mhurhangee/patent-ind-claim-en huggingface dataset:
An absorbent article , comprising: a permeable top sheet ; an impermeable back sheet ; an absorbing part disposed between the top sheet and the back sheet ; and a friction reducing layer disposed between the back sheet and the absorbing part , wherein the friction reducing layer is at least one selected from a group consisting of: a sheet-like part inserted between the back sheet and the absorbing part , a friction reducing treatment being applied to at least one surface of the sheet-like part; a sheet-like part that is inserted between the back sheet and the absorbing part , and is formed of at least one material selected from a group consisting of silicone resin, fluororesin, or polyacetal resin; and a layer formed by applying the friction reducing treatment to at least one of the back sheet and the absorbing part , wherein the friction reducing treatment is a process of applying at least one of silicone resin, fluororesin, polycetal resin, talc, silica, and mica, wherein friction between the friction reducing layer and the back sheet or friction between the friction reducing layer and the absorbing part is less than friction between the absorbing part and the back sheet . a permeable top sheet ; an impermeable back sheet ; an absorbing part disposed between the top sheet and the back sheet ; and a friction reducing layer disposed between the back sheet and the absorbing part , wherein the friction reducing layer is at least one selected from a group consisting of: a sheet-like part inserted between the back sheet and the absorbing part , a friction reducing treatment being applied to at least one surface of the sheet-like part; a sheet-like part that is inserted between the back sheet and the absorbing part , and is formed of at least one material selected from a group consisting of silicone resin, fluororesin, or polyacetal resin; and a layer formed by applying the friction reducing treatment to at least one of the back sheet and the absorbing part , wherein the friction reducing treatment is a process of applying at least one of silicone resin, fluororesin, polycetal resin, talc, silica, and mica, wherein friction between the friction reducing layer and the back sheet or friction between the friction reducing layer and the absorbing part is less than friction between the absorbing part and the back sheet .
A vehicle window glass, comprising a glass substrate layer ; an electrically conductive layer forming a conductive pattern over the glass substrate layer; a lead-free solder layer on the conductive layer , and a metal plate element on the solder layer , characterised in that the metal plate element comprises iron alloy and has a thickness from 0.52 mm to 0.65 mm.
A pair of opposing shear rams for a blowout preventer (BOP), the pair of opposing shear rams comprising: a first ram comprising a first sloped surface oriented crosswise to a vertical axis and a first blade surface comprising a center blade edge aligned along a respective center axis of the first ram ; and a second ram comprising a second sloped surface oriented crosswise to the vertical axis and a second blade surface ; wherein the first sloped surface and the second sloped surface are parallel to one another, characterised in that : the first ram comprises first recesses positioned at opposite sides of the center blade edge along a lateral axis , and first transition edges positioned at opposite sides of each of the first recesses along the lateral axis . a first ram comprising a first sloped surface oriented crosswise to a vertical axis and a first blade surface comprising a center blade edge aligned along a respective center axis of the first ram ; and a second ram comprising a second sloped surface oriented crosswise to the vertical axis and a second blade surface ; wherein the first sloped surface and the second sloped surface are parallel to one another, characterised in that : the first ram comprises first recesses positioned at opposite sides of the center blade edge along a lateral axis , and first transition edges positioned at opposite sides of each of the first recesses along the lateral axis .
A method of making up a tubular joint, comprising: rotating a first tubular relative to a second tubular to make a threaded connection between the first and second tubulars using a tong assembly while measuring torque applied to the threaded connection and while measuring turns of the first tubular relative to the second tubular ; correcting measurements of the torque during rotation of the tong assembly as required to compensate for dynamic behavior and mechanical properties of the tong assembly ; correcting measurements of the turns during rotation of the tong assembly as required to compensate for incorrect turns data; evaluating the corrected measurements of the torque and the corrected measurements of the turns; and determining whether the threaded connection is acceptable based on the evaluation of the corrected measurements. rotating a first tubular relative to a second tubular to make a threaded connection between the first and second tubulars using a tong assembly while measuring torque applied to the threaded connection and while measuring turns of the first tubular relative to the second tubular ; correcting measurements of the torque during rotation of the tong assembly as required to compensate for dynamic behavior and mechanical properties of the tong assembly ; correcting measurements of the turns during rotation of the tong assembly as required to compensate for incorrect turns data; evaluating the corrected measurements of the torque and the corrected measurements of the turns; and determining whether the threaded connection is acceptable based on the evaluation of the corrected measurements.
