mhurhangee/patent-ind-claim-en huggingface dataset:
Membrane pump for fluidising and conveying dust at pressures of up to 7 MPa, in which - in a housing, a membrane separates a hydraulic compartment from a dust compartment , characterised in that - the housing is formed by a pressure-resistant hydraulic half-shell facing the hydraulic compartment and a pressure-resistant dust half-shell facing the dust compartment, - a gas-permeable, half-shell-shaped fluidising surface is arranged in the dust compartment, which surface is made of porous material and is curved, - a gas compartment for supplying gas is provided between the dust half-shell and the half-shell-shaped fluidising surface , - a support element is arranged between the dust half-shell and the half-shell-shaped fluidising surface . - in a housing, a membrane separates a hydraulic compartment from a dust compartment , characterised in that - the housing is formed by a pressure-resistant hydraulic half-shell facing the hydraulic compartment and a pressure-resistant dust half-shell facing the dust compartment, - a gas-permeable, half-shell-shaped fluidising surface is arranged in the dust compartment, which surface is made of porous material and is curved, - a gas compartment for supplying gas is provided between the dust half-shell and the half-shell-shaped fluidising surface , - a support element is arranged between the dust half-shell and the half-shell-shaped fluidising surface .
A stabilizer arm comprising: a plurality of successive articulating links each having a central passage ; a plurality of successive length-adjustable links each having a central passage; a tension cable extending through the central passages between a proximal one of the length-adjustable links and a distal one of the articulating links; a base member capturing length-adjustable links corresponding to a desired extension length of the arm from the base member, wherein the base member is configured to be mounted to a supporting fixture ; and a control mechanism movable between a retracted position and an extended position to selectably separate the captured length-adjustable links, thereby adjusting a tension in the tension cable and a rigidity of the stabilizer arm. a plurality of successive articulating links each having a central passage ; a plurality of successive length-adjustable links each having a central passage; a tension cable extending through the central passages between a proximal one of the length-adjustable links and a distal one of the articulating links; a base member capturing length-adjustable links corresponding to a desired extension length of the arm from the base member, wherein the base member is configured to be mounted to a supporting fixture ; and a control mechanism movable between a retracted position and an extended position to selectably separate the captured length-adjustable links, thereby adjusting a tension in the tension cable and a rigidity of the stabilizer arm.
Device for the use of playing dice, comprising: a main body having a plurality of chambers each of which is configured for containing a respective playing die (D); and a box-shaped element internally defining a compartment for housing said main body and being at least partly made of transparent material to visually access the interior of each chamber ; characterized in that each chamber has a square-based truncated pyramid conformation comprising: a minor surface formed in said main body and defining a lying plane of the respective die (D); a major surface opposite the minor surface , formed in the box-shaped element and made of said transparent material; and four oblique side surfaces , formed in said main body and each of which extending from the minor surface to the major surface . a main body having a plurality of chambers each of which is configured for containing a respective playing die (D); and a box-shaped element internally defining a compartment for housing said main body and being at least partly made of transparent material to visually access the interior of each chamber ; characterized in that each chamber has a square-based truncated pyramid conformation comprising: a minor surface formed in said main body and defining a lying plane of the respective die (D); a major surface opposite the minor surface , formed in the box-shaped element and made of said transparent material; and four oblique side surfaces , formed in said main body and each of which extending from the minor surface to the major surface .
A system for modifying the steering ratio for a vehicle comprising steered wheels , a steering wheel , and a steering transmission device serving to transmit the steering movement between the steering wheel and the steered wheels with a steering ratio R = Alpha/Beta, where Alpha is the turning angle of the steering wheel, and Beta is the steering angle of the wheels, characterized in that said system comprises a device for determining the angular speed of the steering wheel, and a control module for controlling the steering ratio R that is configured to calculate the steering ratio as a function of the angular speed (Va) of the steering wheel , and in that said module for controlling the steering ratio R is configured to reduce the steering ratio R when the angular speed (Va) of the steering wheel increases.
