mhurhangee/ep-ind-claims huggingface dataset:
A method for application aware access control for communication on a mobile network, the method comprising: receiving, by a user equipment, UE, a first access control message and a second access control message, wherein the first access control message corresponds to a first access control service and the second access control message corresponds to a second access control service, wherein the first and second access control messages comprise access control information for controlling access to the mobile network for at least one application on the UE; determining a combined access level for the at least one application based on the first and second messages, said access level indicating whether the at least one application is barred from communicating over the mobile network; determining whether the combined access level for the at least one application has changed; and limiting, by an access component, access of the one or more application to the mobile network by notifying the application of the combined access level for the application in response to determining that the combined access level for the at least one application has changed. receiving, by a user equipment, UE, a first access control message and a second access control message, wherein the first access control message corresponds to a first access control service and the second access control message corresponds to a second access control service, wherein the first and second access control messages comprise access control information for controlling access to the mobile network for at least one application on the UE; determining a combined access level for the at least one application based on the first and second messages, said access level indicating whether the at least one application is barred from communicating over the mobile network; determining whether the combined access level for the at least one application has changed; and limiting, by an access component, access of the one or more application to the mobile network by notifying the application of the combined access level for the application in response to determining that the combined access level for the at least one application has changed.
A semiconductor device, comprising: a semiconductor layer which has a first surface and a second surface which is opposite to the first surface; a metal layer which is provided on the first surface, and which consists of only metal whose standard oxidation-reduction potential is not lower than 0 (zero) V in an ionization tendency; an electrode provided on the metal layer; a reaction layer which is formed by reaction of the metal layer and the semiconductor layer; an electrical conductive layer which covers an inside of a hole which is formed in the semiconductor layer so as to reach the metal layer from the second surface, and which is electrically connected to the electrode via the metal layer which is exposed to a bottom of the hole; and a functional part comprising a plurality of source electrodes electrically connected to the electrode, and characterized in that the metal layer is provided under the electrode but not under the source electrodes. a semiconductor layer which has a first surface and a second surface which is opposite to the first surface; a metal layer which is provided on the first surface, and which consists of only metal whose standard oxidation-reduction potential is not lower than 0 (zero) V in an ionization tendency; an electrode provided on the metal layer; a reaction layer which is formed by reaction of the metal layer and the semiconductor layer; an electrical conductive layer which covers an inside of a hole which is formed in the semiconductor layer so as to reach the metal layer from the second surface, and which is electrically connected to the electrode via the metal layer which is exposed to a bottom of the hole; and a functional part comprising a plurality of source electrodes electrically connected to the electrode, and characterized in that the metal layer is provided under the electrode but not under the source electrodes.
A method for transmitting and receiving signals by a user equipment, UE, operating in a wireless communication system, the method comprising: selecting a synchronization signal block, SSB, comprising a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcast channel, PBCH; and transmitting (S 1803), in a 4-step random access channel, RACH, procedure, a physical random access channel, PRACH, through a specific RACH occasion, RO, among N number of ROs based on the SSB, wherein an RO offset is determined as a gap between a starting resource block, RB, index of a first RO with a lowest frequency among the N number of the ROs and a lowest RB index of an RB set including the first RO among RB sets, and the starting RB index of the first RO is determined based on a parameter for an RB offset in an uplink bandwidth part, BWP, wherein each starting RB index of N-1 number of second ROs among the N number of ROs is determined by using the RO offset and each lowest RB index of each RB set including each second RO among the RB sets, and wherein the specific RO is the first RO or one of the N-1 number of the second ROs, and wherein the RB sets are included in the uplink BWP. selecting a synchronization signal block, SSB, comprising a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcast channel, PBCH; and transmitting (S 1803), in a 4-step random access channel, RACH, procedure, a physical random access channel, PRACH, through a specific RACH occasion, RO, among N number of ROs based on the SSB, wherein an RO offset is determined as a gap between a starting resource block, RB, index of a first RO with a lowest frequency among the N number of the ROs and a lowest RB index of an RB set including the first RO among RB sets, and the starting RB index of the first RO is determined based on a parameter for an RB offset in an uplink bandwidth part, BWP, wherein each starting RB index of N-1 number of second ROs among the N number of ROs is determined by using the RO offset and each lowest RB index of each RB set including each second RO among the RB sets, and wherein the specific RO is the first RO or one of the N-1 number of the second ROs, and wherein the RB sets are included in the uplink BWP.
