mhurhangee/ep-ind-claims huggingface dataset:
A combination sensor element and a controlled electrical heater for said sensor, said combination comprising: the sensor element having a first and a second electrical leads (21, 22) for connection to a dc power source; an electrical heater having a positive lead for connection to the dc power source and a negative lead for connection to a heater controller; and characterized in that the combination further comprises a grounded ion collector. the sensor element having a first and a second electrical leads (21, 22) for connection to a dc power source; an electrical heater having a positive lead for connection to the dc power source and a negative lead for connection to a heater controller; and
A turbine blade comprising: a shroud at a tip of the blade and an airfoil having a leading edge extending between the shroud and a root of the blade; a cutout portion extending at least along the leading edge of the airfoil nearest the shroud; an insert welded to the cutout portion at a weld region; characterized by a weld-free region located between the insert and the cutout portion nearest the shroud, said weld-free region including a gap. a shroud at a tip of the blade and an airfoil having a leading edge extending between the shroud and a root of the blade; a cutout portion extending at least along the leading edge of the airfoil nearest the shroud; an insert welded to the cutout portion at a weld region; characterized by a weld-free region located between the insert and the cutout portion nearest the shroud, said weld-free region including a gap.
A binderless needle felt of mineral wool, comprising a plurality of fibers arranged predominantly in parallel to the large areas of the needle felt, and individual fibers at needling points which are arranged predominantly transversely to the large areas by a needling process and by which the fibers of the needle felt are felted such that the needle felt is adapted to be handled as one element, wherein the density of the needling points at a first large area is at least 15 needling points/cm 2, the number of the fibers arranged transversely to the large areas decreases from the first large area toward an opposite second large area of the needle felt, and a near-surface region at the second large area is substantially free from fibers arranged transversely to the large areas, characterized in that the near-surface region at the second large area which is substantially free from fibers arranged transversely to the large areas has a layer thickness of 15 to 50% of the overall thickness of the needle felt. are felted such that the needle felt is adapted to be handled as one element, wherein the density of the needling points at a first large area is at least 15 needling points/cm 2, the number of the fibers arranged transversely to the large areas decreases from the first large area toward an opposite second large area of the needle felt, and a near-surface region at the second large area is substantially free from fibers arranged transversely to the large areas, characterized in that the near-surface region at the second large area which is substantially free from fibers arranged transversely to the large areas has a layer thickness of 15 to 50% of the overall thickness of the needle felt.
A method, comprising applying a traffic management rule comprising a filter and first quality of service settings including a bandwidth amount, and receiving a data packet of a service data flow, characterized in matching said data packet with said filter, reserving, based on said bandwidth amount, bandwidth resources for potential future data packets of a transport connection associated with said service data flow based on a matching result, and releasing said bandwidth resources, if a predetermined period of time is elapsed after receiving a data packet matching said filter without receiving a further data packet matching said filter. applying a traffic management rule comprising a filter and first quality of service settings including a bandwidth amount, and receiving a data packet of a service data flow, characterized in matching said data packet with said filter, reserving, based on said bandwidth amount, bandwidth resources for potential future data packets of a transport connection associated with said service data flow based on a matching result, and releasing said bandwidth resources, if a predetermined period of time is elapsed after receiving a data packet matching said filter without receiving a further data packet matching said filter.
An oligonucleotide probe or primer up to about 100 nucleotides in length which is capable of hybridizing to the major outer protein gene (opcA) of Neisseria gonorrhoeae, wherein said probe or primer comprises a sequence selected from the group consisting of SEQ ID NOs: 1-6, or sequence that exhibits at least about 85% identity to a sequence selected from the group consisting of SEQ ID NOs: 1-6.
