mhurhangee/ep-ind-claims huggingface dataset:
A method for disabling and enabling a feature of a tracking device, said method being performed by a system comprising the tracking device, a tracking server, a first mobile device and a second mobile device, said method comprising: receiving, by the tracking server, an instruction from the first mobile device to disable the feature of the tracking device, the tracking device associated with the first mobile device and configured to be remotely controlled by the first mobile device via the tracking server; receiving, by the second mobile device, a tracking signal from the tracking device; receiving, by the tracking server, a notification from the second mobile device that the second mobile device is within a communication range of the tracking device; in response to receiving the instruction to disable the feature of the tracking device and the notification that the second mobile device is within a communication range of the tracking device, transmitting, by the tracking server to the second mobile device, the instruction for the tracking device to disable the feature; providing, by the second mobile device, the instruction to the tracking device; in response to receiving the instruction, disabling, by the tracking device, the feature of the tracking device; when the first mobile device is within the communication range of the tracking device, automatically transmitting, by the first mobile device to the tracking device, a second instruction to re-enable the feature; and enabling, by the tracking device, the feature according to the second instruction. receiving, by the tracking server, an instruction from the first mobile device to disable the feature of the tracking device, the tracking device associated with the first mobile device and configured to be remotely controlled by the first mobile device via the tracking server; receiving, by the second mobile device, a tracking signal from the tracking device; receiving, by the tracking server, a notification from the second mobile device that the second mobile device is within a communication range of the tracking device; in response to receiving the instruction to disable the feature of the tracking device and the notification that the second mobile device is within a communication range of the tracking device, transmitting, by the tracking server to the second mobile device, the instruction for the tracking device to disable the feature; providing, by the second mobile device, the instruction to the tracking device; in response to receiving the instruction, disabling, by the tracking device, the feature of the tracking device; when the first mobile device is within the communication range of the tracking device, automatically transmitting, by the first mobile device to the tracking device, a second instruction to re-enable the feature; and enabling, by the tracking device, the feature according to the second instruction.
Nebulizer for a fluid, with a preferably insertable container containing the fluid, with a pressure generator for conveying and/or nebulizing the fluid and preferably with a housing part which is detachable for the insertion of the container, wherein the nebulizer comprises a first coding means and the container is associated with a second coding means, the coding means (24, 25) cooperating with one another such that the container with the associated second coding means is only insertable into the nebulizer or usable therewith when the coding means (24, 25) have a matching coding, wherein at least one of the coding means (24, 25) comprises at least one, particularly web-like, nose-like or thread-like, projection projecting transversally to the direction of insertion of the container, and wherein at least one of the coding means (24, 25) comprises at least one preferably groove-like or thread-like recess formed transversally to the direction of insertion of the container, characterised in that the projection and the recess are constructed and cooperate such that, when the coding matches, during insertion of the container into the nebulizer they can be brought into engagement and axially pushed into each other.
Process for preparing a compound having the general formula: R 3 In 2 Cl 3 comprising the reaction steps of a1) reacting indium with an alkyl donor to form compound, wherein the alkyl donor is alkyl chloride and wherein R is a branched or unbranched alkyl radical having 1 to 4 carbon atoms, a2) and optionally isolating compound from the reaction mixture; wherein a compound having the formula R 3 In 2 Cl 3 is used as reaction medium and the ratio of indium to the reaction medium is 0.5:10 to 1.4:0,5, in particular 0.5:3 to 1.4:0,5, 1:2 to 2:1 or 1:1.5 to 1.5:1 (relative to weight). a1) reacting indium with an alkyl donor to form compound, wherein the alkyl donor is alkyl chloride and wherein R is a branched or unbranched alkyl radical having 1 to 4 carbon atoms, a2) and optionally isolating compound from the reaction mixture;
A method of setting up a connection between an originating terminal (T o) and a terminating terminal (T t) connecting via the same access network, the access network accessing a core network through an originating access gateway for the originating terminal (T o), the method characterized by the steps of: - at the originating access gateway, including an information element in a set-up message for setting up the connection through at least the core network, - transmitting the set-up message on a signalling path through at least the core network to a terminating access gateway in the core network, wherein at least one of the nodes (110, 120, 130) through which the signalling path progresses enters information into the information element relating to its needs to access a media plane of the connection to be set up, - receiving at the terminating access gateway the set-up message comprising the information element, - transmitting a response message including the information element with the collected media plane access needs in an opposite direction along the signalling path to the originating access gateway, - providing the information on the media plane access needs collected by the information element for determining whether a local shortcut of a media path of said connection can be established in the access network. - at the originating access gateway, including an information element in a set-up message for setting up the connection through at least the core network, - transmitting the set-up message on a signalling path through at least the core network to a terminating access gateway in the core network, wherein at least one of the nodes (110, 120, 130) through which the signalling path progresses enters information into the information element relating to its needs to access a media plane of the connection to be set up, - receiving at the terminating access gateway the set-up message comprising the information element, - transmitting a response message including the information element with the collected media plane access needs in an opposite direction along the signalling path to the originating access gateway, - providing the information on the media plane access needs collected by the information element for determining whether a local shortcut of a media path of said connection can be established in the access network.
