mhurhangee/ep-ind-claims huggingface dataset:
Method for monitoring a metallurgical vessel in a metal industry installation, the metal industry installation comprising a number of processing stations which are run to or run through by the metallurgical vessel, - wherein the metallurgical vessel is equipped with a transponder with transponder data, - wherein a reading station is arranged at at least one of the processing stations, - wherein, if the metallurgical vessel is in a detecting region of the reading station that is stationary in relation to the reading station, the transponder communicates with the reading station, - wherein the communication of the reading station with the transponder is fed to an evaluation device, - wherein the evaluation device is also fed process data, characterized - in that the process data are detected independently of the communication of the reading station with the transponder, - in that it is ascertained by the evaluation device on the basis of the process data whether or not the metallurgical vessel is expected in the detecting region of the reading station, and - in that a message is issued by the evaluation device if a communication of the reading station with the transponder takes place and it is ascertained on the basis of the process data that the metallurgical vessel is not expected in the detecting region of the reading station and/or if no communication of the reading station with the transponder takes place and it is ascertained on the basis of the process data that the metallurgical vessel is expected in the detecting region of the reading station. - wherein the metallurgical vessel is equipped with a transponder with transponder data, - wherein a reading station is arranged at at least one of the processing stations, - wherein, if the metallurgical vessel is in a detecting region of the reading station that is stationary in relation to the reading station, the transponder communicates with the reading station, - wherein the communication of the reading station with the transponder is fed to an evaluation device, - wherein the evaluation device is also fed process data, characterized - in that the process data are detected independently of the communication of the reading station with the transponder, - in that it is ascertained by the evaluation device on the basis of the process data whether or not the metallurgical vessel is expected in the detecting region of the reading station, and - in that a message is issued by the evaluation device if a communication of the reading station with the transponder takes place and it is ascertained on the basis of the process data that the metallurgical vessel is not expected in the detecting region of the reading station and/or if no communication of the reading station with the transponder takes place and it is ascertained on the basis of the process data that the metallurgical vessel is expected in the detecting region of the reading station.
A method comprising: receiving, by a local wireless access network node from a macro wireless access network node, an offload request to offload at least a portion of data traffic for a user equipment from the macro wireless access network node to the local wireless access network node, wherein the user equipment is to maintain a first wireless connection to the macro wireless access network node after the offload, and wherein the offload request identifies radio access bearers to offload from the macro wireless access network node to the local wireless access network node; and sending, by the local wireless access network node to the macro wireless access network node, an offload response to indicate that the local wireless access network node has accepted the offload request, the offload response identifying less than all of the radio access bearers identified in the offload request; accepting, by the local wireless access network node, a small cell attachment procedure performed by the user equipment to establish a second wireless connection between the local wireless access network node and the user equipment, the second wireless connection being used to communicate the at least a portion of data traffic, and the small cell attachment procedure establishing the second wireless connection using information of a small cell offload message sent to the user equipment by the macro wireless access network node over the first wireless connection between the macro wireless access network node and the user equipment. receiving, by a local wireless access network node from a macro wireless access network node, an offload request to offload at least a portion of data traffic for a user equipment from the macro wireless access network node to the local wireless access network node, wherein the user equipment is to maintain a first wireless connection to the macro wireless access network node after the offload, and wherein the offload request identifies radio access bearers to offload from the macro wireless access network node to the local wireless access network node; and sending, by the local wireless access network node to the macro wireless access network node, an offload response to indicate that the local wireless access network node has accepted the offload request, the offload response identifying less than all of the radio access bearers identified in the offload request; accepting, by the local wireless access network node, a small cell attachment procedure performed by the user equipment to establish a second wireless connection between the local wireless access network node and the user equipment, the second wireless connection being used to communicate the at least a portion of data traffic, and the small cell attachment procedure establishing the second wireless connection using information of a small cell offload message sent to the user equipment by the macro wireless access network node over the first wireless connection between the macro wireless access network node and the user equipment.
