mhurhangee/ep-ind-claims huggingface dataset:
A method for managing subscription profiles in a Universal Integrated Chip Card, UICC included in a terminal device having a local profile assistant, the method being performed by the UICC and comprising the steps of: - Receiving a profile-disabling command from the local profile assistant for disabling an enabled subscription profile (11a, 11b, 11c) in the UICC, wherein the subscription profile (11a, 11b, 11c) comprises static profile data and non-static profile data and wherein each change in the static profile data after an enabling of the subscription profile (11a, 11b, 11c) is non-static profile data; - Disabling the subscription profile (11a, 11b, 11c) by the UICC after the receiving step; - Sending at least the non-static profile data to the local profile assistant after the disabling step. - Receiving a profile-disabling command from the local profile assistant for disabling an enabled subscription profile (11a, 11b, 11c) in the UICC, wherein the subscription profile (11a, 11b, 11c) comprises static profile data and non-static profile data and wherein each change in the static profile data after an enabling of the subscription profile (11a, 11b, 11c) is non-static profile data; - Disabling the subscription profile (11a, 11b, 11c) by the UICC after the receiving step; - Sending at least the non-static profile data to the local profile assistant after the disabling step.
An electrical connector comprising: a plug insert comprising a dielectric body and having a pair of contact channels (125A, 125B) extending therethrough, the contact channels (125A, 125B) having central axes (192A, 192B) that extend parallel to each other in a common direction, the contact channels (125A, 125B) being defined by respective channel walls (126A, 126B) and being separated by an inter-channel portion of the dielectric body, the channel walls (126A, 126B) having wall perimeters (WP A, WP B) that extend around the corresponding central axes (192A, 192B); and a contact sub-assembly held by the pair of contact channels (125A, 125B), the contact sub-assembly comprising mating contacts that are received in the contact channels (125A, 125B) and retention clips (150A, 150B) that are positioned within the contact channels (125A, 125B) between the mating contacts and the channel walls (126A, 126B), each ofthe retention clips (150A, 150B) having a concave body with clip edges (184, 186) separated by an open side, the concave body extending partially about the wall perimeter (WP A, WP B) with the open side positioned along a portion of the wall perimeter (WP A, WP B), wherein the mating contacts of the pair of contact channels (125A, 125B) are adjacent to one another and characterised in that the retention clips (150A, 150B) are oriented to face diametrically opposite to one another such that the inter-channel portion extends directly between the open sides of the retention clips (150A, 150B). a plug insert comprising a dielectric body and having a pair of contact channels (125A, 125B) extending therethrough, the contact channels (125A, 125B) having central axes (192A, 192B) that extend parallel to each other in a common direction, the contact channels (125A, 125B) being defined by respective channel walls (126A, 126B) and being separated by an inter-channel portion of the dielectric body, the channel walls (126A, 126B) having wall perimeters (WP A, WP B) that extend around the corresponding central axes (192A, 192B); and a contact sub-assembly held by the pair of contact channels (125A, 125B), the contact sub-assembly comprising mating contacts that are received in the contact channels (125A, 125B) and retention clips (150A, 150B) that are positioned within the contact channels (125A, 125B) between the mating contacts and the channel walls (126A, 126B), each ofthe retention clips (150A, 150B) having a concave body with clip edges (184, 186) separated by an open side, the concave body extending partially about the wall perimeter (WP A, WP B) with the open side positioned along a portion of the wall perimeter (WP A, WP B), wherein the mating contacts of the pair of contact channels (125A, 125B) are adjacent to one another and characterised in that the retention clips (150A, 150B) are oriented to face diametrically opposite to one another such that the inter-channel portion extends directly between the open sides of the retention clips (150A, 150B).
A method for trapping discrete biological units in a hydrogel, said method comprising the steps of: a) contacting a plurality of biological units with a plurality of barcode units to form biological unit/barcode unit complexes, wherein each barcode unit comprises a unique barcode, and wherein said barcode units comprise at least one means involved with binding said biological units, b) contacting said biological unit/barcode unit complexes with a hydrogel solution, and c) polymerizing the hydrogel solution to embed discrete biological unit/barcode unit complexes in a hydrogel matrix, d) barcoding the biological unit's nucleic acid within each of said biological unit/barcode unit complexes in the hydrogel matrix. a) contacting a plurality of biological units with a plurality of barcode units to form biological unit/barcode unit complexes, wherein each barcode unit comprises a unique barcode, and wherein said barcode units comprise at least one means involved with binding said biological units, b) contacting said biological unit/barcode unit complexes with a hydrogel solution, and c) polymerizing the hydrogel solution to embed discrete biological unit/barcode unit complexes in a hydrogel matrix, d) barcoding the biological unit's nucleic acid within each of said biological unit/barcode unit complexes in the hydrogel matrix.