An emergency brake override system for a brake system for a rail vehicle, comprising: a data input port; a signal unit for signalling an emergency braking recommendation; an actuating device for manual confirmation of the signalling of the emergency braking recommendation; and a data output port for an emergency braking signal; the emergency brake override system being designed: to signal the emergency braking recommendation via the signal unit on the basis of information based on route data input at the data input port; and to output the emergency braking signal dependent on a specific manual actuation of the actuating device. a data input port; a signal unit for signalling an emergency braking recommendation; an actuating device for manual confirmation of the signalling of the emergency braking recommendation; and a data output port for an emergency braking signal; the emergency brake override system being designed: to signal the emergency braking recommendation via the signal unit on the basis of information based on route data input at the data input port; and to output the emergency braking signal dependent on a specific manual actuation of the actuating device. to signal the emergency braking recommendation via the signal unit on the basis of information based on route data input at the data input port; and to output the emergency braking signal dependent on a specific manual actuation of the actuating device.
A textile fabric comprising aramid fibres and provided with a water-repellent finish, wherein the water-repellent finish comprises a mixture of a component A, a component B and a component C, wherein - component A is a reaction product of an aliphatic carboxylic acid with a methylolmelamine; - component B is a paraffin wax and - component C is an ester wax C1 and/or a further paraffin wax C2 and the paraffin wax forming the component B of the water-repellent finish has a melting point T B and the further paraffin wax C2 of the component C has a melting point T C2, where T C2 is lower than T B. - component A is a reaction product of an aliphatic carboxylic acid with a methylolmelamine; - component B is a paraffin wax and - component C is an ester wax C1 and/or a further paraffin wax C2 and the paraffin wax forming the component B of the water-repellent finish has a melting point T B and the further paraffin wax C2 of the component C has a melting point T C2, where T C2 is lower than T B.
Field-sensor device, comprising: - a first field sensor disposed in a first orientation, said first field sensor responsive to an external field to produce a first sensor signal; - a second field sensor disposed in a second orientation different from the first orientation, said second field sensor responsive to the external field to produce a second sensor signal; and - a controller having a control circuit arranged to a) control said first and second field sensors to produce corresponding first and second sensor signals, b) convert the first or second sensor signal, or both the first and second sensor signal, to equivalent comparable sensor signals in a common orientation; c) compare the comparable sensor signals to determine a faulty field sensor, if any; and d) if a faulty field sensor is determined, provide a faulty sensor signal or, if a faulty sensor is not determined, provide an output sensor signal responsive to the first, second or comparable sensor signals, or any combination thereof. - a first field sensor disposed in a first orientation, said first field sensor responsive to an external field to produce a first sensor signal; - a second field sensor disposed in a second orientation different from the first orientation, said second field sensor responsive to the external field to produce a second sensor signal; and - a controller having a control circuit arranged to a) control said first and second field sensors to produce corresponding first and second sensor signals, b) convert the first or second sensor signal, or both the first and second sensor signal, to equivalent comparable sensor signals in a common orientation; c) compare the comparable sensor signals to determine a faulty field sensor, if any; and d) if a faulty field sensor is determined, provide a faulty sensor signal or, if a faulty sensor is not determined, provide an output sensor signal responsive to the first, second or comparable sensor signals, or any combination thereof. a) control said first and second field sensors to produce corresponding first and second sensor signals, b) convert the first or second sensor signal, or both the first and second sensor signal, to equivalent comparable sensor signals in a common orientation; c) compare the comparable sensor signals to determine a faulty field sensor, if any; and d) if a faulty field sensor is determined, provide a faulty sensor signal or, if a faulty sensor is not determined, provide an output sensor signal responsive to the first, second or comparable sensor signals, or any combination thereof.
