mhurhangee/ep-ind-claims huggingface dataset:
Method for monitoring a parameter value transmitted in a teletext data stream and allocated to a teletext page, having the following method steps: - separating the data corresponding to the teletext page from the transmitted teletext data stream, - identifying a parameter value contained in the separated data, - comparing the identified parameter value with a stored parameter threshold value, - emitting a notification signal when the identified parameter value matches the stored parameter threshold value or exceeds it, wherein emitting the notification signal takes place by sending - an email message and/or - an SMS message and/or - a telephone message and takes place by generating an on-screen display and/or an acoustic notification signal is emitted, - storing identified parameter values that are temporally successive and - displaying and/or printing a diagram corresponding to the temporal course of the identified parameter values. - separating the data corresponding to the teletext page from the transmitted teletext data stream, - identifying a parameter value contained in the separated data, - comparing the identified parameter value with a stored parameter threshold value, - emitting a notification signal when the identified parameter value matches the stored parameter threshold value or exceeds it, wherein emitting the notification signal takes place by sending - an email message and/or - an SMS message and/or - a telephone message and takes place by generating an on-screen display and/or an acoustic notification signal is emitted, - an email message and/or - an SMS message and/or - a telephone message and - storing identified parameter values that are temporally successive and - displaying and/or printing a diagram corresponding to the temporal course of the identified parameter values.
A household appliance mixing arrangement comprising - a mixing container with an inner surface and an open top, - a drive arrangement and - a hook, wherein the hook comprises a sole attachment portion which when attached to the drive arrangement abuts a first inner surface portion of the mixing container inner surface, and is attachable to the drive arrangement via a through hole in the first inner surface portion such that the hook is rotatable around a substantially horizontal axis of rotation within the mixing container when the hook is attached to the drive arrangement, characterized in that at least 40%, preferably at least 50%, more preferably at least 60% of the mixing container inner surface has the shape of an oblate spheroid. - a mixing container with an inner surface and an open top, - a drive arrangement and - a hook,
Rolling bearing for a medical or dental handpiece operated by compressed gas, comprising: an outer race, an inner race, at least one rolling body which is arranged between the outer race and the inner race, and an elastic braking device which is provided on the rolling bearing and acts in a contacting manner on the rolling bearing in order to brake a rotational movement of the rolling bearing and of a component (7, 8) connected to the rolling bearing, wherein the elastic braking device, in particular at least a braking portion of the braking device, can be actuated by compressed gas in such a way that the braking effect brought about by the contact between the elastic braking device and the rolling bearing can be varied, wherein the elastic braking device is formed in an annular shape with a central opening and has an outer periphery, an inner periphery defining the central opening, and a braking portion for braking the rotational movement of the rolling bearing, wherein a connecting portion (13, 13A) for mounting the elastic braking device in a receptacle of the rolling bearing is provided on the outer periphery, wherein the braking portion of the elastic braking device contacts a contact area on the inner race for braking the rotational movement, wherein the contact area is arranged at an angle to an axis of rotation of the rolling bearing characterized in that relative to an axis of rotation of the rolling bearing, the outer race has a greater axial extent or height than the inner race, so that the contact area encompasses an end face of the inner race.
An electronic device, comprising: a cavity-backed slot antenna including: a conductive cavity having a curved non-planar opening; and a non-planar antenna resonating element formed on a substrate and comprising a first slot that is directly fed using first and second antenna feed terminals (56 and 58) and a second slot that is not directly fed by the first and second antenna feed terminals (56 and 58) and that serves as a parasitic antenna slot, wherein the conductive cavity has cavity edges (34 and 36), the antenna resonating element comprises a layer of metal in which the first and second slots (48A and 48B) are formed, the layer of metal has peripheral edges, and the cavity-backed slot antenna further comprises a conductive ring of solder along the peripheral edges that electrically connects the peripheral edges of the layer of metal in the antenna resonating element to the cavity edges (34 and 36). a cavity-backed slot antenna including: a conductive cavity having a curved non-planar opening; and a non-planar antenna resonating element formed on a substrate and comprising a first slot that is directly fed using first and second antenna feed terminals (56 and 58) and a second slot that is not directly fed by the first and second antenna feed terminals (56 and 58) and that serves as a parasitic antenna slot, wherein the conductive cavity has cavity edges (34 and 36), the antenna resonating element comprises a layer of metal in which the first and second slots (48A and 48B) are formed, the layer of metal has peripheral edges, and the cavity-backed slot antenna further comprises a conductive ring of solder along the peripheral edges that electrically connects the peripheral edges of the layer of metal in the antenna resonating element to the cavity edges (34 and 36). a conductive cavity having a curved non-planar opening; and a non-planar antenna resonating element formed on a substrate and comprising a first slot that is directly fed using first and second antenna feed terminals (56 and 58) and a second slot that is not directly fed by the first and second antenna feed terminals (56 and 58) and that serves as a parasitic antenna slot, wherein the conductive cavity has cavity edges (34 and 36), the antenna resonating element comprises a layer of metal in which the first and second slots (48A and 48B) are formed, the layer of metal has peripheral edges, and the cavity-backed slot antenna further comprises a conductive ring of solder along the peripheral edges that electrically connects the peripheral edges of the layer of metal in the antenna resonating element to the cavity edges (34 and 36).
