mhurhangee/patent-ind-claim-en huggingface dataset:
Wireless charger for use in a vehicle , comprising a filter for filtering an electric field in a wireless charger for use in a vehicle , characterized by comprising: a first metallic filter structure , arranged in a first metal layer of a printed circuit board and comprising multiple radial slits , configured to filter an electric field generated by a charging coil at the wireless charger arranged below the printed circuit board ; a temperature sensor , configured to determine a temperature of a surface of the wireless charger ; wherein the temperature sensor , is thermally coupled to the metallic filter structure and arranged outside the radial slits . a first metallic filter structure , arranged in a first metal layer of a printed circuit board and comprising multiple radial slits , configured to filter an electric field generated by a charging coil at the wireless charger arranged below the printed circuit board ; a temperature sensor , configured to determine a temperature of a surface of the wireless charger ; wherein the temperature sensor , is thermally coupled to the metallic filter structure and arranged outside the radial slits .
An in vitro cell population, comprising mammalian, preferably human, neuronal cells, at least about 80% the neuronal cells being positive for both LIM homeobox transcription factor 1 (Lmx1) and forkhead box A2 (FoxA2) expression, wherein the cells are transgenic and comprise a screenable or selectable marker under the control of a pan-neural promoter.
A medical device configured to dispense a hemostatic agent using a pressurized fluid, the device comprising: a body having an input opening for receiving the pressurized fluid and an output opening for delivering the pressurized fluid; a handle defining a lumen , wherein the lumen is configured to receive a container containing the pressurized fluid; and at least one aperture fluidly connecting the lumen to an atmosphere external of the device and configured to vent fluid from the lumen to the atmosphere external of the device, and wherein the at least one aperture is formed in a sidewall of the handle , characterized in that a membrane covering each aperture of the at least one aperture , and wherein the membrane is configured to rupture when a pressure of the pressurized fluid within the lumen exceeds a threshold. a body having an input opening for receiving the pressurized fluid and an output opening for delivering the pressurized fluid; a handle defining a lumen , wherein the lumen is configured to receive a container containing the pressurized fluid; and at least one aperture fluidly connecting the lumen to an atmosphere external of the device and configured to vent fluid from the lumen to the atmosphere external of the device, and wherein the at least one aperture is formed in a sidewall of the handle ,
A cooking appliance for cooking food, comprising: a main body having a cooking chamber formed therein; a rear surface unit configured to define a rear boundary surface of the cooking chamber , a lower surface unit configured to define a lower boundary surface of the cooking chamber , and a side surface unit configured to define a side boundary surface of the cooking chamber ; a lower case provided below the lower surface unit and configured to form an accommodation space therein; a lower heater installed in the accommodation space and configured to generate heat; a first discharge port (a) formed at the lower case for discharging heat; a second discharge port (b) formed at the cooking chamber ; and a flow path connection member configured to form a flow path guide (c) for guiding heated air discharged through the first discharge port (a) toward the second discharge port (b); wherein the flow path connection member includes a duct unit provided outside the cooking chamber and configured to connect the first and second discharge ports (a, b) to each other; characterized in that a coupling unit protrudes from the edge of the duct unit abutting the side surface unit and/or the lower case and includes at least one flat surface parallel to the side surface unit or the lower case for a surface contact with the side surface unit or the lower case . a main body having a cooking chamber formed therein; a rear surface unit configured to define a rear boundary surface of the cooking chamber , a lower surface unit configured to define a lower boundary surface of the cooking chamber , and a side surface unit configured to define a side boundary surface of the cooking chamber ; a lower case provided below the lower surface unit and configured to form an accommodation space therein; a lower heater installed in the accommodation space and configured to generate heat; a first discharge port (a) formed at the lower case for discharging heat; a second discharge port (b) formed at the cooking chamber ; and a flow path connection member configured to form a flow path guide (c) for guiding heated air discharged through the first discharge port (a) toward the second discharge port (b); wherein the flow path connection member includes a duct unit provided outside the cooking chamber and configured to connect the first and second discharge ports (a, b) to each other; characterized in that a coupling unit protrudes from the edge of the duct unit abutting the side surface unit and/or the lower case and includes at least one flat surface parallel to the side surface unit or the lower case for a surface contact with the side surface unit or the lower case .
