mhurhangee/ep-ind-claims huggingface dataset:
A tire inflation pressure monitoring apparatus comprising: a tire inflation pressure obtaining unit which is adapted to obtain a tire inflation pressure; characterized by further comprising an inflation pressure storing unit which is adapted to store a tire inflation pressure after start of travel of a vehicle as an after-travel inflation pressure; a comparing unit which is adapted to determine whether or not a difference between the after-travel inflation pressure and a lowest reference pressure is larger than a predetermined pressure indicating that temperature of a tire inflation chamber rises higher than temperature immediately after start of the vehicle; a reference pressure setting unit which is adapted to set the after-travel inflation pressure as a reference pressure of tire inflation pressure determination when the difference is larger than the predetermined pressure, and sets the lowest reference pressure as a reference pressure of tire inflation pressure determination when the difference is equal to or less than the predetermined pressure; and an alarm unit which is adapted to generate an alarm when the tire inflation pressure becomes below an alarm pressure threshold which is determined from the reference pressure. a tire inflation pressure obtaining unit which is adapted to obtain a tire inflation pressure; characterized by further comprising an inflation pressure storing unit which is adapted to store a tire inflation pressure after start of travel of a vehicle as an after-travel inflation pressure; a comparing unit which is adapted to determine whether or not a difference between the after-travel inflation pressure and a lowest reference pressure is larger than a predetermined pressure indicating that temperature of a tire inflation chamber rises higher than temperature immediately after start of the vehicle; a reference pressure setting unit which is adapted to set the after-travel inflation pressure as a reference pressure of tire inflation pressure determination when the difference is larger than the predetermined pressure, and sets the lowest reference pressure as a reference pressure of tire inflation pressure determination when the difference is equal to or less than the predetermined pressure; and an alarm unit which is adapted to generate an alarm when the tire inflation pressure becomes below an alarm pressure threshold which is determined from the reference pressure.
A gas fastening tool comprising an inner combustion engine, in a housing, for propelling a piston for driving a fastening member, a casing for receiving a fuel cell, as a source of energy of the engine, a handle for handling the tool, with a trigger for actuating the tool and a casing for receiving a battery as the electrical supply source of the tool, the handle being connected to the housing of the engine, and extending substantially perpendicular to an axis of the housing, said tool being characterized in that, on the side opposed to the housing of the engine, the handle is connected to an arm for receiving the fuel cell and the electrical supply battery, so that the gravity centre of the tool in use is situated in the area of the trigger.
A flow path switching valve for switching a flow of a refrigerant receiving two pistons (2, 2) joined together in a tubular valve housing disposed on an axial line of the valve housing, said two pistons partitioning the valve housing into a center main valve chamber to which a high pressure pipe is connected and two sub valve chambers (12A, 12A) at both sides of the main valve chamber, wherein a main valve seat connected to a low pressure pipe and two switching pipes is disposed in the main valve chamber, and a main valve body slidable in the axial direction relative to the main valve seat is connected to the piston, wherein by introducing a high pressure refrigerant into any one of the two sub valve chambers, and by reducing a pressure of the other sub valve chamber, the piston and the main valve body are moved to the sub valve chamber side due to a differential pressure between the sub valve chamber of which pressure is reduced and the main valve chamber, whereby with a concave portion of the valve body, the low pressure pipe alternatively communicates with any one of the two switching pipes, and the other switching pipe communicates with the high pressure pipe via the main valve chamber to switch the flow of the refrigerant, characterized in that sub valve seats projected toward the main valve chamber and in which an exhaust path for the refrigerant is opened in the valve housing are formed at both ends of the valve housing, a pressure equalizing path for communicating the main valve chamber with the sub valve chamber is formed on the axial line corresponding to the sub valve seat, and a sub valve arranged in the pressure equalizing path for switching open/close of the pressure equalizing path by moving the sub valve in an axial line direction relative to the pressure equalizing path, and when the piston finishes moving to the sub valve chamber of which pressure is reduced, the sub valve of the piston closes an opening of the sub valve seat at the sub valve chamber side, and the sub valve seat abuts on the sub valve to open the pressure equalizing path, thereby the pressures between the sub valve chamber of which pressure is reduced and the main valve chamber is equalized via the pressure equalizing path.