An integrated circuit, IC, comprising: an input/output, IO, circuit in a first power domain, coupled between a first power supply terminal (VDDE) and a second power supply terminal (VSSE), wherein the first (VDDE) and second (VSSE) power supply terminals correspond to the first power domain, the IO circuit including: an external terminal configured to communicate signals external to the IC , and an internal circuit node configured to provide a tap signal, wherein the internal circuit node is neither the first power supply terminal nor the second power supply terminal; and an integrity monitor in a second power domain, coupled between a third power supply terminal (DVDD) and a fourth power supply terminal (DVSS), wherein the third (DVDD) and fourth (DVSS) power supply terminals correspond to the second power domain, the integrity monitor: having a counter configured to provide a count value by counting each time the tap signal reaches a threshold voltage, and configured to provide an integrity fault indicator based at least in part on the count value, in which the integrity fault indicator indicates whether or not a signal provided or received by the external terminal is trustworthy. an input/output, IO, circuit in a first power domain, coupled between a first power supply terminal (VDDE) and a second power supply terminal (VSSE), wherein the first (VDDE) and second (VSSE) power supply terminals correspond to the first power domain, the IO circuit including: an external terminal configured to communicate signals external to the IC , and an internal circuit node configured to provide a tap signal, wherein the internal circuit node is neither the first power supply terminal nor the second power supply terminal; and an external terminal configured to communicate signals external to the IC , and an internal circuit node configured to provide a tap signal, wherein the internal circuit node is neither the first power supply terminal nor the second power supply terminal; and an integrity monitor in a second power domain, coupled between a third power supply terminal (DVDD) and a fourth power supply terminal (DVSS), wherein the third (DVDD) and fourth (DVSS) power supply terminals correspond to the second power domain, the integrity monitor: having a counter configured to provide a count value by counting each time the tap signal reaches a threshold voltage, and configured to provide an integrity fault indicator based at least in part on the count value, in which the integrity fault indicator indicates whether or not a signal provided or received by the external terminal is trustworthy. having a counter configured to provide a count value by counting each time the tap signal reaches a threshold voltage, and configured to provide an integrity fault indicator based at least in part on the count value, in which the integrity fault indicator indicates whether or not a signal provided or received by the external terminal is trustworthy.
A power supply connector (600; 410A; 410B) that is used at the time when electric power from a hybrid vehicle is supplied to an external electrical device outside of the hybrid vehicle via a connecting portion provided on the hybrid vehicle that connects the power supply connector for transferring electric power to the external electrical device , wherein the hybrid vehicle includes: an engine ; rotating electrical machines driven by the engine to generate electric power; a power conversion device that converts alternating current generated by rotating electrical machines to direct current power; and a controller that controls a supply of electric power, generated by the rotating electrical machines , to the external electrical device outside of the hybrid vehicle via the connecting portion and a charging cable when the operation of the engine is required, the power supply connector (600; 410A; 410B) comprising a power transfer unit that transfers electric power from the hybrid vehicle , the power supply connector (600; 410A; 410B) characterized by comprising an operating portion , operated by a user, in order to switch between the power supply operation and a charging operation of the hybrid vehicle ; and a signal output unit (611; 411) that outputs a signal to the controller when the power supply connector (600; 410A; 410B) is connected to the connecting portion , said signal causing the hybrid vehicle to perform the power supply operation from the hybrid vehicle to the external electrical device as in the case of a smart grid or in the case of an electrical device used in camping, outdoor work with operation of the engine . an engine ; rotating electrical machines driven by the engine to generate electric power; a power conversion device that converts alternating current generated by rotating electrical machines to direct current power; and a controller that controls a supply of electric power, generated by the rotating electrical machines , to the external electrical device outside of the hybrid vehicle via the connecting portion and a charging cable when the operation of the engine is required, the power supply connector (600; 410A; 410B) comprising a power transfer unit that transfers electric power from the hybrid vehicle , the power supply connector (600; 410A; 410B) characterized by comprising an operating portion , operated by a user, in order to switch between the power supply operation and a charging operation of the hybrid vehicle ; and a signal output unit (611; 411) that outputs a signal to the controller when the power supply connector (600; 410A; 410B) is connected to the connecting portion , said signal causing the hybrid vehicle to perform the power supply operation from the hybrid vehicle to the external electrical device as in the case of a smart grid or in the case of an electrical device used in camping, outdoor work with operation of the engine .
