mhurhangee/patent-ind-claim-en huggingface dataset:
A steering column assembly for motor vehicles, comprising: - a steering wheel , - a steering shaft housing unit including a steering shaft that is joined to the steering wheel , wherein the steering shaft housing unit is pivotally connected to a supporting bracket about a first shaft (X1), said supporting bracket being pivotally connected to a vehicle body about a second shaft (X2), - first and/or second adjusting means adapted to adjust the angular position of the steering shaft housing unit relative to the supporting bracket and the angular position of the supporting bracket relative to the vehicle body , the steering column assembly further comprising first locking means adapted to lock the steering shaft housing unit in a locked position until a kinetic energy transmitted to the steering wheel , in particular during a collision event, is less than a threshold value (Et), the first locking means incorporating collapsible means adapted to collapse when the kinetic energy transmitted to the steering wheel is above said threshold value (Et), thus leading to the displacement of the steering shaft housing unit from the locked position to a final position, in which at least a part of the kinetic energy transmitted to the steering wheel has been absorbed by the collapsible means , characterized in that the first locking means comprise a locking arm extending between an upper end pivotally connected to the steering shaft housing unit and a lower end pivotally connected to a collapsible element that is fixedly connected to the supporting bracket , the collapsible element being configured to collapse under the action of a compression force applied by the locking arm . - a steering wheel , - a steering shaft housing unit including a steering shaft that is joined to the steering wheel , wherein the steering shaft housing unit is pivotally connected to a supporting bracket about a first shaft (X1), said supporting bracket being pivotally connected to a vehicle body about a second shaft (X2), - first and/or second adjusting means adapted to adjust the angular position of the steering shaft housing unit relative to the supporting bracket and the angular position of the supporting bracket relative to the vehicle body ,
A nonwoven extending in a machine direction (MD) and a perpendicular cross-machine direction (CD), wherein the machine direction is the direction of production of the nonwoven web, and the nonwoven comprising a pattern of thermal bonds according to all four of the following: a) the pattern comprises thermal bonds disposed in parallel rows having a pitch angle (P) of from 0.5° to 15° relative to the machine direction or the cross-machine direction; b) the bonding area of all the thermal bonds covers from 17% to 30% of the area of the nonwoven; c) the pattern comprises larger bonds and smaller bonds having different individual areas; and d) the larger and smaller bonds are elongated bonds that have a rounded shape and have a major dimension (L1, 12) measured along a major direction and a minor dimension (W1, w2) measured along a minor direction perpendicular to the major direction, and at least some of the elongated bonds have a major direction which is not oriented parallel to the machine direction, and the pattern comprises elongated bonds having different major directions. a) the pattern comprises thermal bonds disposed in parallel rows having a pitch angle (P) of from 0.5° to 15° relative to the machine direction or the cross-machine direction; b) the bonding area of all the thermal bonds covers from 17% to 30% of the area of the nonwoven; c) the pattern comprises larger bonds and smaller bonds having different individual areas; and d) the larger and smaller bonds are elongated bonds that have a rounded shape and have a major dimension (L1, 12) measured along a major direction and a minor dimension (W1, w2) measured along a minor direction perpendicular to the major direction, and at least some of the elongated bonds have a major direction which is not oriented parallel to the machine direction, and the pattern comprises elongated bonds having different major directions.
Method for generating electricity within a gas network with buried gas pipelines using a gas expansion of a first higher gas pressure level to a second lower gas pressure level, from a first higher gas transport network and/or gas distribution network pressure level to a second gas supply pressure level, using multiple expansion machines and under use of at least one generator driven by the expansion machines, characterised in that gas preheating is carried out exclusively by utilising geothermal heat and expansion with a pressure drop Δ p across the expansion machines in which the temperature of the gas does not fall below a critical value T min below the dew point, whereby the gas is expanded in stages by means of a plurality of expansion machines spaced apart from one another in the gas network, and the temperature of the gas after a first expansion immediately before a second or further expansion is between 8°C and 10°C, the temperature rise being achieved by means of a heat exchange of the gas line with the geothermal energy.
