mhurhangee/ep-ind-claims huggingface dataset:
Tyre, having a tread and a tyre sidewall, wherein the tyre is rotatable in a circumferential direction about an axis of rotation, and wherein the tyre has a wear indicating device, wherein the wear indicating device is formed on the tyre sidewall and wherein the wear indicating device is provided to indicate material wear of the tyre sidewall, wherein the wear indicating device has a first extent and a second extent, wherein the first extent is perpendicular to the second extent, wherein the first extent is parallel to the circumferential direction and is perpendicular to the axis of rotation, and the second extent is perpendicular to the circumferential direction and is perpendicular to the axis of rotation, wherein the wear indicating device has at least one recess, wherein the at least one recess is a recess in the tyre sidewall, wherein the first extent is greater than the second extent, characterized in that the at least one recess has a region, wherein the region is the deepest region of the at least one recess, and wherein the at least one recess has a further region, wherein the further region is the shallowest region of the at least one recess, wherein an amount of an extent of the shallowest region is greater than an amount of an extent of the deepest region, wherein the extents (20, 21) extend parallel to the second extent.
A system for surveying, comprising: an electromagnetic sensor configured to detect an electromagnetic signal generated by a subsurface earth formation in response to a passive-source electromagnetic signal, wherein the electromagnetic signal is generated by an electroseismic or seismoelectric conversion of the passive-source electromagnetic signal; a seismic sensor configured to detect a seismic signal generated by the subsurface earth formation in response to a passive-source electromagnetic signal, wherein the seismic signal is generated by an electroseismic or seismoelectric conversion of the passive-source electromagnetic signal; and a signal processor configured to: receive the electromagnetic signal from the electromagnetic sensor; receive the seismic signal from the seismic sensor; and process the electromagnetic signal and the seismic signal to determine at least one property associated with the subsurface earth formation. an electromagnetic sensor configured to detect an electromagnetic signal generated by a subsurface earth formation in response to a passive-source electromagnetic signal, wherein the electromagnetic signal is generated by an electroseismic or seismoelectric conversion of the passive-source electromagnetic signal; a seismic sensor configured to detect a seismic signal generated by the subsurface earth formation in response to a passive-source electromagnetic signal, wherein the seismic signal is generated by an electroseismic or seismoelectric conversion of the passive-source electromagnetic signal; and a signal processor configured to: receive the electromagnetic signal from the electromagnetic sensor; receive the seismic signal from the seismic sensor; and process the electromagnetic signal and the seismic signal to determine at least one property associated with the subsurface earth formation. receive the electromagnetic signal from the electromagnetic sensor; receive the seismic signal from the seismic sensor; and process the electromagnetic signal and the seismic signal to determine at least one property associated with the subsurface earth formation.
Coating for a substrate to be coated of a distributor plate, wherein the coating has an inner face for contacting the substrate of the distributor plate and an outer face facing away from the inner face, comprising a sol-gel layer, wherein the sol-gel layer has a plurality of electrically conductive vias extending therethrough, wherein at least one of the vias on a face of the sol-gel layer facing the outer face is covered with a protective layer containing noble metal and wherein the at least one of the vias is electrically conductively connected to a contact-making layer and is electrically conductively connected to the substrate via the contact-making layer.
A method of preparing a separator for a lithium secondary battery, comprising: forming a porous coating layer on at least one surface of a porous substrate, the porous coating layer comprising inorganic particles; bringing polymer particles into electric charging to obtain electrically charged polymer particles; transferring the electrically charged polymer particles, by way of laser printing without the addition of a solvent, on the top surface the porous coating layer to form a functional coating layer; and fixing the functional coating layer with heat and pressure. forming a porous coating layer on at least one surface of a porous substrate, the porous coating layer comprising inorganic particles; bringing polymer particles into electric charging to obtain electrically charged polymer particles; transferring the electrically charged polymer particles, by way of laser printing without the addition of a solvent, on the top surface the porous coating layer to form a functional coating layer; and fixing the functional coating layer with heat and pressure.