An apparatus supporting wireless full duplex, wherein the apparatus comprises: a sending unit, configured to send a sounding signal and a first communication signal, wherein the sounding signal is sent in a manner of being superimposed on the first communication signal, and a power used to send the sounding signal is less than a power used to send the first communication signal; wherein the sending unit is specifically configured to send the sounding signal by using a bandwidth that is greater than a bandwidth used to send the first communication signal; a receiving unit, configured to receive an input signal, wherein the input signal comprises an echo signal and a second communication signal sent by another apparatus, and the echo signal comprises a near-field reflected signal corresponding to the sounding signal; a signal separation unit, configured to separate the near-field reflected signal from the echo signal; a processing unit for a near-field reflected self-interference signal, configured to determine a near-field reflection channel parameter according to the near-field reflected signal; and a cancellation unit for a near-field reflected self-interference signal, configured to determine a reconstructed near-field reflected self-interference signal based on the near-field reflection channel parameter, and subtract the reconstructed near-field reflected self-interference signal from the second communication signal. a sending unit, configured to send a sounding signal and a first communication signal, wherein the sounding signal is sent in a manner of being superimposed on the first communication signal, and a power used to send the sounding signal is less than a power used to send the first communication signal; wherein the sending unit is specifically configured to send the sounding signal by using a bandwidth that is greater than a bandwidth used to send the first communication signal; a receiving unit, configured to receive an input signal, wherein the input signal comprises an echo signal and a second communication signal sent by another apparatus, and the echo signal comprises a near-field reflected signal corresponding to the sounding signal; a signal separation unit, configured to separate the near-field reflected signal from the echo signal; a processing unit for a near-field reflected self-interference signal, configured to determine a near-field reflection channel parameter according to the near-field reflected signal; and a cancellation unit for a near-field reflected self-interference signal, configured to determine a reconstructed near-field reflected self-interference signal based on the near-field reflection channel parameter, and subtract the reconstructed near-field reflected self-interference signal from the second communication signal.
An inkjet ink set comprising: a. a black ink with a black pigment, b. a yellow ink with a yellow pigment, c. a cyan ink with a cyan pigment, d. a magenta ink with a magenta pigment and, e. a white ink with a white pigment wherein at least one of the ink further contains a latex binder that is dispersed in the ink vehicle, and that includes i. a first heteropolymer including two or more aliphatic (meth)acrylate ester monomers or two or more aliphatic (meth)acrylamide monomers; and ii. a second heteropolymer including a cycloaliphatic monomer and an aromatic monomer. a. a black ink with a black pigment, b. a yellow ink with a yellow pigment, c. a cyan ink with a cyan pigment, d. a magenta ink with a magenta pigment and, e. a white ink with a white pigment wherein at least one of the ink further contains a latex binder that is dispersed in the ink vehicle, and that includes i. a first heteropolymer including two or more aliphatic (meth)acrylate ester monomers or two or more aliphatic (meth)acrylamide monomers; and ii. a second heteropolymer including a cycloaliphatic monomer and an aromatic monomer. i. a first heteropolymer including two or more aliphatic (meth)acrylate ester monomers or two or more aliphatic (meth)acrylamide monomers; and ii. a second heteropolymer including a cycloaliphatic monomer and an aromatic monomer.
A method performed by a detecting node in a communications network, for detecting that a wireless device, WD, associated with a first domain of the communications network has been communicating with a non-legitimate device, wherein the non-legitimate device is a device associated with a second domain of the communications network and wherein the device impersonates a network node (110, 111, 140) of a first domain of the communications network, and wherein the method comprises: - obtaining information regarding one or more protocol events related to the communication between the WD and a first network node (110, 111, 140), wherein the information comprises a time instance related to the one or more protocol events, and - determining, based on the time instance and a set of time limits related to the one or more protocol events, that the WD has been communicating with the non-legitimate device; wherein - the protocol event is a sending of an RRC message, - the set of time limits comprises a first time limit, and - the WD is determined to have been communicating with the non-legitimate device when the number of RRC messages to the first network node (110, 111, 140), is reduced below a first threshold and a corresponding increase is not detected in a set of second network nodes (110, 111, 140) within the first time limit from the time instance of the reduction of the number of RRC messages below the first threshold. - obtaining information regarding one or more protocol events related to the communication between the WD and a first network node (110, 111, 140), wherein the information comprises a time instance related to the one or more protocol events, and - determining, based on the time instance and a set of time limits related to the one or more protocol events, that the WD has been communicating with the non-legitimate device; wherein - the protocol event is a sending of an RRC message, - the set of time limits comprises a first time limit, and - the WD is determined to have been communicating with the non-legitimate device when the number of RRC messages to the first network node (110, 111, 140), is reduced below a first threshold and a corresponding increase is not detected in a set of second network nodes (110, 111, 140) within the first time limit from the time instance of the reduction of the number of RRC messages below the first threshold.