Method for monitoring a half-bridge branch in a half-bridge , which half-bridge branch is connected in series with a further half-bridge branch via a centre tap in the half-bridge , comprising: - applying an electric supply potential , opposite the centre tap on the further half-bridge branch , to the centre tap with a predetermined temporal profile in a clocked manner, wherein a PWM unit outputs a first control signal with the predetermined temporal profile to the further half-bridge branch of the first half-bridge ; - monitoring the half-bridge branch based on a comparison of the predetermined temporal profile with an electric output potential at the centre tap , characterized in that the PWM unit outputs a second control signal to an earth-side field-effect transistor of a second half-bridge , wherein the second control signal has a DC voltage form predefined by the PWM unit , with the result that the earth-side field-effect transistor of the second half-bridge is switched on in a static manner and an electric motor is permanently connected to an earth potential via the earth-side field-effect transistor of the second half-bridge , and a monitoring device counts pulses in the output potential with a first counter over a time period predefined by a timer and counts pulses in the first control signal with a second counter over the time period in the same way, wherein the comparison is carried out after the predefined time period by comparing the counters in such a way that if a first pulse number of the first counter is equal to a second pulse number , the earth-side field-effect transistor of the first half-bridge is free from short circuits. - applying an electric supply potential , opposite the centre tap on the further half-bridge branch , to the centre tap with a predetermined temporal profile in a clocked manner, wherein a PWM unit outputs a first control signal with the predetermined temporal profile to the further half-bridge branch of the first half-bridge ; - monitoring the half-bridge branch based on a comparison of the predetermined temporal profile with an electric output potential at the centre tap , characterized in that the PWM unit outputs a second control signal to an earth-side field-effect transistor of a second half-bridge , wherein the second control signal has a DC voltage form predefined by the PWM unit , with the result that the earth-side field-effect transistor of the second half-bridge is switched on in a static manner and an electric motor is permanently connected to an earth potential via the earth-side field-effect transistor of the second half-bridge , and a monitoring device counts pulses in the output potential with a first counter over a time period predefined by a timer and counts pulses in the first control signal with a second counter over the time period in the same way, wherein the comparison is carried out after the predefined time period by comparing the counters in such a way that if a first pulse number of the first counter is equal to a second pulse number , the earth-side field-effect transistor of the first half-bridge is free from short circuits.
An interrupt controller , comprising: a fabric slave circuit to connect to a fabric for a computing system, the fabric slave circuit configured to receive, from the fabric, an MMIO write request including an MMIO address and MMIO write data, wherein the MMIO write data includes an indication of a task to be done for an MMIO interrupt, and wherein MMIO stands for Memory Mapped Input/Output; a plurality of output interrupt lines that connect to different interrupt targets; a plurality of interrupt registers, each interrupt register corresponds to at least one output interrupt line of the plurality of output interrupt lines; and a MMIO routing circuit connected to the fabric slave and the plurality of interrupt registers, the MMIO routing circuit configured to route the received MMIO write data to a targeted interrupt register corresponding to a targeted output interrupt line identified by the received MMIO address so that the targeted interrupt register stores the indication of the task to be done for the MMIO interrupt, storing of the indication of the task to be done for the MMIO interrupt in the targeted interrupt register triggers assertion of the targeted output interrupt line. a fabric slave circuit to connect to a fabric for a computing system, the fabric slave circuit configured to receive, from the fabric, an MMIO write request including an MMIO address and MMIO write data, wherein the MMIO write data includes an indication of a task to be done for an MMIO interrupt, and wherein MMIO stands for Memory Mapped Input/Output; a plurality of output interrupt lines that connect to different interrupt targets; a plurality of interrupt registers, each interrupt register corresponds to at least one output interrupt line of the plurality of output interrupt lines; and a MMIO routing circuit connected to the fabric slave and the plurality of interrupt registers, the MMIO routing circuit configured to route the received MMIO write data to a targeted interrupt register corresponding to a targeted output interrupt line identified by the received MMIO address so that the targeted interrupt register stores the indication of the task to be done for the MMIO interrupt, storing of the indication of the task to be done for the MMIO interrupt in the targeted interrupt register triggers assertion of the targeted output interrupt line.