Apparatus for making up packets for smoking articles, said apparatus comprising: - a packet transfer wheel able to rotate step-wise around an axis of rotation to move packets along a transfer path between an entrance station and an exit station of the packet transfer wheel; - a glue distribution station, provided to distribute glue to the packets; - a packet conveying station configured to receive, from the packet transfer wheel, packets on which the glue has been distributed, - at least a folding device provided downstream of the exit station, outside the transfer path, configured to fold lateral wings to be glued of the packets to be made up, before they are received by the packet conveying station; said apparatus being characterized in that it further comprises: - a packaging wheel, upstream of the packet transfer wheel, able to rotate step-wise around an axis of rotation parallel to the axis of rotation of the packet transfer wheel, said packaging wheel being configured to supply radially, to the entrance station of the packet transfer wheel, a succession of packets to be completed by subsequent workings; wherein the packets are inserted into the packet transfer wheel with the lateral wings open and inclined toward the outside of the packet transfer wheel and the condition of open lateral wings is maintained along the whole transfer path; wherein said glue distribution station is outside the packet transfer wheel and disposed along the transfer path, between the entrance station and the exit station. - a packet transfer wheel able to rotate step-wise around an axis of rotation to move packets along a transfer path between an entrance station and an exit station of the packet transfer wheel; - a glue distribution station, provided to distribute glue to the packets; - a packet conveying station configured to receive, from the packet transfer wheel, packets on which the glue has been distributed, - at least a folding device provided downstream of the exit station, outside the transfer path, configured to fold lateral wings to be glued of the packets to be made up, before they are received by the packet conveying station; - a packaging wheel, upstream of the packet transfer wheel, able to rotate step-wise around an axis of rotation parallel to the axis of rotation of the packet transfer wheel, said packaging wheel being configured to supply radially, to the entrance station of the packet transfer wheel, a succession of packets to be completed by subsequent workings;
A processing apparatus for a secondary battery current collector, characterized in comprising: a foil uncoiling roller; a composite current collector uncoiling roller; a welding device; a plurality of driving rollers; and a coiling roller, wherein both the foil uncoiling roller and the composite current collector uncoiling roller are disposed on a feeding side of the welding device, the welding device being configured to weld a foil to a portion of a composite current collector, the plurality of driving rollers is respectively disposed on the feeding side and a discharging side of the welding device and has an equal line speed, the plurality of driving rollers being configured to drive the foil and the composite current collector after being overlapped with each other to downstream, and the coiling roller is configured to wind up the composite current collector having the foil welded thereon, two adjacent driving rollers of the plurality of driving rollers are arranged on the feeding side and the discharging side of the welding device in a horizontal direction. a foil uncoiling roller; a composite current collector uncoiling roller; a welding device; a plurality of driving rollers; and a coiling roller, wherein both the foil uncoiling roller and the composite current collector uncoiling roller are disposed on a feeding side of the welding device, the welding device being configured to weld a foil to a portion of a composite current collector, the plurality of driving rollers is respectively disposed on the feeding side and a discharging side of the welding device and has an equal line speed, the plurality of driving rollers being configured to drive the foil and the composite current collector after being overlapped with each other to downstream, and the coiling roller is configured to wind up the composite current collector having the foil welded thereon, two adjacent driving rollers of the plurality of driving rollers are arranged on the feeding side and the discharging side of the welding device in a horizontal direction.
A composition for use in agricultural applications comprising a dicyandiamide, dissolved in a liquid medium comprising an organic solvent comprising a polar aprotic solvent, an amine solvent, a heterocyclic alcohol solvent or a mixture thereof, wherein the organic solvent comprises dimethyl sulfoxide.
