mhurhangee/ep-ind-claims huggingface dataset:
A method performed at a source node, the method comprising: detecting an event; generating a message in response to the detected event, the message comprising information about the event; adding, to the message, an identity of the source node that detected the event; and sending the message to at least a first node to enable the first node to determine a reliability level for the message based on the identity of the source node in the message and an importance level based on the information about the event in the message. detecting an event; generating a message in response to the detected event, the message comprising information about the event; adding, to the message, an identity of the source node that detected the event; and sending the message to at least a first node to enable the first node to determine a reliability level for the message based on the identity of the source node in the message and an importance level based on the information about the event in the message.
A system for processing a telephone call comprising: a service control point adapted to obtain a database record from a database based on the telephone number, the database record including call handling instructions indicating whether the telephone number is registered to receive email notifications; a service switching point adapted to receive the telephone call, forwarding the telephone call based on the call handling instructions to at least one of an intelligent processor and a terminal associated with the telephone number, and determining the call unanswered; and the intelligent processor adapted to create an email notification if the SSP determines the call unanswered and the call handling instructions indicate the telephone number is registered to receive email notifications and sending the email notification. a service control point adapted to obtain a database record from a database based on the telephone number, the database record including call handling instructions indicating whether the telephone number is registered to receive email notifications; a service switching point adapted to receive the telephone call, forwarding the telephone call based on the call handling instructions to at least one of an intelligent processor and a terminal associated with the telephone number, and determining the call unanswered; and the intelligent processor adapted to create an email notification if the SSP determines the call unanswered and the call handling instructions indicate the telephone number is registered to receive email notifications and sending the email notification.
An elastomeric composition comprising an elastomer matrix, a fiber reinforcing said elastomer matrix, and an adhesive composition coating said fiber; the adhesive composition comprising the reaction product of a polyelectrolyte co-curable with the elastomer matrix and a primer material compatible with the fiber and co-curable with the polyelectrolyte, and optionally a curative compatible with the polyelectrolyte and the elastomer matrix, wherein said fiber is carbon fiber, and wherein said primer material is an epoxy resin or epoxy aqueous dispersion.
A cycling garment comprising a seat pad, wherein: the seat pad comprises a cover and at least one padded region; the seat pad also comprises a crotch attachment which is located only in a rear portion of the seat pad, wherein said crotch attachment is made between the cycling garment and the cover of the seat pad and outside of said at least one padded region, characterized in that: given a longitudinal coordinate according to a median longitudinal line of the seat pad, the coordinate being 0 at an intersection of said line with the rear edge of the seat pad, and being 1 at an intersection of said line with the front edge, the crotch attachment includes an attachment line extending in the coordinate range of 0.05 to 0.45. the seat pad comprises a cover and at least one padded region; the seat pad also comprises a crotch attachment which is located only in a rear portion of the seat pad, wherein said crotch attachment is made between the cycling garment and the cover of the seat pad and outside of said at least one padded region, characterized in that: given a longitudinal coordinate according to a median longitudinal line of the seat pad, the coordinate being 0 at an intersection of said line with the rear edge of the seat pad, and being 1 at an intersection of said line with the front edge, the crotch attachment includes an attachment line extending in the coordinate range of 0.05 to 0.45.
An LED driver circuit comprising: - an input for receiving a phase-cut operating voltage from a TRIAC-based leading edge dimmer, and - an output for connection to an LED unit, wherein the LED driver circuit is arranged to draw a dimmer/TRIAC current from the TRIAC-based leading edge dimmer for operating the LED unit, wherein the LED driver circuit further comprises a pulse injection circuit, configured to detect a phase-cut edge of said phase-cut operating voltage, characterized in that the pulse injection circuit is further configured to draw an additional current from said TRIAC-based leading edge dimmer within a delay time between 200 - 700 μs after said phase-cut edge, the additional current being a current pulse that is arranged to temporally change a negative dI/dt in the TRIAC-based leading edge dimmer into a positive dl/dt. - an input for receiving a phase-cut operating voltage from a TRIAC-based leading edge dimmer, and - an output for connection to an LED unit,
A method, comprising: creating, at an authentication gateway, temporary logon information for access to a network; securely transmitting a test initiation message including the temporary logon information to a test agent, wherein the test agent is operative to attempt network access using the temporary logon information; receiving a verification report from the test agent, wherein the verification report includes one or more logged events of an attempted network access using the temporary logon information; and taking one or more actions based on the verification report. creating, at an authentication gateway, temporary logon information for access to a network; securely transmitting a test initiation message including the temporary logon information to a test agent, wherein the test agent is operative to attempt network access using the temporary logon information; receiving a verification report from the test agent, wherein the verification report includes one or more logged events of an attempted network access using the temporary logon information; and taking one or more actions based on the verification report.
