mhurhangee/ep-ind-claims huggingface dataset:
Light guide for an interface module, in particular for a vehicle passenger compartment, for emitting or receiving a light beam in a cone extending in a transverse direction and centred about a plane inclined by an angle θ with respect to an optical axis (z) of the light guide, implemented in the form of a prism made of transparent material of index n GL, comprising: • an internal dioptre (δ int) intended to face a printed circuit board carrying a light source or a light detector, forming a convergent lens the focal point of which is located at an expected position of the light source or of the light detector, • a first planar face oriented parallel to the optical axis (z) of the light guide, • a second planar face inclined with respect to the first planar face by an angle a, satisfying cos(α+θ) = (1+ε) n GL * cos3α, where ε is a number between -0.1 and 0.1, and characterized in that it comprises multiple internal dioptres (δ int) aligned along a longitudinal axis (y) of the light guide and each intended to be arranged at the location of a light source or of a light detector, and in that it comprises at least one transverse portion the second planar face of which forms an angle α 1 different from the angle α with the first planar face so as to emit transverse beam portions at an angle θ 1 linked to the angle α 1 by the relationship cos(α 1 +θ 1) - (1+ε) n GL * cos3α 1, where ε is a number between -0.1 and 0.1. • an internal dioptre (δ int) intended to face a printed circuit board carrying a light source or a light detector, forming a convergent lens the focal point of which is located at an expected position of the light source or of the light detector, • a first planar face oriented parallel to the optical axis (z) of the light guide, • a second planar face inclined with respect to the first planar face by an angle a, satisfying cos(α+θ) = (1+ε) n GL * cos3α, where ε is a number between -0.1 and 0.1, and characterized in that it comprises multiple internal dioptres (δ int) aligned along a longitudinal axis (y) of the light guide and each intended to be arranged at the location of a light source or of a light detector, and in that it comprises at least one transverse portion the second planar face of which forms an angle α 1 different from the angle α with the first planar face so as to emit transverse beam portions at an angle θ 1 linked to the angle α 1 by the relationship cos(α 1 +θ 1) - (1+ε) n GL * cos3α 1, where ε is a number between -0.1 and 0.1.
A method for preparing a non-fried instant noodle comprising: preprocessing an oat cereal to form a processed oat cereal flour, the oat cereal includes starch, the step of preprocessing the oat cereal comprising: gelatinization of the starch and milling the oat cereal into flour; providing a non-wheat cereal component having the processed oat cereal flour and an unprocessed oat flour; mixing the non-wheat cereal component with a wheat component to form a flour composition, wherein the wheat component has a crude protein, the amount of the non-wheat cereal component is at least 50 weight percent of the total weight of the flour composition, the amount of the processed oat cereal flour is 25 to 40 weight percent of the total weight of the flour composition, the amount of the unprocessed oat flour is 25 to 35 weight percent of the total weight of the flour composition, the amount of the wheat component is 25-50 weight percent of the total weight of the flour composition, and the amount of the crude protein in the wheat component is 14 weight percent of the total weight of the flour composition; and forming the flour composition into a non-fried instant noodle. preprocessing an oat cereal to form a processed oat cereal flour, the oat cereal includes starch, the step of preprocessing the oat cereal comprising: gelatinization of the starch and milling the oat cereal into flour; providing a non-wheat cereal component having the processed oat cereal flour and an unprocessed oat flour; mixing the non-wheat cereal component with a wheat component to form a flour composition, wherein the wheat component has a crude protein, the amount of the non-wheat cereal component is at least 50 weight percent of the total weight of the flour composition, the amount of the processed oat cereal flour is 25 to 40 weight percent of the total weight of the flour composition, the amount of the unprocessed oat flour is 25 to 35 weight percent of the total weight of the flour composition, the amount of the wheat component is 25-50 weight percent of the total weight of the flour composition, and the amount of the crude protein in the wheat component is 14 weight percent of the total weight of the flour composition; and forming the flour composition into a non-fried instant noodle.
