mhurhangee/patent-ind-claim-en huggingface dataset:
A network element configured to implement an Ethernet Virtual Private Network, EVPN, Virtual Private Wire Service, VPWS, Flexible Cross-Connect, FXC, local switching service, the network element comprising: a plurality of ports ; and a switching fabric configured to switch traffic between the plurality of ports ; wherein a set of the ports is configured in a distributed Link Aggregation Group, LAG, with two nodes , and an inter-chassis link is configured with a second network element , and wherein the network element is configured to cause, responsive to a failure of the inter-chassis link, a distribution state of members in the distributed LAG to be coordinated, where one member of an Ethernet Segment Instance, ESI, being out-of-distribution causes another member with another ESI in a common VPWS to change to being out-of-distribution. a plurality of ports ; and a switching fabric configured to switch traffic between the plurality of ports ; wherein a set of the ports is configured in a distributed Link Aggregation Group, LAG, with two nodes , and an inter-chassis link is configured with a second network element , and wherein the network element is configured to cause, responsive to a failure of the inter-chassis link, a distribution state of members in the distributed LAG to be coordinated, where one member of an Ethernet Segment Instance, ESI, being out-of-distribution causes another member with another ESI in a common VPWS to change to being out-of-distribution.
A compound of Formula I: wherein: R 1 is H, CH 2 NH 2 , or CH 2 NHC(O)(CH 2 ) m CO 2 H; R 2 is H, or NHC(O)(CH 2 ) m CO 2 H; provided that either R 1 or R 2 must be H, and further provided that both R 1 and R 2 may not be H simultaneously; R 3 is H; m is 1, 2, 3, 4, or 5; and n is 1, 2, 3, 4, or 5. R 1 is H, CH 2 NH 2 , or CH 2 NHC(O)(CH 2 ) m CO 2 H; R 2 is H, or NHC(O)(CH 2 ) m CO 2 H; provided that either R 1 or R 2 must be H, and further provided that both R 1 and R 2 may not be H simultaneously; R 3 is H; m is 1, 2, 3, 4, or 5; and n is 1, 2, 3, 4, or 5.
A method for providing a qualitative and quantitative assessment of an image including the steps of: using an imaging apparatus to obtain at least one breast x-ray image of soft tissue of a subject; obtaining image data from the breast x-ray image; deriving a soft tissue image parameter and statistical data from the image data and deriving statistical data relating to a noise signal including an image power spectrum characterisation for a region of interest (ROI) in the breast x-ray image; accounting for influence by noise from the imaging apparatus in the image power spectrum characterisation; characterised by obtaining a metric including amount of image sharpness in the ROI for comparison to the image parameter and statistical data from the image data and from data from the imaging apparatus; and identifying location(s) in the breast x-ray image where the image sharpness is below a preselected level by determining where the image power spectrum is within preselected criteria. using an imaging apparatus to obtain at least one breast x-ray image of soft tissue of a subject; obtaining image data from the breast x-ray image; deriving a soft tissue image parameter and statistical data from the image data and deriving statistical data relating to a noise signal including an image power spectrum characterisation for a region of interest (ROI) in the breast x-ray image; accounting for influence by noise from the imaging apparatus in the image power spectrum characterisation; characterised by obtaining a metric including amount of image sharpness in the ROI for comparison to the image parameter and statistical data from the image data and from data from the imaging apparatus; and identifying location(s) in the breast x-ray image where the image sharpness is below a preselected level by determining where the image power spectrum is within preselected criteria.
A method for timing synchronization of audio video, AV, data, comprising: receiving the AV data encoded with one or more time markers, wherein the one or more time markers are indexed to a precision time protocol, PTP, time stamp used as a time reference for a network; locking phase of the AV data to align phase of the AV data based on the one or more time markers; the method characterized by : determining a system offset value based on a worst case absolute phase offset value of the AV data; and allocating sufficient media buffer space based on the system offset value to delay timing of the locking of the phase of the AV data to prevent overflow of the AV data. receiving the AV data encoded with one or more time markers, wherein the one or more time markers are indexed to a precision time protocol, PTP, time stamp used as a time reference for a network; locking phase of the AV data to align phase of the AV data based on the one or more time markers; the method characterized by : determining a system offset value based on a worst case absolute phase offset value of the AV data; and allocating sufficient media buffer space based on the system offset value to delay timing of the locking of the phase of the AV data to prevent overflow of the AV data. determining a system offset value based on a worst case absolute phase offset value of the AV data; and allocating sufficient media buffer space based on the system offset value to delay timing of the locking of the phase of the AV data to prevent overflow of the AV data.