A current sensor comprising: a conductor through which a current to be measured flows; a magnetic sensor configured to measure an induction field that the current to be measured generates; a case configured to house the conductor and the magnetic sensor in a state where the conductor and the magnetic sensor are positioned and that includes a first opening that allows the magnetic sensor to be inserted into a housing space therethrough; an insulating lid configured to cover the first opening of the case and includes a second opening for allowing the conductor to communicate with the outside of the case; and a lid magnetic shield positioned in the lid, wherein the case includes a positioning part including an outer edge that engages with the second opening of the lid to position the lid on the case, and an end face of the positioning part is exposed to the outside from the second opening. a conductor through which a current to be measured flows; a magnetic sensor configured to measure an induction field that the current to be measured generates; a case configured to house the conductor and the magnetic sensor in a state where the conductor and the magnetic sensor are positioned and that includes a first opening that allows the magnetic sensor to be inserted into a housing space therethrough; an insulating lid configured to cover the first opening of the case and includes a second opening for allowing the conductor to communicate with the outside of the case; and a lid magnetic shield positioned in the lid, wherein the case includes a positioning part including an outer edge that engages with the second opening of the lid to position the lid on the case, and an end face of the positioning part is exposed to the outside from the second opening.
Distractor for palatal expansion, with an expansion part that has at least two expansion elements (3a, 3b) spaced apart from each other that are adjustable along a longitudinal axis and with two anchoring parts (4, 5) that are each fastened to a respective expansion element (3a, 3b), wherein each anchoring part (4, 5) that is divided into two subsections (4a, 4b and 5a, 5b, respectively) by the longitudinal axis has at least one palate rest (6a, 6b, 7a, 7b) and at least one tooth support (8a, 8b, 9a, 9b) in each of the two subsections (4a, 4b and 5a, 5b, respectively), wherein each palate rest (6a, 6b, 7a, 7b) has a support surface for contacting the palate and at least one through hole provided in the region of the support surface to accommodate a fastening element for anchoring to a palatine bone of the palate, wherein each tooth support (8a, 8b, 9a, 9b) has a first contact surface for an palatal side surface of a tooth (12.1, 12.2) and a second contact surface, which overhangs the first contact surface and forms an occlusal tooth rest for this tooth (12.1, 12.2), in order to thus position the support surfaces against the palate, wherein the anchoring parts (4, 5) each have at least two tooth supports (8a, 8b, 9a, 9b) and wherein each subsection (4a, 4b and 5a, 5b, respectively) has at least one of the tooth supports (8a, 8b and 9a, 9b, respectively) and at least one of the palate rests (6a, 6b and 7a, 7b, respectively) to which this tooth support (8a, 8b and 9a, 9b, respectively) is connected in order to thus fix the support surfaces in their position against the palate.
A method for cleaning a spraying circuit, in particular of paint, and for treating the chemical effluents generated, comprising the following steps: a) preparation and purging of the paint pump suction line; b) first rinsing of the paint circuit using a predetermined first volume of treated effluent; characterized in that it further comprises the following steps: c) second rinsing of the paint circuit using a predetermined second volume of ecosolvant; d) third rinsing of the paint circuit using a predetermined third volume of treated effluent; the method comprising effluent treatment and recycling treated effluent during steps b) and d) for cleaning and rinsing the paint circuit so as to save on the consumption of water from the network relative to a rinsing method requiring a periodical consumption of network water. a) preparation and purging of the paint pump suction line; b) first rinsing of the paint circuit using a predetermined first volume of treated effluent; c) second rinsing of the paint circuit using a predetermined second volume of ecosolvant; d) third rinsing of the paint circuit using a predetermined third volume of treated effluent;
Gas turbine blade having a casted metal airfoil, said airfoil comprising a main wall defining at least one interior cavity, having a first side wall and a second side wall, which are coupled to each other at a leading edge and a trailing edge, extending in a radial direction from a blade root to a blade tip and defining a radial span from 0% at the blade root to 100% at the blade tip, wherein said airfoil has a radial span dependent chord length defined by a straight line connecting the leading edge and the trailing edge as well as a radial span dependent solidity ratio of metal area to total cross-sectional area, characterized in that solidity ratios in a machined zone of the airfoil from 80% to 85% of span are below 35%, in particular all solidity ratios in said zone.