A needle delivery device comprising: a device body; one or more skin pinching members attached to the device body, the skin pinching members being moveable to pinch a longitudinal fold of skin of a patient; a drive mechanism configured to, in use, drive a needle out of the device body and along a needle path into the longitudinal fold of skin pinched between the pinching members, and subsequently withdraw the needle, the needle path extending substantially parallel to the longitudinal fold of skin; the device being characterised in that it includes a plurality of sensing means (22; 23) to detect pinching along the length of the longitudinal fold of skin. a device body; one or more skin pinching members attached to the device body, the skin pinching members being moveable to pinch a longitudinal fold of skin of a patient; a drive mechanism configured to, in use, drive a needle out of the device body and along a needle path into the longitudinal fold of skin pinched between the pinching members, and subsequently withdraw the needle, the needle path extending substantially parallel to the longitudinal fold of skin; the device being characterised in that it includes a plurality of sensing means (22; 23) to detect pinching along the length of the longitudinal fold of skin.
A nasal implant delivery tool comprising: an inner handle including a loading chamber configured to receive a nasal implant (32, 232); an outer handle comprising at least a first button, wherein the outer handle is configured to move axially relative to the inner handle, and wherein the first button is configured to be depressed to allow distal movement of the outer handle relative to the inner handle; a needle extending distally from the inner handle, the needle having a central lumen and a distal opening; and a push rod configured to move the nasal implant from the loading chamber, through the central lumen, and out the distal opening of the needle, wherein the push rod is coupled to the outer handle such that the push rod moves distally relative to the inner handle when the outer handle is moved axially relative to and distally over the inner handle. an inner handle including a loading chamber configured to receive a nasal implant (32, 232); an outer handle comprising at least a first button, wherein the outer handle is configured to move axially relative to the inner handle, and wherein the first button is configured to be depressed to allow distal movement of the outer handle relative to the inner handle; a needle extending distally from the inner handle, the needle having a central lumen and a distal opening; and a push rod configured to move the nasal implant from the loading chamber, through the central lumen, and out the distal opening of the needle, wherein the push rod is coupled to the outer handle such that the push rod moves distally relative to the inner handle when the outer handle is moved axially relative to and distally over the inner handle.
A method for entering symbols using a touch screen device, said method comprising the steps of: detecting touching an entry field displayed on said touch screen device; displaying a plurality of symbols in a single row in response to said touching receiving step; detecting touching a first one of said displayed symbols; and if said touching is ended by stopping touching said touch screen device, a second one of said displayed symbols is detected to be last touched in said single row, and said second one of said displayed symbols is different from said first one of said displayed symbols, entering said second one of said displayed symbols into said entry field (270, 280), if said touching is ended by sliding away from said single row and said second one of said displayed symbols is an alphabet: displaying a list having at least one word beginning with said alphabet; limiting each of said at least one word to have at most a first number of alphabets; detecting touching a first one of said at least one word; if sliding in a direction parallel to an orientation of a word in said list is detected, adjusting said first number and displaying only words having at most said adjusted first number of alphabets; if said touching on said list is ended, entering said first one of said at least one word into said entry field. detecting touching an entry field displayed on said touch screen device; displaying a plurality of symbols in a single row in response to said touching receiving step; detecting touching a first one of said displayed symbols; and if said touching is ended by stopping touching said touch screen device, a second one of said displayed symbols is detected to be last touched in said single row, and said second one of said displayed symbols is different from said first one of said displayed symbols, entering said second one of said displayed symbols into said entry field (270, 280), if said touching is ended by sliding away from said single row and said second one of said displayed symbols is an alphabet: displaying a list having at least one word beginning with said alphabet; limiting each of said at least one word to have at most a first number of alphabets; detecting touching a first one of said at least one word; if sliding in a direction parallel to an orientation of a word in said list is detected, adjusting said first number and displaying only words having at most said adjusted first number of alphabets; if said touching on said list is ended, entering said first one of said at least one word into said entry field. displaying a list having at least one word beginning with said alphabet; limiting each of said at least one word to have at most a first number of alphabets; detecting touching a first one of said at least one word; if sliding in a direction parallel to an orientation of a word in said list is detected, adjusting said first number and displaying only words having at most said adjusted first number of alphabets; if said touching on said list is ended, entering said first one of said at least one word into said entry field.
