mhurhangee/ep-ind-claims huggingface dataset:
A user equipment, UE, comprising: a memory (272, 712); and a processor (238, 260, 270, 704) coupled to the memory, the memory and processor configured to: receive signaling indicating an address of a domain name system, DNS, server; receive signaling indicating an address of an edge DNS server; intercept a DNS request from an application; change a destination address of the DNS request to the address of the edge DNS server; intercept a DNS response from the edge DNS server that is sent in response to the DNS request; and upon determining that the DNS response does not comprise a failure notification, change a source address of the DNS response to the address of the DNS server. a memory (272, 712); and a processor (238, 260, 270, 704) coupled to the memory, the memory and processor configured to: receive signaling indicating an address of a domain name system, DNS, server; receive signaling indicating an address of an edge DNS server; intercept a DNS request from an application; change a destination address of the DNS request to the address of the edge DNS server; intercept a DNS response from the edge DNS server that is sent in response to the DNS request; and upon determining that the DNS response does not comprise a failure notification, change a source address of the DNS response to the address of the DNS server. receive signaling indicating an address of a domain name system, DNS, server; receive signaling indicating an address of an edge DNS server; intercept a DNS request from an application; change a destination address of the DNS request to the address of the edge DNS server; intercept a DNS response from the edge DNS server that is sent in response to the DNS request; and upon determining that the DNS response does not comprise a failure notification, change a source address of the DNS response to the address of the DNS server.
A method for manufacturing a cubic boron nitride cutting tool including a base metal and a sintered cubic boron nitride compact at which a cutting edge is formed, the sintered cubic boron nitride compact being attached at a corner portion of the base metal, the method comprising: grinding the sintered cubic boron nitride compact disposed at the corner of the base metal by pressing the sintered cubic boron nitride compact against an end face of a grindstone of a grinder, whose position and orientation are controllable, to form a flank face and a rake face on the sintered cubic boron nitride compact while the base metal of the cubic boron nitride cutting tool is tightly held by a chuck of the grinder in a direction of a thickness of the cubic boron nitride cutting tool, wherein the grinding is performed in such a manner that the sintered cubic boron nitride compact is ground, and wherein, in the grinding to form the rake face, the rake face is formed so as to be recessed from a top face of the base metal or only a portion of the sintered cubic boron nitride compact that protrudes from a base-metal rake face is ground, while the tool is continuously held by the chuck by adjusting the orientation and the position of the chuck, and wherein the grinding to form the flank face and the rake face is performed so that grinding streaks perpendicular to the direction of the thickness of the tool are formed on the flank face and grinding streaks that are approximately perpendicular to a bisector of a corner of the tool at which the sintered cubic boron nitride compact is disposed are formed on the rake face. grinding the sintered cubic boron nitride compact disposed at the corner of the base metal by pressing the sintered cubic boron nitride compact against an end face of a grindstone of a grinder, whose position and orientation are controllable, to form a flank face and a rake face on the sintered cubic boron nitride compact while the base metal of the cubic boron nitride cutting tool is tightly held by a chuck of the grinder in a direction of a thickness of the cubic boron nitride cutting tool, wherein the grinding is performed in such a manner that the sintered cubic boron nitride compact is ground, and wherein, in the grinding to form the rake face, the rake face is formed so as to be recessed from a top face of the base metal or only a portion of the sintered cubic boron nitride compact that protrudes from a base-metal rake face is ground, while the tool is continuously held by the chuck by adjusting the orientation and the position of the chuck, and wherein the grinding to form the flank face and the rake face is performed so that grinding streaks perpendicular to the direction of the thickness of the tool are formed on the flank face and grinding streaks that are approximately perpendicular to a bisector of a corner of the tool at which the sintered cubic boron nitride compact is disposed are formed on the rake face.
