mhurhangee/ep-ind-claims huggingface dataset:
A sanitary fitting comprising at least: - one fitting housing with a discharge and at least one discharge opening; - one hose with at least a first lumen for conducting a first liquid, a second lumen for conducting a second liquid and a third lumen for conducting a third liquid; and - one adapter with at least one first inlet for the first lumen, one second inlet for the second lumen and one third inlet for the third lumen, characterized in that the first inlet and the second inlet open into a first outlet of the adapter, and wherein the third inlet opens into a second outlet of the adapter. - one fitting housing with a discharge and at least one discharge opening; - one hose with at least a first lumen for conducting a first liquid, a second lumen for conducting a second liquid and a third lumen for conducting a third liquid; and - one adapter with at least one first inlet for the first lumen, one second inlet for the second lumen and one third inlet for the third lumen,
A racket frame comprising a head formed in a ring shape along a face, wherein on the head, a first groove in which a base portion for connecting grommets is to be inserted is formed in a radially outer region of the head so as to be recessed toward a radially inner side, and two second grooves are formed in a thickness direction in the radially outer region of the head on the outer surface of the head along the circumferential direction of the head so as to be recessed toward the radially inner side, one second groove being formed at each of both sides of the first groove along the thickness direction such that the first groove is located therebetween, wherein the second grooves are deformation promotion grooves which are configured to promote deformation of regions of the head closer to the first groove than to the second grooves when a tennis ball hits a face of the racket, characterized in that the width of the deformation promotion grooves being in a range between 0.5 mm and 1.5 mm and the depth of the deformation promotion grooves being in a range between 0.3 mm and 1.0 mm and in that the racket frame is shaped by winding a plurality of prepregs and curing the thermosetting resin included in the prepregs. on the head, a first groove in which a base portion for connecting grommets is to be inserted is formed in a radially outer region of the head so as to be recessed toward a radially inner side, and two second grooves are formed in a thickness direction in the radially outer region of the head on the outer surface of the head along the circumferential direction of the head so as to be recessed toward the radially inner side, one second groove being formed at each of both sides of the first groove along the thickness direction such that the first groove is located therebetween, the width of the deformation promotion grooves being in a range between 0.5 mm and 1.5 mm and the depth of the deformation promotion grooves being in a range between 0.3 mm and 1.0 mm and in that the racket frame is shaped by winding a plurality of prepregs and curing the thermosetting resin included in the prepregs.
An inventory management system using an automated guided vehicle, the inventory management system comprising: a plurality of shelf cases; a scanning unit adapted to recognize information about articles placed in the plurality of shelf cases; guide lines deployed along the plurality of shelf cases, wherein the plurality of shelf cases are spaced apart from each other; a vehicle adapted to support the scanning unit, to recognize the guide lines, and to move along the guide lines; and a control unit adapted to control the vehicle so that the vehicle moves along the guide lines, wherein the scanning unit comprises antennas vertically disposed at locations corresponding to heights of the plurality of shelf cases, characterized in that: the control unit is adapted to receive location information of shelf cells of the shelf case and path information of the vehicle, wherein the location information of shelf cells and the path information of the vehicle are stored in an identifier of the guide lines, to control a moving direction of the vehicle, and to control the scanning unit to selectively turn on and off the antennas so that only the antenna corresponding to one of the shelf cells is operated and remaining other antennas are not operated, using the location information of the shelf cell.; a plurality of shelf cases; a scanning unit adapted to recognize information about articles placed in the plurality of shelf cases; guide lines deployed along the plurality of shelf cases, wherein the plurality of shelf cases are spaced apart from each other; a vehicle adapted to support the scanning unit, to recognize the guide lines, and to move along the guide lines; and a control unit adapted to control the vehicle so that the vehicle moves along the guide lines, wherein the scanning unit comprises antennas vertically disposed at locations corresponding to heights of the plurality of shelf cases, characterized in that: the control unit is adapted to receive location information of shelf cells of the shelf case and path information of the vehicle, wherein the location information of shelf cells and the path information of the vehicle are stored in an identifier of the guide lines, to control a moving direction of the vehicle, and to control the scanning unit to selectively turn on and off the antennas so that only the antenna corresponding to one of the shelf cells is operated and remaining other antennas are not operated, using the location information of the shelf cell.; the control unit is adapted to receive location information of shelf cells of the shelf case and path information of the vehicle, wherein the location information of shelf cells and the path information of the vehicle are stored in an identifier of the guide lines, to control a moving direction of the vehicle, and to control the scanning unit to selectively turn on and off the antennas so that only the antenna corresponding to one of the shelf cells is operated and remaining other antennas are not operated, using the location information of the shelf cell.;
A method of transferring a service context during a hand-over of a mobile node in a wireless mesh network, the method comprising: setting transfer boundaries according to positions spaced from an initial Access Point, AP, initially connected to the mobile node and determining AP types based upon the set transfer boundaries; and transferring a service context (S608, S610) to APs arranged in a moving direction of the mobile node based upon context transfer policies according to the determined AP types prior to hand-over of the mobile node in response to its movement, wherein the AP types comprise the initial AP, APs located at the transfer boundaries, and proactive transfer APs arranged at minus one hop from the the APs located at the transfer boundaries. setting transfer boundaries according to positions spaced from an initial Access Point, AP, initially connected to the mobile node and determining AP types based upon the set transfer boundaries; and transferring a service context (S608, S610) to APs arranged in a moving direction of the mobile node based upon context transfer policies according to the determined AP types prior to hand-over of the mobile node in response to its movement, wherein the AP types comprise the initial AP, APs located at the transfer boundaries, and proactive transfer APs arranged at minus one hop from the the APs located at the transfer boundaries.