A method for increasing an accuracy of a transceiver loopback calibration, comprising: determining a time difference between a use of a local oscillator signal by a second mixing circuit within a receive path of the transceiver and a use of the local oscillator signal by a first mixing circuit within a transmit path of the transceiver; delaying the local oscillator signal for the first mixing circuit or for the second mixing circuit to reduce the time difference; and performing a loopback calibration of the transceiver at the reduced time difference. determining a time difference between a use of a local oscillator signal by a second mixing circuit within a receive path of the transceiver and a use of the local oscillator signal by a first mixing circuit within a transmit path of the transceiver; delaying the local oscillator signal for the first mixing circuit or for the second mixing circuit to reduce the time difference; and performing a loopback calibration of the transceiver at the reduced time difference.
Tensioning device for a seat belt, in particular in a motor vehicle, comprising: - a gas generator, - a piston which is guided in a tube and closes a pressure chamber in the tube, wherein - the pressure chamber can be charged with pressure by the gas generator, wherein - the piston at least indirectly can be driven to a tensioning movement by the pressure present in the pressure chamber, wherein - the piston includes a preferably calotte-shaped front face to abut against a mass body displaceable in the tube, and wherein - the piston includes a narrowed channel which can be broadened by pressure increase in the pressure chamber, by a thermal effect involving pressure increase in the pressure chamber, or by material removal caused by pressure increase in the pressure chamber, wherein - the channel is formed on the front face of the piston, and - a through opening is provided in the piston, from which the channel branches off, and - the channel includes at least two branches (1a, 1b), each of which branches off from the through opening, characterised in that - the channel or at least two branches of the channel (1a, 1b) have a different width or a different depth at an inner end facing the through opening and at an end turning away from the through opening, wherein the depth and/or width increases from radially inward to radially outward. - a gas generator, - a piston which is guided in a tube and closes a pressure chamber in the tube, wherein - the pressure chamber can be charged with pressure by the gas generator, wherein - the piston at least indirectly can be driven to a tensioning movement by the pressure present in the pressure chamber, wherein - the piston includes a preferably calotte-shaped front face to abut against a mass body displaceable in the tube, and wherein - the piston includes a narrowed channel which can be broadened by pressure increase in the pressure chamber, by a thermal effect involving pressure increase in the pressure chamber, or by material removal caused by pressure increase in the pressure chamber, wherein - the channel is formed on the front face of the piston, and - a through opening is provided in the piston, from which the channel branches off, and - the channel includes at least two branches (1a, 1b), each of which branches off from the through opening, characterised in that - the channel or at least two branches of the channel (1a, 1b) have a different width or a different depth at an inner end facing the through opening and at an end turning away from the through opening, wherein the depth and/or width increases from radially inward to radially outward.
An insufflation device for use in medical engineering, including an insufflator for gas supply and an insufflation hose, the insufflation hose including, in its interior, a humectant material, the humectant material being in contact with a heating element, the heating element being activatable by applying a current, the heating element being made of a wire, the wire resistance being changed with the temperature, the insufflator including a device for measurement of the wire resistance, characterized by that the insufflator includes a computing device determining, from the measured resistance change of the heating wire during the heating process, the water content of the humectant material.
