mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of alerting electronic device users of theft risk, comprising: monitoring the locations of a plurality of electronic devices (10, 11, 12, 41, 43), wherein monitoring said locations comprises receiving identification of said monitored electronic devices and location information reported by said monitored electronic devices regarding their current locations; monitoring theft statuses of the monitored electronic devices (10, 11, 12, 41, 43), at least some of said theft statuses being based on theft events reported by users of the monitored electronic devices; determining, based on the monitored locations and monitored theft statuses of the monitored electronic devices (10, 11, 12, 41, 43), that a first electronic device of said plurality of monitored electronic devices is in a high theft risk zone (30, 31) by programmatically defining a territorial zone surrounding said first electronic device, retrieving data regarding one or more of said monitored devices located in the zone which have been reported as stolen, and establishing that a selected threshold number of monitored devices which have been reported as stolen have been located in the zone within a selected period of time; and in response to determining that the first electronic device is in the high theft risk zone (30, 31), causing an alert to be provided to a user of the first electronic device; said method performed automatically by a computerized system. monitoring the locations of a plurality of electronic devices (10, 11, 12, 41, 43), wherein monitoring said locations comprises receiving identification of said monitored electronic devices and location information reported by said monitored electronic devices regarding their current locations; monitoring theft statuses of the monitored electronic devices (10, 11, 12, 41, 43), at least some of said theft statuses being based on theft events reported by users of the monitored electronic devices; determining, based on the monitored locations and monitored theft statuses of the monitored electronic devices (10, 11, 12, 41, 43), that a first electronic device of said plurality of monitored electronic devices is in a high theft risk zone (30, 31) by programmatically defining a territorial zone surrounding said first electronic device, retrieving data regarding one or more of said monitored devices located in the zone which have been reported as stolen, and establishing that a selected threshold number of monitored devices which have been reported as stolen have been located in the zone within a selected period of time; and in response to determining that the first electronic device is in the high theft risk zone (30, 31), causing an alert to be provided to a user of the first electronic device; said method performed automatically by a computerized system.
A button fastener (10, 60) for fastening a button (20, 30, 50, 70) to a cloth, comprising a plate-like base, and a cylindrical post (12, 62) which protrudes from the base, wherein, at a distal portion (12b, 62b) of the post (12, 62), a plurality of hollows (14, 64) and a plurality of bulges (15, 65) are formed alternately in the circumferential direction, characterized in that the distal portion (12b, 62b) of the post (12, 62) includes an inclined inner periphery surface (12b', 62b'), the diameter of which gradually expands toward the top (13, 63) of the post (12, 62), and wherein said hollows (14, 64) and said bulges (15, 65) are formed on the inclined inner periphery surface (12b', 62b'). a plate-like base, and a cylindrical post (12, 62) which protrudes from the base, wherein, at a distal portion (12b, 62b) of the post (12, 62), a plurality of hollows (14, 64) and a plurality of bulges (15, 65) are formed alternately in the circumferential direction, characterized in that the distal portion (12b, 62b) of the post (12, 62) includes an inclined inner periphery surface (12b', 62b'), the diameter of which gradually expands toward the top (13, 63) of the post (12, 62), and wherein said hollows (14, 64) and said bulges (15, 65) are formed on the inclined inner periphery surface (12b', 62b').
