mhurhangee/patent-ind-claim-en huggingface dataset:
An automobile instrument panel surface material, comprising: an microfiber having an average single fiber diameter of 0.3 to 7 μm; polyurethane; and 0.01 to 5% by mass of a silicone oil in mass percentage relative to a total mass of the microfiber and the polyurethane, wherein the polyurethane contains a UV absorber having a vapor pressure of 1.0 × 10 E-7 Pa or less at 20°C, and the automobile instrument panel surface material has a content of the UV absorber of 0.01 to 5% by mass in mass percentage relative to the polyurethane, the automobile instrument panel surface material having nap formed of the microfiber, the automobile instrument panel surface material having, of light fastnesses measured according to a light fastness measurement method of JIS L 0843:2006 under conditions of a xenon arc intensity of 110 MJ/m 2 , a fading by gray scale evaluation of grade 3.5 or higher, the automobile instrument panel surface material having a glass haze of 6.5% or less as measured according to a glass haze evaluation method of ISO 6452:2007 under conditions of a heating temperature of 100°C and a heating time of 20 hours. an microfiber having an average single fiber diameter of 0.3 to 7 μm; polyurethane; and 0.01 to 5% by mass of a silicone oil in mass percentage relative to a total mass of the microfiber and the polyurethane, wherein the polyurethane contains a UV absorber having a vapor pressure of 1.0 × 10 E-7 Pa or less at 20°C, and the automobile instrument panel surface material has a content of the UV absorber of 0.01 to 5% by mass in mass percentage relative to the polyurethane, the automobile instrument panel surface material having nap formed of the microfiber, the automobile instrument panel surface material having, of light fastnesses measured according to a light fastness measurement method of JIS L 0843:2006 under conditions of a xenon arc intensity of 110 MJ/m 2 , a fading by gray scale evaluation of grade 3.5 or higher, the automobile instrument panel surface material having a glass haze of 6.5% or less as measured according to a glass haze evaluation method of ISO 6452:2007 under conditions of a heating temperature of 100°C and a heating time of 20 hours.
Method of thermal management of a transmission of an axle of an electrical vehicle, wherein coolant of a cooling system of the vehicle is used to pick-up heat losses from one or more on-board units in that the coolant is made to pass the on-board units, characterized in that the thermal management has three different operation modes, a heating mode, a cooling mode and a mode for normal driving, wherein in the heating mode the coolant is made to go in a closed circuit through the on-board units and the axle, and wherein in the cooling mode the coolant is divided into a flow going via the axle and a flow going directly to an outgoing flow line, and wherein in the mode for normal driving the coolant is lead past the axle.
At least one of cyclo [Phe-D-Pro-Phe-Trp] and cyclo [Phe-D-Pro-Phe-D-Trp] or a pharmaceutically acceptable salt thereof for use in the treatment of a subject suffering from prostate cancer or breast cancer.
A lift system for opening an openable top portion of a nacelle of a wind turbine , the lift system comprising: first and second laterally spaced apart jacks pivotally connectable to a bottom portion of a nacelle and pivotally connectable to a top portion of the nacelle proximate a rear end of the nacelle, the first and second jacks actuatable to raise and lower a rear of the top portion of the nacelle; and, a support member pivotally connectable to the bottom portion of the nacelle and pivotally connectable to the top portion of the nacelle proximate a front end of the nacelle, a front of the top portion of the nacelle pivotable on the support member when the first and second jacks are actuated to raise or lower the rear of the top portion . first and second laterally spaced apart jacks pivotally connectable to a bottom portion of a nacelle and pivotally connectable to a top portion of the nacelle proximate a rear end of the nacelle, the first and second jacks actuatable to raise and lower a rear of the top portion of the nacelle; and, a support member pivotally connectable to the bottom portion of the nacelle and pivotally connectable to the top portion of the nacelle proximate a front end of the nacelle, a front of the top portion of the nacelle pivotable on the support member when the first and second jacks are actuated to raise or lower the rear of the top portion .
Flow meter for measuring a throughflow of a fluid in a fluid line , having a rotor which can be arranged at least in sections within the fluid line , and having a sensor device which can be arranged outside the fluid line for detecting a rotation of an active face of the rotor , the sensor device having a tuned circuit, the rotor being permanent magnet-free, and the at least one active face being electrically conducting, characterized in that the rotor has at least two diametrically arranged blade pairs, the two blades of which in each case are connected to one another via at least one annular arc which forms a region of in each case one active face .
A composition for intranasal administration comprising a CDNF polypeptide comprising the amino acid sequence of SEQ ID NO:1 or a functional fragment thereof for use in the intranasal treatment of a central nervous system disease.