A system comprising: a location-determination system for determining the location of a balloon (102A-102F), wherein the location-determination system is configured to determine a landing location of the balloon, and wherein the balloon is configured to operate as a node in a balloon network; and a control system configured to: detect a removal event corresponding to the balloon ceasing to operate as a node in the balloon network and the balloon descending to the landing location; and in response to detecting the removal event, initiate transmission of a recovery-assistance signal, wherein the recovery-assistance signal comprises: (a) location data corresponding to the landing location of the balloon, and (b) an indication of an incentive to recover the balloon. a location-determination system for determining the location of a balloon (102A-102F), wherein the location-determination system is configured to determine a landing location of the balloon, and wherein the balloon is configured to operate as a node in a balloon network; and a control system configured to: detect a removal event corresponding to the balloon ceasing to operate as a node in the balloon network and the balloon descending to the landing location; and in response to detecting the removal event, initiate transmission of a recovery-assistance signal, wherein the recovery-assistance signal comprises: (a) location data corresponding to the landing location of the balloon, and (b) an indication of an incentive to recover the balloon. detect a removal event corresponding to the balloon ceasing to operate as a node in the balloon network and the balloon descending to the landing location; and in response to detecting the removal event, initiate transmission of a recovery-assistance signal, wherein the recovery-assistance signal comprises: (a) location data corresponding to the landing location of the balloon, and (b) an indication of an incentive to recover the balloon.
A chewing gum composition comprising (a) a chewing gum base, sweetener composition, softener, 0.05 to 1.0 weight percent menthol, and flavorant, and (b) 75 to 300 parts per million, by weight of the chewing gum composition, of spilanthol. (a) a chewing gum base, sweetener composition, softener, 0.05 to 1.0 weight percent menthol, and flavorant, and (b) 75 to 300 parts per million, by weight of the chewing gum composition, of spilanthol.
A battery powered metering device, in particular a water meter and/or a thermal energy meter, with a housing comprising a first unit and adjacent thereto a second unit, the first unit comprising an electronic circuit and a fluid passage for a fluid to be measured and the second unit comprising a battery compartment for containing a battery as power supply to the electronic circuit, wherein the battery compartment comprises an opening for transferring the battery between the interior of the battery compartment and the exterior of the metering device and the opening is covered by a removable lid, characterized in that the first unit and the second unit are elongated and oriented substantially parallel to each other and the removable lid provides a gas tight covering of the battery compartment.
A household appliance (1,2) with an odour removal system containing odour removal means, characterized in that the odour removal system is provided in a circuit in which a gas or an aqueous liquid can be circulated through the odour removal means, wherein the odour removal means contains a polyoxometalate of the Formula or, A 3 PZ 4 O 24, A q+3 PV q Z 12-q O 40, wherein Z is selected from Mo or W, q is 0, 1, 2 or 3, and A is selected from one or more cations selected from the group consisting of (XR 1 R 2 R 3 R 4) +, wherein at least one of the groups R 1, R 2, R 3, and R 4 is an alkyl, alkyloxoalkyl or cycloalkyl group that may contain at least one heteroatom selected among O, S, N or P, with at least five carbon atoms and wherein X is selected from among nitrogen or phosphorus, and wherein the polyoxometalate is present in admixture with a binder which is selected from among acrylate-based binders and polyurethane-based binders, wherein the polyoxometalate is contained in a surface layer of the odour removal means, wherein the surface layer is porous and wherein the odour removal means comprises a mesh sieve that contains a polyoxometalate of the Formula or. wherein Z is selected from Mo or W, q is 0, 1, 2 or 3, and A is selected from one or more cations selected from the group consisting of (XR 1 R 2 R 3 R 4) +, wherein at least one of the groups R 1, R 2, R 3, and R 4 is an alkyl, alkyloxoalkyl or cycloalkyl group that may contain at least one heteroatom selected among O, S, N or P, with at least five carbon atoms and wherein X is selected from among nitrogen or phosphorus, and wherein the polyoxometalate is present in admixture with a binder which is selected from among acrylate-based binders and polyurethane-based binders, wherein the polyoxometalate is contained in a surface layer of the odour removal means, wherein the surface layer is porous and wherein the odour removal means comprises a mesh sieve that contains a polyoxometalate of the Formula or.
