mhurhangee/ep-ind-claims huggingface dataset:
A method for generating control data which are adapted to control a laser device for surgical correction of defective vision of an eye of a patient, wherein during operation of the laser device a cornea is deformed by pressing its front surface against a contact surface, wherein in the method a correction surface is predetermined for the non-deformed cornea, which correction surface is to be produced as a cut surface in the cornea for correcting defective vision, and - wherein in the method the deformation of the cornea during operation of the laser device is considered by a transformation of the coordinates of points in the non-deformed cornea into coordinates of the same points in the deformed cornea, characterized in that a) a subset of the points (f i) lying in the correction surface or in an approximation surface derived therefrom is selected and coordinates of the subset of the selected points are transformed by means of the transformation in order to obtain transformed points (f i '), b) an interpolation surface (I') is fitted to the transformed points (f i ') by interpolation and c) target points lying on the interpolation surface (I') are selected and used for generating the control data. - wherein in the method the deformation of the cornea during operation of the laser device is considered by a transformation of the coordinates of points in the non-deformed cornea into coordinates of the same points in the deformed cornea, a) a subset of the points (f i) lying in the correction surface or in an approximation surface derived therefrom is selected and coordinates of the subset of the selected points are transformed by means of the transformation in order to obtain transformed points (f i '), b) an interpolation surface (I') is fitted to the transformed points (f i ') by interpolation and c) target points lying on the interpolation surface (I') are selected and used for generating the control data.
A method for interoperation between multiple conference systems, comprising: sending, by a first conference system, a call request message to a second conference system, wherein the call request message carries conference authentication information of a second conference created by the second conference system; and joining, by the first conference system, the second conference as a participant after authentication for the first conference system according to the conference authentication information by the second conference system is passed, wherein a type of the participant is a conference; wherein the call request message further carries access information of a first conference created by the first conference system; the method being characterised by: receiving, by the first conference system, an access request that is sent by the second conference system according to the access information, and providing, by the first conference system, a conference control interface of the first conference for the second conference system. sending, by a first conference system, a call request message to a second conference system, wherein the call request message carries conference authentication information of a second conference created by the second conference system; and joining, by the first conference system, the second conference as a participant after authentication for the first conference system according to the conference authentication information by the second conference system is passed, wherein a type of the participant is a conference; wherein the call request message further carries access information of a first conference created by the first conference system; the method being characterised by: receiving, by the first conference system, an access request that is sent by the second conference system according to the access information, and providing, by the first conference system, a conference control interface of the first conference for the second conference system. receiving, by the first conference system, an access request that is sent by the second conference system according to the access information, and providing, by the first conference system, a conference control interface of the first conference for the second conference system.
A recording material containing a fluoran color-forming compound, wherein the recording material contains at least one compound represented by formula: wherein R 1 and R 4 each independently represent a hydroxy group, a halogen atom, a C 1 -C 6 alkyl group, or a C 1 -C 6 alkoxy group; p represents 0 or any integer of 1 to 4; q represents 0 or any integer of 1 to 5; when p and q represent 2 or more, each of R 1 and each of R 4 are the same or different; R 2 and R 3 each independently represent a hydrogen atom or a C 1 -C 6 alkyl group; R 5 represents a hydrogen atom, a C 1 -C 6 alkyl group, a phenyl group, or a benzyl group; and a bond represented by a wavy line represents E, Z, or a mixture thereof, and, as an additive, a hindered phenol compound represented by formula (VIII): wherein R 13 and R 14 each independently represent a C 1 -C 6 alkyl group; p' and q' each independently represent any integer of 1 to 4; when p' and q' represent 2 or more, each of R 13 and each of R 14 are the same or different, provided that at least one of R 13 and R 14 represents a C 1 -C 6 alkyl group bonded via secondary or tertiary carbon to the ortho position of the hydroxy group; and R 15 is represented by formula: wherein R 16 represents a C 1 -C 6 alkyl group; r represents 0 or any integer of 1 to 4; and * represents a binding position, provided that the contents of the compound represented by formula and the compound represented by formula (VIII) are both 0.5 to 10 parts by mass with respect to 1 part by mass of the color-forming compound.