Method for manufacturing (P) a magnetic tunnel junction with out-of-plane magnetisation including a storage layer (SL) having a magnetisation switchable between two magnetisation states normal to the plane of the layer, the two magnetisation states of the storage layer (SL) being separated by an energy barrier, said storage layer (SL) having a thickness comprised between 0.5 times and 8 times a diameter D of a circular planar section of the tunnel junction, said planar section being a section of the tunnel junction about the plan of layers forming the tunnel junction, said magnetic tunnel junction having a thermal stability factor Δ dependent on the energy barrier and on the average temperature of use of the magnetic tunnel junction T, said method comprising: - calculating the optimal thickness L opti of the storage (SL) layer using the formula: L opti = 1 1 + 3 cD 3 K u 2 b Δ 5 D 4 b − 3 cD 3 K S 4 b Δ + 5 D 4 b − 3 cD 3 K S 4 b Δ 2 + 2 D 2 b 2 1 + 3 cD 3 K u 2 b Δ With b = 4 π , c = π 4 k B T , Ku the volume anisotropy of the storage layer (SL), Ks the interfacial anisotropy of the storage layer (SL) and Kb Boltzmann's constant; - Calculating the optimal average magnetisation Ms opti of the storage layer using the formula: M S opti = 16 k B T πμ 0 2 Δ D + b L opti 2 3 b L opti 2 D 3 - Choosing a material composing the storage layer (SL) having an average magnetisation sufficiently close to M S opti and a total thickness sufficiently close to L opti so that the absolute value of the derivative of the thermal stability factor compared to the diameter of a planar section of the magnetic tunnel junction is less than 10 nm -1 , the derivative of the thermal stability factor being calculated at a temperature T m , the temperature T m being the average temperature of use of the magnetic tunnel junction. - Depositing (D) all of the layers; - Etching (RIE) the storage layer (SL); - Etching (IBE) the other layers. - calculating the optimal thickness L opti of the storage (SL) layer using the formula: L opti = 1 1 + 3 cD 3 K u 2 b Δ 5 D 4 b − 3 cD 3 K S 4 b Δ + 5 D 4 b − 3 cD 3 K S 4 b Δ 2 + 2 D 2 b 2 1 + 3 cD 3 K u 2 b Δ With b = 4 π , c = π 4 k B T , Ku the volume anisotropy of the storage layer (SL), Ks the interfacial anisotropy of the storage layer (SL) and Kb Boltzmann's constant; - Calculating the optimal average magnetisation Ms opti of the storage layer using the formula: M S opti = 16 k B T πμ 0 2 Δ D + b L opti 2 3 b L opti 2 D 3 - Choosing a material composing the storage layer (SL) having an average magnetisation sufficiently close to M S opti and a total thickness sufficiently close to L opti so that the absolute value of the derivative of the thermal stability factor compared to the diameter of a planar section of the magnetic tunnel junction is less than 10 nm -1 , the derivative of the thermal stability factor being calculated at a temperature T m , the temperature T m being the average temperature of use of the magnetic tunnel junction. - Depositing (D) all of the layers; - Etching (RIE) the storage layer (SL); - Etching (IBE) the other layers.
Modular reduction device for calculating the remainder of an integer x divided by a modulo q, said integer being represented by a binary word of 2n bits and the modulo by a binary word of n bits, characterised in that it comprises a circuit implementing a generalised Barrett modular reduction algorithm, called a Barrett circuit , a cache memory and a binary division circuit , the Barrett circuit receiving said integer and a result of a precalculation μ in relation to a value of the modulo q and a power of 2 (2 n +α ), the result of the precalculation being supplied directly by the cache memory to the Barrett circuit if it is already stored in relation to said modulo value, and otherwise being calculated by the binary division circuit before being stored in the cache memory and supplied to the Barrett circuit, the cache memory also receiving the integer x and supplying in addition to the result of the precalculation relative to a value of the modulo q, a sign value b associated with the pair (x , q ) , this sign value being supplied to the Barret circuit, said cache memory comprising a first part called the tag memory , and a second part called the data memory , the first and second parts being addressed by g ( x, q ) in which g is a projection function of 3n bits onto m bits with m < 3n, the tag memory storing a tag value ( x ', q ') that was used to calculate g ( x',q ') at address g ( x',q ') and the data memory storing the result of a precalculation ( μ ( q' )) and the sign value ( b( x ',q' )) associated with the tag ( x ', q '), at the same address g ( x',q' ).
The isolated bacterial strain deposited under number VTT-E-193585 or a genetically-modified or mutated strain generated using said bacterial strain, wherein said genetically-modified or mutated strain has retained the ability to grow using hydrogen gas as energy source and carbon dioxide as the only carbon source.