A radio-frequency identification (RFID) reader circuit comprising: a transceiver configured to communicate with a plurality of different types of RFID transponders using radio frequency signals; and characterized by a processor circuit configured to detect and communicate with the plurality of different types of RFID transponders via the transceiver, respectively using a command set for the type of RFID transponder that the processor circuit is communicating with, in response to detecting an RFID transponder having configuration data for a new command set, access and use the configuration data for the new command set to update a configuration of the RFID reader circuit to enable communication with a new type of RFID transponder, and in response to detecting an RFID transponder of the new type, communicate with the RFID transponder of the new type using the new command set. a transceiver configured to communicate with a plurality of different types of RFID transponders using radio frequency signals; and characterized by a processor circuit configured to detect and communicate with the plurality of different types of RFID transponders via the transceiver, respectively using a command set for the type of RFID transponder that the processor circuit is communicating with, in response to detecting an RFID transponder having configuration data for a new command set, access and use the configuration data for the new command set to update a configuration of the RFID reader circuit to enable communication with a new type of RFID transponder, and in response to detecting an RFID transponder of the new type, communicate with the RFID transponder of the new type using the new command set.
A method of controlling which electronic device out of topology of interconnected electronic devices responds to a wake phrase, the method comprising: in an electronic device of the topology of interconnected electronic devices configured to listen for voice commands, receiving a wake phrase from a microphone of the electronic device; recognizing the wake phrase; and responsive to recognizing the wake phrase, waking the electronic device and controlling which one electronic device out of the topology of interconnected electronic devices plays an audio prompt that indicates an active listening state in response to the wake phrase, characterized in that the controlling invokes response arbitration rules selecting a single electronic device out of the topology of interconnected electronic devices, when a user preference indicating a primary device designation for the interconnected electronic devices indicates a primary device that is not available, based on recorded physical activity near or at the electronic device detected by one or more hardware sensors of the electronic device indicating the single electronic device having most recent physical activity. in an electronic device of the topology of interconnected electronic devices configured to listen for voice commands, receiving a wake phrase from a microphone of the electronic device; recognizing the wake phrase; and responsive to recognizing the wake phrase, waking the electronic device and controlling which one electronic device out of the topology of interconnected electronic devices plays an audio prompt that indicates an active listening state in response to the wake phrase,
Vehicle seat intended to be fixed to the floor of a cabin of a vehicle, comprising: - a fixed frame itself comprising feet and at least one seat base, and - the same number of backrest(s) as seat base(s) fixed to the fixed frame and comprising at least two uprights (20, 50) placed more vertically than horizontally along a determined direction, characterised in that the uprights (20, 50) are embedded by a lower end in the frame in a releasable manner with respect to the fixed frame in translation upwards in such a way as to be disembedded upwards under the effect of an impact on a rear face of the corresponding backrest and are rotatably mounted around at least one fixed axis of the fixed frame in such a way as to be able to pivot forward after being disembedded. - a fixed frame itself comprising feet and at least one seat base, and - the same number of backrest(s) as seat base(s) fixed to the fixed frame and comprising at least two uprights (20, 50) placed more vertically than horizontally along a determined direction,
An information processing method used in an information terminal (400, 400a, 400b) including: a first communication unit that performs wireless communication with a wireless base station connected to a wide area network; and a second communication unit that performs communication by a communication scheme different from the first communication unit; and a presenter, the information processing method comprising: receiving, by the second communication unit, first management information from a power management system that is installed in a facility and includes a storage battery, the first management information including information relating to the storage battery; transmitting, by the first communication unit, second management information generated based on the first management information received in the receiving, to a device outside the facility as a destination, the device outside the facility being connected to the wide area network; receiving, by the first communication unit and from the device outside the facility, a message indicating details of an abnormality which has occurred and how to handle the abnormality, the message being transmitted from the device outside the facility in response to the second management information; and presenting, by the presenter, the received message. receiving, by the second communication unit, first management information from a power management system that is installed in a facility and includes a storage battery, the first management information including information relating to the storage battery; transmitting, by the first communication unit, second management information generated based on the first management information received in the receiving, to a device outside the facility as a destination, the device outside the facility being connected to the wide area network; receiving, by the first communication unit and from the device outside the facility, a message indicating details of an abnormality which has occurred and how to handle the abnormality, the message being transmitted from the device outside the facility in response to the second management information; and presenting, by the presenter, the received message.
A driverless transport vehicle for transporting load carriers, in particular frames, under which the driverless transport vehicle can drive, comprising a frame, with an at least substantially rectangular cross-section with a front side, a rear side opposite the front side, a right-hand long side and a left-hand long side opposite the right-hand long side, wherein the front side and the rear side run in a transverse direction and the long sides (23, 24) run in a longitudinal direction, a lifting device for raising a driven-under load carrier relative to the frame and at least one laser scanner (11, 12, 13, 14) for identifying obstacles, wherein a first laser scanner is arranged at the front side, a second laser scanner is arranged at the rear side, a third laser scanner is arranged at the right-hand long side and a fourth laser scanner is arranged at the left-hand long side, wherein all four laser scanners (11, 12, 13, 14) are used for the navigation of the transport vehicle, characterised in that the lifting device has a lifting plate for receiving the driven-under load carrier, which lifting plate is movable in a vertical direction relative to the frame, and in that the third laser scanner is arranged in a central region of the right-hand long side, and in that the fourth laser scanner is arranged in a central region of the left-hand long side.
