mhurhangee/ep-ind-claims huggingface dataset:
A user equipment comprising: a receiving unit configured to receive, from a network node in a VPLMN, Visited Public land mobile network, information indicating a PLMN to be prioritized and information indicating a trigger of PLMN selection; and a control unit configured to execute the PLMN selection, based on the information indicating the PLMN to be prioritized and the information indicating the trigger of the PLMN selection, wherein the control unit is configured to execute the PLMN selection when a timer expires at a timer value, the timer being configured to start upon receiving the information indicating the PLMN to be prioritized and the information indicating the trigger of the PLMN selection, the control unit is configured to execute the PLMN selection while communication is being performed, based on a flag, the information indicating the trigger of the PLMN selection includes the timer value and the flag associated with each call type, and the control unit is configured to execute the PLMN selection based on the timer value and the flag associated with a call being performed. a receiving unit configured to receive, from a network node in a VPLMN, Visited Public land mobile network, information indicating a PLMN to be prioritized and information indicating a trigger of PLMN selection; and a control unit configured to execute the PLMN selection, based on the information indicating the PLMN to be prioritized and the information indicating the trigger of the PLMN selection, wherein the control unit is configured to execute the PLMN selection when a timer expires at a timer value, the timer being configured to start upon receiving the information indicating the PLMN to be prioritized and the information indicating the trigger of the PLMN selection, the control unit is configured to execute the PLMN selection while communication is being performed, based on a flag, the information indicating the trigger of the PLMN selection includes the timer value and the flag associated with each call type, and the control unit is configured to execute the PLMN selection based on the timer value and the flag associated with a call being performed.
A method of forming a biocompatible battery for use in or proximate to the body of a living organism, the method comprising: receiving a first substrate film of a first insulating material; cutting a cavity in the first substrate film to form a cathode spacer layer, wherein an edge of the cavity defines a sidewall of the cavity; receiving an anode film comprising anode chemicals; adhering a first surface of the cathode spacer layer to a first surface of the anode film; depositing a separator into the biocompatible battery through the cavity in the cathode spacer layer, wherein the separator comprises a mixture of polymerizable material intermixed with droplets of non-polymerizable material; polymerizing the polymerizable material; immersing the substrate film with deposited separator in a solvent, wherein the solvent dissolves the droplets of non-polymerizable material and does not dissolve the polymer, wherein the dissolving of droplets of non-polymerizable material creates voids in the separator; receiving a cathode slurry comprising cathode chemicals; and placing the cathode slurry into the cavity in the cathode spacer layer, wherein the sidewall of the cavity in the cathode spacer layer and a surface of the deposited separator contain the cathode slurry; adhering the biocompatible battery to a portion of a biomedical device, wherein the biomedical device is an ophthalmic device. receiving a first substrate film of a first insulating material; cutting a cavity in the first substrate film to form a cathode spacer layer, wherein an edge of the cavity defines a sidewall of the cavity; receiving an anode film comprising anode chemicals; adhering a first surface of the cathode spacer layer to a first surface of the anode film; depositing a separator into the biocompatible battery through the cavity in the cathode spacer layer, wherein the separator comprises a mixture of polymerizable material intermixed with droplets of non-polymerizable material; polymerizing the polymerizable material; immersing the substrate film with deposited separator in a solvent, wherein the solvent dissolves the droplets of non-polymerizable material and does not dissolve the polymer, wherein the dissolving of droplets of non-polymerizable material creates voids in the separator; receiving a cathode slurry comprising cathode chemicals; and placing the cathode slurry into the cavity in the cathode spacer layer, wherein the sidewall of the cavity in the cathode spacer layer and a surface of the deposited separator contain the cathode slurry; adhering the biocompatible battery to a portion of a biomedical device, wherein the biomedical device is an ophthalmic device.