A solid-state imaging element comprising: a photodiode that photoelectrically converts incident light and generates photocurrent, wherein a cathode of the photodiode is connected to a source of a conversion transistor via an input signal line ; the conversion transistor that converts the photocurrent to a voltage signal and outputs the voltage signal through a gate of the conversion transistor; a current source transistor that supplies predetermined constant current to an output signal line connected to the gate of the conversion transistor; a voltage supply transistor that supplies a certain voltage corresponding to the predetermined constant current from the output signal line to the source of the conversion transistor via the input signal line ; and a capacitor that is connected between the gate of the conversion transistor and the source of the conversion transistor , wherein a gate of the voltage supply transistor is connected to the source of the conversion transistor via the input signal line the solid-state imaging element further comprising: a buffer that corrects the voltage signal; a subtractor that reduces a level of the corrected voltage signal; and a quantizer that quantizes the reduced voltage signal, wherein the photodiode is provided on a light receiving chip stacked on a detection chip , and the quantizer is provided on the detection chip stacked on the light receiving chip . a photodiode that photoelectrically converts incident light and generates photocurrent, wherein a cathode of the photodiode is connected to a source of a conversion transistor via an input signal line ; the conversion transistor that converts the photocurrent to a voltage signal and outputs the voltage signal through a gate of the conversion transistor; a current source transistor that supplies predetermined constant current to an output signal line connected to the gate of the conversion transistor; a voltage supply transistor that supplies a certain voltage corresponding to the predetermined constant current from the output signal line to the source of the conversion transistor via the input signal line ; and a capacitor that is connected between the gate of the conversion transistor and the source of the conversion transistor , wherein a gate of the voltage supply transistor is connected to the source of the conversion transistor via the input signal line the solid-state imaging element further comprising: a buffer that corrects the voltage signal; a subtractor that reduces a level of the corrected voltage signal; and a quantizer that quantizes the reduced voltage signal, wherein the photodiode is provided on a light receiving chip stacked on a detection chip , and the quantizer is provided on the detection chip stacked on the light receiving chip . a buffer that corrects the voltage signal; a subtractor that reduces a level of the corrected voltage signal; and a quantizer that quantizes the reduced voltage signal, wherein the photodiode is provided on a light receiving chip stacked on a detection chip , and the quantizer is provided on the detection chip stacked on the light receiving chip .
A lock , in particular a multi-lock, for a sliding wall for receiving different lock mechanisms, with a housing for receiving a lock mechanism , and with an interlocking element for interlocking the lock , wherein the interlocking element is movable between an interlocking position, in which the interlocking element protrudes at least partially from the housing , and an unlocking position, in which the interlocking element is at least partially slid into the housing , wherein the housing is configured such that at least one actuating element can be exchangeably disposed at the housing , so that the actuating element can be brought into operative connection with the interlocking element in order to actuate the interlocking element , characterized in that the housing is configured such that can be exchangeably disposed in and/or at the housing an actuating element in the shape of a lateral arresting device and an actuating element in the shape of a frontal arresting device , and an actuating element in the shape of a locking cylinder , in order to actuate the interlocking element .
Device for controlling at least two electronic and/or mechanical functions of a portable object of small dimensions, said device comprising a control stem which is axially movable between at least a first and a second position, said control stem being provided at a first end with an actuation member , and being provided towards a second end with a position indexing plate arranged to cooperate with an elastic member in order to match each of the first and second positions of the control stem with one of the mechanical or electronic functions characterized in that the indexing plate extends substantially in a horizontal plane, the position indexing plate comprising two identical cam paths with which two arms of the elastic member cooperate to define the first and second position of control stem .