Projectile intended for damping a spacecraft comprising a main body and active attitude control means suitable for the 3-axis stabilisation of the attitude of said spacecraft, said projectile comprising a harpoon and being intended to equip a space delivery vehicle, that is different from the spacecraft, in order to be projected from said space delivery vehicle towards said spacecraft, said projectile being characterised in that it comprises a passive damper mounted such that it is fixed on said harpoon and suitable for generating, in cooperation with the Earth's magnetic field, a damping torque, said passive damper comprising an outer enclosure and an inner body that are configured such that: - said inner body is positioned inside said outer enclosure and is capable of moving in rotation inside said outer enclosure about at least one axis of rotation, - said outer enclosure comprises an inner surface and said inner body comprises an outer surface, said surfaces being separated by means of a viscous fluid, - said inner body is permanently magnetised, - said outer enclosure is fixed to the main body of said spacecraft for rotation therewith when said harpoon is fixed to said main body. - said inner body is positioned inside said outer enclosure and is capable of moving in rotation inside said outer enclosure about at least one axis of rotation, - said outer enclosure comprises an inner surface and said inner body comprises an outer surface, said surfaces being separated by means of a viscous fluid, - said inner body is permanently magnetised, - said outer enclosure is fixed to the main body of said spacecraft for rotation therewith when said harpoon is fixed to said main body.
A method of manufacturing a spoke for a non-pneumatic wheel defining radial, axial, and circumferential directions, the spoke having a web-like body extending between an outer anchor at a radially-outer end of the spoke and an inner anchor at a radially-inner end of the spoke, the method comprising: cutting a sheet to form a precursor, the precursor having an overall shape desired for the spoke and having a radially-outer end and a radially-inner end, the sheet comprising a polymeric material; a plurality of elongate, reinforcement elements e xte nding parallel to each other; folding the radially-outer end to form an outer fold and folding the radially-inner end to form an inner fold; placing an outer anchor strip into a groove of a first mold portion at a location for forming the radially-outer end of the spoke; placing an inner anchor strip into another groove of the first mold portion at a location for forming the radially-inner end of the spoke; inserting the precursor into the first mold portion in contact with the inner anchor strip and the outer anchor strip; placing another outer anchor strip into a groove of a second mold portion at a location for forming the radially-outer end of the spoke; placing another inner anchor strip into another groove of the second mold portion at a location for forming the radially-inner end of the spoke; joining the first mold portion and the second mold portion so as to combine the precursor and anchor strips together; and heating the precursor and anchor strips so as to join and cross-link the precursor and anchor strips and form the spoke. cutting a sheet to form a precursor, the precursor having an overall shape desired for the spoke and having a radially-outer end and a radially-inner end, the sheet comprising a polymeric material; a plurality of elongate, reinforcement elements e xte nding parallel to each other; a polymeric material; a plurality of elongate, reinforcement elements e xte nding parallel to each other; folding the radially-outer end to form an outer fold and folding the radially-inner end to form an inner fold; placing an outer anchor strip into a groove of a first mold portion at a location for forming the radially-outer end of the spoke; placing an inner anchor strip into another groove of the first mold portion at a location for forming the radially-inner end of the spoke; inserting the precursor into the first mold portion in contact with the inner anchor strip and the outer anchor strip; placing another outer anchor strip into a groove of a second mold portion at a location for forming the radially-outer end of the spoke; placing another inner anchor strip into another groove of the second mold portion at a location for forming the radially-inner end of the spoke; joining the first mold portion and the second mold portion so as to combine the precursor and anchor strips together; and heating the precursor and anchor strips so as to join and cross-link the precursor and anchor strips and form the spoke.
A mobile terminal, comprising: a wireless communication unit configured to wirelessly communicate with at least one other terminal; a capacitance touch screen configured to detect a touching of the touch screen including an input touch layer, an output touch layer configured to output touch signals corresponding to the touching of the touch screen, a display layer configured to display information, and a proximity sensor layer configured to detect a capacitance change disposed between the touch input layer and the touch output layer and configured to proximity detect a movement of a selection unit over the capacitance touch screen without the selection unit actually touching the capacitance touch screen; and a controller configured to calculate coordinates of a touch point where the capacitance touch screen was touched based on the output touch signals and to calculate coordinates of points along the movement of the selection unit based on a capacitance change detected by the proximity sensor layer. a wireless communication unit configured to wirelessly communicate with at least one other terminal; a capacitance touch screen configured to detect a touching of the touch screen including an input touch layer, an output touch layer configured to output touch signals corresponding to the touching of the touch screen, a display layer configured to display information, and a proximity sensor layer configured to detect a capacitance change disposed between the touch input layer and the touch output layer and configured to proximity detect a movement of a selection unit over the capacitance touch screen without the selection unit actually touching the capacitance touch screen; and a controller configured to calculate coordinates of a touch point where the capacitance touch screen was touched based on the output touch signals and to calculate coordinates of points along the movement of the selection unit based on a capacitance change detected by the proximity sensor layer.