A data acquisition method, at a data acquisition device, comprising: receiving at least one first data acquisition request, wherein the first data acquisition request carries a data selection condition; acquiring all the data identifiers satisfying the data selection condition by querying in a locally stored mapping relationship between data selection conditions and data identifiers according to the data selection condition, the data identifiers being used to acquire the data corresponding thereto and being the physical storage position and reading manner of the data; querying whether a locally cached mapping relationship between data identifies and data comprises the data corresponding to the data identifiers, and if true, acquiring the data corresponding to the data identifiers; otherwise, generating at least one second data acquisition request according to the data identifiers and a preset packet format, wherein the second data acquisition request is used to request the data corresponding to the data identifiers, and carries a plurality of data identifiers, and the total number of bytes of the data identifiers is smaller than or equal to the maximum number of bytes allowed in the packet format; and sending the at least one second data acquisition request to a data storage server, such that the data storage server acquires and returns the data corresponding to the data identifiers according to the data identifiers. receiving at least one first data acquisition request, wherein the first data acquisition request carries a data selection condition; acquiring all the data identifiers satisfying the data selection condition by querying in a locally stored mapping relationship between data selection conditions and data identifiers according to the data selection condition, the data identifiers being used to acquire the data corresponding thereto and being the physical storage position and reading manner of the data; querying whether a locally cached mapping relationship between data identifies and data comprises the data corresponding to the data identifiers, and if true, acquiring the data corresponding to the data identifiers; otherwise, generating at least one second data acquisition request according to the data identifiers and a preset packet format, wherein the second data acquisition request is used to request the data corresponding to the data identifiers, and carries a plurality of data identifiers, and the total number of bytes of the data identifiers is smaller than or equal to the maximum number of bytes allowed in the packet format; and sending the at least one second data acquisition request to a data storage server, such that the data storage server acquires and returns the data corresponding to the data identifiers according to the data identifiers.
A vehicle lower portion structure comprising: a battery pack installed at a vehicle lower side of a floor panel, rockers disposed at vehicle transverse direction outer sides of the battery pack, the rockers extending in a vehicle longitudinal direction; and front wheel anchoring portions provided at regions, that face front wheels in the vehicle longitudinal direction, of front ends of the rockers, the front wheel anchoring portions being configured such that a wheel of one or the other of the front wheels, that moves toward a vehicle transverse direction inner side at a time of a front collision of a vehicle, anchors at one of the front wheel anchoring portions, wherein the front wheel anchoring portions have catching portions, and a vehicle transverse direction outer side end portion of the one or the other of the wheels is caught on one of the catching portions at a time of a front collision of the vehicle, the catching portion are notched portions that are formed at vehicle transverse direction outer side end portions of the front ends of the rockers, and the notched portions are shaped such that the vehicle transverse direction outer side end portions of the front ends of the rockers are cut-out toward an inner side in the vehicle transverse direction and toward a rearward side in the vehicle longitudinal direction. a battery pack installed at a vehicle lower side of a floor panel, rockers disposed at vehicle transverse direction outer sides of the battery pack, the rockers extending in a vehicle longitudinal direction; and front wheel anchoring portions provided at regions, that face front wheels in the vehicle longitudinal direction, of front ends of the rockers, the front wheel anchoring portions being configured such that a wheel of one or the other of the front wheels, that moves toward a vehicle transverse direction inner side at a time of a front collision of a vehicle, anchors at one of the front wheel anchoring portions, wherein the front wheel anchoring portions have catching portions, and a vehicle transverse direction outer side end portion of the one or the other of the wheels is caught on one of the catching portions at a time of a front collision of the vehicle, the catching portion are notched portions that are formed at vehicle transverse direction outer side end portions of the front ends of the rockers, and the notched portions are shaped such that the vehicle transverse direction outer side end portions of the front ends of the rockers are cut-out toward an inner side in the vehicle transverse direction and toward a rearward side in the vehicle longitudinal direction.
A method of receiving, by a user equipment, UE, a reference signal, RS, in a wireless communication system, the method comprising: receiving downlink control information, DCI, for scheduling downlink data in a first short transmission time interval, sTTI; acquiring, from the DCI, information related to whether a RS for the first sTTI is included in the first sTTI in which the downlink data is scheduled; receiving, in the first sTTI, the RS for the first sTTI based on the information related to whether the RS for the first sTTI is included in the first sTTI; characterized in that based on the downlink data scheduled to be repeatedly transmitted in the first sTTI and at least one second sTTI: receiving, in each of the at least one second sTTI, a RS for the each of the at least one second sTTI, wherein the information includes a fixed value used for informing that the RS for the first sTTI is included in the first sTTI, and wherein the at least one second sTTI is consecutive in time with the first sTTI, and wherein a foremost sTTI of a subframe is not counted as the first sTTI and the at least one second sTTI. receiving downlink control information, DCI, for scheduling downlink data in a first short transmission time interval, sTTI; acquiring, from the DCI, information related to whether a RS for the first sTTI is included in the first sTTI in which the downlink data is scheduled; receiving, in the first sTTI, the RS for the first sTTI based on the information related to whether the RS for the first sTTI is included in the first sTTI; characterized in that based on the downlink data scheduled to be repeatedly transmitted in the first sTTI and at least one second sTTI: receiving, in each of the at least one second sTTI, a RS for the each of the at least one second sTTI, wherein the information includes a fixed value used for informing that the RS for the first sTTI is included in the first sTTI, and wherein the at least one second sTTI is consecutive in time with the first sTTI, and wherein a foremost sTTI of a subframe is not counted as the first sTTI and the at least one second sTTI.