A secure element comprising an operating system and a communication interface , wherein the operating system is adapted to manage a plurality of applications which are simultaneously present and installed in the secure element and which are individually configured to be implicitly selected on said communication interface , wherein each of said applications can be individually activated, the secure element characterised in that the operating system is adapted to deny a request of activation of one of said applications if another of said applications is already activated and to perform the activation if none of said applications is already activated, in that the operating system is able to handle a command requesting both the installation of a new application configured to be implicitly selected on said communication interface and the activation of said new application , and in that the operating system is adapted to install said new application , to configure said new application so that it is implicitly selected on said communication interface and to deny the activation of said new application if one application of said plurality of applications is already activated and to perform said activation if none of said plurality of applications is already activated.
A polyester resin composition containing 3 to 60 parts by mass of a brominated polyacrylate flame retardant (B) relative to 100 parts by mass of a thermoplastic polyester resin (A), the brominated polyacrylate flame retardant (B) having a Na element concentration of 5 to 4000 ppm, as measured by X-Ray fluorescence analysis, and in cases where the Na element concentration is low and cannot be detected by X-Ray fluorescence analysis, the Na element concentration is measured by means of ICP emission spectral analysis.
A method for managing a first access network node in a network of a wireless communication system, comprising: - determining in the network a second central unit for managing a control plane of data communications between a user equipment, UE, and the network, CU-C, other than a first CU-C of the first access network node, wherein the first access network node further comprises at least one first distributed unit, DU, for wireless data communications between the UE and the first access network node, operating under the control of the first CU-C, and wherein the second CU-C controls at least one second DU comprised in a second access network node; and - configuring the first access network node, wherein the configuring comprises: associating at least one DU among the at least one first DU with the second CU-C, such that the at least one DU and the at least second DU operate under the common control of the second CU-C for management of the control plane of data communications between the UE and the network. - determining in the network a second central unit for managing a control plane of data communications between a user equipment, UE, and the network, CU-C, other than a first CU-C of the first access network node, wherein the first access network node further comprises at least one first distributed unit, DU, for wireless data communications between the UE and the first access network node, operating under the control of the first CU-C, and wherein the second CU-C controls at least one second DU comprised in a second access network node; and - configuring the first access network node, wherein the configuring comprises: associating at least one DU among the at least one first DU with the second CU-C, such that the at least one DU and the at least second DU operate under the common control of the second CU-C for management of the control plane of data communications between the UE and the network.
A dispersion (A) containing at least particles (B) containing an electrically conductive polythiophene, which is optionally substituted, and a dispersant (D), the dispersion containing water as the dispersant (D), the polythiophene being a cationic polythiophene, the particles (B) additionally containing at least one polyanion, the cationic polythiophene being present in the form of a polythiophene/polyanion complex, the polythiophene being poly(3,4-ethylenedioxythiophene) and the polyanion being an anion of polystyrene sulfonic acid, characterized in that, for the dispersion (A), the integral of the viscosity, which is represented as a function of the solids content, determined according to the test method described herein is less than 2500 mPas×% in the integration range of 0.4% solids to 5% solids, the viscosity being determined with a rheometer in mPas at 20°C and a shear rate of 100 s -1 and the solids content being determined in percent, in that the particles containing a polythiophene in the dry state have a specific electrical conductivity greater than 100 S/cm, and in that the particles (B) of the conductive polymer in the dispersion (A) have an average diameter of 1-100 nm.
A method of determining the condition of a compressor with respect to rotating stall comprising: i) comparing the difference between the largest and smallest values of a variable occurring during a time period with a difference threshold, the variable at any given time being dependent on the compressor exit pressure at that time; and ii) increasing an integrator counter when the difference is less than the difference threshold , with a determination that the compressor is not in rotating stall being made only when the integrator counter reaches an integrator counter limit, and a determination that the compressor is in rotating stall being made otherwise. i) comparing the difference between the largest and smallest values of a variable occurring during a time period with a difference threshold, the variable at any given time being dependent on the compressor exit pressure at that time; and ii) increasing an integrator counter when the difference is less than the difference threshold , with a determination that the compressor is not in rotating stall being made only when the integrator counter reaches an integrator counter limit, and a determination that the compressor is in rotating stall being made otherwise.