A method of determining physical uplink control channel, PUCCH, transmit power in a time division duplex, TDD, carrier aggregation, CA, system, the method comprising: determining acknowledgement feedback bits in response to received transport blocks, TBs, within a bundling window for each of downlink, DL, cells; determining a number of acknowledgement information bits n HARQ for determining the PUCCH transmit power based on a sum of a number of the received TBs in the bundling window for each of the DL cells and a sum of a product of a number of missed downlink scheduling assignments and a maximum number of TBs for each of the DL cells, wherein the number of missed downlink scheduling assignments for a cell c is derived from a difference between V_dl_dai_c and U_dai_c, and the maximum number of TBs corresponds to a respective configured physical downlink shared channel, PDSCH, transmission mode, TM for the cell c; determining the PUCCH transmit power by identifying a minimum value between a maximum UE transmission power and a transmission power based on a monotonically increasing function of the n HARQ ; and transmitting the acknowledgement feedback bits on a PUCCH using the PUCCH transmit power, wherein the V_dl_dai_c is a downlink assignment index, DAI, value included in the last downlink scheduling assignment detected within the bundling window in the cell c, and U_dai_c is a total number of downlink scheduling assignments detected within the bundling window in the cell c. determining acknowledgement feedback bits in response to received transport blocks, TBs, within a bundling window for each of downlink, DL, cells; determining a number of acknowledgement information bits n HARQ for determining the PUCCH transmit power based on a sum of a number of the received TBs in the bundling window for each of the DL cells and a sum of a product of a number of missed downlink scheduling assignments and a maximum number of TBs for each of the DL cells, wherein the number of missed downlink scheduling assignments for a cell c is derived from a difference between V_dl_dai_c and U_dai_c, and the maximum number of TBs corresponds to a respective configured physical downlink shared channel, PDSCH, transmission mode, TM for the cell c; determining the PUCCH transmit power by identifying a minimum value between a maximum UE transmission power and a transmission power based on a monotonically increasing function of the n HARQ ; and transmitting the acknowledgement feedback bits on a PUCCH using the PUCCH transmit power, wherein the V_dl_dai_c is a downlink assignment index, DAI, value included in the last downlink scheduling assignment detected within the bundling window in the cell c, and U_dai_c is a total number of downlink scheduling assignments detected within the bundling window in the cell c.
A method for wireless communication, performed by a user equipment, UE, and comprising: receiving a first signal identifying a beam switch occasion for the UE ; receiving a second signal identifying the beam switch occasion for the UE based at least in part on receiving the first signal; transmitting a third signal acknowledging the beam switch occasion during an acknowledgment opportunity based at least in part on the second signal; and performing a beam switch during the beam switch occasion based at least in part on transmitting the third signal. receiving a first signal identifying a beam switch occasion for the UE ; receiving a second signal identifying the beam switch occasion for the UE based at least in part on receiving the first signal; transmitting a third signal acknowledging the beam switch occasion during an acknowledgment opportunity based at least in part on the second signal; and performing a beam switch during the beam switch occasion based at least in part on transmitting the third signal.
A device for adjusting the length of a wristlet, characterized in that it comprises: - a cover ; - an adjusting link element designed to be connected to a wristlet strand , the adjusting link element being mounted such that it can move in relation to the cover in the longitudinal direction in which extends a wristlet strand which is to be connected to the adjusting link element, such that this displacement of the adjusting link element in relation to the cover makes it possible to lengthen or shorten the length of a wristlet strand; the device is characterized in that it comprises : - an actuating device arranged on the cover such that it can move in relation to the cover in at least said longitudinal direction; - a first kinematic connection connecting the actuating device and the adjusting link element , such that the actuation of the actuating device in at least said longitudinal direction in relation to the cover is able to bring about the longitudinal displacement of the adjusting link element in relation to the cover . - a cover ; - an adjusting link element designed to be connected to a wristlet strand , the adjusting link element being mounted such that it can move in relation to the cover in the longitudinal direction in which extends a wristlet strand which is to be connected to the adjusting link element, such that this displacement of the adjusting link element in relation to the cover makes it possible to lengthen or shorten the length of a wristlet strand; the device is characterized in that it comprises : - an actuating device arranged on the cover such that it can move in relation to the cover in at least said longitudinal direction; - a first kinematic connection connecting the actuating device and the adjusting link element , such that the actuation of the actuating device in at least said longitudinal direction in relation to the cover is able to bring about the longitudinal displacement of the adjusting link element in relation to the cover . - an actuating device arranged on the cover such that it can move in relation to the cover in at least said longitudinal direction; - a first kinematic connection connecting the actuating device and the adjusting link element , such that the actuation of the actuating device in at least said longitudinal direction in relation to the cover is able to bring about the longitudinal displacement of the adjusting link element in relation to the cover .
