mhurhangee/ep-ind-claims huggingface dataset:
A bias generation circuit, comprising: a bias voltage generator, including: a main NMOS transistor having a drain and a gate of the main NMOS transistor both coupled to a first terminal, a main resistor having a first main resistor terminal and a second main resistor terminal, wherein the first main resistor terminal couples to a source of the main NMOS transistor, and a main PMOS transistor having a source of the main PMOS transistor coupled to the second main resistor terminal and a drain and a gate of the main PMOS transistor both coupled to a second terminal, wherein the second terminal couples to a main ground; and one or more local bias replicas, each local bias replica coupled to the first terminal and the second terminal, and comprised in a sensor of an array of sensors. a bias voltage generator, including: a main NMOS transistor having a drain and a gate of the main NMOS transistor both coupled to a first terminal, a main resistor having a first main resistor terminal and a second main resistor terminal, wherein the first main resistor terminal couples to a source of the main NMOS transistor, and a main PMOS transistor having a source of the main PMOS transistor coupled to the second main resistor terminal and a drain and a gate of the main PMOS transistor both coupled to a second terminal, wherein the second terminal couples to a main ground; and a main NMOS transistor having a drain and a gate of the main NMOS transistor both coupled to a first terminal, a main resistor having a first main resistor terminal and a second main resistor terminal, wherein the first main resistor terminal couples to a source of the main NMOS transistor, and a main PMOS transistor having a source of the main PMOS transistor coupled to the second main resistor terminal and a drain and a gate of the main PMOS transistor both coupled to a second terminal, wherein the second terminal couples to a main ground; and one or more local bias replicas, each local bias replica coupled to the first terminal and the second terminal, and comprised in a sensor of an array of sensors. coupled to the first terminal and the second terminal, and comprised in a sensor of an array of sensors.
A tensioning system comprising: a spring case having a pivot tube and an outer cylindrical portion; an arm pivotally coupled to the spring case to pivot relative to the spring case, the arm having a pulley portion and a body portion, wherein the body portion has a radially outer flange and a radially inner flange, the radially inner flange beaing seated within the spring case; a spring seated within the radially inner flange of the arm and operatively coupled to the arm to bias the arm relative to the spring case; a bushing positioned between the radially inner flange of the arm and the spring case; and an annular lip seal having a body portion with a flexible flange extending therefrom and a gap between the body portion and the flexible flange, wherein the annular lip seal is seated below or above an end flange of the spring case and is positioned on a portion of a radially outer surface of the outer cylindrical portion of the spring case and is sealingly engaged between the radially outer flange of the arm and said radially outer surface of the spring case and a connecting portion of the arm or a seal plate coupled to the outer flange of the arm, wherein the annular lip seal is in compression in the axial direction in the assembled state and is optionally in radial tension; wherein the annular lip seal is configured to expand or compress to maintain a seal between the arm and the spring case and to block external contaminants from reaching the bushing as wear of the bushing occurs. a spring case having a pivot tube and an outer cylindrical portion; an arm pivotally coupled to the spring case to pivot relative to the spring case, the arm having a pulley portion and a body portion, wherein the body portion has a radially outer flange and a radially inner flange, the radially inner flange beaing seated within the spring case; a spring seated within the radially inner flange of the arm and operatively coupled to the arm to bias the arm relative to the spring case; a bushing positioned between the radially inner flange of the arm and the spring case; and an annular lip seal having a body portion with a flexible flange extending therefrom and a gap between the body portion and the flexible flange, wherein the annular lip seal is seated below or above an end flange of the spring case and is positioned on a portion of a radially outer surface of the outer cylindrical portion of the spring case and is sealingly engaged between the radially outer flange of the arm and said radially outer surface of the spring case and a connecting portion of the arm or a seal plate coupled to the outer flange of the arm, wherein the annular lip seal is in compression in the axial direction in the assembled state and is optionally in radial tension; wherein the annular lip seal is configured to expand or compress to maintain a seal between the arm and the spring case and to block external contaminants from reaching the bushing as wear of the bushing occurs.