A method for extending a boom, comprising: placing a drive train assembly in a start configuration in which an engagement member of the drive train assembly is coupled to an inner telescoping segment of the boom; rotating a spool in a first direction so as to unwind a slit-tube that is coupled to the engagement member; causing the inner telescoping segment to move in a direction away from a proximal end of the boom as the slit-tube is being unwound from the spool; and coupling the inner telescoping segment to an adjacent telescoping segment when the inner telescoping segment reaches an extended position; wherein the slit-tube extends a distance inside the boom that is equal to or less than a length of the adjacent telescoping segment when the inner telescoping segment is in the extended position. placing a drive train assembly in a start configuration in which an engagement member of the drive train assembly is coupled to an inner telescoping segment of the boom; rotating a spool in a first direction so as to unwind a slit-tube that is coupled to the engagement member; causing the inner telescoping segment to move in a direction away from a proximal end of the boom as the slit-tube is being unwound from the spool; and coupling the inner telescoping segment to an adjacent telescoping segment when the inner telescoping segment reaches an extended position; wherein the slit-tube extends a distance inside the boom that is equal to or less than a length of the adjacent telescoping segment when the inner telescoping segment is in the extended position.
A method of providing noise control and damage detection for a wind turbine, comprising: receiving one or more acoustic signals from one or more sensors within a wind turbine blade, and from an acoustic sensor within or near the hub of the wind turbine for discounting ambient noise; determining if said one or more signals are outside a predetermined noise level range; adjusting an operating parameter of the wind turbine in response to said step of receiving one or more acoustic signals from one or more sensors; wherein the operating parameter is adjusted to alter the amount of noise generated by the wind turbine; and determining if said one or more signals are outside a predetermined range which indicates a crack within the blade; and generating an alarm in response to said step of determining if said one or more signals are outside a predetermined range indicating a crack. receiving one or more acoustic signals from one or more sensors within a wind turbine blade, and from an acoustic sensor within or near the hub of the wind turbine for discounting ambient noise; determining if said one or more signals are outside a predetermined noise level range; adjusting an operating parameter of the wind turbine in response to said step of receiving one or more acoustic signals from one or more sensors; wherein the operating parameter is adjusted to alter the amount of noise generated by the wind turbine; and determining if said one or more signals are outside a predetermined range which indicates a crack within the blade; and generating an alarm in response to said step of determining if said one or more signals are outside a predetermined range indicating a crack.
An accessory tool for a surface cleaning apparatus, the apparatus including a source of suction, the tool including: a body including a dirty air inlet in a tool surface which faces a surface to be cleaned in use; and a neck connected to the body, the neck including first and second passages (26, 28) fluidly connected to each other; wherein the first passage has a smaller cross sectional area than the second passage; wherein the dirty air inlet is fluidly connected to the first and second passages (26, 28); wherein the first passage has a cross sectional area which is formed by first and second sides (30, 32) connected by third and fourth sides (34, 36); and wherein the third and fourth sides (34, 36) generally extend towards each other as they extend from the second side to the first side. a body including a dirty air inlet in a tool surface which faces a surface to be cleaned in use; and a neck connected to the body, the neck including first and second passages (26, 28) fluidly connected to each other; wherein the first passage has a smaller cross sectional area than the second passage; wherein the dirty air inlet is fluidly connected to the first and second passages (26, 28); wherein the first passage has a cross sectional area which is formed by first and second sides (30, 32) connected by third and fourth sides (34, 36); and wherein the third and fourth sides (34, 36) generally extend towards each other as they extend from the second side to the first side.
A method for attesting an interactive component during a boot process, comprising the steps of: reading, in response to determining use of the interactive component, associated interactive input; determining whether the input should be trusted; and in response to determining that the input should be trusted, processing the input to create a trusted cryptographic value, further comprising: matching, in response to a subsequent interactive input being read, the subsequent interactive input with the trusted cryptographic value in order to determine whether the subsequent interactive input is trusted; parsing, in response to the subsequent interactive input not matching a trusted cryptographic value, an associated event log entry; and matching the event log entry with a data structure of known input. reading, in response to determining use of the interactive component, associated interactive input; determining whether the input should be trusted; and in response to determining that the input should be trusted, processing the input to create a trusted cryptographic value, further comprising: matching, in response to a subsequent interactive input being read, the subsequent interactive input with the trusted cryptographic value in order to determine whether the subsequent interactive input is trusted; parsing, in response to the subsequent interactive input not matching a trusted cryptographic value, an associated event log entry; and matching the event log entry with a data structure of known input. matching, in response to a subsequent interactive input being read, the subsequent interactive input with the trusted cryptographic value in order to determine whether the subsequent interactive input is trusted; parsing, in response to the subsequent interactive input not matching a trusted cryptographic value, an associated event log entry; and matching the event log entry with a data structure of known input.