A network device for connecting a plurality of industrial devices (110, 120) to a wireless communication network, the network device comprising: a. a frontend radio interface capable of connecting to the plurality of industrial devices (110, 120) over one or more wireless communication channels for transmitting data to and receiving data from the plurality of industrial devices (110, 120); b. a backend network interface connected to a central network core associated with the wireless communication network over a communication channel, the central network core comprising one or more network functions for managing the wireless communication network; and c. one or more secondary network functions for managing a plurality of connections with the industrial devices (110,120); wherein the one or more secondary network functions are configured based on the one or more network functions of the central network core, characterized in that the secondary network functions are installed in the network device as software modules and manage a control plane and a user plane between the network device and the industrial devices connected to the network device, wherein a network exposure function from the one or more secondary network functions is configured to receive an onboarding request from a new industrial device, transmit the onboarding request to the central network core and receive one or more network configurations associated with the one or more secondary network functions in relation to the new industrial device, wherein once the new industrial device is authenticated, a first network configuration including security polices and control information is fetched from the one or more network functions of the central network core by an application function and transmitted to the network exposure function of the one or more secondary network functions, wherein the network exposure function is configured to receive the first network configuration associated with the new industrial device from the central network core, and wherein the network device is configured to update the one or more secondary network functions based on the first network configuration. a. a frontend radio interface capable of connecting to the plurality of industrial devices (110, 120) over one or more wireless communication channels for transmitting data to and receiving data from the plurality of industrial devices (110, 120); b. a backend network interface connected to a central network core associated with the wireless communication network over a communication channel, the central network core comprising one or more network functions for managing the wireless communication network; and c. one or more secondary network functions for managing a plurality of connections with the industrial devices (110,120); wherein the one or more secondary network functions are configured based on the one or more network functions of the central network core, characterized in that the secondary network functions are installed in the network device as software modules and manage a control plane and a user plane between the network device and the industrial devices connected to the network device,
Printed multi-layer composite for diffusion of an odorous substance comprising: - a polymer barrier layer, such as a polymer film, - an absorbent carrier-reservoir layer, adapted to be printed and to receive by absorption an odorous substance which is liquid and volatile and designed to be diffused, - a printable and/or printed carrier layer, the polymer barrier layer bering disposed between the printable and/or printed carrier layer and the absorbent carrier-reservoir layer, to present migration of the odorous substance between the carrier layers (1, 3), - at least one axis of articulation to allow the covering of a first part of the external face of the absorbent carrier-reservoir layer which is not in contact with the polymer barrier layer on a second part of this same external face of the absorbent carrier-reservoir layer, characterised in that all the layers are forded together along the axis of articulation, covering by folding one over the other the two parts of the face of the absorbent carrier-reservoir layer in a closed position. - a polymer barrier layer, such as a polymer film, - an absorbent carrier-reservoir layer, adapted to be printed and to receive by absorption an odorous substance which is liquid and volatile and designed to be diffused, - a printable and/or printed carrier layer, the polymer barrier layer bering disposed between the printable and/or printed carrier layer and the absorbent carrier-reservoir layer, to present migration of the odorous substance between the carrier layers (1, 3), - at least one axis of articulation to allow the covering of a first part of the external face of the absorbent carrier-reservoir layer which is not in contact with the polymer barrier layer on a second part of this same external face of the absorbent carrier-reservoir layer,
Corner transmission with snap-in connection for the perpendicular transmission of the sliding movement of sliding slats and coupler locks of fittings of a window leaf, the corner transmission comprising a corner piece with a spring assembly therein which is slideable over the corner, characterised in that the corner transmission is provided with a snap-in connection for the coupling between the spring assembly and the coupler lock and whereby for the coupling between the spring assembly and the coupler lock a sliding snap-in connection is provided in the form of a coupling block and whereby the corner piece is provided with a temporary mounting lock which holds the coupling block in the corner piece during coupling with the coupler lock, said mounting lock being breakable the first time the fittings are operated.
A printing apparatus for performing printing to a print medium supplied from a roll of the print medium, comprising: two or more units formed by dividing a printing apparatus body depending on functions; an endless belt provided for each of the two or more units and disposed along a transportation path of the print medium; a holding mechanism fixedly arranged on the endless belt for holding both ends of an attachment bar to which the print medium is attached; and an endless-belt driving mechanism for driving the endless belt, the two or more units delivering the attachment bar between the units adjoining each other, wherein the holding mechanism includes a recess for holding the both ends of the attachment bar, the recess being rotatable relative to an axis of the attachment bar, the apparatus further comprises an attitude changing section for changing an attitude of the recess into an attitude for delivering the attachment bar by rotation of the recess, and by the changing the attitude of the recess, the recess is configured to cause the attachment bar to be locked and unlocked for preventing the attachment bar from dropping off. two or more units formed by dividing a printing apparatus body depending on functions; an endless belt provided for each of the two or more units and disposed along a transportation path of the print medium; a holding mechanism fixedly arranged on the endless belt for holding both ends of an attachment bar to which the print medium is attached; and an endless-belt driving mechanism for driving the endless belt, the two or more units delivering the attachment bar between the units adjoining each other, wherein the holding mechanism includes a recess for holding the both ends of the attachment bar, the recess being rotatable relative to an axis of the attachment bar, the apparatus further comprises an attitude changing section for changing an attitude of the recess into an attitude for delivering the attachment bar by rotation of the recess, and by the changing the attitude of the recess, the recess is configured to cause the attachment bar to be locked and unlocked for preventing the attachment bar from dropping off.