An arrangement ("A") for spectral analysis of concentrations of a gas, said arrangement ("A") having a light emitting means for an electromagnetic radiation ("S", "Sa", "Sb"), a gas-adapted measuring cell with a space in the form of a cavity defining an optical measuring distance ("L"), a sensing means or detector (3b, 3b') for said electromagnetic radiation passing along said optical measuring distance from said light emitting means to said sensing means or detector (3b, 3b') and a unit performing spectral analysis of the sensed or detected light, said unit being connected at least to said sensing means or detector (3b, 3b'), wherein the said sensing means or detector (3, 3b') sensing the electromagnetic radiation is opto-electrically sensitive to electromagnetic radiation falling within the spectral region whose at least one chosen wavelength component or spectral element is transmitted through an optical filter to become an object of analysis in the unit performing the spectral analysis in order to determine in this unit, by means of calculations, the intensity of radiation of the component or spectral element at the at least one chosen wavelength, wherein the length ("L") of said measuring distance, between the light emitting means and the light sensing means or detector (3b, 3b') is chosen to be short, such as less than 15 millimeters; and wherein the arrangement comprises a disc or a wall portion of the measuring cell comprising a slit or an aperture through which light rays penetrate; and wherein light is directed in a straight line ("Sa", "Sa1") from the light emitting means through said slit or aperture towards the sensing means or detector (3b, 3b') and wherein the slit or aperture is positioned and is respectively sufficiently narrow or small so that the location on the sensing means or the detector (3b, 3b') of light emitted from any given light generating portion of the light emitting means and directed along such a straight line is essentially determined by the slit or aperture in the disc or wall portion of the measuring cell so that the light projects on a light receiving or light sensitive portion, such as a chip, associated with the sensing means or detector (3b, 3b').
Thermostatic mixer valve for shower, sink or washbasin in a community, in particular in a hospital, comprising a basic body with two water inlets for hot and cold water respectively, and one outlet for the mixed water, means for mixing the hot and cold water with means for adjusting the flow being positioned in the basic body between the water inlets and outlets, means of operation for adjusting the output flow and means of operation for adjusting the temperature of the mixed water in the form of a rotary hand wheel, means for forming a first stop being fitted to lock rotation of the hand wheel after rotation to a position corresponding to a first temperature, for example 38 °C, means being provided for disengaging the first temperature stop to enable the user to continue rotation of the hand wheel to a second, or safety stop, corresponding in general to a temperature of 41°C to 45°C, means for disengaging the first stop (13, 14) being placed on the front face of the rotating hand wheel, characterised in that the mixer comprises a locking screw to lock the safety stop being accessible on the lateral surface of the rotating hand wheel, to produce a disinfecting thermal shock after unlocking.
A composite comprising a first layer and a second layer attached on the first layer, wherein the first layer comprises carbon fiber in the amount of about 65% to about 90% (w/w) based on the total composite and the second layer comprises, based on the total composite, graphene in an amount of about 0.01% to about 1% (w/w), carbon nanotube in an amount of 0.1% to about 3.0% (w/w), and a resin or an adhesive material in an amount of about 10% to about 35% (w/w), wherein the resin is polyethylene, polypropylene, polyester, thermoplastic polyurethane, thermoplastic elastomer, acrylic resin, polyurethane, silicone resin, polyvinyl chloride, polystyrene, polyamide, polyoxymethylene, polycarbonate, poly(methyl methacrylate) (PMMA), epoxy or thermoplastic rubber or a combination thereof.
A thermal radiation screen for a magnet system comprising a multitude of overlapping elongate thermal conductors (101, 102) that are electrically conductive, including: - at least one thermally non-conducting opaque layer (103, 104) that is non-transparent in the infrared wavelength range and is arranged in between or covering the elongate thermal conductors (101, 102) and - the thermally non-conducting opaque layer (103, 104) being in thermal contact with at least some of the elongate thermal conductors (101, 102) - at least one thermally non-conducting opaque layer (103, 104) that is non-transparent in the infrared wavelength range and is arranged in between or covering the elongate thermal conductors (101, 102) and - the thermally non-conducting opaque layer (103, 104) being in thermal contact with at least some of the elongate thermal conductors (101, 102)
A method for calibrating offset between a selected position in an overview image and a centre position in a detailed image, the overview image being captured by an overview camera and the detailed image being captured by a detailed view camera, these two cameras being different cameras, the method comprising: capturing the overview image by the overview camera; displaying the captured overview image including an overlay pattern presenting indicators of at least three suggested selection areas uniformly distributed around a centre point of the overview image; adjusting an orientation of the overlay pattern with respect to the centre point of the overview image; selecting a point in a selection area at a feature in the overview image; transforming coordinates representing the point into a pan angle and a tilt angle; panning and tilting the detailed view camera in accordance with the pan angle and the tilt angle; capturing the detailed image using the detailed view camera after the camera has been panned and tilted in accordance with the pan angle and the tilt angle; manually adjusting the pan angle and the tilt angle so that the feature at the selected point in the overview image is substantially in the centre of the image captured by the detailed view camera; storing information indicating the difference between the transformed pan and tilt angles and the adjusted pan and tilt angles as an offset value; repeating the steps of selecting a point, transforming coordinates, panning and tilting, capturing the detailed image, manually adjusting, and storing offset value for the other selection areas. capturing the overview image by the overview camera; displaying the captured overview image including an overlay pattern presenting indicators of at least three suggested selection areas uniformly distributed around a centre point of the overview image; adjusting an orientation of the overlay pattern with respect to the centre point of the overview image; selecting a point in a selection area at a feature in the overview image; transforming coordinates representing the point into a pan angle and a tilt angle; panning and tilting the detailed view camera in accordance with the pan angle and the tilt angle; capturing the detailed image using the detailed view camera after the camera has been panned and tilted in accordance with the pan angle and the tilt angle; manually adjusting the pan angle and the tilt angle so that the feature at the selected point in the overview image is substantially in the centre of the image captured by the detailed view camera; storing information indicating the difference between the transformed pan and tilt angles and the adjusted pan and tilt angles as an offset value; repeating the steps of selecting a point, transforming coordinates, panning and tilting, capturing the detailed image, manually adjusting, and storing offset value for the other selection areas.
