mhurhangee/patent-ind-claim-en huggingface dataset:
Method for assembling an antenna module, the method comprising the following: - providing a printed circuit board having at least one solder pad ; - providing an antenna, which has: - a circuit board with a front and a rear face and an antenna structure arranged on the front face or the rear face or both on the front face and also the rear face ; - at least one metal-plated contact area arranged on an end face of the circuit board and electrically connected to the antenna structure and for surface-mounting on a surface of a printed circuit board ; - applying solder paste to the at least one solder pad ; - arranging the antenna on the printed circuit board , so that the at least one metal-plated contact area on the end face of the circuit board of the antenna makes contact with the at least one solder pad and bears areally against it, and wherein arranging the antenna on the printed circuit board comprises plugging a projection on the end face of the antenna through a passage hole in the printed circuit board , so that undesired turning or tilting of the antenna is prevented, and wherein the antenna is substantially perpendicular in relation to the printed circuit board ; - establishing the solder connection by melting the solder paste, wherein the solder connection is produced by means of reflow soldering. - providing a printed circuit board having at least one solder pad ; - providing an antenna, which has: - a circuit board with a front and a rear face and an antenna structure arranged on the front face or the rear face or both on the front face and also the rear face ; - at least one metal-plated contact area arranged on an end face of the circuit board and electrically connected to the antenna structure and for surface-mounting on a surface of a printed circuit board ; - a circuit board with a front and a rear face and an antenna structure arranged on the front face or the rear face or both on the front face and also the rear face ; - at least one metal-plated contact area arranged on an end face of the circuit board and electrically connected to the antenna structure and for surface-mounting on a surface of a printed circuit board ; - applying solder paste to the at least one solder pad ; - arranging the antenna on the printed circuit board , so that the at least one metal-plated contact area on the end face of the circuit board of the antenna makes contact with the at least one solder pad and bears areally against it, and wherein arranging the antenna on the printed circuit board comprises plugging a projection on the end face of the antenna through a passage hole in the printed circuit board , so that undesired turning or tilting of the antenna is prevented, and wherein the antenna is substantially perpendicular in relation to the printed circuit board ; - establishing the solder connection by melting the solder paste, wherein the solder connection is produced by means of reflow soldering.
A grain oriented electrical steel sheet, comprising: a steel sheet; a non-oxide ceramic coating containing a non-oxide and disposed on the steel sheet; and an insulation tension coating containing an oxide and disposed on the non-oxide ceramic coating, wherein the non-oxide ceramic coating has a thickness of not less than 0.020 μm but not more than 0.400 μm, wherein the insulation tension coating has a thickness of not less than 2.0 μm, wherein an amount of Cr in the non-oxide ceramic coating on the steel sheet side is less than 25 at%, and wherein an amount of Cr in the non-oxide ceramic coating on the insulation tension coating side is not less than 25 at%. a steel sheet; a non-oxide ceramic coating containing a non-oxide and disposed on the steel sheet; and an insulation tension coating containing an oxide and disposed on the non-oxide ceramic coating, wherein the non-oxide ceramic coating has a thickness of not less than 0.020 μm but not more than 0.400 μm, wherein the insulation tension coating has a thickness of not less than 2.0 μm, wherein an amount of Cr in the non-oxide ceramic coating on the steel sheet side is less than 25 at%, and wherein an amount of Cr in the non-oxide ceramic coating on the insulation tension coating side is not less than 25 at%.
Air spring height measurement arrangement , comprising a magnetic field transmitting arrangement ; and a magnetic field receiving arrangement ; wherein the magnetic field transmitting arrangement is adapted to adopt a first state and a second state with regard to the magnetic field receiving arrangement ; wherein the magnetic field transmitting arrangement and the magnetic field receiving arrangement are adapted for a movement towards or away from each other; wherein the magnetic field transmitting arrangement is adapted to transmit a first magnetic field and the magnetic field receiving arrangement is adapted to receive the first magnetic field and a distance between the magnetic field transmitting arrangement and the magnetic field receiving arrangement is determined as a result of a measured intensity of field lines of the first magnetic field by the magnetic field receiving arrangement ; wherein the first state corresponds to an initial state of the air spring height measurement arrangement and the second state corresponds to a compressed state of the air spring height measurement arrangement ; wherein one of the magnetic field transmitting arrangement and the magnetic field receiving arrangement comprises a first coil and a second coil ; wherein the other one of the magnetic field transmitting arrangement and the magnetic field receiving arrangement comprises a third coil ; wherein a first central axis of the first coil and a second central axis of the second coil enclose a first angle which is unequal to 0°; and wherein, in the first state, a third central axis of the third coil and the first central axis enclose a second angle which is unequal to 0° wherein, in the second state, the third central axis and the first central axis run parallel to each other.