A variant endoglucanase polypeptide comprising: a) a catalytic domain comprising at least 90% sequence identity to the Streptomyces avermitilis endoglucanase catalytic domain (SEQ ID NO: 1); and b) an amino acid substitution at a position corresponding to one or more of positions A29, A53, S74, N191 and S10 as compared to SEQ ID NO: 1, and wherein the polypeptide has endoglucanase activity. a) a catalytic domain comprising at least 90% sequence identity to the Streptomyces avermitilis endoglucanase catalytic domain (SEQ ID NO: 1); and b) an amino acid substitution at a position corresponding to one or more of positions A29, A53, S74, N191 and S10 as compared to SEQ ID NO: 1, and wherein the polypeptide has endoglucanase activity.
A monoblock orthopedic implant, comprising: (a) a ceramic substrate comprising an inner bearing surface and a treated outer surface; (b) a metallic scaffold adapted for osseointegration bonded to said outer surface and (c) multiple layers of a metallic material between said scaffold and said outer surface of substrate. (a) a ceramic substrate comprising an inner bearing surface and a treated outer surface; (b) a metallic scaffold adapted for osseointegration bonded to said outer surface and (c) multiple layers of a metallic material between said scaffold and said outer surface of substrate.
A metal fastener element (10, 10', 40) for a slide fastener, including: a coupling head (11, 41); and a bifurcated tape-sandwiching portion (21, 21', 51) extending from the coupling head (11,41), wherein the fastener element (10, 10', 40) is manufactured by punching a rectangular metal wire material using a cutting punch and a cutting die, sticking surfaces on which sticking between the fastener elements occurs when liquid processing is performed on the fastener element (10, 10', 40) include a first element surface that abuts on the cutting punch and a second element surface opposite to the first element surface, the fastener element being characterized in that at least one sticking preventing convex portion (24, 24', 54) is disposed on at least the first element surface of the fastener element (10, 10', 40). a coupling head (11, 41); and a bifurcated tape-sandwiching portion (21, 21', 51) extending from the coupling head (11,41), wherein the fastener element (10, 10', 40) is manufactured by punching a rectangular metal wire material using a cutting punch and a cutting die, sticking surfaces on which sticking between the fastener elements occurs when liquid processing is performed on the fastener element (10, 10', 40) include a first element surface that abuts on the cutting punch and a second element surface opposite to the first element surface, the fastener element being characterized in that at least one sticking preventing convex portion (24, 24', 54) is disposed on at least the first element surface of the fastener element (10, 10', 40).
A mating assistance device for connecting electrical connectors together comprising: a housing for receiving electrical connectors (43, 45), wherein the housing is a one-piece housing, in particular made of a molded plastic or a polymer material, and has the shape of a hollow beam with two opened-ends (9, 11) for receiving a terminal of the electrical connectors (43, 45), and two locking devices (5, 7) movable between an unlocked and a locked position with respect to the housing, each locking device (5, 7) further comprising at least one connector pushing element (15, 17), wherein each locking device (5, 7), when moved from the unlocked to the locked position, is configured such that the at least one connector pushing element (15, 17) is displaceable in the direction of insertion of an electrical connector (43, 45) into the housing. a housing for receiving electrical connectors (43, 45), wherein the housing is a one-piece housing, in particular made of a molded plastic or a polymer material, and has the shape of a hollow beam with two opened-ends (9, 11) for receiving a terminal of the electrical connectors (43, 45), and two locking devices (5, 7) movable between an unlocked and a locked position with respect to the housing, each locking device (5, 7) further comprising at least one connector pushing element (15, 17), wherein each locking device (5, 7), when moved from the unlocked to the locked position, is configured such that the at least one connector pushing element (15, 17) is displaceable in the direction of insertion of an electrical connector (43, 45) into the housing.
A method of providing a first semiconductor die in a semiconductor package, comprising: (a) embedding a plurality of temperature sensors within the first semiconductor die; (b) scanning one or more of the plurality of temperature sensors within the first semiconductor die while the first semiconductor die is operating to determine whether a temperature at one or more locations of the operating first semiconductor die exceed a predetermined temperature; and (c) determining that one or more locations of the first semiconductor die exceed the predetermined temperature; wherein the method is characterised by: (d) configuring a package in which the first semiconductor die is to be included to reduce an impact on the semiconductor package of the one or more locations exceeding the predetermined temperature by: mounting the first semiconductor die on a second semiconductor die, with the one or more locations of the first semiconductor die that exceed the predetermined temperature overhanging an edge of the second semiconductor die. (a) embedding a plurality of temperature sensors within the first semiconductor die; (b) scanning one or more of the plurality of temperature sensors within the first semiconductor die while the first semiconductor die is operating to determine whether a temperature at one or more locations of the operating first semiconductor die exceed a predetermined temperature; and (c) determining that one or more locations of the first semiconductor die exceed the predetermined temperature; wherein the method is characterised by: (d) configuring a package in which the first semiconductor die is to be included to reduce an impact on the semiconductor package of the one or more locations exceeding the predetermined temperature by: mounting the first semiconductor die on a second semiconductor die, with the one or more locations of the first semiconductor die that exceed the predetermined temperature overhanging an edge of the second semiconductor die. mounting the first semiconductor die on a second semiconductor die, with the one or more locations of the first semiconductor die that exceed the predetermined temperature overhanging an edge of the second semiconductor die.