Device for artificially producing rain, snow or icing conditions, wherein it is a wind tunnel, climate chamber or icing wind tunnel, comprising a device for producing water droplets of a specific size in a device for artificially producing rain, snow or icing conditions, having a plurality of spray nozzles arranged in a distributed manner on a retaining frame in the flow cross-section with preferably pressurized water supply lines and preferably also gas supply lines, characterised in that a plurality of nozzle carriers are provided on the retaining frame , each having a static main body and at least one movable body preferably coupled via a gear unit, and in that at least one spray nozzle is seated on the movable body .
An apparatus for treating adipose tissue located beneath a skin of a patient, comprising: a main body portion that houses an ultrasound transducer , a semisphere portion provided at distal end of the apparatus and configured to be pressed against the skin to bend the skin, wherein the semisphere portion has a smooth outer surface without any ridges and undulations and is configured to be moved on the skin while the semisphere portion is pressed, and an intermediate portion provided between the main body portion and the semisphere portion , wherein the intermediate portion further comprises a connector rod provided between the ultrasound transducer and the semisphere portion and configured to transfer ultrasound transverse vibrations from the ultrasound transducer to the semisphere portion causing the semisphere portion to vibrate in the same direction of the ultrasound transducer , the direction of vibration being parallel to the skin of the patient, thus generating at a predetermined depth transverse waves in direction parallel to the skin; characterized in that said transducer is positioned in such a way to vibrate in a direction parallel to the skin of the patient. a main body portion that houses an ultrasound transducer , a semisphere portion provided at distal end of the apparatus and configured to be pressed against the skin to bend the skin, wherein the semisphere portion has a smooth outer surface without any ridges and undulations and is configured to be moved on the skin while the semisphere portion is pressed, and an intermediate portion provided between the main body portion and the semisphere portion , wherein the intermediate portion further comprises a connector rod provided between the ultrasound transducer and the semisphere portion and configured to transfer ultrasound transverse vibrations from the ultrasound transducer to the semisphere portion causing the semisphere portion to vibrate in the same direction of the ultrasound transducer , the direction of vibration being parallel to the skin of the patient, thus generating at a predetermined depth transverse waves in direction parallel to the skin; characterized in that said transducer is positioned in such a way to vibrate in a direction parallel to the skin of the patient.
A high-pressure vessel, comprising: a liner (X) including a cylinder portion and dome portions disposed at both ends of the cylinder portion, and storing a high-pressure fluid therein, each of the dome portions having a dome shape; a composite material layer (Y, 100) surrounding an outer surface of the liner (X); and a protective layer (Z, 200, 300) surrounding an outer surface of the composite material layer (Y, 100) and including a shock-absorbing layer (L1), a heat-resistant layer (L2), and a surface protective layer (L3), which are sequentially laminated, characterized in that the shock-absorbing layer (L1) of the protective layer (Z, 200, 300) is made of a resin material, and is formed by an injection molding method or a foaming method on an inner surface of the heat-resistant layer (L2), wherein the surface protective layer (L3) of the protective layer (Z, 200, 300) is made of a resin material, and is formed on an outer surface of the heat-resistant layer (L2) through injection molding or thermoforming, and wherein the heat-resistant layer (L2) contains a ceramic material. a liner (X) including a cylinder portion and dome portions disposed at both ends of the cylinder portion, and storing a high-pressure fluid therein, each of the dome portions having a dome shape; a composite material layer (Y, 100) surrounding an outer surface of the liner (X); and a protective layer (Z, 200, 300) surrounding an outer surface of the composite material layer (Y, 100) and including a shock-absorbing layer (L1), a heat-resistant layer (L2), and a surface protective layer (L3), which are sequentially laminated, characterized in that the shock-absorbing layer (L1) of the protective layer (Z, 200, 300) is made of a resin material, and is formed by an injection molding method or a foaming method on an inner surface of the heat-resistant layer (L2), wherein the surface protective layer (L3) of the protective layer (Z, 200, 300) is made of a resin material, and is formed on an outer surface of the heat-resistant layer (L2) through injection molding or thermoforming, and wherein the heat-resistant layer (L2) contains a ceramic material.
