mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting the switching state of at least one contact pair of a switching contact of an electromechanical switching device , wherein during an operational phase for detecting the switching state - the switching contact is applied with a switching current (I_Schalt), and - the switching current (I_Schalt) is analyzed by means of an evaluation unit as to whether the switching contact is in a closed switching state or in an open switching state, that the switching contact is applied with a switching current (I_Schalt) which is formed as a pulsed voltage or current signal, characterized in that the switching contact is applied with a switching current (I_Schalt), which is formed as a pulsed square-wave signal with a variable pulse-pause ratio. - the switching contact is applied with a switching current (I_Schalt), and - the switching current (I_Schalt) is analyzed by means of an evaluation unit as to whether the switching contact is in a closed switching state or in an open switching state, that the switching contact is applied with a switching current (I_Schalt) which is formed as a pulsed voltage or current signal, characterized in that the switching contact is applied with a switching current (I_Schalt), which is formed as a pulsed square-wave signal with a variable pulse-pause ratio.
An enhanced node B "ENB" for use in a wireless communication network, the ENB comprising: a processor configured to transmit scheduling information for a multicast traffic channel "MTCH" related to at least one multimedia broadcast multicast service "MBMS" service, characterised in a first transmission, the scheduling information comprises modulation and coding information related to the MBMS service and, in a second transmission, the scheduling information comprises an indicator instead of the modulation and coding information , the indicator indicative of a modulation and coding scheme related to the at least one multimedia broadcast multicast service for a multicast transport channel "MCH".
A construction laser tool , comprising: a base , the base including a bottom surface configured to be disposed on a work surface ; a laser projector secured to the base , the laser projector comprising a laser generator and configured to project a laser beam onto a work surface when the bottom surface of the base is disposed on the work surface; and a pair of pins for securing the construction laser tool to said work surface, wherein each pin is secured to the base and is pivotable relative to the base about an axis; wherein each pin is pivotable between a stored position and an actuatable position, and when a pin is in an actuatable position it is translatable relative to the base from a position in which it does not extend into said work surface to a position in which it extends into said work surface to secure the construction laser tool to the work surface; characterized in that , when in the stored position, the pins are substantially parallel to said work surface when the bottom surface of the base is disposed on the work surface. a base , the base including a bottom surface configured to be disposed on a work surface ; a laser projector secured to the base , the laser projector comprising a laser generator and configured to project a laser beam onto a work surface when the bottom surface of the base is disposed on the work surface; and a pair of pins for securing the construction laser tool to said work surface, wherein each pin is secured to the base and is pivotable relative to the base about an axis; wherein each pin is pivotable between a stored position and an actuatable position, and when a pin is in an actuatable position it is translatable relative to the base from a position in which it does not extend into said work surface to a position in which it extends into said work surface to secure the construction laser tool to the work surface; characterized in that , when in the stored position, the pins are substantially parallel to said work surface when the bottom surface of the base is disposed on the work surface.
A system , comprising: a light projecting subsystem configured to project a pattern of structured light; a time-of-flight, ToF, sensor configured to detect reflections of the projected pattern of structured light off of a surface, and provide one or more time-of-flight indications associated with one or more portions of the pattern of structured light; and a processing engine electrically coupled with a non-transitory computer readable medium having machine readable instructions stored thereon, which, when executed by the processing engine , cause the system to: determine one or more depth measures associated with one or more portions of the surface based on the one or more time-of-flight indications associated with the pattern of structured light; and wherein the light projecting subsystem comprises a switchable diffuser , and the light projecting subsystem is configured to project flood light when the switchable diffuser is in a first state and project structured light when the switchable diffuser is in a second state, characterized in that the switchable diffuser comprises a MSLC type of liquid crystal. a light projecting subsystem configured to project a pattern of structured light; a time-of-flight, ToF, sensor configured to detect reflections of the projected pattern of structured light off of a surface, and provide one or more time-of-flight indications associated with one or more portions of the pattern of structured light; and a processing engine electrically coupled with a non-transitory computer readable medium having machine readable instructions stored thereon, which, when executed by the processing engine , cause the system to: determine one or more depth measures associated with one or more portions of the surface based on the one or more time-of-flight indications associated with the pattern of structured light; and wherein the light projecting subsystem comprises a switchable diffuser , and the light projecting subsystem is configured to project flood light when the switchable diffuser is in a first state and project structured light when the switchable diffuser is in a second state, characterized in that the switchable diffuser comprises a MSLC type of liquid crystal. determine one or more depth measures associated with one or more portions of the surface based on the one or more time-of-flight indications associated with the pattern of structured light; and wherein the light projecting subsystem comprises a switchable diffuser , and the light projecting subsystem is configured to project flood light when the switchable diffuser is in a first state and project structured light when the switchable diffuser is in a second state, characterized in that the switchable diffuser comprises a MSLC type of liquid crystal.