A monitoring system for a periphery of a structure, the system comprising: a monitoring module comprising: a detection system (302, 304, 306, 308, 310) arranged to support monitoring of a portion of the periphery corresponding to a coverage field in order to detect, when in use, passage of a falling or climbing body beyond the periphery, the detection system having an imaging resolution that prevents conclusive visual identification by a human operator of the nature of the body; a video capture apparatus (312, 314) arranged to provide video data in respect of the coverage field; and a monitoring station apparatus arranged to receive data from the monitoring module and in response to detection of the passage of the body by the detection system (302, 304, 306, 308, 310) to enable review of the video data by the human operator, the video data enabling the human operator to identify readily the nature of the body detected and thereby to provide confirmatory visual evidence when the body is human. a monitoring module comprising: a detection system (302, 304, 306, 308, 310) arranged to support monitoring of a portion of the periphery corresponding to a coverage field in order to detect, when in use, passage of a falling or climbing body beyond the periphery, the detection system having an imaging resolution that prevents conclusive visual identification by a human operator of the nature of the body; a video capture apparatus (312, 314) arranged to provide video data in respect of the coverage field; and a detection system (302, 304, 306, 308, 310) arranged to support monitoring of a portion of the periphery corresponding to a coverage field in order to detect, when in use, passage of a falling or climbing body beyond the periphery, the detection system having an imaging resolution that prevents conclusive visual identification by a human operator of the nature of the body; a video capture apparatus (312, 314) arranged to provide video data in respect of the coverage field; and a monitoring station apparatus arranged to receive data from the monitoring module and in response to detection of the passage of the body by the detection system (302, 304, 306, 308, 310) to enable review of the video data by the human operator, the video data enabling the human operator to identify readily the nature of the body detected and thereby to provide confirmatory visual evidence when the body is human.
A calibration system for calibrating a radio frequency, RF, device comprising a plurality of signal paths (151,152,153), each signal path (151,152,153) comprising at least an amplifier and an antenna element, the system comprising: a signal generator for driving the signal paths (151,152,153) with a predetermined test signal, at least two probes (203,204) for measuring the output of the signal paths (151,152,153) in reaction to the test signal, and a correction factor calculator for calculating respective correction factors based on differences in at least one characteristic of the measured outputs of the signal paths (151,152,153), characterized in that the correction factor calculator is adapted to identify a lowest value of the measured output of the signal paths (151,152,153), and to calculate the correction factors for the output of all signal paths (151, 152, 153) being equal within a predetermined acceptance interval. a signal generator for driving the signal paths (151,152,153) with a predetermined test signal, at least two probes (203,204) for measuring the output of the signal paths (151,152,153) in reaction to the test signal, and a correction factor calculator for calculating respective correction factors based on differences in at least one characteristic of the measured outputs of the signal paths (151,152,153), characterized in that the correction factor calculator is adapted to identify a lowest value of the measured output of the signal paths (151,152,153), and to calculate the correction factors for the output of all signal paths (151, 152, 153) being equal within a predetermined acceptance interval.