An information transmission device comprising: an acoustic feature calculator that is configured to calculate an acoustic feature of a spoken voice; a speaker feature calculator that is configured to calculate a speaker feature from the acoustic feature using a deep neural network, DNN, the speaker feature being a feature unique to a speaker of the spoken voice; an analyzer that is configured to analyze condition information indicating a condition to be used in calculating the speaker feature, based on the spoken voice; and an information transmitter that is configured to transmit the speaker feature and the condition information to an information reception device that is configured to perform speaker recognition processing on the spoken voice, as information to be used by the information reception device to recognize the speaker of the spoken voice. an acoustic feature calculator that is configured to calculate an acoustic feature of a spoken voice; a speaker feature calculator that is configured to calculate a speaker feature from the acoustic feature using a deep neural network, DNN, the speaker feature being a feature unique to a speaker of the spoken voice; an analyzer that is configured to analyze condition information indicating a condition to be used in calculating the speaker feature, based on the spoken voice; and an information transmitter that is configured to transmit the speaker feature and the condition information to an information reception device that is configured to perform speaker recognition processing on the spoken voice, as information to be used by the information reception device to recognize the speaker of the spoken voice.
A network infrastructure device wherein the network infrastructure device is a router, a switch, an access point and/or a hub comprising: an interface engine to receive a packet flow including a first pre-filter tag including information from implementation of a first subset of pre-filter rules selected from a set of pre-filter rules, said information comprising a first pre-filter result; and logic to implement a second subset of the set of the pre-filter rules on the packet flow to yield a second pre-filter result, wherein the second subset of pre-filter rules is different from the first subset of pre-filter rules; the network infrastructure device further comprising: a tagging engine to tag the packet flow with a second pre-filter tag including the second pre-filter result; a forwarding engine to determine an intermediate destination for the packet flow based on the first pre-filter tag and the second pre-filter result; wherein the intermediate destination is a further network infrastructure device, comprising a router, a switch, an access point and/or a hub, the further network infrastructure device implementing a third subset of pre-filter rules including additional pre-filter rules compared to the first subset and the second subset and wherein the forwarding engine selects the further network infrastructure device further based on the additional pre-filter rules. an interface engine to receive a packet flow including a first pre-filter tag including information from implementation of a first subset of pre-filter rules selected from a set of pre-filter rules, said information comprising a first pre-filter result; and logic to implement a second subset of the set of the pre-filter rules on the packet flow to yield a second pre-filter result, wherein the second subset of pre-filter rules is different from the first subset of pre-filter rules; the network infrastructure device further comprising: a tagging engine to tag the packet flow with a second pre-filter tag including the second pre-filter result; a forwarding engine to determine an intermediate destination for the packet flow based on the first pre-filter tag and the second pre-filter result; a tagging engine to tag the packet flow with a second pre-filter tag including the second pre-filter result; a forwarding engine to determine an intermediate destination for the packet flow based on the first pre-filter tag and the second pre-filter result; wherein the intermediate destination is a further network infrastructure device, comprising a router, a switch, an access point and/or a hub, the further network infrastructure device implementing a third subset of pre-filter rules including additional pre-filter rules compared to the first subset and the second subset and wherein the forwarding engine selects the further network infrastructure device further based on the additional pre-filter rules.
A device for bending tubes , comprising a spiral bending spring placeable in a tube in the region of a bend to be formed, whereby a core is inserted into the spiral bending spring , characterized in that the core consists of fibres oriented in the longitudinal direction of the core and is configured in such a way that it prevents the spiral bending spring from moving radially during bending and thus from buckling.
A method for controlling a system consisting of a number n of at least two fans and/or fan groups for generating a defined setpoint value (V G,setpoint , Δp G,set-point ) of either a defined volume flow V G,setpoint in the system in the case of variable pressure increase Δp G,setpoint or vice versa, with the following steps: a) determining an operating state of the fans ; b) determining a power optimization potential and an optimized operating state of the respective fan and/or the respective fans ; c) comparing the operating state determined in the aforementioned step a) with the respective optimized operating state of the fan and/or the fans from step b), in order to obtain an optimization recommendation with respect to one fan , and d) correction of the respective variable setpoint value (V G,setpoint , Δp G,setpoint ) by changing the operating point of at least one fan , depending on which setpoint value is fixedly predetermined in order to bring at least one of the fans to a power optimized or optimal operating point and thereby to increase an efficiency η G of the system, wherein in step a), the determination of the operating state of the fans occurs in that at least a volume flow V and a rotation speed n of the respective fan and their pressure increase Δp st , power consumption P and efficiency η G are determined as a function of the volume flow and of the rotation speed, which are preferably stored in the motor electronics of the plurality of fans , and wherein, in the determination of the optimization recommendation for the adjustment of the operating state in step c), it is taken into consideration which fan has a highest power contribution in an air conveyance in the system. a) determining an operating state of the fans ; b) determining a power optimization potential and an optimized operating state of the respective fan and/or the respective fans ; c) comparing the operating state determined in the aforementioned step a) with the respective optimized operating state of the fan and/or the fans from step b), in order to obtain an optimization recommendation with respect to one fan , and d) correction of the respective variable setpoint value (V G,setpoint , Δp G,setpoint ) by changing the operating point of at least one fan , depending on which setpoint value is fixedly predetermined in order to bring at least one of the fans to a power optimized or optimal operating point and thereby to increase an efficiency η G of the system,