A method of frequency-selective quadrature baseband coupling cancellation, the method comprising: receiving and converting radio frequency signals into an inphase channel and a quadrature channel of a quadrature baseband signal; performing an estimation as to an amount of coupling between the in-phase and quadrature-phase channels of the quadrature baseband signal, wherein the coupling is represented by a first coupling factor (a) from the I channel to the Q channel and a second coupling factor (b) from the Q channel to the I channel, wherein the first coupling factor (a) depends on a first resistance (R q) from the Q channel to ground and a first capacitance (C qi) from the I channel to the Q channel, and wherein the second coupling factor (b) depends on a second resistance (R i) from the I channel to ground and a second capacitance (C iq) from the Q channel to the I channel; converting the quadrature baseband signals into digital baseband signal by using an analog-to-digital converter, wherein estimating the amount of coupling comprises: directly measuring one of the first (a) or second (b) coupling factor by disabling one of the Q channel or the I channel and measuring a ratio between output signals of the analog-to-digital converter, wherein the direct measurement further comprises an injection of a single tone that is a representative of a wideband signal; and applying a digital compensation on the digital baseband signal based on the estimated amount of coupling. receiving and converting radio frequency signals into an inphase channel and a quadrature channel of a quadrature baseband signal; performing an estimation as to an amount of coupling between the in-phase and quadrature-phase channels of the quadrature baseband signal, wherein the coupling is represented by a first coupling factor (a) from the I channel to the Q channel and a second coupling factor (b) from the Q channel to the I channel, wherein the first coupling factor (a) depends on a first resistance (R q) from the Q channel to ground and a first capacitance (C qi) from the I channel to the Q channel, and wherein the second coupling factor (b) depends on a second resistance (R i) from the I channel to ground and a second capacitance (C iq) from the Q channel to the I channel; converting the quadrature baseband signals into digital baseband signal by using an analog-to-digital converter, wherein estimating the amount of coupling comprises: directly measuring one of the first (a) or second (b) coupling factor by disabling one of the Q channel or the I channel and measuring a ratio between output signals of the analog-to-digital converter, wherein the direct measurement further comprises an injection of a single tone that is a representative of a wideband signal; and applying a digital compensation on the digital baseband signal based on the estimated amount of coupling.
An apparatus for correlating network data analytics, NDA, information for a device group comprising multiple terminal devices (104A, 104B, 104C), wherein each terminal device (104A, 104B, 104C) is associated with a group member identifier and the device group is associated with a group identifier, the apparatus being configured as a network data analytics function, NWDAF, and being adapted to receive, from a network exposure function, NEF,, an NDA request comprising a group identifier and an NDA specification of NDA information to be collected; send, to at least one of a unified data management, UDM,, a binding support function, BSF, and a unified data repository, UDR,, a group member identifier request comprising the group identifier; receive, from the at least one of the UDM, the BSF and the UDR, in response to the group member identifier request, one or more group member identifiers associated with the group identifier; configure one or more user plane functions, UPFs, (107A, 107B, 107C) associated with the group member identifiers in accordance with the NDA specification; obtain, from the one or more UPFs (107A, 107B, 107C), NDA information collected for the group member identifiers based on the NDA specification; and correlate the NDA information collected for the group member identifiers based on their association with the device group. receive, from a network exposure function, NEF,, an NDA request comprising a group identifier and an NDA specification of NDA information to be collected; send, to at least one of a unified data management, UDM,, a binding support function, BSF, and a unified data repository, UDR,, a group member identifier request comprising the group identifier; receive, from the at least one of the UDM, the BSF and the UDR, in response to the group member identifier request, one or more group member identifiers associated with the group identifier; configure one or more user plane functions, UPFs, (107A, 107B, 107C) associated with the group member identifiers in accordance with the NDA specification; obtain, from the one or more UPFs (107A, 107B, 107C), NDA information collected for the group member identifiers based on the NDA specification; and correlate the NDA information collected for the group member identifiers based on their association with the device group.