mhurhangee/ep-ind-claims huggingface dataset:
Air treatment unit for a brake system of a commercial vehicle, wherein the air treatment unit has the following features: a foot brake module connection for pneumatically and/or electrically coupling the air treatment unit to a foot brake module of the brake system; at least one valve unit for charging the foot brake module connection with a control pressure for activating the foot brake module; and a control device for activating the valve unit, characterised in that the control device can be coupled to at least one wheel rotational speed sensor of the commercial vehicle and is designed to activate the valve unit and/or at least one control valve (126; 200) of an anti-lock brake system of the commercial vehicle using a wheel speed sensor signal generated by the wheel speed sensor, wherein the control device is designed to read in/pick up speed signals of the wheel speed sensor which supplies speed signals to an ABS or EBS system of the commercial vehicle. a foot brake module connection for pneumatically and/or electrically coupling the air treatment unit to a foot brake module of the brake system; at least one valve unit for charging the foot brake module connection with a control pressure for activating the foot brake module; and a control device for activating the valve unit, characterised in that the control device can be coupled to at least one wheel rotational speed sensor of the commercial vehicle and is designed to activate the valve unit and/or at least one control valve (126; 200) of an anti-lock brake system of the commercial vehicle using a wheel speed sensor signal generated by the wheel speed sensor, wherein the control device is designed to read in/pick up speed signals of the wheel speed sensor which supplies speed signals to an ABS or EBS system of the commercial vehicle.
A sound output device comprising: a first microphone configured to receive ambient sounds from around a user; a loudspeaker configured to output sounds toward an eardrum of the user; detection circuitry configured to detect whether an external terminal is in a playback state or in a stopped state; signal processing circuitry configured, in a case in which it is detected that the external terminal is in a playback state in which the external terminal provides a playback sound signal indicative of a playback sound, to generate a first reverse-phase signal based on a first signal derived from a sound received by the first microphone; and an adder configured to add together the playback sound signal and a signal output from the signal processing circuitry, to output a resultant signal for output by the loudspeaker, characterized in that the signal processing circuitry is further configured to impart predetermined frequency characteristics to the first signal in a case in which it is detected that the external terminal is in a stopped state that is not the playback state. a first microphone configured to receive ambient sounds from around a user; a loudspeaker configured to output sounds toward an eardrum of the user; detection circuitry configured to detect whether an external terminal is in a playback state or in a stopped state; signal processing circuitry configured, in a case in which it is detected that the external terminal is in a playback state in which the external terminal provides a playback sound signal indicative of a playback sound, to generate a first reverse-phase signal based on a first signal derived from a sound received by the first microphone; and an adder configured to add together the playback sound signal and a signal output from the signal processing circuitry, to output a resultant signal for output by the loudspeaker, characterized in that the signal processing circuitry is further configured to impart predetermined frequency characteristics to the first signal in a case in which it is detected that the external terminal is in a stopped state that is not the playback state.
An electrochemical cell comprising: a first electrode, a second electrode, and an electrolyte membrane disposed therebetween; a first flow structure adjacent to the first electrode, the first flow structure comprising a first planar surface along a side facing the electrode; and a second flow structure adjacent to the second electrode, the second flow structure comprising a second planar surface along a side facing the electrode; wherein the area of the first planar surface is larger than the area of second planar surface; and wherein a seal around the second flow structure is located within the boundary of the first planar surface; wherein the first flow structure is configured to withstand higher structural force than the second flow structure; characterized in that: the first flow structure comprises a compacted porous metallic substrate and the second flow structure comprises a porous metallic substrate, wherein the first flow structure is compacted to a density level greater than that of the second flow structure; the cell further comprising a bipolar plate positioned adjacent to the second flow structure, and a reinforcement layer between the bipolar plate and the electrolyte membrane. a first electrode, a second electrode, and an electrolyte membrane disposed therebetween; a first flow structure adjacent to the first electrode, the first flow structure comprising a first planar surface along a side facing the electrode; and a second flow structure adjacent to the second electrode, the second flow structure comprising a second planar surface along a side facing the electrode; wherein the area of the first planar surface is larger than the area of second planar surface; and wherein a seal around the second flow structure is located within the boundary of the first planar surface; wherein the first flow structure is configured to withstand higher structural force than the second flow structure; wherein the area of the first planar surface is larger than the area of second planar surface; and wherein a seal around the second flow structure is located within the boundary of the first planar surface; wherein the first flow structure is configured to withstand higher structural force than the second flow structure; the first flow structure comprises a compacted porous metallic substrate and the second flow structure comprises a porous metallic substrate, wherein the first flow structure is compacted to a density level greater than that of the second flow structure; the cell further comprising a bipolar plate positioned adjacent to the second flow structure, and a reinforcement layer between the bipolar plate and the electrolyte membrane.
