mhurhangee/ep-ind-claims huggingface dataset:
An electrically isolating lamp assembly comprising: a clamp ring having three clamp ring flanges circumferentially spaced evenly about the inside of the clamp ring; a lamp end comprising, a base, three lamp end shoulders circumferentially spaced evenly about the lamp end base near a proximal edge of the lamp end, a lamp end ridge on a distal edge of the lamp end, and a locking peg channel originating on the distal edge of the lamp end and disposed longitudinally along the lamp end base; a socket having a locking peg extending outwardly therefrom; wherein the lamp end is positioned within the clamp ring and the lamp end can be rotated, relative to the clamp ring, between locked and unlocked positions as the lamp end ridge abuts the clamp ring flanges; further wherein, in the unlocked position, the clamp ring flanges are not restrained within a notch 21, and the locking peg is restrained, by any one of the clamp ring flanges, from being inserted completely within the locking peg channel, whereby the socket is restrained from fully engaging the lamp end; further wherein, in the locked position, the clamp ring flanges are restrained within the notch 21, and the locking peg is inserted completely within the locking peg channel, whereby the socket can fully engage the lamp end, and wherein the lamp end is restrained by the locking peg from being rotated to the unlocked position. a clamp ring having three clamp ring flanges circumferentially spaced evenly about the inside of the clamp ring; a lamp end comprising, a base, three lamp end shoulders circumferentially spaced evenly about the lamp end base near a proximal edge of the lamp end, a lamp end ridge on a distal edge of the lamp end, and a locking peg channel originating on the distal edge of the lamp end and disposed longitudinally along the lamp end base; a base, three lamp end shoulders circumferentially spaced evenly about the lamp end base near a proximal edge of the lamp end, a lamp end ridge on a distal edge of the lamp end, and a locking peg channel originating on the distal edge of the lamp end and disposed longitudinally along the lamp end base; a socket having a locking peg extending outwardly therefrom; wherein the lamp end is positioned within the clamp ring and the lamp end can be rotated, relative to the clamp ring, between locked and unlocked positions as the lamp end ridge abuts the clamp ring flanges; further wherein, in the unlocked position, the clamp ring flanges are not restrained within a notch 21, and the locking peg is restrained, by any one of the clamp ring flanges, from being inserted completely within the locking peg channel, whereby the socket is restrained from fully engaging the lamp end; further wherein, in the locked position, the clamp ring flanges are restrained within the notch 21, and the locking peg is inserted completely within the locking peg channel, whereby the socket can fully engage the lamp end, and wherein the lamp end is restrained by the locking peg from being rotated to the unlocked position.
Electrical insulation device comprising: - a support of thickness E comprising two faces facing one another, referred to as, respectively, front face and rear face, with the two faces having a length L, a width 1, - on each face of the support being disposed a plurality of voltage dividers extending over the length L of said face, each voltage divider comprising electrical components connected in series and arranged successively along a first stage and a second stage, each first stage comprising a row of even electrical components and a row of odd electrical components, the two rows being parallel along the length L, and adjacent along the width 1, and the second stage corresponding to an arrangement in line of the electrical components. - a support of thickness E comprising two faces facing one another, referred to as, respectively, front face and rear face, with the two faces having a length L, a width 1, - on each face of the support being disposed a plurality of voltage dividers extending over the length L of said face, each voltage divider comprising electrical components connected in series and arranged successively along a first stage and a second stage, each first stage comprising a row of even electrical components and a row of odd electrical components, the two rows being parallel along the length L, and adjacent along the width 1, and the second stage corresponding to an arrangement in line of the electrical components.
A chimeric construct comprising an interferon attached to an antibody that is an intact immunoglobulin that specifically binds to a CD33 tumor associated antigen, wherein the antibody is attached to the interferon by a proteolysis resistant peptide linker, wherein the linker is selected from the group consisting of SGGGGS (SEQ ID NO:58) and AEAAAKEAAAKAGS (SEQ ID NO:59), and wherein the construct, when contacted to a tumor cell, results in the killing or inhibition of growth or proliferation of the tumor cell.
A case for containing a plurality of biological samples, the case comprising: a base; a substrate attached to the base, the substrate comprising a plurality of reaction regions configured to receive one or more biological samples; and a cover comprising an inner surface, the cover configured to be attached to the base such that the base and cover together provide a cavity containing the substrate; and wherein the inner surface includes a central area and a recessed area disposed about the central area, the central area configured to cover the reaction regions, the recessed area being offset from the central area in a direction normal to the inner surface, wherein the recessed area comprises a trough disposed along a perimeter of the central area, and wherein a bottom surface of the trough has surface profile that varies in depth. a base; a substrate attached to the base, the substrate comprising a plurality of reaction regions configured to receive one or more biological samples; and a cover comprising an inner surface, the cover configured to be attached to the base such that the base and cover together provide a cavity containing the substrate; and wherein the inner surface includes a central area and a recessed area disposed about the central area, the central area configured to cover the reaction regions, the recessed area being offset from the central area in a direction normal to the inner surface, wherein the recessed area comprises a trough disposed along a perimeter of the central area, and wherein a bottom surface of the trough has surface profile that varies in depth.