A stabilized longlife non-edible ready-to-stuff collagen casing comprising a moisture amount between 27% and 50% by weight based on total casing weight and a salt amount between 2,5% and 30% by weight based on dry casing weight, characterised in that the salt comprises a salt from an organic acid and wherein the casing is packed.
A medical electrode including a plastic foam disc having a top side and a bottom side, an aperture extending at a central part of the plastic foam disc from the top side to the bottom side and thereby forming a contact medium chamber, a plastic foil having a top side and a bottom side and being arranged on the top side of the plastic foam disc, thereby covering the aperture and at least a part of the surrounding plastic foam disc, the plastic foil being welded to the plastic foam disc along a weld line surrounding the aperture, an electric connector being mounted on the plastic foil eccentrically in relation to the central part of the plastic foam disc, the electric connector being adapted to be electrically connected to monitoring equipment, a sensor strip disposed in the contact medium chamber and electrically connected to the electric connector, and a layer of pressure-sensitive adhesive applied to the bottom side of the plastic foam disc, wherein a protective disc-formed structure has a lid and an outer rim and is arranged at the top side of the plastic foam disc, and wherein the outer rim of the protective disc-formed structure is attached to the medical electrode.
A needleless syringe including a body housing a cylindrical reservoir closed by a movable upstream shutter and a movable downstream shutter trapping an active ingredient and including downstream a receptacle (7, 31, 41, 51, 61) bearing on the reservoir, said receptacle comprising a central bore (10, 30, 40, 50, 60) and at least one peripheral injection duct (8, 38, 48, 58, 68) disposed around the central bore, said central bore having a side wall, the downstream shutter being housed in the central bore when it is brought into contact with the bottom of the central bore of said receptacle by the operation of a drive means moving the upstream shutter-liquid-downstream shutter set, said syringe being characterized in that said side wall includes at least one protrusion which is constricted relative to the upstream opening of the central bore and which is configured to block, in the central bore, the downstream shutter when it will be engaged therein, and in that the internal volume of said central bore allows clearing the inlets of the peripheral ducts when the downstream shutter is housed in the central bore.
A method of managing multiple user access to a communication link comprising: receiving user data transmissions on a contention-based channel of the communication link that supports a maximum number of simultaneous user data transmissions, wherein each user data transmission is assigned a unique signature sequence generated by introducing a delay-Doppler shift to a base sequence; detecting contention overloads where more than the maximum number of users simultaneously transmit on the contention-based channel; identifying the users involved in a contention overload based on the unique signature sequences received from those users even if the data in the user data transmission is not demodulated; and scheduling retransmissions of user data for one or more of the identified users on a scheduled channel of the communication link. receiving user data transmissions on a contention-based channel of the communication link that supports a maximum number of simultaneous user data transmissions, wherein each user data transmission is assigned a unique signature sequence generated by introducing a delay-Doppler shift to a base sequence; detecting contention overloads where more than the maximum number of users simultaneously transmit on the contention-based channel; identifying the users involved in a contention overload based on the unique signature sequences received from those users even if the data in the user data transmission is not demodulated; and scheduling retransmissions of user data for one or more of the identified users on a scheduled channel of the communication link.
A plate heat exchanger, which comprises - a plate stack of patterned heat transfer plates arranged on top of each other and positioned within a shell and defining a first flow path and a second flow path between the plates, where outer distribution chambers (4, 5) are formed in the space between the other edges of the heat transfer plates and the inside wall of the shell being in fluid communication to the first flow path and first port connections (6a, 6b), characterized in that a baffle is positioned adjustable in an outer distribution chamber (4, 5) separating it into two outer sub-chambers (4a, 4b, 5a, 5b) forming a flow barrier. - a plate stack of patterned heat transfer plates arranged on top of each other and positioned within a shell and defining a first flow path and a second flow path between the plates, where outer distribution chambers (4, 5) are formed in the space between the other edges of the heat transfer plates and the inside wall of the shell being in fluid communication to the first flow path and first port connections (6a, 6b), characterized in that a baffle is positioned adjustable in an outer distribution chamber (4, 5) separating it into two outer sub-chambers (4a, 4b, 5a, 5b) forming a flow barrier.