A method for managing a tamper-proof device comprising first and second software containers (32, 34), said tamper-proof device being included in a host device comprising a baseband unit including an activator agent, characterized in that said first software container emulating a eUICC and being in a deactivated state, in that the second software container comprises a set of rules, in that the activator agent retrieves both a location data broadcasted by a telecom network without authenticating to the Telecom network and said set of rules from the second software container, in that the activator agent checks if activation of the first software container is authorized by one of said rules for the location data, and in that the activator agent requests activation of the first software container only in case of successful checking by executing a script. in that the second software container comprises a set of rules, in that the activator agent retrieves both a location data broadcasted by a telecom network without authenticating to the Telecom network and said set of rules from the second software container, in that the activator agent checks if activation of the first software container is authorized by one of said rules for the location data, and in that the activator agent requests activation of the first software container only in case of successful checking by executing a script.
A communications method, comprising: determining, by a control function entity, a session management function entity based on at least one of a data network name, slice information, and an application function service identifier; and sending by the control function entity, a first message to the session management function entity, wherein the first message is used to subscribe to a terminal event, the first message comprises service description information, and wherein the service description information is description information of service data, and the service description information is used to identify a service of a specific application function entity and the service corresponding to the terminal event, wherein the first message comprises an event correlation identifier and event type information of the terminal event, the event correlation identifier is used to determine event reporting information, and the event type information is used to identify the terminal event, wherein the event reporting information is used to identify information about a reported event. determining, by a control function entity, a session management function entity based on at least one of a data network name, slice information, and an application function service identifier; and sending by the control function entity, a first message to the session management function entity, wherein the first message is used to subscribe to a terminal event, the first message comprises service description information, and wherein the service description information is description information of service data, and the service description information is used to identify a service of a specific application function entity and the service corresponding to the terminal event, wherein the first message comprises an event correlation identifier and event type information of the terminal event, the event correlation identifier is used to determine event reporting information, and the event type information is used to identify the terminal event, wherein the event reporting information is used to identify information about a reported event.
A thermal sensor, comprising: a bandgap circuit, outputting a temperature-dependent voltage; a dual-phase voltage-to-frequency converter, coupled to the bandgap circuit in a normal phase to perform a voltage-to-frequency conversion based on the temperature-dependent voltage, and disconnected from the bandgap circuit in a coefficient capturing phase to perform the voltage-to-frequency conversion based on a supply voltage; a switched-capacitor resistor comprising a capacitor (Cx); and a frequency meter, coupled to the dual-phase voltage-to-frequency converter to calculate a temperature-dependent frequency corresponding to the normal phase of the dual-phase voltage-to-frequency converter and a temperature-independent frequency corresponding to the coefficient capturing phase of the dual-phase voltage-to-frequency converter, wherein by combining the temperature-dependent frequency and the temperature-independent frequency, non-ideal coefficients due to the capacitor (Cx) of the switched-capacitor resistor are eliminated. a bandgap circuit, outputting a temperature-dependent voltage; a dual-phase voltage-to-frequency converter, coupled to the bandgap circuit in a normal phase to perform a voltage-to-frequency conversion based on the temperature-dependent voltage, and disconnected from the bandgap circuit in a coefficient capturing phase to perform the voltage-to-frequency conversion based on a supply voltage; a switched-capacitor resistor comprising a capacitor (Cx); and a frequency meter, coupled to the dual-phase voltage-to-frequency converter to calculate a temperature-dependent frequency corresponding to the normal phase of the dual-phase voltage-to-frequency converter and a temperature-independent frequency corresponding to the coefficient capturing phase of the dual-phase voltage-to-frequency converter, wherein by combining the temperature-dependent frequency and the temperature-independent frequency, non-ideal coefficients due to the capacitor (Cx) of the switched-capacitor resistor are eliminated.