A modular production transfer system for use with a floating production unit and a production buoy, the system comprising: a support structure configured to be secured to an exterior side of the floating production unit; a moon pool secured outboard of the support structure and configured to contain the production buoy during production; an inspection platform secured above the moon pool; a turntable secured to the inspection platform; a winch secured to the turntable; and a shipboard connector positioned below the turntable and configured to mate with a buoy connector on the buoy, wherein the system is configured to suspend the buoy connector above water during production. a support structure configured to be secured to an exterior side of the floating production unit; a moon pool secured outboard of the support structure and configured to contain the production buoy during production; an inspection platform secured above the moon pool; a turntable secured to the inspection platform; a winch secured to the turntable; and a shipboard connector positioned below the turntable and configured to mate with a buoy connector on the buoy, wherein the system is configured to suspend the buoy connector above water during production.
An electronic circuit comprising: - a control signal processing circuit (4, 5, 7, 11) connected in input to a slow clock source and to a fast clock source, and connected in output to a control signal output circuit (9, 10), the control signal processing circuit being arranged to process a fast clock signal from the fast clock source or a slow clock signal from the slow clock source, and to operate in at least one of a first power mode and a second power mode, the second power mode having a lower power consumption than the first power mode, the electronic circuit being characterized by: - control signal processing circuit bypass means (9, 10, 12) for providing, when the control signal processing circuit (4, 5, 7, 11) is in the second power mode, a bypass connection for conveying the slow clock signal, from the slow clock source to the control signal output circuit (9, 10), thereby bypassing the control signal processing circuit (4, 5, 7, 11), and - a signal selector arranged between the slow clock source and a clock selection and synchronizer unit of the control signal processing circuit (4, 5, 7, 11), a first input signal of the signal selector having an electric potential of zero, whereas a second input signal is the slow clock signal from the slow clock source, said signal selector being controlled by a signal selection control signal and when in the second power mode, the signal selection control signal being arranged to select the signal with electric potential of zero to be fed to the clock selection and synchronizer unit. - a control signal processing circuit (4, 5, 7, 11) connected in input to a slow clock source and to a fast clock source, and connected in output to a control signal output circuit (9, 10), the control signal processing circuit being arranged to process a fast clock signal from the fast clock source or a slow clock signal from the slow clock source, and to operate in at least one of a first power mode and a second power mode, the second power mode having a lower power consumption than the first power mode, - control signal processing circuit bypass means (9, 10, 12) for providing, when the control signal processing circuit (4, 5, 7, 11) is in the second power mode, a bypass connection for conveying the slow clock signal, from the slow clock source to the control signal output circuit (9, 10), thereby bypassing the control signal processing circuit (4, 5, 7, 11), and - a signal selector arranged between the slow clock source and a clock selection and synchronizer unit of the control signal processing circuit (4, 5, 7, 11), a first input signal of the signal selector having an electric potential of zero, whereas a second input signal is the slow clock signal from the slow clock source, said signal selector being controlled by a signal selection control signal and when in the second power mode, the signal selection control signal being arranged to select the signal with electric potential of zero to be fed to the clock selection and synchronizer unit.
A host system, comprising: a bus interface configured to be coupled to a plurality of peripheral component interconnect express, PCIe, endpoints to receive at least one PCIe transaction layer packet, TLP, that comprises a TLP prefix; and characterised by a PCIe root complex, RC, comprising attribute prefix detection and parsing logic configured to: receive the at least one PCIe TLP from the bus interface; detect the TLP prefix in the at least one PCIe TLP; parse the TLP prefix to extract one or more transaction-specific attributes associated with a predefined host transaction, wherein transaction-specific attributes define transaction-handling preferences for the pre-defined host transaction; and provide the one or more transaction-specific attributes to an attribute interface. a bus interface configured to be coupled to a plurality of peripheral component interconnect express, PCIe, endpoints to receive at least one PCIe transaction layer packet, TLP, that comprises a TLP prefix; and characterised by a PCIe root complex, RC, comprising attribute prefix detection and parsing logic configured to: receive the at least one PCIe TLP from the bus interface; detect the TLP prefix in the at least one PCIe TLP; parse the TLP prefix to extract one or more transaction-specific attributes associated with a predefined host transaction, wherein transaction-specific attributes define transaction-handling preferences for the pre-defined host transaction; and provide the one or more transaction-specific attributes to an attribute interface. receive the at least one PCIe TLP from the bus interface; detect the TLP prefix in the at least one PCIe TLP; parse the TLP prefix to extract one or more transaction-specific attributes associated with a predefined host transaction, wherein transaction-specific attributes define transaction-handling preferences for the pre-defined host transaction; and provide the one or more transaction-specific attributes to an attribute interface.