A method for laser cutting and post-cut processing a part from a hard dielectric material having a Mohs hardness greater than 5, the method being characterised by the following steps: cutting at least one part from a hard dielectric material (3 02) using at least a first laser beam, wherein the first laser beam (3 11) is emitted from a first laser system (3 10) comprising a continuous wave single mode fiber laser operating in a quasi-continuous wave ("QCW") mode with a duty cycle ranging between about 1% and about 15% so as to emit consecutive pulses of laser light at a wavelength ranging between about 1060 nm and about 1070 nm and with a pulse width ranging between about 10 microseconds and about 600 microseconds; and post-cut processing cut edges of the at least one part using at least a second laser beam emitted from a second laser system (3 20) to bevel and/or polish the cut edges of the at least one part such that edge defects are reduced, wherein the second laser system (3 20) emits laser light at a shorter wavelength than the first laser system. cutting at least one part from a hard dielectric material (3 02) using at least a first laser beam, wherein the first laser beam (3 11) is emitted from a first laser system (3 10) comprising a continuous wave single mode fiber laser operating in a quasi-continuous wave ("QCW") mode with a duty cycle ranging between about 1% and about 15% so as to emit consecutive pulses of laser light at a wavelength ranging between about 1060 nm and about 1070 nm and with a pulse width ranging between about 10 microseconds and about 600 microseconds; and post-cut processing cut edges of the at least one part using at least a second laser beam emitted from a second laser system (3 20) to bevel and/or polish the cut edges of the at least one part such that edge defects are reduced, wherein the second laser system (3 20) emits laser light at a shorter wavelength than the first laser system.
A tensioner for a fencing wire reel, which includes: a tensioning member comprising a head at one end of the tensioning member, wherein the tensioning member is provided with a biasing surface, and a housing for the tensioning member, the housing including a biasing surface, wherein the biasing surface of the housing is complementary to the biasing surface of the tensioning member, characterised in that the tensioning member comprises a hinge at an opposing end of the tensioning member to the head, the hinge being pivotally mounted to the housing. a tensioning member comprising a head at one end of the tensioning member, wherein the tensioning member is provided with a biasing surface, and a housing for the tensioning member, the housing including a biasing surface, wherein the biasing surface of the housing is complementary to the biasing surface of the tensioning member, characterised in that the tensioning member comprises a hinge at an opposing end of the tensioning member to the head, the hinge being pivotally mounted to the housing.
Cleaning cloth for a cleaning device, in particular for a motor-driven mop appliance, preferably for attaching to an oscillatingly driven oscillating plate of the cleaning device, the cleaning cloth having an active face for mechanically acting on a surface to be cleaned, the active face of the cleaning cloth having a plurality of active regions (6, 7, 8, 9) that lie next to one another in an active plane and have a large number of fibres, at least two active regions (6, 7, 8, 9) having different mechanical properties from one another, and the active regions (6, 7, 8, 9) being selected from the following group: active region (6, 7) having super microfibres that have a fineness of 0.3 dtex or less; active region (7, 8) having microfibres that have a fineness of greater than 0.3 dtex and less than 1.0 dtex; and active region without fibres, characterised in that the active face comprises a recurring arrangement of region combinations consisting of a plurality of active regions (6, 7, 8, 9) that lie next to one another in the active plane, region edges of the active regions (6, 7, 8, 9) being arranged in parallel with edges of the cleaning cloth, and the region combinations being arranged next to one another and one behind the other on the active face of the cleaning cloth.
