mhurhangee/ep-ind-claims huggingface dataset:
A big telematics data communication fault determination device comprising at least one mobile device capable of communicating at least one of a signal, data or a message with a remote device (19, 20), said at least one mobile device including a mobile device expected communication period determination logic for providing said communicating with said remote device (19, 20) within different communication periods, said at least one mobile device being provided by a vehicular telemetry hardware system, wherein said vehicular telemetry hardware system includes a data terminal equipment microprocessor, a data communications equipment wireless telemetry communications microprocessor and a memory, said data terminal equipment microprocessor being interconnected with an on-board diagnostics interface to communicate therethrough with a vehicle network communication bus for monitoring and receiving vehicle data and information from resident vehicular system components; said mobile device expected communication determination period logic being configured to detect a vehicle status based upon said vehicle data and information, wherein said vehicle status provides an indication for setting said vehicular telemetry system to an active mode having a first periodic communication with a first communication period for communicating with said remote device (19,20) or to an inactive mode having a second periodic communication with a second communication period and a third periodic communication with a third communication period for communicating with said remote device (19, 20), said mobile device expected communication determination period logic being further configured to communicate with said remote device (19, 20) based upon one of said first, second and third communication periods as an expected communication; said remote device (19, 20) being configured to assume a communication fault determination state for monitoring expected communication and actual communication for each of said at least one mobile device to determine a fault when the said actual communication is different from said expected communication.
A packaging for at least one electronic smoking device product (11, 14, 18), the packaging comprising: a back panel comprising a first back panel portion, a second back panel portion and a third back panel portion, wherein the first and second back panel portions (2a, 2b) and the first and third back panel portions (2a, 2c) are pivotable relative to each other respectively, a first packaging layer, a second packaging layer and a third packaging layer, wherein the first packaging layer is connected to the first back panel portion, wherein the second packaging layer is connected to the second back panel portion and wherein the third packaging layer is connected to the third back panel portion, wherein the first and second packaging layers (3, 4) each include a receptacle (3a, 4a) adapted to house an electronic smoking device product (11, 14, 18), characterized in that, when the packaging is in the closed position, the insertion opening of the receptacle of the second packaging layer faces a bottom surface of the first packaging layer and the receptacle of the first packaging layer faces a bottom surface of the third packaging layer. a back panel comprising a first back panel portion, a second back panel portion and a third back panel portion, wherein the first and second back panel portions (2a, 2b) and the first and third back panel portions (2a, 2c) are pivotable relative to each other respectively, a first packaging layer, a second packaging layer and a third packaging layer, wherein the first packaging layer is connected to the first back panel portion, wherein the second packaging layer is connected to the second back panel portion and wherein the third packaging layer is connected to the third back panel portion, wherein the first and second packaging layers (3, 4) each include a receptacle (3a, 4a) adapted to house an electronic smoking device product (11, 14, 18), characterized in that, when the packaging is in the closed position, the insertion opening of the receptacle of the second packaging layer faces a bottom surface of the first packaging layer and the receptacle of the first packaging layer faces a bottom surface of the third packaging layer.
An applicator having a housing and a nozzle which comprises: an expanded rear portion of the nozzle for affixing the nozzle to a front of the housing employing a fastening means; an egress segment of the nozzle at an opposed end from the expanded rear portion of the nozzle, the egress segment comprising: a forward nozzle tip at an egress end of the nozzle, the forward nozzle tip applying a foam or a coating in a first pattern; a first nozzle segment rearward along a longitudinal axis of the forward nozzle tip; a fracture zone rearward along the longitudinal axis of the first nozzle segment; a second nozzle segment rearward along the longitudinal axis of the fracture zone, characterized in that the first nozzle segment and second nozzle segment comprise a first polymer and a second polymer; and a terminal end of the fracture zone forming a rearward nozzle tip when the first nozzle segment is removed from the egress segment of the nozzle along the fracture zone, the second nozzle segment applying the foam or the coating in a second pattern, the second pattern being different from the first pattern. an expanded rear portion of the nozzle for affixing the nozzle to a front of the housing employing a fastening means; an egress segment of the nozzle at an opposed end from the expanded rear portion of the nozzle, the egress segment comprising: a forward nozzle tip at an egress end of the nozzle, the forward nozzle tip applying a foam or a coating in a first pattern; a first nozzle segment rearward along a longitudinal axis of the forward nozzle tip; a fracture zone rearward along the longitudinal axis of the first nozzle segment; a second nozzle segment rearward along the longitudinal axis of the fracture zone, characterized in that the first nozzle segment and second nozzle segment comprise a first polymer and a second polymer; and a forward nozzle tip at an egress end of the nozzle, the forward nozzle tip applying a foam or a coating in a first pattern; a first nozzle segment rearward along a longitudinal axis of the forward nozzle tip; a fracture zone rearward along the longitudinal axis of the first nozzle segment; a second nozzle segment rearward along the longitudinal axis of the fracture zone, characterized in that the first nozzle segment and second nozzle segment comprise a first polymer and a second polymer; and a terminal end of the fracture zone forming a rearward nozzle tip when the first nozzle segment is removed from the egress segment of the nozzle along the fracture zone, the second nozzle segment applying the foam or the coating in a second pattern, the second pattern being different from the first pattern.