An inkjet recording device comprising: an inkjet head including a base frame, a plurality of support devices (276, 278) that are provided on the base frame at regular intervals, a plurality of head modules that are joined in a line by being mounted on the base frame through the support devices, a plurality of position adjusting devices (234, 242) configured to individually adjust the positions of the head modules mounted on the base frame, and a plurality of position detecting devices (260, 298) configured to individually detect the positions of the head modules, which are mounted on the base frame, relative to support reference points that are set at the respective support devices and serve as references; a first storage device which is provided on the base frame and in which information about the positions of the respective support reference points is stored; second storage devices which are provided in the respective head modules and in which information about the positions of nozzles of the head modules is stored; a third storage device in which information about the positions of the nozzles of the respective head modules mounted on the base frame is stored; and a position-correction-information generating device configured to generate information about the correction of a position, which is required to mount the replaced head module at a normal position, based on the information stored in the first storage device, the information stored in the second storage devices, and the information stored in the third storage device when the head module is replaced. an inkjet head including a base frame, a plurality of support devices (276, 278) that are provided on the base frame at regular intervals, a plurality of head modules that are joined in a line by being mounted on the base frame through the support devices, a plurality of position adjusting devices (234, 242) configured to individually adjust the positions of the head modules mounted on the base frame, and a plurality of position detecting devices (260, 298) configured to individually detect the positions of the head modules, which are mounted on the base frame, relative to support reference points that are set at the respective support devices and serve as references; a first storage device which is provided on the base frame and in which information about the positions of the respective support reference points is stored; second storage devices which are provided in the respective head modules and in which information about the positions of nozzles of the head modules is stored; a third storage device in which information about the positions of the nozzles of the respective head modules mounted on the base frame is stored; and a position-correction-information generating device configured to generate information about the correction of a position, which is required to mount the replaced head module at a normal position, based on the information stored in the first storage device, the information stored in the second storage devices, and the information stored in the third storage device when the head module is replaced.
Cosmetic use of a cosmetic composition comprising at least one meadowsweet extract, at least one white mulberry extract and salicylic acid to lighten the skin.
An analysis device having a liquid chromatograph is characterized by comprising: a plurality of liquid chromatographs each having a separation column (114, 117, 119) for separating a measurement target substance from a sample; a liquid chromatograph selection unit for selecting one of the plurality of liquid chromatographs; a detector for detecting and analyzing the measurement target substance from an eluate eluted from the liquid chromatograph selected by the liquid chromatograph selection unit; and a control unit for controlling the plurality of liquid chromatographs, the liquid chromatograph selection unit, and the detector, wherein the control unit compares numbers of remaining usable times of the separation columns to each other, which are included in each of the plurality of liquid chromatographs, and controls the liquid chromatograph selection unit to select the liquid chromatograph having the separation column (114, 117, 119) with a minimum number of remaining usable times. a plurality of liquid chromatographs each having a separation column (114, 117, 119) for separating a measurement target substance from a sample; a liquid chromatograph selection unit for selecting one of the plurality of liquid chromatographs; a detector for detecting and analyzing the measurement target substance from an eluate eluted from the liquid chromatograph selected by the liquid chromatograph selection unit; and a control unit for controlling the plurality of liquid chromatographs, the liquid chromatograph selection unit, and the detector, wherein the control unit compares numbers of remaining usable times of the separation columns to each other, which are included in each of the plurality of liquid chromatographs, and controls the liquid chromatograph selection unit to select the liquid chromatograph having the separation column (114, 117, 119) with a minimum number of remaining usable times.
A dispenser for dispensing a web-shaped sheet product, in particular paper, with a dispensing unit which is driven by means of an electric motor and which is supplied with energy from a power source disposed in the dispenser and by means of which, in a motor operational mode, the web-shaped sheet product can be dispensed from the dispenser after a - preferably contactlessly operating - trigger sensor reacts, characterized in that in a manual operational mode in which the user pulls the web-shaped sheet product out of the dispenser manually, the electric motor operates as a generator and charges a power storage unit for supplying power to the electronic control system and/or charges the power source supplying the electric motor, wherein the power storage unit is separately configured for the electronic control system on the one hand and the power source is separately configured for the electric motor on the other hand.
A chalcogenide compound represented by the following formula: (A 1-a A' a) 4-x B 3-y wherein A is In, and A' is Sn; wherein B is at least one selected from a group consisting of S, Se, Te; wherein a is equal to or larger than 0 and less than 0.5; wherein x is between -1 and 1; and wherein y is between -1 and 1, and wherein: a is greater than 0, and/or when a is equal to 0, the molar ratio of A to B is 4:3-y' wherein 0<y'<1. wherein A is In, and A' is Sn; wherein B is at least one selected from a group consisting of S, Se, Te; wherein a is equal to or larger than 0 and less than 0.5; wherein x is between -1 and 1; and wherein y is between -1 and 1, a is greater than 0, and/or when a is equal to 0, the molar ratio of A to B is 4:3-y' wherein 0<y'<1.