A composition, comprising; a) an alcohol C 1-4, or mixtures thereof, present in an amount greater than about 40% v/v of the total composition; b) an effective fluorinated surface active agent for wetting and foaming present in an amount of at least 0.001 weight percent of the total composition wherein the fluorinated surface active agent is an anionic phosphate fluorosurfactant of the following structure; (RfCH 2 CH 2 O) x P (ONH 4) y, where Rf = F(CF 2 CF 2) z, x=1 or 2, y = 2 or 1, x+y = 3 and z=1 to about 7 or mixtures thereof; and c) water present in an amount to balance the total composition to 100 weight percent. a) an alcohol C 1-4, or mixtures thereof, present in an amount greater than about 40% v/v of the total composition; b) an effective fluorinated surface active agent for wetting and foaming present in an amount of at least 0.001 weight percent of the total composition wherein the fluorinated surface active agent is an anionic phosphate fluorosurfactant of the following structure; (RfCH 2 CH 2 O) x P (ONH 4) y, where Rf = F(CF 2 CF 2) z, x=1 or 2, y = 2 or 1, x+y = 3 and z=1 to about 7 or mixtures thereof; and c) water present in an amount to balance the total composition to 100 weight percent.
A fastening of a support rail for a photovoltaic module to a trapezoidal rib of a trapezoidal sheet, comprising a support rail and at least one retaining element, wherein the support rail comprises an undercut groove with a groove opening and the support rail is positioned transversely to the rib, and further comprising at least one retaining element, the retaining element having a fastening section which is fastened to a slanted side of the rib, characterized in that the retaining element is arranged either to a left or to a right of the rib, and the retaining element has an engaging extension which is non-detachably arranged on the fastening section, wherein the engaging extension engages behind the groove in an engaging position and is configured to be insertable through the groove opening into the groove in a loose position rotated relative to the engaging position, and the support rail is held down against the upper side of the rib by means of the engaging extension, and wherein the groove is undercut on both sides and the engaging extension engages behind the groove on both sides, the engaging extension being provided with two protrusions arranged in opposing outward directions for this purpose, wherein the engaging extension and the fastening section are integrally connected to each other and/or consist of a one-part unit made of a piece of sheet metal or plastic.
An attachment arrangement for providing a sensor in a flexible bag, said attachment arrangement comprising: - a sensor holding part adapted to be integrated with the flexible bag and comprising first locking means (17a, b, c, d) protruding from the flexible bag, said sensor holding part holding an optical sensor inside the flexible bag; - an adaptor part provided outside the flexible bag and adapted to hold an optical fibre, said adaptor part comprising second locking means (43a, b, c, d) adapted to mate with said first locking means (17a, b, c, d) to lock the two parts together such that the optical fibre can communicate with the optical sensor inside the bag; the arrangement being characterised in that said adaptor part is at the bottom of the bag, in that said adaptor part is arranged to hold the optical fibre along the surface of the bag, and in that the adaptor part comprises a mirror to direct the light from the optical fibre onto the optical sensor. - a sensor holding part adapted to be integrated with the flexible bag and comprising first locking means (17a, b, c, d) protruding from the flexible bag, said sensor holding part holding an optical sensor inside the flexible bag; - an adaptor part provided outside the flexible bag and adapted to hold an optical fibre, said adaptor part comprising second locking means (43a, b, c, d) adapted to mate with said first locking means (17a, b, c, d) to lock the two parts together such that the optical fibre can communicate with the optical sensor inside the bag;
A device for performing fine-needle aspiration, FNA, or fine-needle biopsy, FNB, the device comprising: a hollow needle; an elongated member movably arranged inside a lumen of the needle; and at least one flexible member arranged at a distal end of the elongated member, wherein the flexible member has a first, constrained configuration within the lumen of the needle, and, following advancement of the elongated member in the needle, the flexible member has a second, expanded configuration outside said lumen, wherein the flexible member is arranged to form at least one loop in the second, expanded configuration; characterized in that the device further comprises a tubular sheath arranged outside the elongated member and configured to be moved along the elongated member inside the lumen of the needle to contact the expanded loop outside the lumen. a hollow needle; an elongated member movably arranged inside a lumen of the needle; and at least one flexible member arranged at a distal end of the elongated member, wherein the flexible member has a first, constrained configuration within the lumen of the needle, and, following advancement of the elongated member in the needle, the flexible member has a second, expanded configuration outside said lumen, wherein the flexible member is arranged to form at least one loop in the second, expanded configuration; characterized in that the device further comprises a tubular sheath arranged outside the elongated member and configured to be moved along the elongated member inside the lumen of the needle to contact the expanded loop outside the lumen.