A clip apparatus for an endoscope comprising: a handle part formed with a moving hole; a handle slider slidably installed on the handle part through the moving hole; an inner sheath rotatably connected to the inside of the handle part and extending to the outside of the handle part; a wire connected to the handle slider and disposed inside the inner sheath; an outer sheath disposed to surround the inner sheath; an outer handle coupled to the outer sheath to move the outer sheath along a longitudinal direction of the inner sheath; and a clip coupling part connected to one end of the wire and configured to couple a clip, characterized in that: the clip coupling part comprises: a connection part connected to one end of the wire; and a bending part configured to detachably couple the clip, wherein the bending part includes a pair of coupling arm parts which extend to face each other, wherein one coupling arm part is adapted to be bent toward the inside facing the other coupling arm part to couple one end portion of the clip. a handle part formed with a moving hole; a handle slider slidably installed on the handle part through the moving hole; an inner sheath rotatably connected to the inside of the handle part and extending to the outside of the handle part; a wire connected to the handle slider and disposed inside the inner sheath; an outer sheath disposed to surround the inner sheath; an outer handle coupled to the outer sheath to move the outer sheath along a longitudinal direction of the inner sheath; and a clip coupling part connected to one end of the wire and configured to couple a clip, characterized in that: the clip coupling part comprises: a connection part connected to one end of the wire; and a bending part configured to detachably couple the clip, wherein the bending part includes a pair of coupling arm parts which extend to face each other, wherein one coupling arm part is adapted to be bent toward the inside facing the other coupling arm part to couple one end portion of the clip. a connection part connected to one end of the wire; and a bending part configured to detachably couple the clip, wherein the bending part includes a pair of coupling arm parts which extend to face each other, wherein one coupling arm part is adapted to be bent toward the inside facing the other coupling arm part to couple one end portion of the clip.
A method for a playback device of a playback system comprising a plurality of playback devices, the method comprising: causing a plurality of playback devices to render audio content in a synchronized manner, the plurality of playback devices including a first playback device that is caused to play back audio according to a first playback responsibility, wherein the playback responsibility is one or more of an audio content channel and an audio content frequency range; detecting that the first playback device has become disconnected from the other playback devices of the playback system; after detecting that the first playback device has become disconnected, detecting that the first playback device has reconnected to the playback system, after detecting that the first playback device has reconnected to the playback system: determining the first playback responsibility of the first playback device by determining, by the device, components of the audio content being rendered by the first playback device prior to the first playback device becoming disconnected, the components of audio comprising one or more of: one or more audio channels; and one or more audio frequency ranges of audio content; and causing the first playback device to render audio content based on the determined first playback responsibility of the first playback device. causing a plurality of playback devices to render audio content in a synchronized manner, the plurality of playback devices including a first playback device that is caused to play back audio according to a first playback responsibility, wherein the playback responsibility is one or more of an audio content channel and an audio content frequency range; detecting that the first playback device has become disconnected from the other playback devices of the playback system; after detecting that the first playback device has become disconnected, detecting that the first playback device has reconnected to the playback system, after detecting that the first playback device has reconnected to the playback system: determining the first playback responsibility of the first playback device by determining, by the device, components of the audio content being rendered by the first playback device prior to the first playback device becoming disconnected, the components of audio comprising one or more of: one or more audio channels; and one or more audio frequency ranges of audio content; and causing the first playback device to render audio content based on the determined first playback responsibility of the first playback device. one or more audio channels; and one or more audio frequency ranges of audio content; and causing the first playback device to render audio content based on the determined first playback responsibility of the first playback device.