Thermoformable decor material for the automotive interior, comprising a decor layer containing a textile substrate and, on at least one side of the textile substrate , a digitally printed design , the digitally printed design comprising a dispersion-based ink and/or a pigment-based ink, and the decor layer further comprising a binder topcoat applied to the digitally printed design , characterized in that the binder topcoat comprises a binder containing polyurethane and/or polyacrylate.
Apparatus for optical representation of the intraocular pressure comprising a device on an intraocular lens implanted in the eye with a reference pressure chamber, a read-out device, and a circular polarizing filter, wherein the implanted device - contains a membrane that bulges out as the intraocular pressure changes and a photonic crystal as a contact surface for the membrane; and wherein - the membrane can be deflected onto a nanostructured surface of the photonic crystal which is attached adjacent to it in the intraocular lens and which is optically transparent for the user, and in the case of increased intraocular pressure is intended to contact the contact surface with a flat area; and wherein - the contact surface in the area of contact with the membrane changes polarisation for radiated and reflected light of a spectral range; and wherein - the read-out device is set up for the optical representation of a planar image of the polarisation-altered light reflected by the photonic crystal and comprises a polarisation filter for light which is irradiated and light reflected by the photonic crystal; and wherein - the nanostructured surface is located inside the reference pressure chamber, which is enclosed by the membrane, in the intraocular lens and wherein - the internal pressure of the reference pressure chamber is dimensioned in such a way that, at normal intraocular pressure, there is no or only minimal contact between membrane and surface and wherein - the circular polarising filter is used for irradiated visible light and in the return beam for the observed reflected scattered light. - contains a membrane that bulges out as the intraocular pressure changes and a photonic crystal as a contact surface for the membrane; and wherein - the membrane can be deflected onto a nanostructured surface of the photonic crystal which is attached adjacent to it in the intraocular lens and which is optically transparent for the user, and in the case of increased intraocular pressure is intended to contact the contact surface with a flat area; and wherein - the contact surface in the area of contact with the membrane changes polarisation for radiated and reflected light of a spectral range; and wherein - the read-out device is set up for the optical representation of a planar image of the polarisation-altered light reflected by the photonic crystal and comprises a polarisation filter for light which is irradiated and light reflected by the photonic crystal; and wherein - the nanostructured surface is located inside the reference pressure chamber, which is enclosed by the membrane, in the intraocular lens and wherein - the internal pressure of the reference pressure chamber is dimensioned in such a way that, at normal intraocular pressure, there is no or only minimal contact between membrane and surface and wherein - the circular polarising filter is used for irradiated visible light and in the return beam for the observed reflected scattered light.
A composition for use in treating cancer in a human, the composition comprising an engineered oncolytic Zika virus (ZIKV) comprising a 10 nucleotide deletion in a 3' untranslated region (3'UTR) of the ZIKV genome, wherein the deletion in the 3'UTR affects sfRNA generation.
Method for protecting against end-of-travel impacts affecting an aircraft landing gear, the landing gear being movable between a retracted position and a deployed position by means of a single electromechanical actuator of the strain-wave type, characterised in that the method comprises the step of equipping the electromechanical actuator with an internal shock-absorbing device arranged between an output shaft of the electromechanical actuator that is coupled to the landing gear and a motor shaft of a motor of the electromechanical actuator.
A guidewire managing assembly for determining the location of a medical device in a subject during a procedure, the assembly comprising a medical positioning system sensor enabled guidewire having a tip and an entire length, a means for attaching the guidewire managing assembly to an instrument, an entry port for the guidewire , a means for measuring (i) a first distance between the means for measuring and the tip of the guidewire when the tip of the guidewire is aligned with a distal end of a catheter shaft and (ii) a second distance between the tip of the guidewire and the distal end of the catheter shaft when the entire length of the guidewire has passed the means for measuring, a means for calculating the entire length of the guidewire by summing the first and second distances, and a means for transmitting the calculated entire length of the guidewire to a separate component.
