and identifying the cancer cell as HR deficient when the test value exceeds a reference value, wherein the reference value is 32 or greater. determining, in a sample comprising the cancer cell of the patient, a combined number of Indicator LOH Regions, Indicator TAI Regions, and Indicator LST Regions in at least one pair of human chromosomes of the cancer cell; calculating a test value derived from the combined number of Indicator LOH Regions, Indicator TAI Regions, and Indicator LST Regions, wherein the test value is derived using a formula selected from: (i) Test Value = # of Indicator LOH Regions + # of Indicator TAI Regions + # of Indicator LST Regions 3 , (ii) Test Value = LOH Regions Score + TAI Region Score + LST Region Score , (iii) Test Value = A ∗ # of Indicator LOH Region + B ∗ # of Indicator TAI Regions + C ∗ # of Indicator LST Regions 3 , and (iv) Test Value = A ∗ LOH Regions Score + B ∗ TAI Region Score + C ∗ LST Region Score ; and (i) Test Value = # of Indicator LOH Regions + # of Indicator TAI Regions + # of Indicator LST Regions 3 , (ii) Test Value = LOH Regions Score + TAI Region Score + LST Region Score , (iii) Test Value = A ∗ # of Indicator LOH Region + B ∗ # of Indicator TAI Regions + C ∗ # of Indicator LST Regions 3 , and (iv) Test Value = A ∗ LOH Regions Score + B ∗ TAI Region Score + C ∗ LST Region Score ; and identifying the cancer cell as HR deficient when the test value exceeds a reference value, wherein the reference value is 32 or greater.
A bi-targeted mutein MuR6S4TR of TRAIL, wherein the amino acid sequence of the mutein is shown as SEQ ID NO: 2, wherein the mutein enables the site 2 to site 11 at N-terminal of mutein to become bi-targeted muteins containing cell-penetrating peptide sequence RRRRRR and binding sequence AVPI of apoptosis inhibitor XIAP by selectively mutating glutamine at site 8 into alanine in the amino acid sequence at site 8 to site 11 of TRAIL-MuR6, mutating arginine at site 9 into valine, mutating valine at site 10 into proline and mutating alanine at site 11 into isoleucine, i.e., mutating QRVA at site 8 to site 11 into AVPI sequence.
Cleaning system for a glazed surface of a vehicle , comprising a spraying device for spraying cleaning fluid onto the glazed surface and a distribution network for supplying the cleaning fluid to the spraying device , the spraying device or the distribution network comprising a mixing element (36 ; 56; 120, 122) with at least one cleaning fluid inlet , an air inlet and a spray outlet , the mixing element (36; 56; 120, 122) comprising at least one duct through which the cleaning fluid is to flow and which is in communication with the cleaning fluid inlet and the spray outlet , the mixing element (36 ; 56; 120, 122) comprising a channel for air flow in communication with the air inlet and the duct , wherein the mixing element (36; 56 ; 120, 122) comprises a one-piece element which delimits the duct for the cleaning fluid to flow through and the channel for air to flow through, characterized in that wherein the spray device is a spray ramp being configured to be mounted on or in a wiper blade , the spray ramp extending along the wiper blade .
A method performed by a terminal in a wireless communication system, the method comprising: receiving , from a base station , a radio resource control, RRC, reconfiguration message configuring a medium access control, MAC, parameter for the terminal ; receiving , from the base station , an uplink grant on a physical downlink control channel, PDCCH; and skipping a generation of a MAC protocol data unit, PDU, for the uplink grant, in case that skip uplink transmission information indicating the terminal to skip an uplink transmission is configured in the RRC reconfiguration message, the PDCCH is addressed to a cell radio network temporary identifier, C-RNTI, a MAC service data unit, SDU, for the MAC PDU does not exist, and the MAC PDU includes only a padding buffer status report, BSR. receiving , from a base station , a radio resource control, RRC, reconfiguration message configuring a medium access control, MAC, parameter for the terminal ; receiving , from the base station , an uplink grant on a physical downlink control channel, PDCCH; and skipping a generation of a MAC protocol data unit, PDU, for the uplink grant, in case that skip uplink transmission information indicating the terminal to skip an uplink transmission is configured in the RRC reconfiguration message, the PDCCH is addressed to a cell radio network temporary identifier, C-RNTI, a MAC service data unit, SDU, for the MAC PDU does not exist, and the MAC PDU includes only a padding buffer status report, BSR.
A sample support for sample ionization, comprising: a substrate formed with a plurality of through holes opening to a first surface and a second surface on a side opposite to the first surface ; a conductive layer provided not to block the through hole in the first surface ; characterized in that the substrate includes a reinforcement region including a plurality of the through holes and a measurement region including a plurality of the through holes , the plurality of through holes in the reinforcement region are filled with a reinforcement material , and the reinforcement material is not disposed inside the plurality of through holes in the measurement region . a substrate formed with a plurality of through holes opening to a first surface and a second surface on a side opposite to the first surface ; a conductive layer provided not to block the through hole in the first surface ; characterized in that the substrate includes a reinforcement region including a plurality of the through holes and a measurement region including a plurality of the through holes , the plurality of through holes in the reinforcement region are filled with a reinforcement material , and the reinforcement material is not disposed inside the plurality of through holes in the measurement region .
An assembly of composite parts with a thermoplastic matrix, comprising a plurality of riveting points formed by assembly links (6; 14, 15 ; 20) made of a material compatible with the material of the parts, these ties being embedded in zones and passing right through them along the said zones of the parts overlapping by superimposing two faces of these zones arranged opposite each other, each zone having another opposite face which remains visible with the part , wherein the assembly ties (6 ; 14, 15; 20) are made of a composite material based on thermoplastic resin, and in that these links (6; 14, 15; 20) are constituted at least in part by a stitched seam made from aramid fiber thread coated with resin passing right through the zones with an orientation of between 30° and 90° relative to their faces .
A method for handling WiFi offload in WiFi and cellular networks, wherein the method is performed by a WiFi network component that is a station entity of a user communication device and that transmits and receives data over a WiFi link, the user communication device further comprising a cellular network component that is a user equipment, UE, entity thai transmits and receives data over the celluar air interface, the method comprising: determining whether to send over a cellular air interface a packet designated for WiFi according to a predefined rule including a nature of a destination address for the packet; and upon determining to send the packet using the cellular air interface, sending the packet to the cellular network component, wherein the predefined rule comprises sending the packet using the cellular air interface if the WiFi network component determines that the nature of the destination address for the packet is a broadcast address. determining whether to send over a cellular air interface a packet designated for WiFi according to a predefined rule including a nature of a destination address for the packet; and upon determining to send the packet using the cellular air interface, sending the packet to the cellular network component, wherein the predefined rule comprises sending the packet using the cellular air interface if the WiFi network component determines that the nature of the destination address for the packet is a broadcast address.