A battery module (10, 100) including: a cell assembly including at least one battery cell, a module case accommodating the cell assembly, an upper frame (31, 131) positioned on one surface of the cell assembly in the module case to at least partially cover the cell assembly, a flexible printed circuit board (40, 140) configured to be mounted longitudinally on the upper frame (31, 131) to sense the battery cell, and a protective cover in which a main cover portion parallel to a main surface of the upper frame (31, 131) is mounted on the upper frame (31, 131) so as to cover the flexible printed circuit board (40, 140) in the module case, wherein the flexible printed circuit board (40, 140) includes a bent portion (43, 143) which is bent toward one side of the cell assembly at the end of the upper frame (31, 131), and the protective cover further includes an eaves portion which is bent and extended to correspond to the bent portion (43, 143) of the flexible printed circuit board (40, 140) at the end of at least one side. a cell assembly including at least one battery cell, a module case accommodating the cell assembly, an upper frame (31, 131) positioned on one surface of the cell assembly in the module case to at least partially cover the cell assembly, a flexible printed circuit board (40, 140) configured to be mounted longitudinally on the upper frame (31, 131) to sense the battery cell, and a protective cover in which a main cover portion parallel to a main surface of the upper frame (31, 131) is mounted on the upper frame (31, 131) so as to cover the flexible printed circuit board (40, 140) in the module case, wherein the flexible printed circuit board (40, 140) includes a bent portion (43, 143) which is bent toward one side of the cell assembly at the end of the upper frame (31, 131), and the protective cover further includes an eaves portion which is bent and extended to correspond to the bent portion (43, 143) of the flexible printed circuit board (40, 140) at the end of at least one side.
A computer-implemented method, comprising: receiving, from one or more devices of a network system, a time series of operational parameter values; providing the time series of operational parameter values to a machine learning model for detection of a fault in operation of the network system by the machine learning model, based on the time series of operational parameter values; receiving, from the machine learning model, an indication of a cause of the fault; selecting a first action to perform on the network system based on the cause; first evaluating a confidence that the selected first action will resolve the fault; setting a diagnostic action cost threshold based on the first evaluating; second evaluating a diagnostic action based on the diagnostic action cost threshold; conditionally performing the diagnostic action based on the second evaluating; performing the first action; and notifying the machine learning model of the performed first action. receiving, from one or more devices of a network system, a time series of operational parameter values; providing the time series of operational parameter values to a machine learning model for detection of a fault in operation of the network system by the machine learning model, based on the time series of operational parameter values; receiving, from the machine learning model, an indication of a cause of the fault; selecting a first action to perform on the network system based on the cause; first evaluating a confidence that the selected first action will resolve the fault; setting a diagnostic action cost threshold based on the first evaluating; second evaluating a diagnostic action based on the diagnostic action cost threshold; conditionally performing the diagnostic action based on the second evaluating; performing the first action; and notifying the machine learning model of the performed first action.
A thermoplastic resin sheet having hair-like bodies arranged regularly on at least one surface of a base layer, a continuous phase being formed without a structural boundary between the base layer and the hair-like bodies, wherein the hair-like bodies have an average height (h) of 30 μm or more and 200 μm or less, the surface having the hair-like bodies has an L* value of 15 or less in an L*a*b* color system based on color difference measurement (JIS Z 8729), and the surface having the hairlike bodies has a 60-degree specular gloss (JIS Z 8741) of 0.2% or less, wherein the hair-like bodies have an average height (h) to average length ratio of 0.9 or more and 1.0 or less, and the base layer and the hair-like bodies contain the same resin composition having a thermoplastic resin as a main component, and the resin composition includes a colorant, characterized in that the resin sheet has a dark color in which the brightness is 80% or less in the HSV model. the hair-like bodies have an average height (h) to average length ratio of 0.9 or more and 1.0 or less, and the base layer and the hair-like bodies contain the same resin composition having a thermoplastic resin as a main component, and the resin composition includes a colorant, characterized in that the resin sheet has a dark color in which the brightness is 80% or less in the HSV model.