Device for measuring the level of a foam-creating ink for an ink printing machine, comprising two chambers fillable with the ink and connected to one another via an opening for exchanging ink between one another, i.e. a first chamber as a main chamber and a second chamber as an auxiliary chamber , the main chamber receiving an ink supply and the auxiliary chamber being assigned a sensor for measuring a level of a foam-free surface of the ink in the auxiliary chamber, i.e. to obtain a measured level value , characterized in that the first chamber is assigned either the sensor as well or a further sensor , the sensor or the further sensor measuring a further level of a potentially foam-carrying surface of the ink in the main chamber, i.e. a further measured level value ; and in that a computer is provided computationally to process the measured level value and the further measured level value to determine the presence of any foam , the thickness of any foam that is present, and/or the type of any foam that is present. in that the first chamber is assigned either the sensor as well or a further sensor , the sensor or the further sensor measuring a further level of a potentially foam-carrying surface of the ink in the main chamber, i.e. a further measured level value ; and in that a computer is provided computationally to process the measured level value and the further measured level value to determine the presence of any foam , the thickness of any foam that is present, and/or the type of any foam that is present.
A method for fabricating an optical waveguide , the method comprising: providing a sample of lithium niobate doped with magnesium oxide and having at least one grating of periodic domain inversion defined therein; applying a layer of metallic zinc to a surface of the sample over the at least one grating using sputter deposition; heating the sample in an atmosphere of pure oxygen to cause the zinc to indiffuse into the lithium niobate to form a waveguiding layer of increased refractive index under the surface of the sample; and using a dicing blade to cut two substantially parallel channels along a length direction of the at least one grating, to define a ridge waveguide between the two channels; the method characterised by further comprising, before cutting any parallel channels, using the dicing blade to cut at least one test channel in an unwanted part of the sample, calculating an average channel width from two or more measurements of the width of the at least one test channel, and using the calculated average channel width to determine positioning of the parallel channels in order to define a ridge waveguide of a desired width. providing a sample of lithium niobate doped with magnesium oxide and having at least one grating of periodic domain inversion defined therein; applying a layer of metallic zinc to a surface of the sample over the at least one grating using sputter deposition; heating the sample in an atmosphere of pure oxygen to cause the zinc to indiffuse into the lithium niobate to form a waveguiding layer of increased refractive index under the surface of the sample; and using a dicing blade to cut two substantially parallel channels along a length direction of the at least one grating, to define a ridge waveguide between the two channels; the method characterised by further comprising, before cutting any parallel channels, using the dicing blade to cut at least one test channel in an unwanted part of the sample, calculating an average channel width from two or more measurements of the width of the at least one test channel, and using the calculated average channel width to determine positioning of the parallel channels in order to define a ridge waveguide of a desired width.
A system in a process control arrangement for preventing gas surge in an industrial compressor , wherein the system having a compressor , an electric motor , a three-phase electric power supply , a gas input and a gas output , wherein the compressor is driven by an electric motor powered by a three-phase electric power supply comprising: a system gas input supply line ; a system gas output line ; a low pressure input suction line connected between said gas input supply line and the input of the compressor; a gas discharge line connected between the output of the compressor and said gas output line; and bypass means connected between said gas discharge line and said low pressure input suction line for relieving excess pressure in said compressor gas discharge line; and characterized by : adjustable speed drive (ASD) means powered by a three-phase electric power supply and connected between the electric motor and said bypass means for generating and storing in said ASD a two-dimensional compressor surge map, for determining the occurrence of a gas surge in said gas discharge line based on the surge map, for reacting to the detection of such a surge and for controlling the speed and power of the motor, said bypass means being actuated by said ASD; wherein the two-dimensional surge map is derived from power and speed of the electric motor. a system gas input supply line ; a system gas output line ; a low pressure input suction line connected between said gas input supply line and the input of the compressor; a gas discharge line connected between the output of the compressor and said gas output line; and bypass means connected between said gas discharge line and said low pressure input suction line for relieving excess pressure in said compressor gas discharge line; and characterized by : adjustable speed drive (ASD) means powered by a three-phase electric power supply and connected between the electric motor and said bypass means for generating and storing in said ASD a two-dimensional compressor surge map, for determining the occurrence of a gas surge in said gas discharge line based on the surge map, for reacting to the detection of such a surge and for controlling the speed and power of the motor, said bypass means being actuated by said ASD; wherein the two-dimensional surge map is derived from power and speed of the electric motor. adjustable speed drive (ASD) means powered by a three-phase electric power supply and connected between the electric motor and said bypass means for generating and storing in said ASD a two-dimensional compressor surge map, for determining the occurrence of a gas surge in said gas discharge line based on the surge map, for reacting to the detection of such a surge and for controlling the speed and power of the motor, said bypass means being actuated by said ASD; wherein the two-dimensional surge map is derived from power and speed of the electric motor.