A method for capturing a particular bidirectional data transfer of data packets of those data or service requests for which a collection in dependence on the service or the data request and a billing is desired, between a terminal of a telecommunication network and a server in a packet-oriented data network which is connected to the telecommunication network by means of a gateway, comprising the process steps: a) transmitting a data or service request for a particular data transfer from the terminal via the telecommunication network, the gateway and the packet-oriented data network to the server, b) transmitting a network address of a diverting unit as response to the data or service request for a particular data transfer from the server to the terminal, c) carrying out a diversion of a particular bidirectional data transfer of service or data-related data packets between the terminal and the server via the telecommunication network, the gateway, the diverting unit and the packet-oriented data network, d) including a service or data-related identification mark in the service or data-related data packets for the diverted data transfer at the terminal and/or at the server, e) searching received service or data-related data packets for the identification mark by means of an identification unit of the deviating unit, f) capturing the particular data transfer deviated by the deviating unit by means of a first capturing unit on the base of the data packets of the deviated data transfer which have been searched by the identification unit, and g) determining billing data by means of a billing determination unit of the deviating unit on the base of the captured data transfer. a) transmitting a data or service request for a particular data transfer from the terminal via the telecommunication network, the gateway and the packet-oriented data network to the server, b) transmitting a network address of a diverting unit as response to the data or service request for a particular data transfer from the server to the terminal, c) carrying out a diversion of a particular bidirectional data transfer of service or data-related data packets between the terminal and the server via the telecommunication network, the gateway, the diverting unit and the packet-oriented data network, d) including a service or data-related identification mark in the service or data-related data packets for the diverted data transfer at the terminal and/or at the server, e) searching received service or data-related data packets for the identification mark by means of an identification unit of the deviating unit, f) capturing the particular data transfer deviated by the deviating unit by means of a first capturing unit on the base of the data packets of the deviated data transfer which have been searched by the identification unit, and g) determining billing data by means of a billing determination unit of the deviating unit on the base of the captured data transfer.
A computer implemented method for determining at a server whether to send information to a first client in response to a change to a shared electronic document, the method comprising: receiving a first active region from the first client, wherein the first active region is a viewport of the first client, wherein the viewport is information related to the shared document displayed on the first client's computer display; receiving an indicia of change, the indicia of change indicating that a change to the shared electronic document has occurred, wherein the change has been made to an area outside of the first active region; determining whether to send the first client an update, wherein determining includes determining whether the change will affect the first active region; and if and only if the change will affect the viewport of the first client, determining relevant-change data to send to the first client and sending the relevant-change data to the first client. receiving a first active region from the first client, wherein the first active region is a viewport of the first client, wherein the viewport is information related to the shared document displayed on the first client's computer display; receiving an indicia of change, the indicia of change indicating that a change to the shared electronic document has occurred, wherein the change has been made to an area outside of the first active region; determining whether to send the first client an update, wherein determining includes determining whether the change will affect the first active region; and if and only if the change will affect the viewport of the first client, determining relevant-change data to send to the first client and sending the relevant-change data to the first client.