An awning, in particular a bag awning, for attachment on a trailer or motor home, comprising at least an awning web, which is arranged on the side wall of the trailer or motor home, and which comprises on the front end face of the awning web a stiffening element, wherein the stiffening element is formed as an elongate first hollow body in an inflatable manner, characterised in that in the area of the stiffening element means for receiving support rods are provided, wherein in the elongate first hollow body an elongate second hollow body is arranged, wherein the second hollow body is formed in an inflatable manner, wherein the pressure in the second hollow body is maintained independent of the pressure in the first hollow body during rolling-up of the awning web for the purpose of storing on the side wall of the trailer or motor home.
A battery balancing system comprising: an energy balancing circuit; multiple battery cells coupled to the energy balancing circuit; a health assessment circuit coupled to the multiple battery cells and configured to sense a state of health and a charge of each of the multiple battery cells; wherein the balancing circuit switches energy between the multiple battery cells as a function of the sensed state of health and state of charge of each of the multiple battery cells to balance charge therebetween; wherein energy is switched between the multiple battery cells without exceeding minimum and maximum charges for each cell and wherein the received state of health and state of charge are measured by impedance spectroscopy; wherein the energy balancing circuit includes multiple switches controllable to route energy between selected cells of the multiple battery cells; further comprising a controller coupled to the energy balancing circuit and the health assessment circuit to determine an amount of charge to transfer between cells and to control the switches to effect the determined transfer. an energy balancing circuit; multiple battery cells coupled to the energy balancing circuit; a health assessment circuit coupled to the multiple battery cells and configured to sense a state of health and a charge of each of the multiple battery cells; wherein the balancing circuit switches energy between the multiple battery cells as a function of the sensed state of health and state of charge of each of the multiple battery cells to balance charge therebetween; wherein energy is switched between the multiple battery cells without exceeding minimum and maximum charges for each cell and wherein the received state of health and state of charge are measured by impedance spectroscopy; wherein the energy balancing circuit includes multiple switches controllable to route energy between selected cells of the multiple battery cells; wherein energy is switched between the multiple battery cells without exceeding minimum and maximum charges for each cell and wherein the received state of health and state of charge are measured by impedance spectroscopy; wherein the energy balancing circuit includes multiple switches controllable to route energy between selected cells of the multiple battery cells; further comprising a controller coupled to the energy balancing circuit and the health assessment circuit to determine an amount of charge to transfer between cells and to control the switches to effect the determined transfer.
Coaxial microwave connector, intended in particular to link two printed circuit boards (PCBs) to one another, of central axis, characterized in that it comprises: - a first connection element comprising a conductive body, forming a ground contact, and a conductive rod forming a central contact arranged inside the ground contact; - a second connection element comprising a conductive body, forming a ground contact, a conductive rod forming a central contact arranged inside the ground contact, the ground and central contacts of the second connection element being free to be displaced, along the central axis, relative to those of the first connection element, between a configuration of disconnection, and a configuration of connection in which the first and the second connection elements (2, 3) are intended to establish an electrical ground contact and a central electrical contact between the two PCBs; - at least one electrically insulating washer, which both allows for the coaxial mechanical securing between each central contact (21, 31) inside the ground contact (20, 30) of the first or of the second connection element, and makes it possible to establish a mechanical pressure between the end (210, 310) of the central contact (21, 31) and one of the two PCBs, characterized in that said electrically insulating washer is flexible and in that the mechanical pressure between the end (210, 310) of the central contact (21, 31) and one of the two PCBs is established by the flexing of said washer. - a first connection element comprising a conductive body, forming a ground contact, and a conductive rod forming a central contact arranged inside the ground contact; - a second connection element comprising a conductive body, forming a ground contact, a conductive rod forming a central contact arranged inside the ground contact, the ground and central contacts of the second connection element being free to be displaced, along the central axis, relative to those of the first connection element, between a configuration of disconnection, and a configuration of connection in which the first and the second connection elements (2, 3) are intended to establish an electrical ground contact and a central electrical contact between the two PCBs; - at least one electrically insulating washer, which both allows for the coaxial mechanical securing between each central contact (21, 31) inside the ground contact (20, 30) of the first or of the second connection element, and makes it possible to establish a mechanical pressure between the end (210, 310) of the central contact (21, 31) and one of the two PCBs, characterized in that said electrically insulating washer is flexible and in that the mechanical pressure between the end (210, 310) of the central contact (21, 31) and one of the two PCBs is established by the flexing of said washer.