A rail vehicle comprising at least one coach body , wherein the coach body has two coach body ends and is supported in the region of the coach body ends in each case on a wheel unit , wherein the wheel unit is either a conventional bogie or a Jacob's bogie, and wherein at least one wheel unit is designed to be drivable, and a drive arrangement, the drive arrangement comprising at least one transformer unit , at least one traction motor unit and at least one converter unit , and a primary transformer unit being arranged in the region of the first wheel unit , characterized in that the primary transformer unit is connected in this way to a primary converter unit and a primary traction motor unit in the region of the second wheel unit , the primary traction motor unit in the region of the second wheel unit can be driven by the primary transformer unit in the region of the first wheel unit and the primary converter unit in the region of the second wheel unit , or a primary transformer unit and a primary converter unit are arranged in the region of the first wheel unit , wherein the primary transformer unit and the primary converter unit are connected to the second wheel unit in such a way that the primary traction motor unit can be driven in the region of the second wheel unit by the primary transformer unit and the primary converter unit .
A dig accessory for excavating machines for preparing land for a planting line wherein the accessory comprises at least two tines for penetrating the soil, these tines being connected with each other; at least one blade , and a support of the blade , such that a blade is applied between every two tines wherein each blade , set of two tines and support are arranged such that, when provided a vertical downward movement of a machine coupled to the accessory, each blade is able to be totally stuck into the soil, simultaneously with a penetration of the tines into the soil, and wherein the tines are connected by a tube , the dig accessory being characterised in that the blade is mechanically joined to the tines and to the support . wherein each blade , set of two tines and support are arranged such that, when provided a vertical downward movement of a machine coupled to the accessory, each blade is able to be totally stuck into the soil, simultaneously with a penetration of the tines into the soil, and wherein the tines are connected by a tube , the dig accessory being characterised in that the blade is mechanically joined to the tines and to the support .
A vaporizer cartridge , comprising: a central member having a top end with a first opening , a bottom end with a second opening and a threaded section , and a flared member therebetween, wherein the flared member has a top surface , a bottom surface , and a first attachment means , wherein the central member contains a heating element , wherein the threaded section is beneath the flared member ; a container having a flat top and a tapered bottom , the container being configured to rest on the top surface and extends towards the top end , wherein the container is sized to substantially contain the heating element , a mouthpiece disposed on the top end , the mouthpiece having a fluid passthrough which is in fluid communication with the first opening and the second opening ; and a first ring sized to interface with and overlap with the flared member via the first attachment means on the bottom surface , wherein the first ring is removably attached to the first attachment means , and wherein the first ring does not overlap with the threaded section when interfaced with the first attachment means ; characterized in that the container creates a fluid-impermeable barrier with the top surface . a central member having a top end with a first opening , a bottom end with a second opening and a threaded section , and a flared member therebetween, wherein the flared member has a top surface , a bottom surface , and a first attachment means , wherein the central member contains a heating element , wherein the threaded section is beneath the flared member ; wherein the flared member has a top surface , a bottom surface , and a first attachment means , wherein the central member contains a heating element , wherein the threaded section is beneath the flared member ; a container having a flat top and a tapered bottom , the container being configured to rest on the top surface and extends towards the top end , wherein the container is sized to substantially contain the heating element , a mouthpiece disposed on the top end , the mouthpiece having a fluid passthrough which is in fluid communication with the first opening and the second opening ; and a first ring sized to interface with and overlap with the flared member via the first attachment means on the bottom surface , wherein the first ring is removably attached to the first attachment means , and wherein the first ring does not overlap with the threaded section when interfaced with the first attachment means ; wherein the first ring is removably attached to the first attachment means , and wherein the first ring does not overlap with the threaded section when interfaced with the first attachment means ; characterized in that the container creates a fluid-impermeable barrier with the top surface .