A power section, comprising: an outer housing extending in a longitudinal direction; a power supply within the outer housing; and a male threaded connector with first threads on an end of the power section, the male threaded connector defining at least one vent hole traversing through a circumferential side wall of the male threaded connector. an outer housing extending in a longitudinal direction; a power supply within the outer housing; and a male threaded connector with first threads on an end of the power section, the male threaded connector defining at least one vent hole traversing through a circumferential side wall of the male threaded connector.
A method for producing a foil security element for securing a document of value by means of a liquid crystalline mixture containing dichroic dyes providing latent images, comprising: - arranging a lacquer layer on a carrier substrate layer; - at least partly covering the lacquer layer by the uncured liquid crystalline mixture containing dichroic dyes, characterized in that - embossing of the lacquer layer is performed to provide a first alignment structure of the liquid crystalline mixture; and - embossing of the uncured liquid crystalline mixture to provide a second alignment structure, wherein the first and the second alignment structure cause the liquid crystalline mixture to show different images from respectively opposite sides in a cured state. - arranging a lacquer layer on a carrier substrate layer; - at least partly covering the lacquer layer by the uncured liquid crystalline mixture containing dichroic dyes, characterized in that - embossing of the lacquer layer is performed to provide a first alignment structure of the liquid crystalline mixture; and - embossing of the uncured liquid crystalline mixture to provide a second alignment structure, wherein the first and the second alignment structure cause the liquid crystalline mixture to show different images from respectively opposite sides in a cured state.
A wireless charger comprising an energy supply connector, a main step down converter configured to power a wireless charger circuit, a control circuit for controlling the wireless charger circuit and the main step down converter, an integrated circuit configured to power the control circuit, an input connector of the step down converter is connected to the energy supply connector and characterized in that an output connector of the step down converter is connected to an input connector of the integrated circuit through a series diode, the input connector of the integrated circuit is connected to the energy supply connector through a switch element, and the switch element is controlled by the control circuit, wherein the control circuit is designed to set the switch element to an OFF-state, when an OFF-criterion is fulfilled, and the control circuit is designed to set the switch element to an ON-state, when an ON-criterion is fulfilled and that the OFF-criterion comprises, that an output voltage of the main step down converter (V_OUT) is above a predefined threshold value (V_TH), and the ON-criterion comprises, that the output voltage of the main step down converter (V_OUT) is below the predefined threshold value(V_TH).
A surface treatment solution for copper and copper alloy surfaces comprising an acid, an azole corrosion inhibitor and an oxidising agent suitable to oxidise copper characterised in that it further comprises at least one source of chloride ions and at least one source of bromide ions and that the oxidising agent suitable to oxidise copper is selected from the group consisting of hydrogen peroxide, metal peroxides, metal superoxides and mixtures thereof.
A microfluidic controller and detector system (20, 20'), comprising: a fluidic chip including at least two intersecting channels and a detection zone; a material direction system comprising an interface configured for contact with the at least two intersecting channels; an optics block comprising an objective lens disposed adjacent the detection zone, and a light source (58a, 58b) operable to direct light toward the detection zone via the objective lens; a mounting apparatus for focusing light from the light source onto the detection zone via the objective lens, wherein the mounting apparatus comprises a first and a second adjacent plates (83, 85), a pivot, and an actuator for displacing the first plate relative to the second plate about the pivot; and a control system coupled to the optics block and adapted to receive and analyze data from the optics block. a fluidic chip including at least two intersecting channels and a detection zone; a material direction system comprising an interface configured for contact with the at least two intersecting channels; an optics block comprising an objective lens disposed adjacent the detection zone, and a light source (58a, 58b) operable to direct light toward the detection zone via the objective lens; a mounting apparatus for focusing light from the light source onto the detection zone via the objective lens, wherein the mounting apparatus comprises a first and a second adjacent plates (83, 85), a pivot, and an actuator for displacing the first plate relative to the second plate about the pivot; and a control system coupled to the optics block and adapted to receive and analyze data from the optics block.