A dental crown , comprising: a metal shell shaped to cover a portion of a tooth of a patient; a coating retention metal layer diffusion bonded to the metal shell, wherein an interface between the coating retention metal layer and the metal shell comprises a plurality of interstitial regions ; and a composition on the coating retention metal layer and within the plurality of the interstitial regions to bond the composition to the metal shell. a metal shell shaped to cover a portion of a tooth of a patient; a coating retention metal layer diffusion bonded to the metal shell, wherein an interface between the coating retention metal layer and the metal shell comprises a plurality of interstitial regions ; and a composition on the coating retention metal layer and within the plurality of the interstitial regions to bond the composition to the metal shell.
A porous polytetrafluoroethylene membrane having a water vapor permeability, as measured according to JIS L 1099 (method B-1), of 150000 g/(m 2 • day) or more in a thickness direction of the membrane, having an average tortuosity of 1.5 or less in the thickness direction of the membrane, having an average fibril length of 50 pm or more, having an average node length 5 or more times larger than the average fibril length, and having an average node area ratio of 5% or less,.wherein the average tortuosity, the average fibril length, the average node length, and the average node area ratio are determined respectively as described in the description.
A provisional modular supporting structure for supporting a section of railway track while work is in progress below the tracks; comprising a plurality of crossbeams supported in respective sockets distributed along the web of bracing rails characterised in that the modular supporting structure comprises at least one adjusting assembly configured so that it can be disassembled from the bracing rails , which assembly comprises a first adjustable rod cylinder disposed crosswise to the bracing rails , a second adjustable rod cylinder and a third adjustable rod cylinder to adjust the height of the modular supporting structure to the plane of the running surface in the working position of the modular supporting structure .
External mammary prosthesis , characterized in that it comprises a framework of flexible material having the shape of a breast, said framework defining an internal cavity and having, at a proximal end, an annular base conformed to the shape of the chest of a person and, at a distal end, a solid disc zone having the shape of a nipple and its adjoining areola, the disc zone defining a sagittal axis, the annular base being connected to the disc zone by sinuous arms made of flexible material, said arms demarcating the internal cavity and being spaced apart from each other in order to define aeration zones opening into the internal cavity .
Use of a glass vial having a total volume of < 4.5 ml, made of a multicomponent glass, wherein the inner wall of the glass vial has a chemical resistance to the leaching of at least one of the constituent parts of the multicomponent glass, wherein in case of leaching of the glass vial with an aqueous liquid having a pH value in the range of 5 to 9 at a temperature of 40°C over a period of 24 weeks when the glass vial is stored standing upright, the ratio of the concentration of at least one leached-out constituent part at a fill volume of 0.5 ml to the concentration at a fill volume of 2 ml is a maximum of 3, and the ratio between the concentration at a fill volume of 1 ml and the concentration at a fill volume of 2 ml is a maximum of 2, for filling with a liquid pharmaceutical preparation up to a filling level of a maximum of 0.25. in case of leaching of the glass vial with an aqueous liquid having a pH value in the range of 5 to 9 at a temperature of 40°C over a period of 24 weeks when the glass vial is stored standing upright, the ratio of the concentration of at least one leached-out constituent part at a fill volume of 0.5 ml to the concentration at a fill volume of 2 ml is a maximum of 3, and the ratio between the concentration at a fill volume of 1 ml and the concentration at a fill volume of 2 ml is a maximum of 2, for filling with a liquid pharmaceutical preparation up to a filling level of a maximum of 0.25.
An apparatus for facilitating an insertion of a wire surrounded by shielding into an electrical component so as to prevent a dislocation of the shielding during insertion, the apparatus comprising: a wire receiver defining a cavity having a first end and a second end , wherein at least a portion of the first end and a portion of the second end defines a wire axis , and wherein the cavity is configured to receive the wire along the wire axis; and one or more conduits disposed between the first end and the second end and configured to direct air flow radially inwardly toward the wire axis to force the shielding against the wire received within the cavity, the one or more conduits comprising an air inlet configured to receive pressurized gas from a gas source and an air outlet fluidically connected to an air channel, wherein the apparatus further comprises a plurality of said air channels (234A-D), each air channel fluidically coupled to said air inlet and said air outlet , each of the air channels (234A-D) comprising a channel inlet fluidically coupled to said air inlet and a channel outlet fluidically coupled to said air outlet , and wherein the channel outlets of the plurality of air channels are substantially evenly disposed around an inner perimeter of the cavity . a wire receiver defining a cavity having a first end and a second end , wherein at least a portion of the first end and a portion of the second end defines a wire axis , and wherein the cavity is configured to receive the wire along the wire axis; and one or more conduits disposed between the first end and the second end and configured to direct air flow radially inwardly toward the wire axis to force the shielding against the wire received within the cavity, the one or more conduits comprising an air inlet configured to receive pressurized gas from a gas source and an air outlet fluidically connected to an air channel, wherein the apparatus further comprises a plurality of said air channels (234A-D), each air channel fluidically coupled to said air inlet and said air outlet , each of the air channels (234A-D) comprising a channel inlet fluidically coupled to said air inlet and a channel outlet fluidically coupled to said air outlet , and wherein the channel outlets of the plurality of air channels are substantially evenly disposed around an inner perimeter of the cavity .