An engine comprising at least one working cylinder which has valves and/or nozzles for the feed or injection of fuel and air and for the outlet of exhaust gas, wherein each working cylinder is coupled to a subsequent cylinder which is driven by the pressure of hot exhaust gases from the working cylinder and which is so designed and arranged that on the other hand it feeds pre-compressed combustion air to the working cylinder, a cooling device which cools the pre-compressed gas, a device (9, 7) for transferring the cooled pre-compressed gas into the working cylinder and a transfer valve which for a further stroke of the subsequent cylinder transfers exhaust gas under pressure from the working cylinder into the subsequent cylinder, characterised in that disposed downstream of the subsequent cylinder is an inverse turbine having an inlet stage for expansion under ambient pressure, an intercooler connected downstream of the inlet stage and a compression stage for concluding compression to ambient pressure as the outlet stage.
A semiconductor device comprising: a semiconductor element (15, 16) accommodated in an outer case; a control circuit board fixed to the outer case to be separated from the semiconductor element (15, 16); and a shield plate provided between the semiconductor element (15, 16) and the control circuit board, wherein the outer case is provided with a plurality of supports, each having a convex portion, wherein the height (h) of the convex portion of the support is longer than a thickness of the shield plate, a plurality of through-holes through which the convex portion of the plurality of supports passes is formed in the shield plate, and the shield plate is fixed to the plurality of supports by fixing means (12; 31a) that engage with the convex portion, characterized in that the fixing means is a plurality of claws that are provided in each of the plurality of through-holes of the shield plate. a semiconductor element (15, 16) accommodated in an outer case; a control circuit board fixed to the outer case to be separated from the semiconductor element (15, 16); and a shield plate provided between the semiconductor element (15, 16) and the control circuit board, wherein the outer case is provided with a plurality of supports, each having a convex portion, wherein the height (h) of the convex portion of the support is longer than a thickness of the shield plate, a plurality of through-holes through which the convex portion of the plurality of supports passes is formed in the shield plate, and the shield plate is fixed to the plurality of supports by fixing means (12; 31a) that engage with the convex portion, characterized in that the fixing means is a plurality of claws that are provided in each of the plurality of through-holes of the shield plate.
Method of manufacturing a continuous recess wall (23, 29, 120; 323; 623) lined with bristles (104, 24; 104, 324; 104, 624) for a mouthpiece (20; 320, 400; 620, 700, 710, 720, 730, 804) for simultaneously brushing at a plurality of dental positions, the continuous recess wall (23, 29, 120; 323; 623) having an arch-shaped length axis (L1, L2) and, viewed transverse to the length axis, a U-shaped cross-section configured for encompassing said plurality of dental positions, and the arch-shaped length axis (L1, L2) having a length which spans a distance at least equal to the distance from the left second pre-molar to the right second premolar; wherein the method comprises a providing step, in which an elongate, continuous, bristled sheet part having a first side lined with a plurality of bristles is provided, the elongate, bristled sheet part defining a length axis extending parallel to the bristled sheet part and, viewed transverse to the length axis, a cross-sectional shape, and wherein the elongate, continuous, bristled sheet part obtained in the providing step has an initial condition in which: - the cross-sectional shape has an initial shape, and - the length axis is arch-shaped; wherein the method further comprises a transforming step, in which the elongate, continuous, bristled sheet part obtained in the providing step is transformed to a said continuous recess wall (23, 29, 120; 323; 623) having a final condition; wherein in the final condition: - the cross-sectional shape has a final U-shape, - the length axis is arch shaped, and - the first side is a concave inner side of the final U-shape; and wherein the first side is in the final condition more concave than in the initial condition. wherein the method comprises a providing step, in which an elongate, continuous, bristled sheet part having a first side lined with a plurality of bristles is provided, the elongate, bristled sheet part defining a length axis extending parallel to the bristled sheet part and, viewed transverse to the length axis, a cross-sectional shape, and wherein the elongate, continuous, bristled sheet part obtained in the providing step has an initial condition in which: - the cross-sectional shape has an initial shape, and - the length axis is arch-shaped; - the cross-sectional shape has an initial shape, and - the length axis is arch-shaped; wherein the method further comprises a transforming step, in which the elongate, continuous, bristled sheet part obtained in the providing step is transformed to a said continuous recess wall (23, 29, 120; 323; 623) having a final condition; wherein in the final condition: - the cross-sectional shape has a final U-shape, - the length axis is arch shaped, and - the first side is a concave inner side of the final U-shape; and - the cross-sectional shape has a final U-shape, - the length axis is arch shaped, and - the first side is a concave inner side of the final U-shape; and wherein the first side is in the final condition more concave than in the initial condition.