A light source unit for an image display apparatus, comprising: two light source portions arranged side by side in a plane, each light source portion comprising a plurality of light sources arranged in a planar array for emitting a first light, and two first reflecting surfaces each obliquely facing one light source portion and configured to reflect the first light to two second reflecting surfaces each obliquely facing one first reflecting surface and configured to collect the first light to a point on a phosphor light emitter, wherein: each of the two first reflecting surfaces is an aspheric reflecting surface shaped to collect the first light, and each of the two second reflecting surfaces is a planar reflecting surface. shaped to collect the first light to the point. two light source portions arranged side by side in a plane, each light source portion comprising a plurality of light sources arranged in a planar array for emitting a first light, and two first reflecting surfaces each obliquely facing one light source portion and configured to reflect the first light to two second reflecting surfaces each obliquely facing one first reflecting surface and configured to collect the first light to a point on a phosphor light emitter, each of the two first reflecting surfaces is an aspheric reflecting surface shaped to collect the first light, and each of the two second reflecting surfaces is a planar reflecting surface. shaped to collect the first light to the point.
Deflection movement transmission device having a control element (1; 100) for bringing about a deflection movement, which control element (1; 100) is arranged at the proximal end of the deflection movement transmission device, a base body (3, 4; 300, 400), on which the control element (1; 100) for bringing about a deflection movement is arranged in such a way that a pivoting movement of the control element (1; 100) can be carried out relative to the base body (3, 4; 300, 400), an elongate transmission guide body (5; 500), and a flexible body (6; 600) to be deflected which is arranged at the distal end of the deflection movement transmission device, the control element (1; 100) having an inner channel (16; 160), through which the flexible body (6; 600) to be deflected can be guided, the deflection movement transmission device having at least one movement transmission wire body (2, 2a, 2b), the proximal end of which is articulated on the outer circumference of the pivoting section (11; 11') of the control element (1; 100), the movement transmission wire body (2, 2a, 2b) being guided by way of the elongate transmission guide body (5; 500) along the longitudinal direction of the movement transmission wire body (2, 2a, 2b), the distal end of the movement transmission wire body (2, 2a, 2b) being attached to the distal end of the flexible body (6; 600) to be deflected, a wire body guide ring for guiding the movement transmission wire body (2, 2a, 2b) being inserted in the base body (3, 4; 300, 400), which movement transmission wire body (2, 2a, 2b) can be displaced relative to the base body (3, 4; 300, 400).
A roll shaft for use in brush rolls for brushing a strip of metal sheet, the shaft comprising: a shaft body to which annular discs having multiple brush bristles implanted around the outer peripheral edge thereof are attached; and key bases attached to recessed grooves provided on the outer peripheral surface of the shaft body, the key bases comprising keyways into which insertion members projecting from the inner peripheral edge of the annular discs are fitted, and the key bases comprising a corrosion-resistant metallic material, a corrosion-resistant alloy, or a corrosion-resistant resin material, characterized in that first insertion holes are provided on the groove bottom of the recessed grooves of the shaft body; second insertion holes are provided as blind holes on the surface of the key bases opposite to the keyway side; and the key bases are attached to the shaft body via connecting members fitted into the first insertion holes and the second insertion holes. a shaft body to which annular discs having multiple brush bristles implanted around the outer peripheral edge thereof are attached; and key bases attached to recessed grooves provided on the outer peripheral surface of the shaft body, the key bases comprising keyways into which insertion members projecting from the inner peripheral edge of the annular discs are fitted, and the key bases comprising a corrosion-resistant metallic material, a corrosion-resistant alloy, or a corrosion-resistant resin material, characterized in that first insertion holes are provided on the groove bottom of the recessed grooves of the shaft body; second insertion holes are provided as blind holes on the surface of the key bases opposite to the keyway side; and the key bases are attached to the shaft body via connecting members fitted into the first insertion holes and the second insertion holes.