A wind turbine comprising: - a nacelle carrying a drive train; - a rotor with blades, the rotor configured to be carried by the drive train; - a tower structure comprising a vertical tower and at least one suspension arm extending outwards from the tower, the suspension arm configured to carry the nacelle; and characterized by - a parking structure configured to connect the rotor to the tower structure for carrying the rotor during disconnection of the nacelle from the rotor and removal of the nacelle. - a nacelle carrying a drive train; - a rotor with blades, the rotor configured to be carried by the drive train; - a tower structure comprising a vertical tower and at least one suspension arm extending outwards from the tower, the suspension arm configured to carry the nacelle; and characterized by - a parking structure configured to connect the rotor to the tower structure for carrying the rotor during disconnection of the nacelle from the rotor and removal of the nacelle.
A method for manufacturing a portable data carrier for contactless communication having the method steps of: - making available a carrier layer having a coil for near-field communication, the conducting path of the coil being laid substantially parallel to the side edges of the data carrier; - mounting a cover layer on the carrier layer, and - laminating the resultant layer sequence (81, 83), characterized in that: - the conducting path of the coil is laid non-parallel to the side edge in one region, and - a card element is incorporated into the data carrier, and the coil is laid at an angle smaller than 90 degrees below the card element in the region, - wherein the card element is a security thread which intersects the coil in the region at least once. - making available a carrier layer having a coil for near-field communication, the conducting path of the coil being laid substantially parallel to the side edges of the data carrier; - mounting a cover layer on the carrier layer, and - laminating the resultant layer sequence (81, 83), characterized in that: - the conducting path of the coil is laid non-parallel to the side edge in one region, and - a card element is incorporated into the data carrier, and the coil is laid at an angle smaller than 90 degrees below the card element in the region, - wherein the card element is a security thread which intersects the coil in the region at least once. - the conducting path of the coil is laid non-parallel to the side edge in one region, and - a card element is incorporated into the data carrier, and the coil is laid at an angle smaller than 90 degrees below the card element in the region, - wherein the card element is a security thread which intersects the coil in the region at least once.
A method of diagnosing or monitoring a pathogen infection selected from the group consisting of tuberculosis, pulmonary tuberculosis, paediatric, extrapulmonary or HIV-associated tuberculosis in a subject, comprising: determining a maximum of a value indicative of the presence and/or amount of a polynucleotide indicative of the pathogen infection in a sample of a bodily fluid obtained from the subject 1 to 10 days after administration of an anti-pathogenic agent to the subject, wherein the bodily fluid is selected from the group consisting of urine, blood, plasma and serum, wherein the anti-pathogenic agent is effective against a pathogen of the genus Mycobacterium, and wherein the polynucleotide is released from a dead pathogenic cell; and comparing the value to a baseline value indicative of the presence and/or amount of the polynucleotide in a sample of the bodily fluid before administration of the anti-pathogenic agent, wherein a value higher than the baseline value is indicative of a pathogen infection. determining a maximum of a value indicative of the presence and/or amount of a polynucleotide indicative of the pathogen infection in a sample of a bodily fluid obtained from the subject 1 to 10 days after administration of an anti-pathogenic agent to the subject, wherein the bodily fluid is selected from the group consisting of urine, blood, plasma and serum, wherein the anti-pathogenic agent is effective against a pathogen of the genus Mycobacterium, and wherein the polynucleotide is released from a dead pathogenic cell; and comparing the value to a baseline value indicative of the presence and/or amount of the polynucleotide in a sample of the bodily fluid before administration of the anti-pathogenic agent, wherein a value higher than the baseline value is indicative of a pathogen infection.
A method of detecting data extrusion in a database software application, comprising the steps of: - Providing a rules-base with a list of predefined, common critical database tables or database columns - receiving code adapted for execution on a target computer system having predefined protection limits; - performing a computerized data flow analysis on the code to determine the paths that will be taken by the code during execution, the paths including data transfers between read accesses to critical data and data exit points; - performing a computerized data extrusion analysis to determine if any of the paths identified by the data flow analysis are capable of actually transferring the data to the exit points and beyond the protection limits of the target system, by accessing the rule-base that identifies all relevant data exit points, by identifying database commands and database application program Interfaces that transfer the data they receive beyond the access control capabilities of the database system; so that automatically all false positive findings are removed, where critical data is read and processed internally, without any transfer outside of the system and wherein the exit points are identified even if the data is transmitted in an encrypted or scrambled form by monitoring source- and endpoints at a code level and - if such paths exists, reporting the potential data extrusion leak as a security violation. - Providing a rules-base with a list of predefined, common critical database tables or database columns - receiving code adapted for execution on a target computer system having predefined protection limits; - performing a computerized data flow analysis on the code to determine the paths that will be taken by the code during execution, the paths including data transfers between read accesses to critical data and data exit points; - performing a computerized data extrusion analysis to determine if any of the paths identified by the data flow analysis are capable of actually transferring the data to the exit points and beyond the protection limits of the target system, by accessing the rule-base that identifies all relevant data exit points, by identifying database commands and database application program Interfaces that transfer the data they receive beyond the access control capabilities of the database system; so that automatically all false positive findings are removed, where critical data is read and processed internally, without any transfer outside of the system and wherein the exit points are identified even if the data is transmitted in an encrypted or scrambled form by monitoring source- and endpoints at a code level and - if such paths exists, reporting the potential data extrusion leak as a security violation.