A computer-implemented method of determining a resolution for a picture, wherein an input signal is initially set as pixel values of the picture, the method being characterized by: performing until a power ratio exceeds a threshold value: determining a first signal power of a first residual signal representative of a difference between the input signal and a half-band filtered version of the input signal; determining a second signal power of a second residual signal representative of a difference between a resampled signal and a half-band filtered version of the resampled signal, wherein the resampled signal is a downsampled version of the half-band filtered version of the input signal; determining the power ratio based on the first signal power and the second signal power; and setting the input signal equal to the resampled signal if the power ratio is equal to or below the threshold value; and determining the resolution for the picture based on a resolution of the set input signal when the power ratio exceeds the threshold value. performing until a power ratio exceeds a threshold value: determining a first signal power of a first residual signal representative of a difference between the input signal and a half-band filtered version of the input signal; determining a second signal power of a second residual signal representative of a difference between a resampled signal and a half-band filtered version of the resampled signal, wherein the resampled signal is a downsampled version of the half-band filtered version of the input signal; determining the power ratio based on the first signal power and the second signal power; and setting the input signal equal to the resampled signal if the power ratio is equal to or below the threshold value; and determining a first signal power of a first residual signal representative of a difference between the input signal and a half-band filtered version of the input signal; determining a second signal power of a second residual signal representative of a difference between a resampled signal and a half-band filtered version of the resampled signal, wherein the resampled signal is a downsampled version of the half-band filtered version of the input signal; determining the power ratio based on the first signal power and the second signal power; and setting the input signal equal to the resampled signal if the power ratio is equal to or below the threshold value; and determining the resolution for the picture based on a resolution of the set input signal when the power ratio exceeds the threshold value.
An antenna apparatus comprising: a substrate divided into a ground region and a resonance region wherein a ground member is disposed in the ground region and an antenna element is disposed in the resonance region; wherein the antenna element comprises a radiator; a feeding structure including a feeding unit to provide a signal to the radiator, a ground unit to ground the radiator, and a resonance applying part between the feeding unit and the ground unit, the feeding unit, the ground unit and the resonance applying part extends on a same plane; wherein a reactance element is disposed in the ground unit and a contact part is interposed between the feeding structure and the radiator and protrudes from the plane on which the feeding structure is disposed to connect the radiator with the feeding unit and the resonance applying part whereby the resonance applying part is connected to the ground unit, wherein the contact part comprises a first contact unit and a second contact unit, wherein the first contact unit is disposed on the feeding unit, and Z characterized in that the second contact unit is disposed in the resonance applying part. a substrate divided into a ground region and a resonance region wherein a ground member is disposed in the ground region and an antenna element is disposed in the resonance region; wherein the antenna element comprises a radiator; a feeding structure including a feeding unit to provide a signal to the radiator, a ground unit to ground the radiator, and a resonance applying part between the feeding unit and the ground unit, a feeding unit to provide a signal to the radiator, a ground unit to ground the radiator, and a resonance applying part between the feeding unit and the ground unit, the feeding unit, the ground unit and the resonance applying part extends on a same plane; wherein a reactance element is disposed in the ground unit and a contact part is interposed between the feeding structure and the radiator and protrudes from the plane on which the feeding structure is disposed to connect the radiator with the feeding unit and the resonance applying part whereby the resonance applying part is connected to the ground unit, wherein the contact part comprises a first contact unit and a second contact unit, wherein the first contact unit is disposed on the feeding unit, and Z characterized in that the second contact unit is disposed in the resonance applying part.