A data generation device comprising: a generating circuit configured to generate video data according to an Advanced Video Coding, AVC, standard and a second opto-electrical transfer function, OETF, which supports a second range of an input intensity of light; and a storage to store: video usability information, VUI, including a first value indicating a first OETF; and supplemental enhancement information, SEI, including a second value indicating the second OETF, wherein VUI and SEI are included in the video data; wherein the first OETF supports a first range of an input intensity of light and the second range is wider than the first range; the first value is to be referred to by a decoding device that does not support the second OETF, when the decoding device decodes the video data; and the second OETF has compatibility with the first OETF; wherein the first OETF is an OETF defined in one of BT. 709 and BT. 2020; and the SEI is in an IRAP NAL unit or an I-picture. a generating circuit configured to generate video data according to an Advanced Video Coding, AVC, standard and a second opto-electrical transfer function, OETF, which supports a second range of an input intensity of light; and a storage to store: video usability information, VUI, including a first value indicating a first OETF; and supplemental enhancement information, SEI, including a second value indicating the second OETF, wherein VUI and SEI are included in the video data; wherein the first OETF supports a first range of an input intensity of light and the second range is wider than the first range; the first value is to be referred to by a decoding device that does not support the second OETF, when the decoding device decodes the video data; and the second OETF has compatibility with the first OETF; wherein the first OETF is an OETF defined in one of BT. 709 and BT. 2020; and the SEI is in an IRAP NAL unit or an I-picture. video usability information, VUI, including a first value indicating a first OETF; and supplemental enhancement information, SEI, including a second value indicating the second OETF, wherein VUI and SEI are included in the video data; wherein the first OETF supports a first range of an input intensity of light and the second range is wider than the first range; the first value is to be referred to by a decoding device that does not support the second OETF, when the decoding device decodes the video data; and the second OETF has compatibility with the first OETF; wherein the first OETF is an OETF defined in one of BT. 709 and BT. 2020; and the SEI is in an IRAP NAL unit or an I-picture.
Fastening frame for fastening a drive unit which produces an exhaust gas to a body of a vehicle, wherein a frame tube which supports the drive unit, is connected at one end in a fluid-conducting manner to an exhaust gas outlet of the drive unit, and is set up to conduct the exhaust gas through the frame tube away from the drive unit, characterized in that the frame tube surrounds the drive unit at least once around the full circumference, and that part of the frame tube which surrounds the drive unit around the full circumference lies in one plane, with the result that a start point of the circumference and an end point of the circumference coincide, and that part of the frame tube which starts the circumference is connected at the said point to that part of the frame tube which ends the circumference.
Apparatus for igniting a vacuum arc discharge by means of a vacuum arc evaporator which is arranged in a vacuum chamber and comprises a target, wherein a vacuum arc discharge can be formed between the target, which is connected as a cathode, and an anodic high-voltage electrode of a vacuum arc evaporator by means of an auxiliary plasma device, wherein the auxiliary plasma device comprises an ignition electrode, wherein - the auxiliary plasma device comprises a high-voltage source, - which high-voltage source can be connected to the anodic high-voltage electrode, - the ignition electrode is arranged in the space between the target and the high-voltage electrode, - a capacitor is provided, which can be discharged towards the ignition electrode, and - the ignition electrode and the high-voltage electrode are contacted by a measurement and control device for detecting and controlling the electrical parameters. - the auxiliary plasma device comprises a high-voltage source, - which high-voltage source can be connected to the anodic high-voltage electrode, - the ignition electrode is arranged in the space between the target and the high-voltage electrode, - a capacitor is provided, which can be discharged towards the ignition electrode, and - the ignition electrode and the high-voltage electrode are contacted by a measurement and control device for detecting and controlling the electrical parameters.
A system comprising: a current generator configured to generate a cathodic or anodic DC waveform with an amplitude that is below a block threshold of a nerve; and at least one electrode configured to apply the cathodic or anodic DC waveform with the amplitude that is below the block threshold of the nerve to the nerve for a time to change an electric field in proximity to the nerve to enhance conduction of the nerve. a current generator configured to generate a cathodic or anodic DC waveform with an amplitude that is below a block threshold of a nerve; and at least one electrode configured to apply the cathodic or anodic DC waveform with the amplitude that is below the block threshold of the nerve to the nerve for a time to change an electric field in proximity to the nerve to enhance conduction of the nerve.