An emergency push-button for unlocking at least one door interlocking for emergency exit securing, wherein the emergency push-button comprises luminous means for displaying an interlocked and/or an unlocked condition of a door interlocking, wherein the luminous means are controllable in at least two groups, wherein in particular at least one of the luminous means is individually controllable, characterized in that the emergency push-button comprises a light guide, wherein the light guide includes light guide areas, which are respectively associated to the controllable groups of luminous means or to the individual luminous means, wherein recesses are provided between the light guide areas, wherein the recesses are located between the groups of luminous means, in particular between the individual luminous means, wherein the luminous means are formed as multi-colour luminous means, which are controllable so that the luminous means can emit light in at least two, preferably at least three, particularly preferred at least four different colours, wherein the light guide areas comprise one respective spreading section, wherein the spreading section serves for diffusing the light of the associated luminous means.
Method of establishing a personalized RF coil array for use in a MR imaging guided surgical intervention on a portion of a patient's body, the method comprising: - acquiring diagnostic image data reflecting the anatomy of the portion of the patient's body, the diagnostic image data comprising X-ray, CT and/or MR images; - determining an interventional field within the portion of the patient's body by planning the surgical intervention on the basis of the diagnostic image data; - providing a substrate for accommodating RF antennae (11, 12, 13), the substrate being adapted to the shape of the patient's body, so that the RF antennae (11, 12, 13) are placed firmly, in close proximity, and in a well-defined position on the patient's body during the surgical intervention; characterized by the method further comprising: - simulating, on the basis of the diagnostic image data, a RF electromagnetic field distribution during the MR imaging guided surgical intervention to compute sizes, shapes and positions of the RF antennae (11, 12, 13) on the substrate which optimize the signal-to-noise ratio of MR signal acquisition from the interventional field; and - arranging the RF antennae (11, 12, 13) on the substrate in accordance with the computed sizes, shapes and positions to establish the personalized RF coil array. - acquiring diagnostic image data reflecting the anatomy of the portion of the patient's body, the diagnostic image data comprising X-ray, CT and/or MR images; - determining an interventional field within the portion of the patient's body by planning the surgical intervention on the basis of the diagnostic image data; - providing a substrate for accommodating RF antennae (11, 12, 13), the substrate being adapted to the shape of the patient's body, so that the RF antennae (11, 12, 13) are placed firmly, in close proximity, and in a well-defined position on the patient's body during the surgical intervention; - simulating, on the basis of the diagnostic image data, a RF electromagnetic field distribution during the MR imaging guided surgical intervention to compute sizes, shapes and positions of the RF antennae (11, 12, 13) on the substrate which optimize the signal-to-noise ratio of MR signal acquisition from the interventional field; and - arranging the RF antennae (11, 12, 13) on the substrate in accordance with the computed sizes, shapes and positions to establish the personalized RF coil array.
Device comprising a luminaire having at least one light source, the device for influencing a light cone emitted by the at least one light source of the luminaire is configured, the device comprising at least one sensor for detecting electromagnetic radiation of at least one light source or radiation source (4, 20) of the device, which radiation is reflected or scattered by an object in a region that can be illuminated by the luminaire, and for generating at least one sensor signal on the basis of the detected reflected radiation of the object, and means for influencing the emitted light cone on the basis of the at least one sensor signal, the device having a plurality of photodiodes as sensors that are spaced apart from one another, which in each case detect an intensity of the electromagnetic radiation reflected or scattered by the object, evaluate it and generate corresponding sensor signals, and the device determining the position of the object by means of triangulation based on the sensor signals of the different sensors, characterized in that the at least one light source of the luminaire is designed to emit light of different colors, depending on the control of the at least one light source, and in that the means for influencing the emitted light cone on the basis of the at least one sensor signal are designed to control at least one light source so that it emits light of a specific color, the device being configured to illuminate the detected object with white light and to illuminate the surroundings with less powerful red or yellow light.