A wireless communication method in a network mode of operation via relay, NMO-R, scenario, characterized by comprising: receiving, by remote user equipment, at least one proxy-call session control function, P-CSCF, address from relay user equipment; and determining, by the remote user equipment, a target P-CSCF address in an IP Multimedia Subsystem, IMS, network from the at least one P-CSCF address, wherein the target P-CSCF address is used when the remote user equipment initiates a Session Initiation Protocol, SIP, session registration procedure, wherein the remote user equipment is a device that has a proximity service, ProSe, capability, that is not served by an evolved universal terrestrial radio access network and that communicates with a network by using the relay user equipment, and the relay user equipment is user equipment that can provide a connection for the remote user equipment to obtain a Mission-critical push-to-talk over Long Term Evolution, MCPTT, service, executing, by the remote user equipment, the SIP registration procedure according to the target P-CSCF address and further obtain an MCPTT service by using the IMS network. receiving, by remote user equipment, at least one proxy-call session control function, P-CSCF, address from relay user equipment; and determining, by the remote user equipment, a target P-CSCF address in an IP Multimedia Subsystem, IMS, network from the at least one P-CSCF address, wherein the target P-CSCF address is used when the remote user equipment initiates a Session Initiation Protocol, SIP, session registration procedure, wherein the remote user equipment is a device that has a proximity service, ProSe, capability, that is not served by an evolved universal terrestrial radio access network and that communicates with a network by using the relay user equipment, and the relay user equipment is user equipment that can provide a connection for the remote user equipment to obtain a Mission-critical push-to-talk over Long Term Evolution, MCPTT, service, executing, by the remote user equipment, the SIP registration procedure according to the target P-CSCF address and further obtain an MCPTT service by using the IMS network.
A method of manufacturing a machine driven by an electric motor, wherein an electric motor, having a stator and a rotor, is provided for driving the machine by an electric motor, wherein the rotor is not mounted in the stator, but in the machine driven by the electric motor, characterised in that - in a first method step, the rotor is received in a positioning auxiliary part connected to a stator housing of the stator, wherein the positioning auxiliary part positions and orients the rotor and wherein the positioning auxiliary part is centred and oriented on the stator housing part, - in a subsequent method step, a clamping set is inserted into a receiving region of a support part of the rotor, - an inner flange part is loosely arranged on the stator housing, - in a subsequent method step, the clamping set is actuated, so that the inner flange part is connected to the support part in a force-locked manner and is oriented and centred in a relative manner, - in a subsequent method step, stator housing and inner flange part are securely connected, - in a subsequent method step, the positioning auxiliary part is removed, - in a subsequent method step, the rotor is connected to a hollow shaft portion of a shaft, to be driven, of the machine and the stator housing is connected to a housing, of the machine, in which the shaft is mounted, - in a subsequent method step, the clamping set is released, axially displaced and then connected to the inner flange part. - in a first method step, the rotor is received in a positioning auxiliary part connected to a stator housing of the stator, wherein the positioning auxiliary part positions and orients the rotor and wherein the positioning auxiliary part is centred and oriented on the stator housing part, - in a subsequent method step, a clamping set is inserted into a receiving region of a support part of the rotor, - an inner flange part is loosely arranged on the stator housing, - in a subsequent method step, the clamping set is actuated, so that the inner flange part is connected to the support part in a force-locked manner and is oriented and centred in a relative manner, - in a subsequent method step, stator housing and inner flange part are securely connected, - in a subsequent method step, the positioning auxiliary part is removed, - in a subsequent method step, the rotor is connected to a hollow shaft portion of a shaft, to be driven, of the machine and the stator housing is connected to a housing, of the machine, in which the shaft is mounted, - in a subsequent method step, the clamping set is released, axially displaced and then connected to the inner flange part.