Bottle positioner, comprising a transport element formed with at least one empties compartment, comprising a feed slide for feeding empty containers, in particular bottles, into a feed region to the transport element, and comprising a stabiliser formed, as a horizontal, linearly movable contact part, to slide the fed-in empty container in the feed region from the feed slide into the at least one empties compartment against the transport element, so as to bring the empty container into a vertically stabilised rest position, wherein the transport element is formed to transport the steadied empty container onwards in the at least one empties compartment, the stabiliser being formed to be brought back out of the empties compartment again before the empty container is moved onwards via the transport element. comprising a transport element formed with at least one empties compartment, comprising a feed slide for feeding empty containers, in particular bottles, into a feed region to the transport element, and comprising a stabiliser formed, as a horizontal, linearly movable contact part, to slide the fed-in empty container in the feed region from the feed slide into the at least one empties compartment against the transport element, so as to bring the empty container into a vertically stabilised rest position, wherein the transport element is formed to transport the steadied empty container onwards in the at least one empties compartment, the stabiliser being formed to be brought back out of the empties compartment again before the empty container is moved onwards via the transport element.
A vacuum heat insulating material comprising: a core material being an organic fiber assembly with a laminated structure and consisting of an organic fiber arranged in a sheet shape, having a cutting portion where an end face is cut so as to be a predetermined length, wherein the organic fiber is a long fiber being equal to or longer than the length of the core material; and a gas-barrier outer cover material containing the core material inside and having a sealing portion for sealing surrounding the cutting portion in a range being larger than the cutting portion of the core material with an amount of sealing length, wherein an inside of the outer cover material is hermetically sealed with almost vacuum status at the sealing portion of the outer cover material, thus hermetically sealing the core material inside of the outer cover material with almost vacuum status, wherein the organic fiber assembly is formed in a sheet-shape by applying heat deposition on continuous organic fiber, wherein a fabric weight of a non-woven cloth which is the organic fiber assembly is at least 4.7 g/m 2 and no more than 70 g/m 2, or at least 140 g/m 2 and no more than 198 g/m 2, and wherein an embossing as a heat deposited portion penetrating the organic fiber assembly from a front surface to a rear surface is provided in the organic fiber assembly. a core material being an organic fiber assembly with a laminated structure and consisting of an organic fiber arranged in a sheet shape, having a cutting portion where an end face is cut so as to be a predetermined length, wherein the organic fiber is a long fiber being equal to or longer than the length of the core material; and a gas-barrier outer cover material containing the core material inside and having a sealing portion for sealing surrounding the cutting portion in a range being larger than the cutting portion of the core material with an amount of sealing length, wherein an inside of the outer cover material is hermetically sealed with almost vacuum status at the sealing portion of the outer cover material, thus hermetically sealing the core material inside of the outer cover material with almost vacuum status, wherein the organic fiber assembly is formed in a sheet-shape by applying heat deposition on continuous organic fiber, wherein a fabric weight of a non-woven cloth which is the organic fiber assembly is at least 4.7 g/m 2 and no more than 70 g/m 2, or at least 140 g/m 2 and no more than 198 g/m 2, and wherein an embossing as a heat deposited portion penetrating the organic fiber assembly from a front surface to a rear surface is provided in the organic fiber assembly.
A thermal pressure measurement assembly coupled to a rim of an aircraft wheel, comprising: a housing configured to be fastened to a wheel face; an electronics enclosure positioned in an interior of the housing; electronics positioned in the electronics enclosure and configured to process a signal received from a remote sensor that measures tire pressure and temperature; characterised in that it further comprises: internal insulation positioned in the interior of the housing and profiled to the interior of the housing, wherein the internal insulation is configured to permit use of low temperature electronics rated to 125 degrees C; and a thermally conductive spacer extending from the electronics enclosure to the housing. a housing configured to be fastened to a wheel face; an electronics enclosure positioned in an interior of the housing; electronics positioned in the electronics enclosure and configured to process a signal received from a remote sensor that measures tire pressure and temperature; internal insulation positioned in the interior of the housing and profiled to the interior of the housing, wherein the internal insulation is configured to permit use of low temperature electronics rated to 125 degrees C; and a thermally conductive spacer extending from the electronics enclosure to the housing.