A powder discharge unit (30; 40; 50) for equipping and/or upgrading a device for generatively manufacturing a three-dimensional object by a selective layer-by-layer solidification of building material in powder form, wherein the device comprises a recoater movable across a build area for applying a layer of the building material to the build area and a solidification device for selectively solidifying the applied layer at points corresponding to a cross-section of the object to be manufactured and is configured and/or controlled to repeat the steps of applying and selectively solidifying until the object is completed, wherein the powder discharge unit comprises: a powder container (36; 42; 52) for receiving building material in powder form and a filling chamber (35; 41; 51) for filling in building material in powder form into the powder container, wherein the powder discharge unit is configured to fluidize the building material in powder form in the powder container and in the filling chamber independently of one another. a powder container (36; 42; 52) for receiving building material in powder form and a filling chamber (35; 41; 51) for filling in building material in powder form into the powder container, wherein the powder discharge unit is configured to fluidize the building material in powder form in the powder container and in the filling chamber independently of one another.
An assembly aid for fixing the rotational position of rotatably mounted camshafts, whereas the assembly aid has at least two parallel mandrels which are connected to one another by way of a bridge, each mandrel being assigned a positioning element which is arranged at least in sections eccentrically with respect to the respective mandrel characterized in that a respective mandrel of the assembly aid is inserted into a end side receiving bore on the end face of one of the camshafts and the respective associated positioning element into a positioning groove on the end face of this camshaft. whereas the assembly aid has at least two parallel mandrels which are connected to one another by way of a bridge, each mandrel being assigned a positioning element which is arranged at least in sections eccentrically with respect to the respective mandrel characterized in that a respective mandrel of the assembly aid is inserted into a end side receiving bore on the end face of one of the camshafts and the respective associated positioning element into a positioning groove on the end face of this camshaft.
A fuel cell system comprising: a fuel cell module for generating electrical power by electrochemical reactions of a fuel gas and an oxygen-containing gas; a fuel gas supply apparatus for supplying the fuel gas to the fuel cell module; an oxygen-containing gas supply apparatus for supplying the oxygen-containing gas to the fuel cell module; a water supply apparatus for supplying water to the fuel cell module; a power converter for converting direct current power generated in the fuel cell module to electrical power according to requirements specification; a control device for controlling an amount of electrical power generated in the fuel cell module; and a casing containing the fuel cell module, the fuel gas supply apparatus, the oxygen-containing gas supply apparatus, the water supply apparatus, the power converter, and the control device, wherein the casing has at least a first outlet surface and a second outlet surface which are bent inward from an outer surface of the casing to form a recess such that a predetermined angle is formed at a borderline between the first outlet surface and the second outlet surface; and the first outlet surface and the second outlet surface have a first outlet port and a second outlet port for allowing a power cable for supplying electrical power according to requirements specification to outside or a fuel gas pipe for supplying the fuel gas to the fuel gas supply apparatus to protrude toward outside of the casing. a fuel cell module for generating electrical power by electrochemical reactions of a fuel gas and an oxygen-containing gas; a fuel gas supply apparatus for supplying the fuel gas to the fuel cell module; an oxygen-containing gas supply apparatus for supplying the oxygen-containing gas to the fuel cell module; a water supply apparatus for supplying water to the fuel cell module; a power converter for converting direct current power generated in the fuel cell module to electrical power according to requirements specification; a control device for controlling an amount of electrical power generated in the fuel cell module; and a casing containing the fuel cell module, the fuel gas supply apparatus, the oxygen-containing gas supply apparatus, the water supply apparatus, the power converter, and the control device, wherein the casing has at least a first outlet surface and a second outlet surface which are bent inward from an outer surface of the casing to form a recess such that a predetermined angle is formed at a borderline between the first outlet surface and the second outlet surface; and the first outlet surface and the second outlet surface have a first outlet port and a second outlet port for allowing a power cable for supplying electrical power according to requirements specification to outside or a fuel gas pipe for supplying the fuel gas to the fuel gas supply apparatus to protrude toward outside of the casing.