A method for growing a graphene film, comprising: disposing a carbonizing catalyst having a surface in a chemical-vapor-deposition (CVD) reaction chamber having a pressure in a range from 133 mPa (1 mtorr) to 101 Pa (760 torr), and a temperature in a range from 200°C to 1,200°C; flowing a gaseous carbon source having carbon atoms, and a weak oxidizing vapor over the surface of the carbonizing catalyst for a time in the range from 1 minute to 1 hour, thereby causing the carbon atoms from the carbon source to deposit in a crystalized carbon-atom arrangement on the surface of the carbonizing catalyst; and cooling the carbonizing catalyst at a cooling rate from 0.1 degree Celsius per minute to 10 degree Celsius per minute and the crystalized carbon-atom arrangement to form a multilayer graphene film on the surface of the carbonizing catalyst, wherein the gaseous carbon source is supplied at a flow rate from 0.5 standard cubic centimeters per minute ("sccm") to 50 sccm; and optionally wherein said method further comprises performing a chemical-doping step to chemically dope the multilayer graphene film, characterized in that the weak oxidizing vapor is water or ethanol, provided in an amount of 1% to 10% by volume in an inert gas. disposing a carbonizing catalyst having a surface in a chemical-vapor-deposition (CVD) reaction chamber having a pressure in a range from 133 mPa (1 mtorr) to 101 Pa (760 torr), and a temperature in a range from 200°C to 1,200°C; flowing a gaseous carbon source having carbon atoms, and a weak oxidizing vapor over the surface of the carbonizing catalyst for a time in the range from 1 minute to 1 hour, thereby causing the carbon atoms from the carbon source to deposit in a crystalized carbon-atom arrangement on the surface of the carbonizing catalyst; and cooling the carbonizing catalyst at a cooling rate from 0.1 degree Celsius per minute to 10 degree Celsius per minute and the crystalized carbon-atom arrangement to form a multilayer graphene film on the surface of the carbonizing catalyst, wherein the gaseous carbon source is supplied at a flow rate from 0.5 standard cubic centimeters per minute ("sccm") to 50 sccm; and optionally wherein said method further comprises performing a chemical-doping step to chemically dope the multilayer graphene film, characterized in that the weak oxidizing vapor is water or ethanol, provided in an amount of 1% to 10% by volume in an inert gas.
A split intein N-fragment comprising an amino acid sequence of at least 98%, 99%, or 100% sequence identity to or to
A gas turbine comprising a picture frame , a first vane , and a sealing arrangement to seal a gap between the picture frame and the first vane , the sealing arrangement comprising two seals arranged in series between the picture frame and the first vane , characterized in that - at least one of the seals is a piston seal , a back end of the piston seal is arranged in a piston volume of a bulkhead , which is attached to the picture frame , - the piston seal comprises a piston seal front end for contacting a first vane , - the majority of the piston seal front end is at least half the width of the widest part of the piston seal in a radial direction relative to a gas turbine longitudinal axis, - the piston seal front end has a tapered portion for contacting the first vane , and - at a back end of the piston volume , a source of cooling fluid is provided as a source of pressure such that the piston seal remains in contact with the first vane . - at least one of the seals is a piston seal , a back end of the piston seal is arranged in a piston volume of a bulkhead , which is attached to the picture frame , - the piston seal comprises a piston seal front end for contacting a first vane , - the majority of the piston seal front end is at least half the width of the widest part of the piston seal in a radial direction relative to a gas turbine longitudinal axis, - the piston seal front end has a tapered portion for contacting the first vane , and - at a back end of the piston volume , a source of cooling fluid is provided as a source of pressure such that the piston seal remains in contact with the first vane .