An integrated circuit for operating a headset connectable to a consumer audio device output jack, the integrated circuit comprising: terminals for connection to a plug for connection to the consumer audio device output jack, the terminals including at least one output terminal for receiving at least one audio output signal and at least one microphone terminal for coupling to an audio input terminal of the consumer audio device output jack, and wherein the terminals further comprise at least one terminal for connection to at least one corresponding output transducer (SP1, SP2) for providing at least one audio transducer output signal to the corresponding transducer (SP1, SP2); an audio output circuit including at least one analog-to-digital converter (ADC1, ADC2) for converting the at least one audio output signal to at least one digital representation and at least one digital-to-analog converter circuit (DAC1, DAC2) for generating the at least one audio transducer output signal; a microphone terminal voltage detector for detecting a presence of a microphone bias voltage at the at least one microphone terminal; and a power management control circuit for controlling an operating state of the headset and having an input coupled to an output of the microphone terminal voltage detector, wherein the power management control circuit is adapted to control a power management state of the at least one analog-to-digital converter (ADC1, ADC2) in conformity with the detected presence of the microphone bias voltage of the at least one microphone terminal. terminals for connection to a plug for connection to the consumer audio device output jack, the terminals including at least one output terminal for receiving at least one audio output signal and at least one microphone terminal for coupling to an audio input terminal of the consumer audio device output jack, and wherein the terminals further comprise at least one terminal for connection to at least one corresponding output transducer (SP1, SP2) for providing at least one audio transducer output signal to the corresponding transducer (SP1, SP2); an audio output circuit including at least one analog-to-digital converter (ADC1, ADC2) for converting the at least one audio output signal to at least one digital representation and at least one digital-to-analog converter circuit (DAC1, DAC2) for generating the at least one audio transducer output signal; a microphone terminal voltage detector for detecting a presence of a microphone bias voltage at the at least one microphone terminal; and a power management control circuit for controlling an operating state of the headset and having an input coupled to an output of the microphone terminal voltage detector, wherein the power management control circuit is adapted to control a power management state of the at least one analog-to-digital converter (ADC1, ADC2) in conformity with the detected presence of the microphone bias voltage of the at least one microphone terminal.
Use of a nutrition supplement for feeding animals, said nutrition supplement comprising eggs of an edible insect, one or more of another animal source nutrient, a botanic source nutrient, a microorganism source nutrient and a protective agent; wherein the other animal source nutrient is derived from one or more of cattle milk, sheep milk, fish meal, fish tallow, yolk, animal muscle and extracts of viscus; the botanic source nutrient is selected from one or more of substances consisting of soybean protein, soybean oil and corn steep liquor; the microorganism source nutrient comprises one or two of yeast extracts and microalgae extracts, characterized in that in percentage by weight, the eggs of edible insect account for 50%-90%, the other animal source nutrient accounts for 0%-10%, the botanic source nutrient accounts for 0%-10%, the microorganism source nutrient accounts for 0%-10% and the protective agent accounts for 0.1%-20%, said nutrition supplement being in the form of a dried powder with a moisture below 12%.
A method for pre-charging a power conversion device, wherein the power conversion device is configured to perform power conversion between a charging pile and a traction battery, and the method comprises: receiving, by the power conversion device, a first message sent by a battery management system of the traction battery, and the first message is configured to indicate that the battery management system is ready for charging; performing, by the power conversion device, a pre-charging, and the pre-charging comprises: charging a capacitor in the power conversion device; and forwarding, by the power conversion device, the first message to the charging pile after the pre-charging is completed. receiving, by the power conversion device, a first message sent by a battery management system of the traction battery, and the first message is configured to indicate that the battery management system is ready for charging; performing, by the power conversion device, a pre-charging, and the pre-charging comprises: charging a capacitor in the power conversion device; and forwarding, by the power conversion device, the first message to the charging pile after the pre-charging is completed.
A method for selecting at least one carrier from a plurality of carriers, comprising: obtaining, by a first terminal, from a base station, first configuration information for the plurality of carriers, wherein the first configuration information comprises at least one piece of first carrier information and corresponding first channel congestion parameter information; obtaining, by the first terminal, first data; obtaining, by the first terminal, from a base station, at least one piece of priority sequence information corresponding to at least one piece of first carrier information, wherein the at least one piece of priority sequence information indicates a priority sequence, wherein the priority sequence information is represented by a sorting sequence of the plurality of carriers; selecting, by the first terminal, at least one direct link transmission carrier for the first data according to the first carrier information, the first channel congestion parameter information and the priority sequence information, wherein carriers with higher priority are selected first and, for carriers with equal priority, carriers with a smaller channel congestion value are selected first; and sending, by the first terminal, the first data on the selected at least one link transmission carrier. obtaining, by a first terminal, from a base station, first configuration information for the plurality of carriers, wherein the first configuration information comprises at least one piece of first carrier information and corresponding first channel congestion parameter information; obtaining, by the first terminal, first data; obtaining, by the first terminal, from a base station, at least one piece of priority sequence information corresponding to at least one piece of first carrier information, wherein the at least one piece of priority sequence information indicates a priority sequence, wherein the priority sequence information is represented by a sorting sequence of the plurality of carriers; selecting, by the first terminal, at least one direct link transmission carrier for the first data according to the first carrier information, the first channel congestion parameter information and the priority sequence information, wherein carriers with higher priority are selected first and, for carriers with equal priority, carriers with a smaller channel congestion value are selected first; and sending, by the first terminal, the first data on the selected at least one link transmission carrier.