A method of wireless communication for a first base station, BS, comprising: determining a first reference signal for at least one of discovery or measurement, and a second reference signal for synchronization, wherein both the first reference signal and the second reference signal are based on a cell-specific reference signal, CRS, a primary synchronization signal, PSS, a secondary synchronization signal, SSS, or a positioning reference signal, PRS; transmitting the first reference signal in one or more symbols of a first set of subframes; transmitting the second reference signal in one or more symbols of a second set of subframes, where the first set of subframes and the second set of subframes differ at least by one subframe; the method is characterised in: refraining from transmitting during at least one of a first symbol or a second symbol in at least a subset of subframes in the second set of subframes, wherein the first symbol precedes the one or more symbols in which the second reference signal is transmitted and the second symbol is subsequent to the one or more symbols in which the second reference signal is transmitted. determining a first reference signal for at least one of discovery or measurement, and a second reference signal for synchronization, wherein both the first reference signal and the second reference signal are based on a cell-specific reference signal, CRS, a primary synchronization signal, PSS, a secondary synchronization signal, SSS, or a positioning reference signal, PRS; transmitting the first reference signal in one or more symbols of a first set of subframes; transmitting the second reference signal in one or more symbols of a second set of subframes, where the first set of subframes and the second set of subframes differ at least by one subframe; the method is characterised in: refraining from transmitting during at least one of a first symbol or a second symbol in at least a subset of subframes in the second set of subframes, wherein the first symbol precedes the one or more symbols in which the second reference signal is transmitted and the second symbol is subsequent to the one or more symbols in which the second reference signal is transmitted. refraining from transmitting during at least one of a first symbol or a second symbol in at least a subset of subframes in the second set of subframes, wherein the first symbol precedes the one or more symbols in which the second reference signal is transmitted and the second symbol is subsequent to the one or more symbols in which the second reference signal is transmitted.
A method of determining a navigation pathway for an invasive medical instrument in a blood vessel, the method comprising: receiving by a processing unit, a first medical image associated with a patient; determining by the processing unit, one or more parameters associated with the first medical image; identifying by the processing unit, a second medical image from a plurality of medical images associated with the patient in a computer memory, based on the determined one or more parameters, wherein the second medical image is associated with one or more parameters similar to the determined one or more parameters associated with the first medical image; modifying by the processing unit, the second medical image based on the first medical image, to ensure differences in an imaged object in the first medical image and an imaged object in the second medical image are overcome; and determining from the modified second medical image the navigation pathway for the invasive medical instrument, by the processing unit, wherein the objects in the first and the second medical images are blood vessels, wherein the first medical image is a fluoroscopic X-ray image. receiving by a processing unit, a first medical image associated with a patient; determining by the processing unit, one or more parameters associated with the first medical image; identifying by the processing unit, a second medical image from a plurality of medical images associated with the patient in a computer memory, based on the determined one or more parameters, wherein the second medical image is associated with one or more parameters similar to the determined one or more parameters associated with the first medical image; modifying by the processing unit, the second medical image based on the first medical image, to ensure differences in an imaged object in the first medical image and an imaged object in the second medical image are overcome; and determining from the modified second medical image the navigation pathway for the invasive medical instrument, by the processing unit, wherein the objects in the first and the second medical images are blood vessels, wherein the first medical image is a fluoroscopic X-ray image.
A mold for a container with a handle, wherein the handle has a lower attachment arm and wherein two protruding engaging parts (26a, 26b) are formed on a distal end of the lower attachment arm, wherein the mold is for manufacturing the container with the handle in which the handle is engaged with a portion of the container by arranging the handle in a handle arrangement part, inserting a bottomed tubular preform into a cavity and performing blow molding, the mold comprising: an inner wall surface that forms an external shape of the container, the mold being characterised in two engaging part forming members (11, 61) that form handle engaging parts engaging the two engaging parts (26a, 26b) of the handle to a portion of the container, wherein the two engaging part forming members (11, 61) are configured to form the handle engaging parts so as to fix the handle from both of left and right sides, wherein: each of the engaging part forming members (11, 61) is capable of moving between a first position which is a position at an outer side of the inner wall surface and a second position at which a portion of the inner wall surface is formed. an inner wall surface that forms an external shape of the container, the mold being characterised in two engaging part forming members (11, 61) that form handle engaging parts engaging the two engaging parts (26a, 26b) of the handle to a portion of the container, wherein the two engaging part forming members (11, 61) are configured to form the handle engaging parts so as to fix the handle from both of left and right sides, wherein: each of the engaging part forming members (11, 61) is capable of moving between a first position which is a position at an outer side of the inner wall surface and a second position at which a portion of the inner wall surface is formed.
An injection molding tool having a core assembly, the injection molding tool comprising: a core assembly having a shaft, the core assembly movably mounted with respect to a mold plate, a lock having a plate and a non-circular bore extending through the plate, an end of the shaft having a cross section that is passable through and positionable within the non-circular bore, the lock movable with respect to the end of the shaft for securing the lock to the shaft, the plate and the shaft contacting each other at a ramp surface, and rotating the lock with respect to the shaft moving and locking the shaft in an axial direction of the core assembly. a core assembly having a shaft, the core assembly movably mounted with respect to a mold plate, a lock having a plate and a non-circular bore extending through the plate, an end of the shaft having a cross section that is passable through and positionable within the non-circular bore, the lock movable with respect to the end of the shaft for securing the lock to the shaft, the plate and the shaft contacting each other at a ramp surface, and rotating the lock with respect to the shaft moving and locking the shaft in an axial direction of the core assembly.