A decoupler for transferring torque between a shaft and an endless power transmitting element, said decoupler, comprising: a hub (22, 122) that is adapted to be coupled to the shaft such that the shaft co-rotates with the hub (22, 122) about a rotational axis; a pulley (24, 124) rotatably coupled to the hub (22, 122), the pulley (24, 124) having an outer periphery that is adapted to engage the endless power transmitting element; an isolation spring (28, 128) positioned to transfer rotational force from the pulley (24, 124) to the hub (22, 122) and to accommodate torsional vibration between the pulley (24, 124) and the hub (22, 122); and a first friction surface (60, 160) operatively connected with the pulley (24, 124); a second friction surface (62, 162) operatively connected with the hub (22, 122); a friction surface biasing member positioned for exerting a biasing force to bias the first and second friction surfaces against each other thereby generating a damping torque during relative rotational movement between the pulley (24, 124) and the hub (22, 122); and a retainer that is engaged with the friction surface biasing member, wherein the position of the retainer controls the biasing force of the friction surface biasing member, wherein the retainer is adjustable in position. a hub (22, 122) that is adapted to be coupled to the shaft such that the shaft co-rotates with the hub (22, 122) about a rotational axis; a pulley (24, 124) rotatably coupled to the hub (22, 122), the pulley (24, 124) having an outer periphery that is adapted to engage the endless power transmitting element; an isolation spring (28, 128) positioned to transfer rotational force from the pulley (24, 124) to the hub (22, 122) and to accommodate torsional vibration between the pulley (24, 124) and the hub (22, 122); and a first friction surface (60, 160) operatively connected with the pulley (24, 124); a second friction surface (62, 162) operatively connected with the hub (22, 122); a friction surface biasing member positioned for exerting a biasing force to bias the first and second friction surfaces against each other thereby generating a damping torque during relative rotational movement between the pulley (24, 124) and the hub (22, 122); and a retainer that is engaged with the friction surface biasing member, wherein the position of the retainer controls the biasing force of the friction surface biasing member, wherein the retainer is adjustable in position.
A method of forwarding voicemail in a system comprising a voicemail server and a recipient communication device (102, 103) comprising a proxy device (102b, 103b), the method comprising: the voicemail server determining that a voicemail data stored in a memory device has been classified as urgent, said voicemail data for forwarding to said recipient communication device; the proxy device determining availability of the recipient communication device by generating a hypothetical call attempt comprising data associated with the user of the communication device and one or more urgency classes for which availability is being sensed and determining whether the hypothetical call would be presented directly to the user; the proxy device transmitting resulting availability data for the one or more urgency classes to the voicemail server; the voicemail server processing an availability data associated with said recipient communication device to determine an availability of said recipient communication device; and the voicemail server, if said availability data is indicative that said recipient communication device is available for receiving calls, then providing said voicemail data to said recipient communication device. the voicemail server determining that a voicemail data stored in a memory device has been classified as urgent, said voicemail data for forwarding to said recipient communication device; the proxy device determining availability of the recipient communication device by generating a hypothetical call attempt comprising data associated with the user of the communication device and one or more urgency classes for which availability is being sensed and determining whether the hypothetical call would be presented directly to the user; the proxy device transmitting resulting availability data for the one or more urgency classes to the voicemail server; the voicemail server processing an availability data associated with said recipient communication device to determine an availability of said recipient communication device; and the voicemail server, if said availability data is indicative that said recipient communication device is available for receiving calls, then providing said voicemail data to said recipient communication device.