A hybrid inertial sensor in which a first inertial sensor and a second inertial sensor are integrated, wherein a movable portion of the first inertial sensor and a movable portion of the second inertial sensor are formed on the same substrate, a cap member which seals the two movable portions so as to cover the two movable portions, respectively, characterized in that a gas-generating material is applied only to a portion of the cap member corresponding to the first inertial sensor, the pressure in a first space covering the movable portion of the first inertial sensor is higher than the pressure in a second space covering the movable portion of the second inertial sensor due to the heating of the gas-generating material, the pressure in the first space being higher than or equal to the air pressure, and the first inertial sensor is an acceleration sensor, and the second inertial sensor is an angular rate sensor or an acceleration sensor.
Voltage supply circuit having a first supply voltage input which is connected to a first comparator and to a first voltage regulator, a first external supply voltage (VDDEXT1) being able to be applied to the first supply voltage input, having a second supply voltage input which is connected to a second comparator and to a second voltage regulator, a second external supply voltage (VDDEXT2) being able to be applied to the second supply voltage input, having a supply voltage output which is connected to outputs of the two voltage regulators (REG1, REG2) and is fed back to the two comparators (CMP1, CMP2), an internally generated supply voltage being able to be tapped off at the supply voltage output, characterized in that the first comparator is designed to compare the internally generated supply voltage or a voltage derived therefrom with the first external supply voltage (VDDEXT1) or a voltage derived therefrom, and to switch off the first voltage regulator if the first external supply voltage or the voltage derived therefrom is less than the internally generated supply voltage or the voltage derived therefrom; and the second comparator is designed to compare the internally generated supply voltage or a voltage derived therefrom with the second external supply voltage (VDDEXT2) or a voltage derived therefrom, and to switch off the second voltage regulator if the second external supply voltage or the voltage derived therefrom is less than the internally generated supply voltage or the voltage derived therefrom.
A communication method, comprising: when determining that a quantity of times for which a channel access process fails on a first resource is equal to a preset quantity, determining, by a first terminal device, first information, wherein the first information comprises a result of the channel access process performed on the first resource or comprises a resource request message, the channel access process is a listen before talk process performed by the first terminal device, the resource request message is used to request a resource for retransmission on a sidelink between the first terminal device and a second terminal device, and the first resource is used for sidelink communication between the first terminal device and the second terminal device,; and sending, by the first terminal device, the first information to a network device. when determining that a quantity of times for which a channel access process fails on a first resource is equal to a preset quantity, determining, by a first terminal device, first information, wherein the first information comprises a result of the channel access process performed on the first resource or comprises a resource request message, the channel access process is a listen before talk process performed by the first terminal device, the resource request message is used to request a resource for retransmission on a sidelink between the first terminal device and a second terminal device, and the first resource is used for sidelink communication between the first terminal device and the second terminal device,; and sending, by the first terminal device, the first information to a network device.
An evacuation station comprising: a docking platform configured to receive an autonomous cleaning robot; one or more conduits comprising an intake configured to interface with the autonomous cleaning robot; a filter bag configured to receive debris evacuated from the autonomous cleaning robot; an indicator configured to present a status of the evacuation station; and a transceiver configured to communicate with the autonomous cleaning robot, characterized in that the transceiver is configured to send a signal to the autonomous cleaning robot based on the status of the evacuation station. a docking platform configured to receive an autonomous cleaning robot; one or more conduits comprising an intake configured to interface with the autonomous cleaning robot; a filter bag configured to receive debris evacuated from the autonomous cleaning robot; an indicator configured to present a status of the evacuation station; and a transceiver configured to communicate with the autonomous cleaning robot,