A polycarbonate composition comprising: a linear polycarbonate, a branched polycarbonate, sodium dodecylbenzenesulfonate, and a siloxane component comprising a linear phenyl-containing siloxane, a cyclic siloxane, or a combination comprising at least one of the foregoing siloxanes; wherein the composition has a flammability rating of V0 measured according to the UL 94 Vertical Burning Test at a thickness of 3 millimeters, wherein sodium dodecylbenzenesulfonate is present in an amount of 0.005 wt% to 2 wt%, based on the total weight of the polycarbonate composition. a linear polycarbonate, a branched polycarbonate, sodium dodecylbenzenesulfonate, and a siloxane component comprising a linear phenyl-containing siloxane, a cyclic siloxane, or a combination comprising at least one of the foregoing siloxanes; wherein the composition has a flammability rating of V0 measured according to the UL 94 Vertical Burning Test at a thickness of 3 millimeters, wherein sodium dodecylbenzenesulfonate is present in an amount of 0.005 wt% to 2 wt%, based on the total weight of the polycarbonate composition.
A fiber optic connector arrangement comprising: a multi-fiber optic connector having a splice-on configuration including multiple optical fibers pre-installed in a multi-fiber ferrule; the fiber optic connector arrangement being hardened, wherein the fiber optic connector includes a connector body, and wherein the optical fibers are spliced to optical fibers (106, 410) of a fiber optic cable at a splice location within the connector body, comprising a flat plate at the splice location, characterized in that the fiber optic cable is a ribbonized fiber optic cable and by a shrink tube wrapped and shrunk around the ribbonized fiber optic cable and the flat plate. a multi-fiber optic connector having a splice-on configuration including multiple optical fibers pre-installed in a multi-fiber ferrule; the fiber optic connector arrangement being hardened, wherein the fiber optic connector includes a connector body, and wherein the optical fibers are spliced to optical fibers (106, 410) of a fiber optic cable at a splice location within the connector body, comprising a flat plate at the splice location, characterized in that the fiber optic cable is a ribbonized fiber optic cable and by a shrink tube wrapped and shrunk around the ribbonized fiber optic cable and the flat plate.
A method of forming a hose assembly, the hose assembly comprising a tube formed from a polymeric material and defining an outer peripheral surface, and a reinforcing layer disposed about the outer peripheral surface of the tube, the reinforcing layer comprising reinforcing fibers and a binder formed from binding fibers, said method comprising the steps of: extruding the tube; forming a commingled braid from the reinforcing fibers and the binding fibers; disposing the commingled braid about the outer peripheral surface of the tube to form a reinforced tube; heating the reinforced tube to a temperature (T 1) equal to or greater than a peak melting temperature of the binding fibers to at least partially melt the binding fibers; and cooling the reinforced tube to solidify the melted binding fibers to form the binder about the reinforcing fibers, thereby forming a reinforced braid and binding the reinforced braid to the outer peripheral surface of the tube to form the reinforcing layer characterized in that binding fibers are used which have a peak melting temperature in the range from 200 to 400 °C, and during the step of heating the reinforced tube an interior cavity of the reinforced tube is pressurized by a fluid. extruding the tube; forming a commingled braid from the reinforcing fibers and the binding fibers; disposing the commingled braid about the outer peripheral surface of the tube to form a reinforced tube; heating the reinforced tube to a temperature (T 1) equal to or greater than a peak melting temperature of the binding fibers to at least partially melt the binding fibers; and cooling the reinforced tube to solidify the melted binding fibers to form the binder about the reinforcing fibers, thereby forming a reinforced braid and binding the reinforced braid to the outer peripheral surface of the tube to form the reinforcing layer characterized in that binding fibers are used which have a peak melting temperature in the range from 200 to 400 °C, and during the step of heating the reinforced tube an interior cavity of the reinforced tube is pressurized by a fluid.
A user equipment, UE, comprising: means for selecting a Visited Public Land Mobile Network, VPLMN, associated with a preferred Public Land Mobile Network, PLMN, list configured by a Home Public Land Mobile Network, HPLMN,; means for identifying a network slice not supported by the selected VPLMN; and means for receiving a network slice aware PLMN exceptions list from the HPLMN; means for selecting another VPLMN that supports the network slice, wherein the another VPLMN is not associated with the preferred PLMN list but is associated with the network slice aware PLMN exceptions list, only when no VPLMN in the preferred PLMN list supports the network slice; means for determining that the identified network slice supported by the another VPLMN that is associated with the network slice aware PLMN exceptions list is no longer required; and means for selecting a VPLMN associated with the preferred PLMN list during a next idle time of user equipment if the user equipment is currently connected and transferring data on the another VPLMN. means for selecting a Visited Public Land Mobile Network, VPLMN, associated with a preferred Public Land Mobile Network, PLMN, list configured by a Home Public Land Mobile Network, HPLMN,; means for identifying a network slice not supported by the selected VPLMN; and means for receiving a network slice aware PLMN exceptions list from the HPLMN; means for selecting another VPLMN that supports the network slice, wherein the another VPLMN is not associated with the preferred PLMN list but is associated with the network slice aware PLMN exceptions list, only when no VPLMN in the preferred PLMN list supports the network slice; means for determining that the identified network slice supported by the another VPLMN that is associated with the network slice aware PLMN exceptions list is no longer required; and means for selecting a VPLMN associated with the preferred PLMN list during a next idle time of user equipment if the user equipment is currently connected and transferring data on the another VPLMN.