A method for information transmission, performed by a terminal, comprising: sending indication information that the terminal has multiple subscriber identification modules, SIMs, to a base station in a process of establishing a radio resource control, RRC, connection; being characterized in: receiving a multi-SIM information request sent by the base station based on the indication information; and sending module information of at least one of the multiple SIMs in response to the multi-SIM information request; wherein receiving the multi-SIM information request sent by the base station based on the indication information comprises: receiving a UEInformationRequest signaling carrying the multi-SIM information request from the base station; sending the module information of the at least one of the multiple SIMs comprises: sending a UEInformationResponse signaling carrying the module information. sending indication information that the terminal has multiple subscriber identification modules, SIMs, to a base station in a process of establishing a radio resource control, RRC, connection; being characterized in: receiving a multi-SIM information request sent by the base station based on the indication information; and sending module information of at least one of the multiple SIMs in response to the multi-SIM information request; wherein receiving the multi-SIM information request sent by the base station based on the indication information comprises: receiving a UEInformationRequest signaling carrying the multi-SIM information request from the base station; sending the module information of the at least one of the multiple SIMs comprises: sending a UEInformationResponse signaling carrying the module information. receiving a multi-SIM information request sent by the base station based on the indication information; and sending module information of at least one of the multiple SIMs in response to the multi-SIM information request; wherein receiving the multi-SIM information request sent by the base station based on the indication information comprises: receiving a UEInformationRequest signaling carrying the multi-SIM information request from the base station; sending the module information of the at least one of the multiple SIMs comprises: sending a UEInformationResponse signaling carrying the module information. receiving a UEInformationRequest signaling carrying the multi-SIM information request from the base station; sending the module information of the at least one of the multiple SIMs comprises: sending a UEInformationResponse signaling carrying the module information.
A water filter comprising: a water head layer that receives unfiltered water and that facilitates flow of water through a filtration medium; a filter layer that houses the filtration medium that filters the unfiltered water as the unfiltered water passes through the filtration medium; and a dome shaped lid on top of the water head layer and the filter layer, the dome shaped lid configured to move with the water head layer as the water head layer receives unfiltered water and the unfiltered water passes through the filter layer. a water head layer that receives unfiltered water and that facilitates flow of water through a filtration medium; a filter layer that houses the filtration medium that filters the unfiltered water as the unfiltered water passes through the filtration medium; and a dome shaped lid on top of the water head layer and the filter layer, the dome shaped lid configured to move with the water head layer as the water head layer receives unfiltered water and the unfiltered water passes through the filter layer.
A wireless communication terminal that communicates wirelessly, the terminal comprising: a transceiver; and a processor, wherein the processor is configured to receive a signaling field of a PLCP Protocol Data Unit, PPDU, through the transceiver, and obtain an Address field of a MAC header included in the PPDU, wherein the Address field of the MAC header indicates a MAC address related to a MAC Protocol Data Unit, MPDU, characterized in that the processor is further configured to determine that the PPDU includes an Inter-Basic Service Set, BSS, frame, when information identifying a BSS indicated by the signaling field is the same as information identifying a BSS including the wireless communication terminal and the obtained Address field of a MAC header included in the PPDU indicates a BSS which is different from the BSS including the wireless communication terminal as a BSS from which the PPDU is transmitted, wherein the information identifying a BSS is a BSS color, and access a channel based on the determination that the PPDU includes an Inter-BSS frame. a transceiver; and a processor, wherein the processor is configured to receive a signaling field of a PLCP Protocol Data Unit, PPDU, through the transceiver, and obtain an Address field of a MAC header included in the PPDU, wherein the Address field of the MAC header indicates a MAC address related to a MAC Protocol Data Unit, MPDU, characterized in that the processor is further configured to determine that the PPDU includes an Inter-Basic Service Set, BSS, frame, when information identifying a BSS indicated by the signaling field is the same as information identifying a BSS including the wireless communication terminal and the obtained Address field of a MAC header included in the PPDU indicates a BSS which is different from the BSS including the wireless communication terminal as a BSS from which the PPDU is transmitted, wherein the information identifying a BSS is a BSS color, and access a channel based on the determination that the PPDU includes an Inter-BSS frame.
A method for managing at least one radio interface and at least one physical interface of a communicating equipment, characterised in that it comprises a step in which, in case of a connection of a peripheral to said physical interface, a mapping of the radio communications quality on said radio interface is determined, and then this mapping determined is compared with another mapping of the radio communications quality on said radio interface in the absence of a peripheral connected to said physical interface, and in case of degradation of said radio communications quality resulting from said connection, a first on-going operating configuration of said radio interface as a function of said determined mapping or a second on-going operating configuration of said physical interface is modified.