An air current generating apparatus, comprising: a dielectric substrate (1, 1a, 1b) exposed to gas; a first electrode disposed inside the dielectric substrate, said first electrode having a tip; a second electrode disposed near a surface of the dielectric substrate so as to correspond to the first electrode; and a power source configured to apply a voltage between the first and second electrodes and plasmatizing part of the gas to generate an air current along the surface of the dielectric substrate, and wherein the power source is further configured to apply the voltage so that the air current flows in a direction from the second electrode to the first electrode and characterised in that the first electrode has a wedge-shaped cross section and the tip of said first electrode is directed toward the second electrode. a dielectric substrate (1, 1a, 1b) exposed to gas; a first electrode disposed inside the dielectric substrate, said first electrode having a tip; a second electrode disposed near a surface of the dielectric substrate so as to correspond to the first electrode; and a power source configured to apply a voltage between the first and second electrodes and plasmatizing part of the gas to generate an air current along the surface of the dielectric substrate, and wherein the power source is further configured to apply the voltage so that the air current flows in a direction from the second electrode to the first electrode and characterised in that the first electrode has a wedge-shaped cross section and the tip of said first electrode is directed toward the second electrode.
A spark plug, comprising: a tubular metal shell that includes a metal-shell step portion extending in an inner circumferential direction and that has a tubular hole extending in an axial direction; an insulator that is inserted in the metal shell, that has an axial hole extending in the axial direction, and that includes a facing portion that faces the metal-shell step portion with an annular packing interposed therebetween; a center electrode that extends in the axial direction, that has a flange portion extending in an outer circumferential direction, and that is inserted in the axial hole; and a seal body that is disposed in the axial hole and that seals the insulator and the center electrode, wherein in a section that contains an axial line of the spark plug and that is along the axial line, a distance L along the axial line from a rear end of the facing portion of the insulator to a rear end of a portion at which the flange portion is in contact with the insulator satisfies L ≤ 1.1 (mm), characterized in that θA + θB ≥ 90° and L ≥ 0.5 (mm) hold, where θA represents an acute angle formed between a reference line perpendicular to the axial line and the portion at which the flange portion is in contact with the insulator in the section, and θB represents an acute angle formed between the reference line and a straight line connecting a front end of the facing portion and the rear end of the portion at which the flange portion is in contact with the insulator. a tubular metal shell that includes a metal-shell step portion extending in an inner circumferential direction and that has a tubular hole extending in an axial direction; an insulator that is inserted in the metal shell, that has an axial hole extending in the axial direction, and that includes a facing portion that faces the metal-shell step portion with an annular packing interposed therebetween; a center electrode that extends in the axial direction, that has a flange portion extending in an outer circumferential direction, and that is inserted in the axial hole; and a seal body that is disposed in the axial hole and that seals the insulator and the center electrode, wherein in a section that contains an axial line of the spark plug and that is along the axial line, a distance L along the axial line from a rear end of the facing portion of the insulator to a rear end of a portion at which the flange portion is in contact with the insulator satisfies L ≤ 1.1 (mm), characterized in that θA + θB ≥ 90° and L ≥ 0.5 (mm) hold, where θA represents an acute angle formed between a reference line perpendicular to the axial line and the portion at which the flange portion is in contact with the insulator in the section, and θB represents an acute angle formed between the reference line and a straight line connecting a front end of the facing portion and the rear end of the portion at which the flange portion is in contact with the insulator.
A digital radiographic image sensor panel comprising: a flexible first substrate (802; 902); an image sensor array (803; 903) formed on a first side of the first substrate (802; 902); at least one bonding pad (805; 905) formed in a peripheral region outside the image sensor array (803; 903) on the first side of the first substrate (802; 902); and a second substrate (804; 904) having a top surface attached to a second side of the first substrate (802; 902) opposite the first side, the second substrate (804; 904) comprising a scribed or perforated break line (812; 912) to enable removal of a peripheral region of the second substrate (804; 904) along the break line (812; 912); and the top surface having a first adhesive (810; 910) in a first portion thereof, wherein the first adhesive (810; 910) contacts the second side of the first substrate (802; 902) directly opposite the image sensor array (803; 903); and a second adhesive (811; 911) in a second portion thereof, wherein the second adhesive (811; 911) comprises a lower tack than the first adhesive (810; 910) and contacts the second side of the first substrate (802; 902) outside of the region directly opposite the image sensor array (803; 903). a flexible first substrate (802; 902); an image sensor array (803; 903) formed on a first side of the first substrate (802; 902); at least one bonding pad (805; 905) formed in a peripheral region outside the image sensor array (803; 903) on the first side of the first substrate (802; 902); and a second substrate (804; 904) having a top surface attached to a second side of the first substrate (802; 902) opposite the first side, the second substrate (804; 904) comprising a scribed or perforated break line (812; 912) to enable removal of a peripheral region of the second substrate (804; 904) along the break line (812; 912); and the top surface having a first adhesive (810; 910) in a first portion thereof, wherein the first adhesive (810; 910) contacts the second side of the first substrate (802; 902) directly opposite the image sensor array (803; 903); and a second adhesive (811; 911) in a second portion thereof, wherein the second adhesive (811; 911) comprises a lower tack than the first adhesive (810; 910) and contacts the second side of the first substrate (802; 902) outside of the region directly opposite the image sensor array (803; 903). a first adhesive (810; 910) in a first portion thereof, wherein the first adhesive (810; 910) contacts the second side of the first substrate (802; 902) directly opposite the image sensor array (803; 903); and a second adhesive (811; 911) in a second portion thereof, wherein the second adhesive (811; 911) comprises a lower tack than the first adhesive (810; 910) and contacts the second side of the first substrate (802; 902) outside of the region directly opposite the image sensor array (803; 903).