Process for the production of a metal-plastics composite, comprising the following steps: • application of an adhesive tape to the metal-component surface that is to be adhesive-bonded • insertion of the metal component into a closed, preferably two-part hollow mould • injection of the thermoplastic into the hollow mould in a manner such that the plastic encloses the adhesive tape • foaming of the adhesive tape • removal of the metal-plastics composite from the hollow mould. • application of an adhesive tape to the metal-component surface that is to be adhesive-bonded • insertion of the metal component into a closed, preferably two-part hollow mould • injection of the thermoplastic into the hollow mould in a manner such that the plastic encloses the adhesive tape • foaming of the adhesive tape • removal of the metal-plastics composite from the hollow mould.
A heating method comprising: placing a pair of electrodes on a workpiece along a first direction, the pair of electrodes having a length extending across a heating target region of the workpiece in the first direction; and moving at least one of the electrodes in a second direction perpendicular to the first direction over the heating target region while applying electric current to the pair of electrodes, to heat the heating target region by a direct resistance heating; characterized by further comprising: adjusting a distribution of contact pressure between at least one of the electrodes and the workpiece along the first direction, with a plurality of segment regions (B 1 -B m) being defined by dividing the heating target region such that the segment regions (B 1 -B m) are arranged side by side in the first direction, and in accordance with a length (b 1 -b m) of each of the segment regions (B 1 -B m) between the pair of electrodes, to adjust a heating temperature of each of the segment regions of the heating target region. placing a pair of electrodes on a workpiece along a first direction, the pair of electrodes having a length extending across a heating target region of the workpiece in the first direction; and moving at least one of the electrodes in a second direction perpendicular to the first direction over the heating target region while applying electric current to the pair of electrodes, to heat the heating target region by a direct resistance heating;
A device comprises: at least one host application (122, 124); a rich execution environment, REE; at least one interface operably coupled to the REE for communicating with a remote server; and a security sub-system that comprises a security monitoring and control circuit coupled to the REE and connectable to the remote server via the REE and the at least one interface (233, 235), wherein the security monitoring and control circuit comprises an analytics circuit configured to detect an anomaly following a compromisation of the device, and the security monitoring and control circuit is arranged to treat the REE as an untrusted component and in response to a detection of a compromisation of the REE or a component in the device that is accessible by the REE by the analytics circuit, the security monitoring and control circuit is configured to re-establish a secure connection to the remote server that tunnels through the REE, wherein the security monitoring and control circuit is configured to allow an anomaly of an incorrect response, so long as there is at least one detection of a correct response obtained within a time frame and the re-establishment of a secure connection to the remote server that tunnels through the REE initiates one of a plurality of device recovery actions according to a level of compromisation that at least partially removes the compromisation from the device. at least one host application (122, 124); a rich execution environment, REE; at least one interface operably coupled to the REE for communicating with a remote server; and a security sub-system that comprises a security monitoring and control circuit coupled to the REE and connectable to the remote server via the REE and the at least one interface (233, 235), wherein the security monitoring and control circuit comprises an analytics circuit configured to detect an anomaly following a compromisation of the device, and the security monitoring and control circuit is arranged to treat the REE as an untrusted component and in response to a detection of a compromisation of the REE or a component in the device that is accessible by the REE by the analytics circuit, the security monitoring and control circuit is configured to re-establish a secure connection to the remote server that tunnels through the REE, wherein the security monitoring and control circuit is configured to allow an anomaly of an incorrect response, so long as there is at least one detection of a correct response obtained within a time frame and the re-establishment of a secure connection to the remote server that tunnels through the REE initiates one of a plurality of device recovery actions according to a level of compromisation that at least partially removes the compromisation from the device.
A robot cleaner comprising: a body including a suction motor; and a nozzle coupled to the body and including a suction port, characterized by: a movable unit coupled to the nozzle in front of the suction port and being movable between a first position where the movable unit overlaps with the nozzle and a second position where the movable unit protrudes forward from the nozzle, and that the nozzle further includes a bumper to absorb an impact when colliding with an obstacle, wherein the movable unit is connected with the bumper and receives moving force of the bumper to rotate. a body including a suction motor; and a nozzle coupled to the body and including a suction port, characterized by: a movable unit coupled to the nozzle in front of the suction port and being movable between a first position where the movable unit overlaps with the nozzle and a second position where the movable unit protrudes forward from the nozzle, and that the nozzle further includes a bumper to absorb an impact when colliding with an obstacle, wherein the movable unit is connected with the bumper and receives moving force of the bumper to rotate. a movable unit coupled to the nozzle in front of the suction port and being movable between a first position where the movable unit overlaps with the nozzle and a second position where the movable unit protrudes forward from the nozzle, and that the nozzle further includes a bumper to absorb an impact when colliding with an obstacle, wherein the movable unit is connected with the bumper and receives moving force of the bumper to rotate.