An image decoding method for decoding a coded bitstream using (i) a buffer description (BDO - BDn) for specifying a picture to be held in a decoded picture buffer and (ii) a reference list description (RLDO - RLD3) for specifying a list of pictures in the DPB to be referred to for inter prediction, the image decoding method comprising: obtaining, from a sequence parameter set corresponding to the coded bitstream, buffer descriptions (BDO - BDn); obtaining, from the sequence parameter set, reference list descriptions (RLDO - RLD3), each reference list description (RLDO - RLD3) corresponding exclusively to one of the buffer descriptions (BDO - BDn); obtaining, from a first header of a processing unit that is a picture or a slice, buffer description selecting information (bd_select) for specifying one of the buffer descriptions (BDO - BDn), the first header being included in the coded bitstream; and decoding the processing unit using (i) a buffer description (BDO - BDn) specified in the buffer description selecting information (bd_select) and (ii) the reference list description (RLDO - RLD3) which corresponds exclusively to the specified buffer description (BDO - BDn). obtaining, from a sequence parameter set corresponding to the coded bitstream, buffer descriptions (BDO - BDn); obtaining, from the sequence parameter set, reference list descriptions (RLDO - RLD3), each reference list description (RLDO - RLD3) corresponding exclusively to one of the buffer descriptions (BDO - BDn); obtaining, from a first header of a processing unit that is a picture or a slice, buffer description selecting information (bd_select) for specifying one of the buffer descriptions (BDO - BDn), the first header being included in the coded bitstream; and decoding the processing unit using (i) a buffer description (BDO - BDn) specified in the buffer description selecting information (bd_select) and (ii) the reference list description (RLDO - RLD3) which corresponds exclusively to the specified buffer description (BDO - BDn).
Method for connecting a terminal of a user to an anchor gateway connected to a packet switching network, the method being implemented by an access gateway to which the terminal is attached and comprising the following steps: • sending (a102, a202, a302) of a user authorization request comprising an identifier of the user, destined for a current authentication server (cAAA, vAAA), • reception (a107, a207, a307) of a user authorization response originating from the current authentication server (cAAA, vAAA), • sending (a109, a209, a309) of a connection request to the anchor gateway, intended to connect the terminal to the packet switching network, the method being characterized in that the user authorization response received comprises a unique identifier of an authentication server (cAAA, hAAA) that authenticated the user, and in that this identifier is included in the connection request sent. • sending (a102, a202, a302) of a user authorization request comprising an identifier of the user, destined for a current authentication server (cAAA, vAAA), • reception (a107, a207, a307) of a user authorization response originating from the current authentication server (cAAA, vAAA), • sending (a109, a209, a309) of a connection request to the anchor gateway, intended to connect the terminal to the packet switching network,
Curable clear coat component for use as a curable component of a two-component clear coat coating composition system, said curable clear coat component comprises: A) at least one polyaspartic acid ester or at least one hydroxyl functional binder or a combination of both, and B) an antioxidant component comprising B1) at least one sterically hindered phenol antioxidant and B2) at least one organophosphite antioxidant. A) at least one polyaspartic acid ester or at least one hydroxyl functional binder or a combination of both, and B) an antioxidant component comprising B1) at least one sterically hindered phenol antioxidant and B2) at least one organophosphite antioxidant. B1) at least one sterically hindered phenol antioxidant and B2) at least one organophosphite antioxidant.
Control method of an individual displacement of each Abrikosov vortex of a vortex distribution of an element, made up of a superconducting material and a visual indicator layer, called superconducting element, the visual indicator layer being configured to modify the polarization of the incident light, comprising a step for inhomogeneous heating of the superconducting element provided with the Abrikosov vortex in a heating zone so as to displace the Abrikosov vortex toward the heating zone.
A method for monitoring a status of a media asset, the method comprising: determining that: a user has begun viewing the media asset and that the user has not finished viewing the media asset; or the user has scheduled the media asset for future viewing; detecting an impending status change of the media asset; determining whether a local copy of the media asset is available; in response to determining that the local copy of the media asset is not available, automatically alerting the user of the impending status change, wherein alerting the user comprises displaying a notification to the user that enables the user to view or record at least part of the media asset ahead of the impending status change. determining that: a user has begun viewing the media asset and that the user has not finished viewing the media asset; or the user has scheduled the media asset for future viewing; a user has begun viewing the media asset and that the user has not finished viewing the media asset; or the user has scheduled the media asset for future viewing; detecting an impending status change of the media asset; determining whether a local copy of the media asset is available; in response to determining that the local copy of the media asset is not available, automatically alerting the user of the impending status change, wherein alerting the user comprises displaying a notification to the user that enables the user to view or record at least part of the media asset ahead of the impending status change.