A road lighting system deployed on or near a roadway , the road lighting system comprising: one or more light sources ; one or more detectors arranged to detect a pedestrian on or near the roadway ; a processor configured to receive and process signals from the one or more detectors; and a controller configured to receive signals from the processor and in response control the one or more light sources to illuminate a portion of the road surface and to provide spot illumination to the pedestrian that tracks the pedestrian as the pedestrian moves on or near the roadway , characterized in that the illumination of the pedestrian from the one or more light sources comprising a vertical illuminance component in a plane perpendicular to the roadway and a horizontal component in a plane parallel to the roadway , the vertical illuminance component at least twice the horizontal illuminance component, wherein the spot illumination of the pedestrian comprises a spot of dimmed or turned off horizontal illuminance in a plane parallel to the roadway that provides increased visual contrast and that surrounds and tracks the pedestrian . one or more light sources ; one or more detectors arranged to detect a pedestrian on or near the roadway ; a processor configured to receive and process signals from the one or more detectors; and a controller configured to receive signals from the processor and in response control the one or more light sources to illuminate a portion of the road surface and to provide spot illumination to the pedestrian that tracks the pedestrian as the pedestrian moves on or near the roadway , characterized in that the illumination of the pedestrian from the one or more light sources comprising a vertical illuminance component in a plane perpendicular to the roadway and a horizontal component in a plane parallel to the roadway , the vertical illuminance component at least twice the horizontal illuminance component, wherein the spot illumination of the pedestrian comprises a spot of dimmed or turned off horizontal illuminance in a plane parallel to the roadway that provides increased visual contrast and that surrounds and tracks the pedestrian .
Apparatus for informing passengers of an elevator installation in a building, having at least one first information display on at least one starting floor and having at least one second information display in at least one cabin , wherein the first information display displays the arrival time of a cabin at a starting or destination floor and the second information display displays the arrival time of the cabin at a destination floor, characterized in that the first or second information display displays the arrival time of the cabin at at least one next stop.
Method for stopping a motor vehicle from driving on a shoulder, wherein - a detection unit of the motor vehicle detects that a wheel of the motor vehicle is located on a shoulder ; and - a sensor unit of the motor vehicle is used to detect a driver's response; - characterized in that a computing unit of the motor vehicle is used to assign the driver's response to one of at least two intensity classes, wherein at least one intensity characteristic value of the driver's response is determined by means of the computing unit , and the driver's response is assigned to the one of at least two intensity classes as a function of the at least one intensity characteristic value, and the computing unit is used to determine a braking intensity of a braking maneuver of a driver and/or an acceleration intensity of an intended acceleration maneuver of the driver in order to determine the intensity characteristic value; - by means of a computing unit of the motor vehicle , - a vehicle control intervention that is opposite to the driver's response is carried out if the driver's response has been assigned to a first intensity class of the at least two intensity classes; and - a vehicle control intervention assisting the driver's response is carried out if the driver's response has been assigned to a second one of the at least two intensity classes. - a detection unit of the motor vehicle detects that a wheel of the motor vehicle is located on a shoulder ; and - a sensor unit of the motor vehicle is used to detect a driver's response; - characterized in that a computing unit of the motor vehicle is used to assign the driver's response to one of at least two intensity classes, wherein at least one intensity characteristic value of the driver's response is determined by means of the computing unit , and the driver's response is assigned to the one of at least two intensity classes as a function of the at least one intensity characteristic value, and the computing unit is used to determine a braking intensity of a braking maneuver of a driver and/or an acceleration intensity of an intended acceleration maneuver of the driver in order to determine the intensity characteristic value; - by means of a computing unit of the motor vehicle , - a vehicle control intervention that is opposite to the driver's response is carried out if the driver's response has been assigned to a first intensity class of the at least two intensity classes; and - a vehicle control intervention assisting the driver's response is carried out if the driver's response has been assigned to a second one of the at least two intensity classes.