A device, comprising: an integrated circuit comprising NFC circuitry, a rectifier, a switching element and a regulator; an antenna configured to convey energy to a capacitor via said rectifier and a pad in a first NFC mode; a power management module configured to convey energy to said NFC circuitry via the pad in a second NFC mode, wherein the device is configured to utilize the pad as a common pad and a common power supply line for the first and second NFC modes, wherein the capacitor is utilized as a common capacitor for the first and the second NFC mode, wherein said common capacitor is an external capacitor to said integrated circuit, wherein the common pad further couples the common capacitor to the integrated circuit, and wherein said switching element is configured to couple the common capacitor to the NFC circuitry while bypassing said regulator in the second NFC mode. an integrated circuit comprising NFC circuitry, a rectifier, a switching element and a regulator; an antenna configured to convey energy to a capacitor via said rectifier and a pad in a first NFC mode; a power management module configured to convey energy to said NFC circuitry via the pad in a second NFC mode, wherein the device is configured to utilize the pad as a common pad and a common power supply line for the first and second NFC modes, wherein the capacitor is utilized as a common capacitor for the first and the second NFC mode, wherein said common capacitor is an external capacitor to said integrated circuit, wherein the common pad further couples the common capacitor to the integrated circuit, and wherein said switching element is configured to couple the common capacitor to the NFC circuitry while bypassing said regulator in the second NFC mode.
A pressure vessel refuelling system, comprising: a compressed natural gas refuelling pressure vessel having a gas inlet/outlet port and a liquid inlet/outlet port; an aqueous liquid comprising an aqueous salt solution acting as both an anti-freeze and hydrate formation suppressant at least partially filling the pressure vessel; a liquid layer of oil floating on top of the aqueous liquid, wherein the oil is immiscible with the aqueous liquid; natural gas at least partially filling the pressure vessel above the liquid layer of oil, the natural gas in fluid communication with the gas inlet/outlet, and wherein the natural gas is immiscible with the oil; a compressor in fluid communication with the gas inlet/outlet port, whereby the natural gas can be received from a natural gas supply line and compressed into the pressure vessel; characterised in that - it comprises a pump in fluid communication with the liquid inlet/outlet of the pressure vessel, whereby the aqueous liquid can be pumped into the pressure vessel; and - a coalescing filter is in fluid communication with the pressure vessel and functions as a filter to remove particles of the oil from the natural gas after the natural gas exits the pressure vessel and returns the oil to the pressure vessel. a compressed natural gas refuelling pressure vessel having a gas inlet/outlet port and a liquid inlet/outlet port; an aqueous liquid comprising an aqueous salt solution acting as both an anti-freeze and hydrate formation suppressant at least partially filling the pressure vessel; a liquid layer of oil floating on top of the aqueous liquid, wherein the oil is immiscible with the aqueous liquid; natural gas at least partially filling the pressure vessel above the liquid layer of oil, the natural gas in fluid communication with the gas inlet/outlet, and wherein the natural gas is immiscible with the oil; a compressor in fluid communication with the gas inlet/outlet port, whereby the natural gas can be received from a natural gas supply line and compressed into the pressure vessel; characterised in that - it comprises a pump in fluid communication with the liquid inlet/outlet of the pressure vessel, whereby the aqueous liquid can be pumped into the pressure vessel; and - a coalescing filter is in fluid communication with the pressure vessel and functions as a filter to remove particles of the oil from the natural gas after the natural gas exits the pressure vessel and returns the oil to the pressure vessel. - it comprises a pump in fluid communication with the liquid inlet/outlet of the pressure vessel, whereby the aqueous liquid can be pumped into the pressure vessel; and - a coalescing filter is in fluid communication with the pressure vessel and functions as a filter to remove particles of the oil from the natural gas after the natural gas exits the pressure vessel and returns the oil to the pressure vessel.
A population of semiconductor nanocrystals, wherein each nanocrystal in the population comprises: a) a semiconductor core; b) a semiconductor shell layer disposed on the semiconductor core; and c) at least two different oxoacid compounds, wherein the at least two oxoacid compounds comprise ethylphosphonic acid and tetradecylphosphonic acid; wherein the core and/or shell layer comprises a Group II-VI, Group II-VI-VI, Group III-V, Group III-III-V, Group III-V-V or a Group II-II-VI semiconductor material; and wherein the shell semiconductor material differs from the semiconductor core material. a) a semiconductor core; b) a semiconductor shell layer disposed on the semiconductor core; and c) at least two different oxoacid compounds,