A device for use in the control of mechanical forces, the device comprising: first and second terminals for connection, in use, to components in a system for controlling mechanical forces and independently moveable; and hydraulic means (20, 30) connected between the terminals and containing a liquid, the hydraulic means configured, in use, to produce upon relative movement of the terminals, a liquid flow along at least two flow paths; wherein the liquid flow along a first flow path generates a damping force proportional to the velocity of the liquid flow along the first flow path; and the liquid flow along a second flow path generates an inertial force due to the mass of the liquid, the force being proportional to the acceleration of the liquid flow along the second flow path; such that the damping force is equal to the inertial force to provide an inerter in series with a damper and controls in use, the mechanical forces at the terminals wherein the hydraulic means further comprises: a housing defining a chamber for containing the liquid, the housing being attached to one of the terminals; and a piston attached to the other terminal and movable within the chamber such that the movement of the piston causes the liquid to flow along the first flow path and the second flow path. first and second terminals for connection, in use, to components in a system for controlling mechanical forces and independently moveable; and hydraulic means (20, 30) connected between the terminals and containing a liquid, the hydraulic means configured, in use, to produce upon relative movement of the terminals, a liquid flow along at least two flow paths; wherein the liquid flow along a first flow path generates a damping force proportional to the velocity of the liquid flow along the first flow path; and the liquid flow along a second flow path generates an inertial force due to the mass of the liquid, the force being proportional to the acceleration of the liquid flow along the second flow path; such that the damping force is equal to the inertial force to provide an inerter in series with a damper and controls in use, the mechanical forces at the terminals wherein the hydraulic means further comprises: a housing defining a chamber for containing the liquid, the housing being attached to one of the terminals; and a piston attached to the other terminal and movable within the chamber such that the movement of the piston causes the liquid to flow along the first flow path and the second flow path. a housing defining a chamber for containing the liquid, the housing being attached to one of the terminals; and a piston attached to the other terminal and movable within the chamber such that the movement of the piston causes the liquid to flow along the first flow path and the second flow path.
A rectal administration device with a valved enteral administration assembly, the valved enteral administration assembly comprising: a rigid inlet configured: to mate with and sealably connect to a first enteral device; and not to mate with and sealably connect to a luer-type device; a rigid outlet mechanically connected to a lumen of a second enteral device, the second enteral device being the rectal administration device; and a valve mechanism between the inlet and outlet wherein the valve mechanism is configured to provide for uni-directional flow and prevent retrograde flow through the inlet; the rectal administration device comprising a plurality of transmission holes, such that medication can be administered, in use, through the valved enteral administration assembly, and via the transmission holes, into the rectum. the valved enteral administration assembly comprising: a rigid inlet configured: to mate with and sealably connect to a first enteral device; and not to mate with and sealably connect to a luer-type device; a rigid outlet mechanically connected to a lumen of a second enteral device, the second enteral device being the rectal administration device; and a valve mechanism between the inlet and outlet wherein the valve mechanism is configured to provide for uni-directional flow and prevent retrograde flow through the inlet; a rigid inlet configured: to mate with and sealably connect to a first enteral device; and not to mate with and sealably connect to a luer-type device; to mate with and sealably connect to a first enteral device; and not to mate with and sealably connect to a luer-type device; a rigid outlet mechanically connected to a lumen of a second enteral device, the second enteral device being the rectal administration device; and a valve mechanism between the inlet and outlet wherein the valve mechanism is configured to provide for uni-directional flow and prevent retrograde flow through the inlet; the rectal administration device comprising a plurality of transmission holes, such that medication can be administered, in use, through the valved enteral administration assembly, and via the transmission holes, into the rectum.
A closure for a container, comprising: a top wall portion, and an annular skirt portion depending from said top wall portion, said skirt portion including one or more internal thread formations for respective engagement with one or more external thread formations of said container, each of said internal thread formations being defined by a respective helix, and each having a thread start opposite said top wall portion, said skirt portion further including at least one application guide element positioned on the inside surface of said skirt portion, said application guide element being vertically offset from each said helix, and being circumferentially displaced from each said thread start, said guide element being engageable with one of said one or more external thread formations of the neck portion of said container to facilitate threaded application of said closure to said container. a top wall portion, and an annular skirt portion depending from said top wall portion, said skirt portion including one or more internal thread formations for respective engagement with one or more external thread formations of said container, each of said internal thread formations being defined by a respective helix, and each having a thread start opposite said top wall portion, said skirt portion further including at least one application guide element positioned on the inside surface of said skirt portion, said application guide element being vertically offset from each said helix, and being circumferentially displaced from each said thread start, said guide element being engageable with one of said one or more external thread formations of the neck portion of said container to facilitate threaded application of said closure to said container.