A controller for a hybrid vehicle, the hybrid vehicle including a motor arranged on a power transmission path between an engine and a wheel and including a clutch arranged on a portion of the power transmission path between the engine and the motor , the controller being configured to cause the hybrid vehicle to travel in a travel mode selected from multiple travel modes that include a first travel mode of traveling with the clutch disengaged and operation of the engine stopped, and a second travel mode of traveling with the clutch engaged and the engine operating, the controller comprising: a restart control unit configured to restart the engine in a first start mode of starting combustion in the engine with the clutch non-fully engaged or a second start mode of starting combustion in the engine with the clutch fully engaged, the clutch transmitting torque in a slipping state when the clutch is non-fully engaged, wherein the restart control unit is configured to: restart the engine in the first start mode when a rotation speed of the motor is greater than a determination value upon a request for switching from the first travel mode to the second travel mode; and restart the engine in the second start mode when the rotation speed of the motor is less than or equal to the determination value upon the request for switching from the first travel mode to the second travel mode. a restart control unit configured to restart the engine in a first start mode of starting combustion in the engine with the clutch non-fully engaged or a second start mode of starting combustion in the engine with the clutch fully engaged, the clutch transmitting torque in a slipping state when the clutch is non-fully engaged, wherein the restart control unit is configured to: restart the engine in the first start mode when a rotation speed of the motor is greater than a determination value upon a request for switching from the first travel mode to the second travel mode; and restart the engine in the second start mode when the rotation speed of the motor is less than or equal to the determination value upon the request for switching from the first travel mode to the second travel mode. restart the engine in the first start mode when a rotation speed of the motor is greater than a determination value upon a request for switching from the first travel mode to the second travel mode; and restart the engine in the second start mode when the rotation speed of the motor is less than or equal to the determination value upon the request for switching from the first travel mode to the second travel mode.
An audio signal processing method performed by an audio decoder for adaptively adjusting a decorrelator, the method comprising: obtaining a control parameter; calculating mean of the control parameter; calculating variation of the control parameter; calculating ratio of the variation and mean of the control parameter; and calculating a decorrelation parameter based on said ratio. obtaining a control parameter; calculating mean of the control parameter; calculating variation of the control parameter; calculating ratio of the variation and mean of the control parameter; and calculating a decorrelation parameter based on said ratio.
A camera module comprising: a first housing in which a lens module is disposed; a second housing including a base and a support portion extending upward from the base ; and a hook part extending from the base to more upward than the support portion , wherein the hook part comprising a hook (341-1, 342-1, 343-1, 344-1) at end portion thereof is disposed on an upper surface of a substrate of the lens module , wherein upward movement of the substrate is blocked by the hook (341-1, 342-1, 343-1, 344-1), and wherein the substrate and the support portion are disposed in the first housing , and a lower surface of the first housing is coupled with an upper surface of the base . a first housing in which a lens module is disposed; a second housing including a base and a support portion extending upward from the base ; and a hook part extending from the base to more upward than the support portion , wherein the hook part comprising a hook (341-1, 342-1, 343-1, 344-1) at end portion thereof is disposed on an upper surface of a substrate of the lens module , wherein upward movement of the substrate is blocked by the hook (341-1, 342-1, 343-1, 344-1), and wherein the substrate and the support portion are disposed in the first housing , and a lower surface of the first housing is coupled with an upper surface of the base .
Electronic assembly for an automotive lighting device , the electronic assembly comprising: - a first light group , intended to perform a first light functionality; - a second light group , intended to perform a second light functionality; - a light driver , configured to receive at least a first signal corresponding to the first light functionality and a second signal corresponding to the second light functionality, and configured to provide an output signal which has a pulse width modulation rate depending on the first signal and the second signal received; - a signal detector circuit comprising a discriminator module configured to receive the output signal of the light driver and detect the pulse width modulation rate of the output signal, so that the signal detector is configured to provide a power supply from the output signal either to the first light group or to the second light group , depending on the pulse width modulation rate of the output signal detected by the discriminator module . - a first light group , intended to perform a first light functionality; - a second light group , intended to perform a second light functionality; - a light driver , configured to receive at least a first signal corresponding to the first light functionality and a second signal corresponding to the second light functionality, and configured to provide an output signal which has a pulse width modulation rate depending on the first signal and the second signal received; - a signal detector circuit comprising a discriminator module configured to receive the output signal of the light driver and detect the pulse width modulation rate of the output signal, so that the signal detector is configured to provide a power supply from the output signal either to the first light group or to the second light group , depending on the pulse width modulation rate of the output signal detected by the discriminator module .
Magazine system for production lines of flat substrates, in particular wafers, solar cells or printed circuit boards, with at least one substrate magazine which comprises two side walls arranged opposite one another and aligned vertically, and a plurality of compartments which are formed between the side walls and into each of which one or more substrates can be inserted, wherein each compartment comprises two guide rails arranged at a distance from and parallel to one another on the side parts , characterized in that the magazine system comprises at least one adapter plate for each of the side walls , wherein the respective adapter plate comprises fastening means for detachable fastening to one of the side walls , and wherein the adapter plates each comprise one or more support rails on each side, which together form a support for a substrate stack when attached to the side walls .