Process for making a polylactic acid elongated object comprising the steps of a) making a solution of polylactic acid having an intrinsic viscosity (IV, measured as described in the description in chloroform at 25°C) of at least 4 dL/g, in a solvent wherein the solution has a concentration c P of 5 to 50 mass% expressed as the mass of PLA per total mass of solution; b) spinning the solution through a spinplate comprising at least 1 spinhole to form a fluid elongated object; c) optionally applying a draw ratio DR fluid to the fluid elongated object; d) contacting the fluid elongated object with a cooling medium to form a solvent-containing gel elongated object; e) removing at least partly the solvent from the gel elongated object to form a solid elongated object; and f) drawing the elongated object in at least one step before, during and/or after step e), while applying a draw ratio (DR solid) of at least 2, to form a PLA elongated object, characterized in that in step d) the cooling medium has a temperature T q of less than 0°C. a) making a solution of polylactic acid having an intrinsic viscosity (IV, measured as described in the description in chloroform at 25°C) of at least 4 dL/g, in a solvent wherein the solution has a concentration c P of 5 to 50 mass% expressed as the mass of PLA per total mass of solution; b) spinning the solution through a spinplate comprising at least 1 spinhole to form a fluid elongated object; c) optionally applying a draw ratio DR fluid to the fluid elongated object; d) contacting the fluid elongated object with a cooling medium to form a solvent-containing gel elongated object; e) removing at least partly the solvent from the gel elongated object to form a solid elongated object; and f) drawing the elongated object in at least one step before, during and/or after step e), while applying a draw ratio (DR solid) of at least 2, to form a PLA elongated object,
An antenna, comprising an L-shaped antenna body, wherein the antenna body comprises a first section and a second section that intersects with the first section, the antenna body comprises a feed point and a grounding point that are disposed with an interval, the feed point is configured to connect to a radio frequency front end, and the antenna further comprises a tuning element connected between the grounding point and a grounding position of the grounding point, the tuning element is configured to adjust an electrical length of the antenna body; the antenna body comprises a first end and a second end that are away from each other, the first end is an end that is of the first section and that is far away from the second section, the second end is an end that is of the second section and that is far away from the first section, an electrical length between the feed point and the first end is greater than an electrical length between the feed point and the second end, and wherein the antenna body is configured to generate resonance of quarter of a first wavelength between the feed point and the first end, the antenna body is configured to generate resonance of half of a second wavelength between the first end and the second end, and the first wavelength is greater than the second wavelength; wherein a difference between a resonant frequency of the first wavelength and a resonant frequency of the second wavelength ranges from 50 MHz to 200 MHz. the antenna body comprises a first end and a second end that are away from each other, the first end is an end that is of the first section and that is far away from the second section, the second end is an end that is of the second section and that is far away from the first section, an electrical length between the feed point and the first end is greater than an electrical length between the feed point and the second end, and wherein the antenna body is configured to generate resonance of quarter of a first wavelength between the feed point and the first end, the antenna body is configured to generate resonance of half of a second wavelength between the first end and the second end, and the first wavelength is greater than the second wavelength; wherein a difference between a resonant frequency of the first wavelength and a resonant frequency of the second wavelength ranges from 50 MHz to 200 MHz.
A method for emergency messaging, comprising the steps of: - providing at least one mobile emergency communication device adapted for communication via a communication network, which comprises an emergency transmitter that is adapted to transmit an emergency signal independent of the communication network; - emitting an emergency signal by the emergency transmitter in response to an activation of the emergency transmitter; - receiving the emergency signal by at least one receiving device; - determining a relative location information of the mobile emergency communication device relative to the receiving device by the receiving device on the basis of the received emergency signal, wherein the receiving device is configured as a mobile communication device; characterized in that on the basis of the determined relative location information, the receiving device generates and outputs navigation information enabling a user of the receiving device to navigate to the emergency communication device. - providing at least one mobile emergency communication device adapted for communication via a communication network, which comprises an emergency transmitter that is adapted to transmit an emergency signal independent of the communication network; - emitting an emergency signal by the emergency transmitter in response to an activation of the emergency transmitter; - receiving the emergency signal by at least one receiving device; - determining a relative location information of the mobile emergency communication device relative to the receiving device by the receiving device on the basis of the received emergency signal, wherein the receiving device is configured as a mobile communication device; characterized in that on the basis of the determined relative location information, the receiving device generates and outputs navigation information enabling a user of the receiving device to navigate to the emergency communication device.