A monitoring device for use in a superconducting or cryogenic system, the monitoring device comprising: a first conducting element comprising high temperature superconducting, HTS, material and configured for connection to a current source and insertion into the superconducting or cryogenic system; a second conducting element comprising HTS material and connected in parallel to the first conducting element by first and second joints; and a current detector configured to detect a current in the second conducting element; wherein, when the HTS material in each of the first and second conducting elements is in a superconducting state, the resistance, R T, of the first conducting element between the first and second joints, is less than the sum, R B, of the resistance of the second conducting element between the first and second joints and the resistances of the first and second joints, R T <R B. a first conducting element comprising high temperature superconducting, HTS, material and configured for connection to a current source and insertion into the superconducting or cryogenic system; a second conducting element comprising HTS material and connected in parallel to the first conducting element by first and second joints; and a current detector configured to detect a current in the second conducting element; wherein, when the HTS material in each of the first and second conducting elements is in a superconducting state, the resistance, R T, of the first conducting element between the first and second joints, is less than the sum, R B, of the resistance of the second conducting element between the first and second joints and the resistances of the first and second joints, R T <R B.
A cooling/heating system comprising: a compressor, an indoor heat exchanger, an expansion device, and an outdoor heat exchanger which are connected in series via a refrigerant line, wherein a refrigerant, which flows through the refrigerant line, heat-exchanges with supply water, wherein the refrigerant line comprises a first parallel line and a second parallel line which are arranged between the expansion device and the compressor, and the outdoor heat exchanger is arranged in the first parallel line; characterised in that the cooling/heating system further comprises: a first heat exchanger, through which the supply water passes, and which is arranged in the second parallel line, the first heat exchanger heat-exchanging with the refrigerant passing through the second parallel line, using the supply water; and a second heat exchanger, through which the supply water passes, and which is arranged in the first parallel line between the outdoor heat exchanger and the compressor, the second heat exchanger heat-exchanging with the refrigerant passing through the first parallel line, using the supply water. a compressor, an indoor heat exchanger, an expansion device, and an outdoor heat exchanger which are connected in series via a refrigerant line, wherein a refrigerant, which flows through the refrigerant line, heat-exchanges with supply water, wherein the refrigerant line comprises a first parallel line and a second parallel line which are arranged between the expansion device and the compressor, and the outdoor heat exchanger is arranged in the first parallel line; characterised in that the cooling/heating system further comprises: a first heat exchanger, through which the supply water passes, and which is arranged in the second parallel line, the first heat exchanger heat-exchanging with the refrigerant passing through the second parallel line, using the supply water; and a second heat exchanger, through which the supply water passes, and which is arranged in the first parallel line between the outdoor heat exchanger and the compressor, the second heat exchanger heat-exchanging with the refrigerant passing through the first parallel line, using the supply water. a first heat exchanger, through which the supply water passes, and which is arranged in the second parallel line, the first heat exchanger heat-exchanging with the refrigerant passing through the second parallel line, using the supply water; and a second heat exchanger, through which the supply water passes, and which is arranged in the first parallel line between the outdoor heat exchanger and the compressor, the second heat exchanger heat-exchanging with the refrigerant passing through the first parallel line, using the supply water.
A cosmetic product container comprising an outside part, which comprises a bottom and a lateral wall extending from the bottom, and an inside part, which comprises a bottom and a lateral wall extending from the bottom, the inside part being inserted and fastened in the outside part, characterized in that the bottom of the outside part comprises a tab in the form of a bridge and in that the bottom of the inside part comprises a claw, the claw being engaged under the tab, fastening the inside part in the outside part, the tab comprises a median portion, in relief on an inside of the bottom of the outside part, and two linking arches, on opposite sides of the median portion, linking the median portion to the bottom of the outside part.