A film structure comprising at least a functional film, a carrier layer, and a counter-force liner, said functional film being in between said carrier layer and said counter-force liner in a predetermined receiving area, the carrier layer and the counter-force liner being larger than the functional film, and the counter-force liner being fastened to the carrier layer, directly or indirectly, at least on a portion of a zone outside the receiving area on at least two opposite sides of the receiving area, wherein the film structure comprises at least one of: - a carrier-side sliding layer that is positioned in between said carrier layer and said functional film, said carrier-side sliding layer being adapted to enable a positioning float of the functional film with regard to the carrier layer, and - a liner-side sliding layer adapted to enable a positioning float of the functional film with regard to the counter-force liner, the liner-side sliding layer being positioned in between said counter force liner and said functional film, either in contact with the counter-force liner or in contact with a layer fastened to the counter-force liner. - a carrier-side sliding layer that is positioned in between said carrier layer and said functional film, said carrier-side sliding layer being adapted to enable a positioning float of the functional film with regard to the carrier layer, and - a liner-side sliding layer adapted to enable a positioning float of the functional film with regard to the counter-force liner, the liner-side sliding layer being positioned in between said counter force liner and said functional film, either in contact with the counter-force liner or in contact with a layer fastened to the counter-force liner.
An Internet of Things, IoT, device for mitigating an attack, the IoT device comprising: a transceiver; and a processor configured to: receive a first communication from a gateway device; send to the gateway device: an indication that the first communication is associated with an attack on the IoT device; and a request to change a filtering rule set at the gateway device; enter a sleep mode, wherein the IoT device does not process a communication from the gateway device; enter an active mode; and receive a second communication from the gateway device. a transceiver; and a processor configured to: receive a first communication from a gateway device; send to the gateway device: an indication that the first communication is associated with an attack on the IoT device; and a request to change a filtering rule set at the gateway device; enter a sleep mode, wherein the IoT device does not process a communication from the gateway device; enter an active mode; and receive a second communication from the gateway device. receive a first communication from a gateway device; send to the gateway device: an indication that the first communication is associated with an attack on the IoT device; and a request to change a filtering rule set at the gateway device; an indication that the first communication is associated with an attack on the IoT device; and a request to change a filtering rule set at the gateway device; enter a sleep mode, wherein the IoT device does not process a communication from the gateway device; enter an active mode; and receive a second communication from the gateway device.
Method for the broadcasting by a watch of an informative message relating to an evaluation of the quality of life of a wearer of said watch, characterised in that the method comprises the following steps: - recording, by the processing unit, of data describing at least one factual episode of at least one type of environmental event recorded during a given period; - identification of at least one type of environmental event disturbing the quality of life of the wearer from processing of said descriptive data; - estimation of an evaluation index of the quality of life of the wearer according to an indicator of disturbance of the quality of life relating to each type of environmental event disturbing the quality of life identified, and - design of the informative message comprising the estimated evaluation index in prediction of its broadcasting to the wearer, and wherein the identification step comprises a substep of selecting one or more factual episodes relating to each type of environmental event disturbing the quality of life of the wearer recorded during the given period using at least one selection criterion, and wherein each factual episode selected has a corresponding environmental measurement that is greater than a reference threshold of disturbance of the quality of life and has a corresponding duration measurement that is greater than a reference duration threshold. - recording, by the processing unit, of data describing at least one factual episode of at least one type of environmental event recorded during a given period; - identification of at least one type of environmental event disturbing the quality of life of the wearer from processing of said descriptive data; - estimation of an evaluation index of the quality of life of the wearer according to an indicator of disturbance of the quality of life relating to each type of environmental event disturbing the quality of life identified, and - design of the informative message comprising the estimated evaluation index in prediction of its broadcasting to the wearer, and wherein the identification step comprises a substep of selecting one or more factual episodes relating to each type of environmental event disturbing the quality of life of the wearer recorded during the given period using at least one selection criterion, and wherein each factual episode selected has a corresponding environmental measurement that is greater than a reference threshold of disturbance of the quality of life and has a corresponding duration measurement that is greater than a reference duration threshold.
Shoe with a shaped part suitable for supporting the arch of the foot, said shoe having an opening accessible from the outside, whereby the shaped part suitable for supporting the arch of the foot can be inserted into the opening accessible from the outside and the shaped part is made of polyurethane, polyethylene, polypropylene, polyvinyl chloride or blends of said substances, characterised in that the shaped part can be inserted from the outside between an inlay sole and an inner sole and rests on the inner sole.