A method by a terminal device or a processor in the terminal device, comprising: performing , transmission of a sounding reference signal from the terminal device to a base station in at least one first symbol on a first carrier, wherein the first carrier is a carrier not configured for physical uplink shared channel transmission and physical uplink control channel transmission; dropping transmission of a physical uplink shared channel and/or a physical uplink control channel in at least one second symbol on a second carrier, wherein the second carrier is a carrier configured for the transmission of the physical uplink shared channel and/or the physical uplink control channel, respectively, and the at least one second symbol is overlapped with the at least one first symbol; wherein a duration of the at least one second symbol is more than or equal to a sum of a first duration and a second duration, the first duration is a duration of sending the sounding reference signal, and the second duration is a duration of carrier switching performed by the terminal device. performing , transmission of a sounding reference signal from the terminal device to a base station in at least one first symbol on a first carrier, wherein the first carrier is a carrier not configured for physical uplink shared channel transmission and physical uplink control channel transmission; dropping transmission of a physical uplink shared channel and/or a physical uplink control channel in at least one second symbol on a second carrier, wherein the second carrier is a carrier configured for the transmission of the physical uplink shared channel and/or the physical uplink control channel, respectively, and the at least one second symbol is overlapped with the at least one first symbol; wherein a duration of the at least one second symbol is more than or equal to a sum of a first duration and a second duration, the first duration is a duration of sending the sounding reference signal, and the second duration is a duration of carrier switching performed by the terminal device.
Roller device, comprising - an attachment bolt , - a roller mounted onto the attachment bolt , wherein the roller is configured as a roller unit (L) which has at least one attachment bush , a bearing and a roller , wherein the attachment bush , the bearing and the roller are connected to one another detachably and wherein the roller is rotatably mounted about the attachment bush via the bearing , and - a fastening system for the detachable axial fixing of the attachment bush of the roller unit (L) to the attachment bolt , wherein the fastening system is configured as a clip-fastening system for mounting the roller unit (L) on the attachment bolt without using tools, wherein the clip-fastening system comprises a groove in the inner surface of the attachment bush and a groove in the surface of the attachment bolt and a flexible securing ring , which is mounted in the two grooves , in order to prevent the roller unit (L) from being pulled off, characterised in that the clip-fastening system is provided with a release device, wherein the groove in the attachment bolt is formed by the attachment bolt itself and a plate detachably fixed in front of the end face of the attachment bolt . - an attachment bolt , - a roller mounted onto the attachment bolt , wherein the roller is configured as a roller unit (L) which has at least one attachment bush , a bearing and a roller , wherein the attachment bush , the bearing and the roller are connected to one another detachably and wherein the roller is rotatably mounted about the attachment bush via the bearing , and - a fastening system for the detachable axial fixing of the attachment bush of the roller unit (L) to the attachment bolt , wherein the fastening system is configured as a clip-fastening system for mounting the roller unit (L) on the attachment bolt without using tools, wherein the clip-fastening system comprises a groove in the inner surface of the attachment bush and a groove in the surface of the attachment bolt and a flexible securing ring , which is mounted in the two grooves , in order to prevent the roller unit (L) from being pulled off, characterised in that the clip-fastening system is provided with a release device, wherein the groove in the attachment bolt is formed by the attachment bolt itself and a plate detachably fixed in front of the end face of the attachment bolt .
A power electronics circuit comprising: a switching circuit comprising a first solid-state device coupled in series with a second solid-state device , with at least the first solid-state device comprising a solid-state switch having a gate terminal; a current sense transformer according to claim 11, positioned between the first and second solid-state devices and configured to sense a current flowing on the conductive trace connecting the first and second solid-state devices; a controller coupled to the switching circuit and the current sense transformer so as to be in operable communication therewith, the controller programmed to: receive a current sense signal from the current sense transformer indicative of the current flowing on the conductive trace ; and modulate a gate voltage to the gate terminal of the first solid-state device based on the received current sense signal, so as to control switching thereof; and the printed circuit board, PCB , having mounted thereon the switching circuit and the current sense transformer. a switching circuit comprising a first solid-state device coupled in series with a second solid-state device , with at least the first solid-state device comprising a solid-state switch having a gate terminal; a current sense transformer according to claim 11, positioned between the first and second solid-state devices and configured to sense a current flowing on the conductive trace connecting the first and second solid-state devices; a controller coupled to the switching circuit and the current sense transformer so as to be in operable communication therewith, the controller programmed to: receive a current sense signal from the current sense transformer indicative of the current flowing on the conductive trace ; and modulate a gate voltage to the gate terminal of the first solid-state device based on the received current sense signal, so as to control switching thereof; and the printed circuit board, PCB , having mounted thereon the switching circuit and the current sense transformer. receive a current sense signal from the current sense transformer indicative of the current flowing on the conductive trace ; and modulate a gate voltage to the gate terminal of the first solid-state device based on the received current sense signal, so as to control switching thereof; and the printed circuit board, PCB , having mounted thereon the switching circuit and the current sense transformer.