A cooking apparatus comprising: a plurality of light sources configured to emit light toward a cooking container and grouped into a plurality of groups; and a light emission driving controller configured to perform control in a manner that flame images are displayed by performing group controlling based on at least one of a control command input by a user, a grouping form of the plurality of groups, and a preset operation pattern, characterized in that the light emission driving controller is further configured to generate driving signals based on a periodic signal, and set a phase difference between the driving signals applied to the plurality of groups according to the grouping form of the plurality of groups. a plurality of light sources configured to emit light toward a cooking container and grouped into a plurality of groups; and a light emission driving controller configured to perform control in a manner that flame images are displayed by performing group controlling based on at least one of a control command input by a user, a grouping form of the plurality of groups, and a preset operation pattern, characterized in that the light emission driving controller is further configured to generate driving signals based on a periodic signal, and set a phase difference between the driving signals applied to the plurality of groups according to the grouping form of the plurality of groups.
A welding assembly for welding two rails of a track, including a power rail and rail clamping units movable towards one another in an assembly longitudinal direction by means of displacement drives, each rail clamping unit having clamping jaws designed to be applied to the rail in pairs by means of a drive, wherein the clamping jaws provided for power transmission are connected - with regard to one of the two rail clamping units - by a power line to a power rail contact which is designed to be applied to the power rail by means of a fixing drive and is displaceable relative thereto, wherein the power rail is configured as an assembly guide, extending in the assembly longitudinal direction and connecting both rail clamping units to one another, and is displaceable in the assembly longitudinal direction relative to the rail clamping unit equipped with the power rail contacts, characterized by the following features: a) the power rail is designed as an assembly guide which is spaced from the displacement drives, b) the power rail is equipped with a cooling device. a) the power rail is designed as an assembly guide which is spaced from the displacement drives, b) the power rail is equipped with a cooling device.
A method for reporting Channel State Information, CSI, by a user equipment, UE, configured with a plurality of component carriers, CCs, for wireless communication, the method comprising: performing a CSI measurement based on first CSI configuration regarding a first type CSI for a first CC of a plurality of CCs, and second CSI configuration regarding a second type CSI for a second CC of the plurality of CCs; and transmitting a CSI report (S950, S960, S970) based on the CSI measurement, wherein in a subframe where the first type CSI collides with the second type CSI, only one of the first type CSI and the second type CSI is transmitted through the CSI report while the other one is dropped based on a transmission priority related to CSI contents, wherein CSI including both a rank indicator, RI, and a first precoding matrix indicator, PMI, is prioritized over CSI including only a wideband-channel quality indicator, WB-CQI, and, over CSI including both the WB-CQI and a second PMI; wherein the CSI including only the WB-CQI is prioritized over CSI including both a sub band-channel quality indicator, SB-CQI, and the second PMI; and wherein the CSI including both the WB-CQI and the second PMI is prioritized over CSI including only the SB-CQI. performing a CSI measurement based on first CSI configuration regarding a first type CSI for a first CC of a plurality of CCs, and second CSI configuration regarding a second type CSI for a second CC of the plurality of CCs; and transmitting a CSI report (S950, S960, S970) based on the CSI measurement, wherein in a subframe where the first type CSI collides with the second type CSI, only one of the first type CSI and the second type CSI is transmitted through the CSI report while the other one is dropped based on a transmission priority related to CSI contents, wherein CSI including both a rank indicator, RI, and a first precoding matrix indicator, PMI, is prioritized over CSI including only a wideband-channel quality indicator, WB-CQI, and, over CSI including both the WB-CQI and a second PMI; wherein the CSI including only the WB-CQI is prioritized over CSI including both a sub band-channel quality indicator, SB-CQI, and the second PMI; and wherein the CSI including both the WB-CQI and the second PMI is prioritized over CSI including only the SB-CQI.