Packaging container comprising at least three integratedly coupled panels, which are connected by longitudinal scoring lines (2; 3) for the formation of a bottom and connecting sides (5, 6) of a rectangular case, which can be erected from an individual sheet of cardboard; at least one end of the packaging container is countersunk through an end panel, which is arranged retracted inside a reinforced end zone, the reinforced end zone comprising strips (17, 18, 19) of side panel material and bottom panel material, which are folded back against the bottom and side panels along a scoring line applied in the transverse direction through the bottom and side panels, wherein the end panel, via a transverse lower scoring line, is united to the folded-back strip of the bottom panel, and wherein the end panel, in each one of the sides thereof, comprises a respective end panel tab (15, 16) connected with the end panel via a scoring line in the extension of the longitudinal scoring lines (2, 3) through the end zone, and wherein the end panel tab (15, 16) extends beside and parallel to the adjacent side panel (5, 6) inside the packaging container, characterized by a respective tongue (20, 21) which extends freely from each opposite end of a strip of end panel material, which is connected to the end panel via a transverse upper scoring line, parallel to the transverse lower scoring line, whereby the tongues (20, 21) are connected with the strip of end panel material via the longitudinal scoring lines (2,3) and whereby the tongues (20, 21) are folded along the longitudinal scoring lines (2, 3) so as to, together with the strip of end panel material be folded against the end panel along the transverse upper scoring line, whereby each tongue (20, 21) extends inserted between the side panel (5, 6) and the respective appurtenant folded-back strip (17, 18) of side panel material in the side of the packaging container.
A pneumatic tire comprising: a pair of bead cores embedded in a pair of bead portions; and a carcass including one or more carcass plies extending in a toroidal form between the pair of bead cores, outer ends of carcass fold-up portions in a tire radial direction being located further inward in the tire radial direction than a tire maximum width position, wherein bead fillers are disposed on an outer side of the bead cores in the tire radial direction, a height of the bead fillers is 25 mm or less, rubber chafers are provided on an outer side in a tire width direction of the bead fillers, and when a storage modulus of the bead fillers is E1', and a storage modulus of the rubber chafers is E2', the ratio E2'/E1' satisfies 0.4 ≤ E2'/E1' ≤ 1, the storage modulus referring to a value measured at a temperature of 25°C in accordance with JIS K7244; a rubber gauge at the tire maximum width position is 3 mm or less, and a material of carcass cords is an organic fiber or a hybrid cord made of two types of organic fibers. a pair of bead cores embedded in a pair of bead portions; and a carcass including one or more carcass plies extending in a toroidal form between the pair of bead cores, outer ends of carcass fold-up portions in a tire radial direction being located further inward in the tire radial direction than a tire maximum width position, wherein bead fillers are disposed on an outer side of the bead cores in the tire radial direction, a height of the bead fillers is 25 mm or less, rubber chafers are provided on an outer side in a tire width direction of the bead fillers, and when a storage modulus of the bead fillers is E1', and a storage modulus of the rubber chafers is E2', the ratio E2'/E1' satisfies 0.4 ≤ E2'/E1' ≤ 1, the storage modulus referring to a value measured at a temperature of 25°C in accordance with JIS K7244; a rubber gauge at the tire maximum width position is 3 mm or less, and a material of carcass cords is an organic fiber or a hybrid cord made of two types of organic fibers.
Composition comprising monomethylsilanetriol and a complexing agent, said composition being characterised in that said complexing agent is magnesium glycerophosphate and in that said monomethylsilanetriol and said complexing agent are present therein in a molar equivalence ratio of monomethylsilanetriol: complexing agent of between 1: 0.025 and 1: 10.