An accelerometer sensor comprising a structure having fastened thereto a pendulum-forming inertial body carrying a movable electrode that is connected to a control unit that is also connected to two stationary electrodes (4.1, 4.2) secured to the structure in order to co-operate with the movable electrode to form two capacitors of capacitances that are variable as a function of distances between the electrodes, the control unit being arranged to perform operations of measuring the capacitances and a control operation as a function of the measured capacitances, in which a voltage is applied to the electrodes in order to maintain the pendulum in a predetermined position, these operations being performed by applying pulses, the sensor being characterized in that the control operation comprises selectively: - a "fine" control stage in which a first voltage is applied between one of the stationary electrodes and the movable electrode, while the other stationary electrode is at the same potential as the movable electrode; or - an "extended" control stage in which a second voltage is applied between one of the stationary electrodes and the movable electrode, the other stationary electrode being at the same potential as the movable electrode, and the second voltage being greater in absolute value than the first voltage; and - in that the control stage is selected as a function of an estimate of the acceleration as obtained from the measured capacitances. - a "fine" control stage in which a first voltage is applied between one of the stationary electrodes and the movable electrode, while the other stationary electrode is at the same potential as the movable electrode; or - an "extended" control stage in which a second voltage is applied between one of the stationary electrodes and the movable electrode, the other stationary electrode being at the same potential as the movable electrode, and the second voltage being greater in absolute value than the first voltage; and - in that the control stage is selected as a function of an estimate of the acceleration as obtained from the measured capacitances.
A resin composition comprising polyarylene sulfide having 0.4 to 0.7 of α (branch ratio) in Mark-Houwink equation, a glass fiber and a compatibilizer wherein the polyarylene sulfide is prepared by melt polymerization of reactants comprising a diiodo aromatic compound and a sulfur element, and the reactants further comprise triiodobenzene, triiodobiphenyl, ortho-diiodobenzene, meta-diiodobenzene or a combination thereof.
Contact device for a stator of an electric machine, wherein the contact device has a contact carrier made of electrically insulating material, an upper side which can be positioned facing away from the stator, and at least at the upper side which can be positioned facing away from the stator electrically conductive connection conductors for contacting a plurality of coils which are arranged over the circumference of the stator by means of coil conductors, wherein the contact device further has feed-through openings through which the coil conductors of the coils can be guided in such a manner that at least one coil conductor can be connected to a connection conductor, wherein the contact carrier has on and/or in the feed-through openings fixing devices which are constructed in such a manner that at least one coil conductor which is guided through a feed-through opening touches a connection conductor at a contact face and the coil conductor on this contact face by means of forces acting perpendicularly to the respective conductor axis applies a permanent force action to the connection conductor, whereby mutually parallel portions of the coil conductor and the connection conductor are pressed against each other at the common contact face, characterised in that the fixing devices are formed by resilient retention projections. wherein the contact device further has feed-through openings through which the coil conductors of the coils can be guided in such a manner that at least one coil conductor can be connected to a connection conductor, wherein the contact carrier has on and/or in the feed-through openings fixing devices which are constructed in such a manner that at least one coil conductor which is guided through a feed-through opening touches a connection conductor at a contact face and the coil conductor on this contact face by means of forces acting perpendicularly to the respective conductor axis applies a permanent force action to the connection conductor, whereby mutually parallel portions of the coil conductor and the connection conductor are pressed against each other at the common contact face, characterised in that the fixing devices are formed by resilient retention projections.
Disposable spoon, in particular for ice cream and other similar solid foodstuffs, constituted by a die-cut, comprising an upper portion and a lower portion, delimited by a straight line (r), two folding lines being made on said upper portion, forming a cusp in correspondence with the upper edge of said die-cut and each terminating in correspondence with a respective point where said straight line (r) intersects the edge of said die-cut, said folding lines defining two flaps of said upper portion, characterized in that the shape of said die-cut is inscribable in a circumference, with at least three points of tangency, respectively two tangent points, each at the end of one of the two flaps of the upper portion and a tangent point, at the end of the lower portion.