Operating device for a household appliance, which operating device has an operating element (5, 6) comprising a rotary ring that can be used to set operating conditions of the household appliance according to a rotary movement, and which operating element (5, 6) comprises an electronic display area, which is enclosed by the rotary ring, wherein an optical light strip in the form of a circumferential ring is formed adjacent to the rotary ring and separate therefrom, which light strip is used to indicate visually as a light line the length of a rotary path travelled by the rotary ring in a rotary movement, wherein the light line is positioned graphically directly against the rotary ring but separate therefrom, and runs immediately adjacent thereto, wherein the light strip is formed adjacent to an outer edge of the rotary ring that faces away from the display area.
Method for transmitting a short message in a telecommunication network between a second subscriber and a first subscriber, wherein a short message that is written on the second subscriber and emitted with appropriate addressing for the first subscriber to the network operator of the telecommunication network via the telecommunication network is stored by the network operator, the network operator sends a message to the first subscriber when the network operator detects activation of the first subscriber, on a request, by the first subscriber following reception of the message, to transmit the short message, the network operator first of all sends a communication to the first subscriber that informs the first subscriber about the structure and/or content of the short message, and then the short message can be downloaded in part or in full from the network operator by the first subscriber.
A method for use in a local device comprising: measuring interference values on uplink resources of a victim cell; determining a highest measured interference value and a lowest measured interference value for all available channels; accessing a channel of the uplink resources of the victim cell based on whether a calculated probability of accessing the channel of the uplink resources of the victim cell meets a predetermined condition, wherein the calculated probability is dependent on a suitable transmission power and the highest measured interference value and the lowest measured interference value. measuring interference values on uplink resources of a victim cell; determining a highest measured interference value and a lowest measured interference value for all available channels; accessing a channel of the uplink resources of the victim cell based on whether a calculated probability of accessing the channel of the uplink resources of the victim cell meets a predetermined condition, wherein the calculated probability is dependent on a suitable transmission power and the highest measured interference value and the lowest measured interference value.
A method for obtaining a lipase variant, comprising introducing into a parent lipase a substitution corresponding to T37R of the mature polypeptide of SEQ ID NO: 2, wherein the variant is a polypeptide comprising an amino acid sequence with at least 90% but less than 100% identity with the mature polypeptide of SEQ ID NO: 2, has lipase activity, and in comparison with the parent lipase has improved performance in the presence of an organic catalyst selected from the group consisting of organic catalysts having the following formulae: a) b) or c) mixtures thereof, wherein each R1 is independently a branched alkyl group containing from 3 to 24 carbons or a linear alkyl group containing from 1 to 24 carbons; and recovering the variant, preferably wherein R1 is independently selected from the group consisting of 2-propylheptyl, 2-butyloctyl, 2-pentylnonyl, 2-hexyldecyl, n-dodecyl, n-tetradecyl, n-hexadecyl, n-octadecyl, iso-nonyl, iso-decyl, iso-tridecyl, and iso-pentadecyl. a) b) or c) mixtures thereof,
A device for dissolving, dispersing and dispensing soluble material in a solid form into a liquid flowing through the device, the device comprising a container defining an inner chamber for a plurality of chlorination tables, the container having a top and a bottom, the container having an inlet (6,7) and an outlet (8,9) for flow of liquid through the device at the bottom end of the container, characterised in that the device is an end of line device, the top of the container is open to atmospheric pressure, in that the device has a substantially horizontal inlet at one end and a substantially horizontal outlet at the other end and in that there is a horizontal flowpath between the inlet (6,7) and the outlet (8,9), the flow path having substantially the same cross sectional area as the inlet, wherein the inlet and outlet are arranged substantially co-axially and wherein the flowpath is defined by a pipe having an opening in the wall thereof which is adapted for:- a) contacting some of the liquid with tablets housed in the container when liquid is flowing through the device, water with dissolved chlorine exiting from the chamber through the opening and back into the pipe; and b) allowing all of the liquid to completely drain from the device when there is no liquid flowing through the device. a) contacting some of the liquid with tablets housed in the container when liquid is flowing through the device, water with dissolved chlorine exiting from the chamber through the opening and back into the pipe; and b) allowing all of the liquid to completely drain from the device when there is no liquid flowing through the device.