An article comprising: a capacitive touch device , comprising: a first capacitive touch device part which comprises a first substrate part supporting a first capacitive element part which is electrically isolated; a second capacitive touch device part which comprises a second substrate part supporting a second capacitive element part ; and a controller operatively coupled to the second capacitive element part of the capacitive touch device; wherein the first and second substrate parts are parts of the same substrate separated by a cut; and wherein the first and second capacitive touch device parts overlap so as to capacitively couple the first capacitive element part and the second capacitive element part thereby coupling the first capacitive element part to the controller via the second capacitive element part; the article further comprising a non-flat housing portion , wherein the capacitive touch device is disposed adjacent to the housing portion. a first capacitive touch device part which comprises a first substrate part supporting a first capacitive element part which is electrically isolated; a second capacitive touch device part which comprises a second substrate part supporting a second capacitive element part ; and a controller operatively coupled to the second capacitive element part of the capacitive touch device; wherein the first and second substrate parts are parts of the same substrate separated by a cut; and wherein the first and second capacitive touch device parts overlap so as to capacitively couple the first capacitive element part and the second capacitive element part thereby coupling the first capacitive element part to the controller via the second capacitive element part; the article further comprising a non-flat housing portion , wherein the capacitive touch device is disposed adjacent to the housing portion.
An electronic device , comprising: a display ; an eye monitoring system ; and control circuitry that is configured to identify an eye activity using the eye monitoring system , wherein the eye activity comprises an eye activity selected from the group consisting of an eye blink and a saccade, wherein the control circuitry is configured to coordinate operation of the display with the eye activity by adjusting operation of the display during the eye activity relative to a time before the eye activity, characterized in that : the control circuitry is configured to reduce image luminance during the eye activity by reducing image data values associated with an image frame displayed during the eye activity relative to an image frame displayed before the eye activity. a display ; an eye monitoring system ; and control circuitry that is configured to identify an eye activity using the eye monitoring system , wherein the eye activity comprises an eye activity selected from the group consisting of an eye blink and a saccade, wherein the control circuitry is configured to coordinate operation of the display with the eye activity by adjusting operation of the display during the eye activity relative to a time before the eye activity, characterized in that : the control circuitry is configured to reduce image luminance during the eye activity by reducing image data values associated with an image frame displayed during the eye activity relative to an image frame displayed before the eye activity.
Connecting device for transferring a current from a contact wire tapping pantograph of a train travelling on a track in a direction of travel from the contact wire to a conductive runner and an isolating runner extending parallel to the conductive runner in a section isolator or a neutral section , characterized by : - a plate that can be arranged plane-parallel to the track having an input edge that can be directed away from the section isolator or from the neutral section when viewed in the direction of travel in order to connect a first conductor rail carrying the first contact wire, and an output edge that can be directed toward the section isolator or to the neutral section , when viewed in the direction of travel , in order to connect a second conductor rail carrying the conductive runner and, at a distance therefrom, a third conductor rail holding the isolating runner , - a first holding element arranged on an underside of the plate , which underside can be directed toward the track , for carrying a first connection wire leading from the first conductor rail to the second conductor rail at an adjustable distance to the plate , and - a second holding element arranged on the underside of the plate for carrying a second connection wire leading from the first conductor rail to the third conductor rail at an adjustable distance to the plate . - a plate that can be arranged plane-parallel to the track having an input edge that can be directed away from the section isolator or from the neutral section when viewed in the direction of travel in order to connect a first conductor rail carrying the first contact wire, and an output edge that can be directed toward the section isolator or to the neutral section , when viewed in the direction of travel , in order to connect a second conductor rail carrying the conductive runner and, at a distance therefrom, a third conductor rail holding the isolating runner , - a first holding element arranged on an underside of the plate , which underside can be directed toward the track , for carrying a first connection wire leading from the first conductor rail to the second conductor rail at an adjustable distance to the plate , and - a second holding element arranged on the underside of the plate for carrying a second connection wire leading from the first conductor rail to the third conductor rail at an adjustable distance to the plate .
Transmission for a wind turbine, having a first torque support and a second torque support ; wherein the first torque support and the second torque support are asymmetrical in relation to one another; wherein the first torque support has a weight which is fixed to a support arm or to a fastening element of the first torque support ; characterized in that the second torque support has no weight.