An apparatus for measuring the distance (z L) to an object in a water body, comprising a sonar distance measuring device, which is configured to generate a first distance measuring value (z S) by measuring the time of flight of at least one emitted sonic pulse (P S) reflected by the object and to output it at an output of the sonar distance measuring device, and a laser distance measuring device, which is configured to generate a second distance measuring value (z L) by measuring the time of flight of at least one emitted laser pulse (P L) reflected by the object and to output it at an output of the laser distance measuring device, characterized in that the laser measuring device is configured to generate the second distance measuring value (z L) by measuring the time of flight of a sequence of emitted laser pulses (P L) reflected by the object and to output it at an output of the laser distance measuring device as an object distance measuring value (z L), wherein the number of laser pulses (P L) of the sequence is controllable via a control input of the laser distance measuring device, and wherein the control input of the laser distance measuring device is connected to the output of the sonar distance measuring device, so that the number of laser pulses (P L) of the sequence is controlled as a function of the first distance measuring value (z S) output at the output of the sonar distance measuring device.
A manufacturing method of a plated wire rod, the method comprising: preparing a plated wire rod precursor including a base material that is wire-drawn and that has a linear shape and a plating film that is provided on a surface of the base material, where the base material is made of first metal and the plating film is made of second metal of a different composition from the first metal; obtaining a plated wire rod-intermediate body by performing skin-passing on the plated wire rod precursor using a die; inspecting, immediately after the skin-passing, for presence/absence of a defect in the plated wire rod-intermediate body using an eddy current testing device and a camera inspection device, the plated wire rod-intermediate body being firmly fixed by the die; and obtaining a plated wire rod by removing the defect in the plated wire rod-intermediate body that is detected in the inspecting. preparing a plated wire rod precursor including a base material that is wire-drawn and that has a linear shape and a plating film that is provided on a surface of the base material, where the base material is made of first metal and the plating film is made of second metal of a different composition from the first metal; obtaining a plated wire rod-intermediate body by performing skin-passing on the plated wire rod precursor using a die; inspecting, immediately after the skin-passing, for presence/absence of a defect in the plated wire rod-intermediate body using an eddy current testing device and a camera inspection device, the plated wire rod-intermediate body being firmly fixed by the die; and obtaining a plated wire rod by removing the defect in the plated wire rod-intermediate body that is detected in the inspecting.
Stapler, comprising a lower part and an upper part which is pivotally connected thereto and the free end of which can be depressed (lever mode) onto the lower part by means of a lever in order to drive a staple in a lower force manner into material that is lying on the lower part, characterised in that the stapler can be used to staple in a second operating mode (basic mode) without increasing the leverage and for this purpose the lever is arranged on the stapler so as to be able to be placed on the upper part and the stapler has a gearing between the lever and the upper part.
A fiber bed assembly for a forward-flow fiber bed mist eliminator used to remove aerosols from a moving gas stream, the fiber bed assembly comprising; a fiber bed support having an upper end, a lower end and a substantially cylindrical wall extending between the upper and lower ends defining an exterior upstream space outside the wall and an interior downstream space inside the wall, the wall comprising a cylindrical inner screen and a cylindrical outer screen concentrically arranged in a radially spaced relation with respect to a longitudinal axis, the wall including openings therein to permit the gas stream to move generally freely through the wall from the exterior upstream space to the interior downstream space; a fiber bed supported by the fiber bed support and generally blocking the wall openings so that the gas stream passes through the fiber bed moving from the exterior upstream space to the interior downstream space, the fiber bed comprising collecting fiber media and having a top, a top end margin, a bottom, a bottom end margin, a length extending between the top and the bottom, an upstream surface and a downstream surface; a base adjacent the lower end of the fiber bed support blocking movement of the gas stream down through a lower end of the interior downstream space; an opening adjacent an upper end of the fiber bed support for exit of the gas stream from the interior downstream space; a gas-impervious veil spaced upstream from the downstream surface of the fiber bed at the bottom end margin of the fiber bed, the veil having an upper end and a lower end and being constructed to block flow of the gas stream into at least a portion of the fiber bed to provide a gas-shielded drainage area in the fiber bed between the gas-impervious veil and the downstream surface of the fiber bed for drainage of aerosols from the fiber bed; characterized by the base including a cylindrical side wall arranged in opposed relation with a portion of the downstream surface of the fiber bed for blocking flow of the gas stream from the fiber bed to the downstream space through said downstream surface portion, a top wall on which aerosols collect extending in a radial plane with respect to the longitudinal axis, and an annular flange extending in a generally radial direction from the lower end of the side wall and underlying the lower ends of the inner and outer screens and fiber bed; and wherein the lower end of the veil is spaced above the flange of the base to define a drain opening for drainage and the veil extends to a height above the top wall of the base.