Electric fuse with a melting member, said fuse comprising a cylindrical tubular casing, which consists of an electrically insulating material and through which a melting member consisting of an electrically conductive material having a pre-determined electric resistance and a pre-determined melting temperature is inserted, wherein said casing is on each terminal area thereof closed and sealed by means of an axially apart from said casing protruding cartridge-like cover, which is closed on its one terminal area and consists of an electrically conductive material and is electrically connected with said melting member, and wherein the interior of said casing is filled with a suitable quantity of granulated fireproof and electrically insulating material, by which said melting member is surrounded, characterized in that on each terminal area of the fuse casing and between said casing and said cover a separating barrier is inserted, which consists of an electrically conductive and plastically deformable material and on which on that side, which is faced towards the interior of the fuse casing, a layer consisting of an elastic and electrically insulating material is available and is connected therewith in a non-detachable manner, wherein the melting member is on each terminal portion of said fuse electrically connected with each belonging electrically conducting cover via said electrically conductive separating barrier and simultaneously extends also through said electrically insulating layer of elastic material, such that in the area within said layer it is furnished with at least one bending or meander, by means of which it is anchored therein and secured against being pulled-out.
A transfer system for clinical or non-clinical care, for transferring a person from a first position into a second position, comprising a hoisting device with a hoisting column and at least one vertically displaceable crossbeam; and at least two or three elongated transfer elements, each having a base end and a free end; wherein the crossbeam has at least one coupling element for releasably coupling the respective base end of the transfer element, which, in the coupled configuration, is arranged substantially orthogonal to the crossbeam; characterized in that the crossbeam is connected, by means of a pivot bearing, to a hoisting unit which is vertically displaceable on the hoisting column; and is pivotable about its longitudinal axis from an uncoupled configuration into the coupled configuration, so as to be pivotable in the uncoupled configuration to a predetermined angle position relative to a horizontal plane of alignment (x) for easier access of the coupling element of the crossbeam to a corresponding coupling element of a transfer element. a hoisting device with a hoisting column and at least one vertically displaceable crossbeam; and at least two or three elongated transfer elements, each having a base end and a free end; wherein the crossbeam has at least one coupling element for releasably coupling the respective base end of the transfer element, which, in the coupled configuration, is arranged substantially orthogonal to the crossbeam; characterized in that the crossbeam is connected, by means of a pivot bearing, to a hoisting unit which is vertically displaceable on the hoisting column; and is pivotable about its longitudinal axis from an uncoupled configuration into the coupled configuration, so as to be pivotable in the uncoupled configuration to a predetermined angle position relative to a horizontal plane of alignment (x) for easier access of the coupling element of the crossbeam to a corresponding coupling element of a transfer element.
Device for discharging electrostatically charged cards, with at least one earthed and/or electrically conductive discharging member to be earthed, by means of which electrostatic charges on the surface of a card are discharged, the device comprising a housing on which at least one slot-like opening is provided for inserting a card along one or more thrust planes predetermined by the slot-like opening, wherein in one or more regions along the at least one thrust plane the at least one discharging member is arranged and/or aligned to discharge electrostatic charges in one or more regions of the thrust plane, wherein the device comprises a housing with an upper side and a lower side, characterized in that the opening extends from the upper side to the underside and the slot-like opening is formed for pushing the card through from the upper side to the underside of the housing along the pushing plane.