Clamping band roll with a wound clamping band , which has the following components: - a flexible, strip-shaped carrier , - at least one flat first magnetic element on a first flat side of the carrier and at least one flat second magnetic element on the first flat side of the carrier , wherein the first magnetic element and the second magnetic element are arranged on the carrier , leaving a free space strip extending in the longitudinal direction of the carrier , and wherein the first magnetic element and/or the second magnetic element each comprise flexible magnetic strips which extend in the longitudinal direction of the carrier , - optionally at least one adhesive element on a second flat side of the carrier , wherein the clamping band is wound in a winding direction in which the first magnetic element and the second magnetic element in the clamping band roll are each arranged radially inwards with respect to the carrier . - a flexible, strip-shaped carrier , - at least one flat first magnetic element on a first flat side of the carrier and at least one flat second magnetic element on the first flat side of the carrier , wherein the first magnetic element and the second magnetic element are arranged on the carrier , leaving a free space strip extending in the longitudinal direction of the carrier , and wherein the first magnetic element and/or the second magnetic element each comprise flexible magnetic strips which extend in the longitudinal direction of the carrier , wherein the first magnetic element and the second magnetic element are arranged on the carrier , leaving a free space strip extending in the longitudinal direction of the carrier , and wherein the first magnetic element and/or the second magnetic element each comprise flexible magnetic strips which extend in the longitudinal direction of the carrier , - optionally at least one adhesive element on a second flat side of the carrier ,
An electronic device comprising: a touch sensor ; a fingerprint sensor ; a display including a display region having a fingerprint sensing region ; and a processor , wherein the processor is configured to: detect a touch input for the fingerprint sensing region using the touch sensor ; acquire touch information, corresponding to the touch input, on the display ; activate the fingerprint sensor when the touch input for the fingerprint sensing region is detected at the touch sensor determine a graphic object for guiding acquisition of a user's fingerprint corresponding to the touch input through the fingerprint sensing region, based at least on the touch information; and display the graphic object through the fingerprint sensing region of the display ) or proximity thereof; determine a region of the touch input overlapped with the fingerprint sensing region on the display; and change at least one of the color or brightness of the overlapped region to enable the fingerprint sensor to acquire a fingerprint image. a touch sensor ; a fingerprint sensor ; a display including a display region having a fingerprint sensing region ; and a processor , wherein the processor is configured to: detect a touch input for the fingerprint sensing region using the touch sensor ; acquire touch information, corresponding to the touch input, on the display ; activate the fingerprint sensor when the touch input for the fingerprint sensing region is detected at the touch sensor determine a graphic object for guiding acquisition of a user's fingerprint corresponding to the touch input through the fingerprint sensing region, based at least on the touch information; and display the graphic object through the fingerprint sensing region of the display ) or proximity thereof; determine a region of the touch input overlapped with the fingerprint sensing region on the display; and change at least one of the color or brightness of the overlapped region to enable the fingerprint sensor to acquire a fingerprint image. detect a touch input for the fingerprint sensing region using the touch sensor ; acquire touch information, corresponding to the touch input, on the display ; activate the fingerprint sensor when the touch input for the fingerprint sensing region is detected at the touch sensor determine a graphic object for guiding acquisition of a user's fingerprint corresponding to the touch input through the fingerprint sensing region, based at least on the touch information; and display the graphic object through the fingerprint sensing region of the display ) or proximity thereof; determine a region of the touch input overlapped with the fingerprint sensing region on the display; and change at least one of the color or brightness of the overlapped region to enable the fingerprint sensor to acquire a fingerprint image.
Device for ventilating a patient, having a base unit for providing respiratory gas for the patient ventilation, and at least one contact device for connection to at least one patient to be ventilated, and a patient valve , wherein the contact device is coupled to the base unit in such a way that the respiratory gas can flow between base unit and contact device , and in which a respiratory gas additive is feedable into the contact device with the aid of an additive feed , characterized in that the additive feed is arranged upstream from the patient valve in the direction of flow of the respiratory gas during an inhalation cycle, such that it is possible to predefine a delivery of the respiratory gas additive during an exhalation cycle for flooding lines and tubes of the base unit and a respiratory tube , wherein the additive feed opens directly into the contact device or into a respiratory tube section adjacent to the contact device .
Reinforcement element for reinforcing structural elements in vehicles, the reinforcement element comprising: a carrier having a longitudinal axis , wherein the carrier has at least one elongate opening which extends in the direction of the longitudinal axis ; at least one insert element which has a longitudinal axis and which is constructed to be arranged in the elongate opening of the carrier and which comprises a plurality of first portions and a plurality of second portions , wherein the first portions are arranged parallel with a first plane, wherein the longitudinal axis is located in this first plane, and wherein the second portions are arranged parallel with a second plane, wherein the longitudinal axis is located orthogonally to this second plane; a first adhesive which can be arranged on an outer side of the carrier and on a first group of first portions of the insert element and which is constructed to adhesively bond the carrier and the insert element in the structural element ; and a second adhesive which can be arranged on a second group of first portions of the insert element and which is constructed to adhesively bond the insert element in the carrier . a carrier having a longitudinal axis , wherein the carrier has at least one elongate opening which extends in the direction of the longitudinal axis ; at least one insert element which has a longitudinal axis and which is constructed to be arranged in the elongate opening of the carrier and which comprises a plurality of first portions and a plurality of second portions , wherein the first portions are arranged parallel with a first plane, wherein the longitudinal axis is located in this first plane, and wherein the second portions are arranged parallel with a second plane, wherein the longitudinal axis is located orthogonally to this second plane; a first adhesive which can be arranged on an outer side of the carrier and on a first group of first portions of the insert element and which is constructed to adhesively bond the carrier and the insert element in the structural element ; and a second adhesive which can be arranged on a second group of first portions of the insert element and which is constructed to adhesively bond the insert element in the carrier .