An electric power steering apparatus that has a function, which switches between a manual steering control which drives a motor by a first motor current command value calculated based on at least a steering torque and an automatic steering control which drives said motor by a second motor current command value calculated at a steering angle control section so that an actual steering angle follows-up a target steering angle, comprising: characterized by comprising a target steering angle correcting section that performs a calculation process to said steering torque depending on a steering state and a vehicle speed and outputs a target steering angle correction value, said electric power steering apparatus further comprising: a correction outputting section that corrects said target steering angle by using said target steering angle correction value and inputs a corrected target steering angle into said steering angle control section.
A coating system comprising an undercoat composition comprising at least 50wt% by weight of solids of a polyester (co)polymer; a cross linking material therefor an overcoat composition comprising a polyvinyl chloride (co)polymer 5 to 80wt% by weight of solids of a polyester (co)polymer a cross linking material therefor wherein the coating system is substantially free from BPA, BADGE, BPF and BFDGE; and wherein the coating system is substantially free of acrylic monomers, oligomers and polymers. an undercoat composition comprising at least 50wt% by weight of solids of a polyester (co)polymer; a cross linking material therefor at least 50wt% by weight of solids of a polyester (co)polymer; a cross linking material therefor an overcoat composition comprising a polyvinyl chloride (co)polymer 5 to 80wt% by weight of solids of a polyester (co)polymer a cross linking material therefor a polyvinyl chloride (co)polymer 5 to 80wt% by weight of solids of a polyester (co)polymer a cross linking material therefor
Compositions comprising A) nylon-6 or nylon-6,6, B) non-fibrous and non-foamed ground glass having a d90 determined by laser diffractometry in the range from 5 to 250 μm, C) glass fibres, D) melamine cyanurate, and E) titanium dioxide. A) nylon-6 or nylon-6,6, B) non-fibrous and non-foamed ground glass having a d90 determined by laser diffractometry in the range from 5 to 250 μm, C) glass fibres, D) melamine cyanurate, and E) titanium dioxide.
An optoelectronic sensor (10, 90, 110, 200) in accordance with the principle of triangulation for the detection of an object (32a, 32b, 32c) in a monitored zone having at least one light transmitter and at least one spatially resolving light receiver (16, 60, 80, 116) for receiving a received beam of light (34a, 34b, 34c) that is produced from a transmitted beam of light remitted and/or reflected by the object (32a, 32b, 32c) and that generates a received light spot on the light receiver (16, 116), wherein a microlens array is arranged upstream of the light receiver (16, 116) and comprises a plurality of microlenses (40a, 40n) for focusing the received beam of light (34a, 34b, 34c) into a zone of the light receiver (16, 116); wherein an aperture grid comprising a plurality of pinhole apertures (42a, 42n) is arranged between the light receiver (16, 60, 80, 116) and the microlens array; wherein a pinhole aperture (42a, 42n) having a pinhole aperture diameter that is smaller than a microlens diameter of the microlens (40a, 40n) associated with the pinhole aperture (42a, 42n) is associated with each microlens (40a, 40n) and wherein the pinhole apertures (42a, 42n) have an offset (44a, 44n) from the microlenses (40a, 40n) associated with them in the triangulation direction, characterized in that the light transmitter is adapted to transmit a transmitted beam of light into the monitored zone along a transmitted light axis (18, 118); in that the light receiver is arranged offset by a base distance (38, 138) against the transmitted light axis (18, 118) in a triangulation direction; and in that the position of the received light spot on the light receiver (16, 60, 80, 116) is a measure for a distance (36a, 36b, 36c) of the object (32a, 32b, 32c) from the sensor (10, 90, 110, 200). wherein an aperture grid comprising a plurality of pinhole apertures (42a, 42n) is arranged between the light receiver (16, 60, 80, 116) and the microlens array; wherein a pinhole aperture (42a, 42n) having a pinhole aperture diameter that is smaller than a microlens diameter of the microlens (40a, 40n) associated with the pinhole aperture (42a, 42n) is associated with each microlens (40a, 40n) and wherein the pinhole apertures (42a, 42n) have an offset (44a, 44n) from the microlenses (40a, 40n) associated with them in the triangulation direction, characterized in that the light transmitter is adapted to transmit a transmitted beam of light into the monitored zone along a transmitted light axis (18, 118); in that the light receiver is arranged offset by a base distance (38, 138) against the transmitted light axis (18, 118) in a triangulation direction; and in that the position of the received light spot on the light receiver (16, 60, 80, 116) is a measure for a distance (36a, 36b, 36c) of the object (32a, 32b, 32c) from the sensor (10, 90, 110, 200).