An airfoil assembly comprising: first and second fiber-reinforced composite airfoil rings each comprised of inner and outer platform sections , a suction side wall extending between the inner and outer platform sections , and a pressure side wall extending between the inner and outer platform sections , the first fiber-reinforced composite airfoil ring mating at an interface with the second fiber-reinforced composite airfoil ring such that the suction side wall of the first fiber-reinforced composite airfoil ring and the pressure side wall of the second fiber-reinforced composite airfoil ring together form an airfoil that circumscribes an internal cavity , wherein the interface along the airfoil includes a gap configured to emit cooling air (CA) from the internal cavity ; characterised in that the airfoil assembly further comprises a metering seal in the internal cavity , the metering seal being disposed proximate the gap and including a porous body configured to meter flow of cooling air (CA) to the gap , wherein the metering seal is an endless ring. first and second fiber-reinforced composite airfoil rings each comprised of inner and outer platform sections , a suction side wall extending between the inner and outer platform sections , and a pressure side wall extending between the inner and outer platform sections , the first fiber-reinforced composite airfoil ring mating at an interface with the second fiber-reinforced composite airfoil ring such that the suction side wall of the first fiber-reinforced composite airfoil ring and the pressure side wall of the second fiber-reinforced composite airfoil ring together form an airfoil that circumscribes an internal cavity , wherein the interface along the airfoil includes a gap configured to emit cooling air (CA) from the internal cavity ; characterised in that the airfoil assembly further comprises a metering seal in the internal cavity , the metering seal being disposed proximate the gap and including a porous body configured to meter flow of cooling air (CA) to the gap , wherein the metering seal is an endless ring.
Method of manufacturing a lighting device comprising the steps of: • a/ weaving a fabric , comprising: * warp and weft yarns that form the core of the fabric ; * weft- or warp-woven optical fibres within said fabric ; said optical fibres being formed by a core and a sheath surrounding said core; * binding yarns forming part of the warp or weft yarns, maintaining said optical fibres inside the fabric ; • b/ surface treatment of the fabric comprising optical fibres to modify the surface of said fibres , said surface treatment including mechanical, thermal or chemical treatment for forming surface modifications on the surface of each of the fibres allowing light propagating within the fibre to escape therefrom by said surface modifications; • c/ removing the optical fibres fully from the treated fabric ; • d/ inserting a portion of said fibres grouped together in at least one bundle into a translucent casing . • a/ weaving a fabric , comprising: * warp and weft yarns that form the core of the fabric ; * weft- or warp-woven optical fibres within said fabric ; said optical fibres being formed by a core and a sheath surrounding said core; * binding yarns forming part of the warp or weft yarns, maintaining said optical fibres inside the fabric ; * warp and weft yarns that form the core of the fabric ; * weft- or warp-woven optical fibres within said fabric ; said optical fibres being formed by a core and a sheath surrounding said core; * binding yarns forming part of the warp or weft yarns, maintaining said optical fibres inside the fabric ; • b/ surface treatment of the fabric comprising optical fibres to modify the surface of said fibres , said surface treatment including mechanical, thermal or chemical treatment for forming surface modifications on the surface of each of the fibres allowing light propagating within the fibre to escape therefrom by said surface modifications; • c/ removing the optical fibres fully from the treated fabric ; • d/ inserting a portion of said fibres grouped together in at least one bundle into a translucent casing .
A remote control apparatus , comprising: a directional antenna ; a communicator ; and a processor configured to: based on a wireless signal being received from an external device through the directional antenna , identify an angle at which the wireless signal is received, based on the angle being within a predetermined range, obtain identification information of the external device by parsing the wireless signal, identify whether the external device is registered to a server based on information on a device registered to the server and the identification information of the external device , and based on identifying that the external device is not registered to the server , transmit a signal for requesting registration to the external device through the communicator . a directional antenna ; a communicator ; and a processor configured to: based on a wireless signal being received from an external device through the directional antenna , identify an angle at which the wireless signal is received, based on the angle being within a predetermined range, obtain identification information of the external device by parsing the wireless signal, identify whether the external device is registered to a server based on information on a device registered to the server and the identification information of the external device , and based on identifying that the external device is not registered to the server , transmit a signal for requesting registration to the external device through the communicator . based on a wireless signal being received from an external device through the directional antenna , identify an angle at which the wireless signal is received, based on the angle being within a predetermined range, obtain identification information of the external device by parsing the wireless signal, identify whether the external device is registered to a server based on information on a device registered to the server and the identification information of the external device , and based on identifying that the external device is not registered to the server , transmit a signal for requesting registration to the external device through the communicator .