Method for the design of a filter arrangement for the air supply to a turbomachine , having the steps: • a present concentration n(d), and/or a concentration n(d) to be expected, of particles in the air present at the inlet of at least one filter stage (11-13) of the filter arrangement is determined as a function of the mean size d of the particles ; • a sensitivity spectrum S(d) is determined which specifies, as a function of the mean size d of the particles , to what extent a given concentration of these particles has an adverse effect on the power and/or on the service life of the turbomachine by erosion and/or chemical corrosion; • for at least one filter candidate which can be used in the filter stage (11-13) and/or activated or deactivated, from the concentration n(d) and the filter characteristics of the filter candidate , the concentration n'(d) of the particles to be expected at the outlet of the filter stage (11-13) is determined ; • from the concentration n'(d) and the sensitivity spectrum S(d), a quality value is determined and assigned to the filter candidate and/or to the filter arrangement ; • the filter arrangement is formed from one or more filter candidates such that the flow resistance of the filter arrangement is optimized under a predefined boundary condition for the quality value . • a present concentration n(d), and/or a concentration n(d) to be expected, of particles in the air present at the inlet of at least one filter stage (11-13) of the filter arrangement is determined as a function of the mean size d of the particles ; • a sensitivity spectrum S(d) is determined which specifies, as a function of the mean size d of the particles , to what extent a given concentration of these particles has an adverse effect on the power and/or on the service life of the turbomachine by erosion and/or chemical corrosion; • for at least one filter candidate which can be used in the filter stage (11-13) and/or activated or deactivated, from the concentration n(d) and the filter characteristics of the filter candidate , the concentration n'(d) of the particles to be expected at the outlet of the filter stage (11-13) is determined ; • from the concentration n'(d) and the sensitivity spectrum S(d), a quality value is determined and assigned to the filter candidate and/or to the filter arrangement ; • the filter arrangement is formed from one or more filter candidates such that the flow resistance of the filter arrangement is optimized under a predefined boundary condition for the quality value .
A method of counting medicament doses dispensed by an inhaler, the inhaler comprising a passive electronic tag for communication with a separate electronic device, the method comprising: locating the inhaler near or touching the inhaler against the separate electronic device such that communication is established between the passive electronic tag and the separate electronic device; and in response, the separate electronic device incrementing a dose counter associated with the inhaler. locating the inhaler near or touching the inhaler against the separate electronic device such that communication is established between the passive electronic tag and the separate electronic device; and in response, the separate electronic device incrementing a dose counter associated with the inhaler.
Electric pasture fence conductor comprising a plurality of electrical conductors , characterized in that the electrical conductors are covered by an area element with a vectorial acting electrical resistance, the electrical resistance values of which differ along a longitudinal direction (x-axis), a width (y-axis) and a thickness (z-axis) of the area element , wherein the area element is spaced from the electrical conductors in an unloaded state, such that an electrical contact between the area element and the electrical conductors is formed only when such a force acts on the area element that leads to a deformation of the area element in the direction of the electrical conductors which causes the area element to come into contact with the electrical conductors .
A device for a laser machining system , comprising: a laser beam optics with an arrangement of optical elements comprising a collimator optics and a focusing optics , wherein the optical elements are arranged one after the other on an axis of the arrangement, wherein a first closing optical element closes off the arrangement of optical elements in the direction of the axis on a laser beam input side of the laser beam optics and consists of a material with a thermal conductivity coefficient k T of 2 W/(m·K) or more, wherein a second closing optical element closes off the arrangement of optical elements on the laser beam output side and is a protective glass made of quartz glass, and wherein the arrangement of optical elements further comprises an inner protective glass consisting of a material with a higher thermal conductivity coefficient k T than quartz glass between the focusing optics and the second closing optical element . a laser beam optics with an arrangement of optical elements comprising a collimator optics and a focusing optics , wherein the optical elements are arranged one after the other on an axis of the arrangement, wherein a first closing optical element closes off the arrangement of optical elements in the direction of the axis on a laser beam input side of the laser beam optics and consists of a material with a thermal conductivity coefficient k T of 2 W/(m·K) or more, wherein a second closing optical element closes off the arrangement of optical elements on the laser beam output side and is a protective glass made of quartz glass, and wherein the arrangement of optical elements further comprises an inner protective glass consisting of a material with a higher thermal conductivity coefficient k T than quartz glass between the focusing optics and the second closing optical element .