A system for monitoring a wound comprising: a wound dressing configured to cover a wound surface of the wound ; one or more sensing devices attached to the wound dressing , the one or more sensing devices comprising a pH meter ; a network interface hardware ; and a controller comprising: one or more processors ; and one or more memory modules storing computer readable and executable instructions which, when executed by the one or more processors , cause the controller to: receive data measured by the one or more sensing devices along with times of measuring; determine whether a level of pH measured by the pH meter is increasing over time based on the data and times of measuring; determine that an infection is likely to occur when the level of the pH measured by the pH meter increases over time; and output an alert, through the network interface hardware , in response to determining that the infection is likely to occur. a wound dressing configured to cover a wound surface of the wound ; one or more sensing devices attached to the wound dressing , the one or more sensing devices comprising a pH meter ; a network interface hardware ; and a controller comprising: one or more processors ; and one or more memory modules storing computer readable and executable instructions which, when executed by the one or more processors , cause the controller to: receive data measured by the one or more sensing devices along with times of measuring; determine whether a level of pH measured by the pH meter is increasing over time based on the data and times of measuring; determine that an infection is likely to occur when the level of the pH measured by the pH meter increases over time; and output an alert, through the network interface hardware , in response to determining that the infection is likely to occur. one or more processors ; and one or more memory modules storing computer readable and executable instructions which, when executed by the one or more processors , cause the controller to: receive data measured by the one or more sensing devices along with times of measuring; determine whether a level of pH measured by the pH meter is increasing over time based on the data and times of measuring; determine that an infection is likely to occur when the level of the pH measured by the pH meter increases over time; and output an alert, through the network interface hardware , in response to determining that the infection is likely to occur. receive data measured by the one or more sensing devices along with times of measuring; determine whether a level of pH measured by the pH meter is increasing over time based on the data and times of measuring; determine that an infection is likely to occur when the level of the pH measured by the pH meter increases over time; and output an alert, through the network interface hardware , in response to determining that the infection is likely to occur.
A cable organizer having an upper side, a bottom side, a left side, and a right side, and comprising: a framework ; an upper tube holder including first and second upper ramps ; a lower tube holder ; a cable organizer plate positioned on the framework above the upper tube holder and above the lower tube holder and including a first side ramp and a first side slot on the left side of the cable organizer plate and a second side ramp and a second side slot on the right side of the cable organizer plate , the first side ramp leading upwardly from the bottom of the cable organizer plate to the first side slot and being in communication with the first side slot , the second side ramp leading upwardly from the bottom of the cable organizer plate to the second side slot and being in communication with the second side slot , the first upper ramp leading downwardly from the upper tube holder to an upper side of the cable organizer plate and being in communication with the first side slot where cables from the upper tube holder and cables from the bottom side of the cable organizer plate can meet, the second upper ramp leading downwardly from the upper tube holder to the upper side of the cable organizer plate and being in communication with the second side slot where cables from the upper tube holder and cables from the bottom side of the cable organizer plate can meet; a plurality of trays ; characterized by an angled tower mounted to an end of the cable organizer plate , the angled tower defining mounting locations pivotally mounting the plurality of trays to the angled tower . a framework ; an upper tube holder including first and second upper ramps ; a lower tube holder ; a cable organizer plate positioned on the framework above the upper tube holder and above the lower tube holder and including a first side ramp and a first side slot on the left side of the cable organizer plate and a second side ramp and a second side slot on the right side of the cable organizer plate , the first side ramp leading upwardly from the bottom of the cable organizer plate to the first side slot and being in communication with the first side slot , the second side ramp leading upwardly from the bottom of the cable organizer plate to the second side slot and being in communication with the second side slot , the first upper ramp leading downwardly from the upper tube holder to an upper side of the cable organizer plate and being in communication with the first side slot where cables from the upper tube holder and cables from the bottom side of the cable organizer plate can meet, the second upper ramp leading downwardly from the upper tube holder to the upper side of the cable organizer plate and being in communication with the second side slot where cables from the upper tube holder and cables from the bottom side of the cable organizer plate can meet; a plurality of trays ; characterized by an angled tower mounted to an end of the cable organizer plate , the angled tower defining mounting locations pivotally mounting the plurality of trays to the angled tower .