Safety razor comprising - a handle , - a base that can be placed on the handle , - a curved cover plate that can be placed on the base , and - a fastening means , by means of which the curved cover plate and the base can be connected to the handle , wherein the base and the cover plate are designed to receive at least one double-edged razor blade between them, wherein the curved cover plate has on its upper side at its outer edges a respective bulge , characterised in that one bulge , respectively, extends from the lower edge of the curved cover plate (1 5) over the centre of the latter to the opposite lower edge, wherein the bulges merge seamlessly into the curvature of the curved cover plate in the apex region of the latter and - a handle , - a base that can be placed on the handle , - a curved cover plate that can be placed on the base , and - a fastening means , by means of which the curved cover plate and the base can be connected to the handle , wherein the base and the cover plate are designed to receive at least one double-edged razor blade between them, wherein the curved cover plate has on its upper side at its outer edges a respective bulge , characterised in that one bulge , respectively, extends from the lower edge of the curved cover plate (1 5) over the centre of the latter to the opposite lower edge, wherein the bulges merge seamlessly into the curvature of the curved cover plate in the apex region of the latter and
A circuit device comprising: an error detection circuit that obtains a glare index value, which is an index value indicating glare of a head-up display, based on image data for head-up display, the circuit is characterised in that the error detection circuit determines whether or not the glare index value has exceeded a first threshold value, and, when the glare index value exceeds the first threshold value, detects occurrence of a first glare error; and in that the circuit device further comprises a processing circuit that performs processing corresponding to the first glare error when occurrence of the first glare error is detected. an error detection circuit that obtains a glare index value, which is an index value indicating glare of a head-up display, based on image data for head-up display, the circuit is characterised in that the error detection circuit determines whether or not the glare index value has exceeded a first threshold value, and, when the glare index value exceeds the first threshold value, detects occurrence of a first glare error; and in that the circuit device further comprises a processing circuit that performs processing corresponding to the first glare error when occurrence of the first glare error is detected.
Extrusion head having a mandrel , which is mounted in a housing of the extrusion head so that an extrusion material can flow around it in an extrusion direction (L) of the extrusion head and in this respect an end nozzle portion of the mandrel is arranged in an opening in a nozzle , downstream of the mandrel in the extrusion direction (L), of the extrusion head so as to form a geometrically variable, circumferential gap between the nozzle portion and the nozzle , and the mandrel is mounted in the housing of the extrusion head so as to be pivotable transversely in relation to the extrusion direction (L) about at least one axis (Q), characterized in that the mandrel is mounted so as to be longitudinally movable in the direction of the axis (Q) and thus transversely in relation to the extrusion direction (L).
An anti-friction bearing cage for an anti-friction bearing, having at least one cage ring extending in a closed manner in the circumferential direction, and a plurality of cage webs projecting in the axial direction from the cage ring , wherein the at least one cage ring and two cage webs each delimit a receiving pocket for receiving of a rolling element , characterised in that cage webs following in the circumferential direction have a different cross-sectional geometry for forming at least two receiving pockets following in the circumferential direction with parallel demoulding directions for a common slide , wherein the cage webs delimiting a receiving pocket have mutually facing side flanks , wherein each pair of side flanks facing each other in the tangential direction have at least mutually parallel partial surfaces extending in a partial region in the demoulding direction , wherein a first partial surface is arranged adjacent to an inner radius (R) of the anti-friction bearing cage , wherein at least one second partial surface is arranged at a distance from the inner radius (R) of the anti-friction bearing cage , and wherein the first partial surface is only arranged on one of the mutually facing side flanks , while the at least one second partial surface is arranged at least on the other of the mutually facing side flanks .