A method for sintering metal and/or ceramic material in a sintering furnace , in which a connection of a sintering space of a sintered insert arranged in the sintering furnace is created by means of one or more channels or pipes to the surrounding area outside of the sintering furnace , characterised by a sintered insert comprising a base part which with a first cover forms the sintering space , and wherein the base part has at least one inner wall or outer wall running conically inwards, which can come into contact with a corresponding outer wall surface and/or inner wall surface of the first cover over the whole cone region, wherein - alternately, protective gas is introduced into the sintering space and protective gas with possible impurities is extracted by means of the connection, or wherein - simultaneously, protective gas is introduced into the sintering space and protective gas with possible impurities is extracted by means of the connection, or - alternately and simultaneously, successively, or alternately protective gas is introduced into the sintering space and protective gas with possible impurities is extracted by means of the connection, and wherein a sintered insert is used with a sintering chamber which is flushed with protective gas, and one or more parts/objects to be sintered are debinded, while a protective space arranged upstream is flooded with protective gas. - alternately, protective gas is introduced into the sintering space and protective gas with possible impurities is extracted by means of the connection, or wherein - simultaneously, protective gas is introduced into the sintering space and protective gas with possible impurities is extracted by means of the connection, or - alternately and simultaneously, successively, or alternately protective gas is introduced into the sintering space and protective gas with possible impurities is extracted by means of the connection, and wherein
Device for cutting silage from a silo comprising: - a chassis extending in a first direction (X) and a second direction (Y) perpendicular to the first direction (X); - roll means , such as wheels, arranged to the chassis for rolling the chassis in the first direction (X) ; - a first linear guide arranged to the chassis and extending in the second direction (Y); - a sub-frame arranged to and guided by the first linear guide ; - a second linear guide arranged to the sub-frame ; - cutting means for cutting silage, which cutting means are arranged to and guided by the second linear guide ; - conveyor means arranged to the sub-frame , which conveyor means convey cut silage in the third direction (Z); characterized by - a storage bunker open at the top and arranged to the sub-frame on the opposite side from the cutting means , wherein the conveyor means discharge the cut silage into the storage bunker , wherein the second linear guide extends in the third direction perpendicular to both the first (X) and second direction (Y). - a chassis extending in a first direction (X) and a second direction (Y) perpendicular to the first direction (X); - roll means , such as wheels, arranged to the chassis for rolling the chassis in the first direction (X) ; - a first linear guide arranged to the chassis and extending in the second direction (Y); - a sub-frame arranged to and guided by the first linear guide ; - a second linear guide arranged to the sub-frame ; - cutting means for cutting silage, which cutting means are arranged to and guided by the second linear guide ; - conveyor means arranged to the sub-frame , which conveyor means convey cut silage in the third direction (Z); characterized by - a storage bunker open at the top and arranged to the sub-frame on the opposite side from the cutting means , wherein the conveyor means discharge the cut silage into the storage bunker , wherein the second linear guide extends in the third direction perpendicular to both the first (X) and second direction (Y).
Yarn sensor for optically sensing a yarn moved in the longitudinal direction of the yarn , comprising a light source and a detector , comprising a light guiding element for guiding the light emitted by the light source and yarn guiding elements in order to bring a yarn into contact with the outer surface of the light guiding element , wherein the light guiding elements are designed in such a way that if no yarn is in contact with the outer surface of the light guiding element , total reflection is achieved and at least one part of the light is coupled out of the light guiding element by contact with the yarn and the detector is arranged and designed to detect the light that is coupled out of the light guiding element or to evaluate the reduced intensity in the totally reflected beam. wherein the light guiding elements are designed in such a way that if no yarn is in contact with the outer surface of the light guiding element , total reflection is achieved and at least one part of the light is coupled out of the light guiding element by contact with the yarn and the detector is arranged and designed to detect the light that is coupled out of the light guiding element or to evaluate the reduced intensity in the totally reflected beam.
A cannula comprising: a non-expandable portion; an expandable portion extending between a proximal end and a distal end, wherein the expandable portion comprises a mesh, wherein the mesh forms a hexagonal cell matrix having a plurality of circumferential rings and a plurality of axial connectors; a plurality of inlet struts extending from the expandable portion distal end; and a plurality of discharge struts extending between the non-expandable portion and the expandable portion proximal end, wherein the plurality of inlet struts and the plurality of discharge struts comprise nitinol. a non-expandable portion; an expandable portion extending between a proximal end and a distal end, wherein the expandable portion comprises a mesh, wherein the mesh forms a hexagonal cell matrix having a plurality of circumferential rings and a plurality of axial connectors; a plurality of inlet struts extending from the expandable portion distal end; and a plurality of discharge struts extending between the non-expandable portion and the expandable portion proximal end, wherein the plurality of inlet struts and the plurality of discharge struts comprise nitinol.
A ferrosilicon vanadium and/or niobium, FeSi V and/or Nb, alloy, comprising 35 - 75 wt % Si; 3 - 35 wt % V and/or Nb; up to 0.5 wt % Al; up to 25 wt % Mn; up to 25 wt % Cr; up to 0.15 wt % Ca; 0.003 - 0.10 wt % Ti; 0.003 - 0.10 wt % C; up to 0.02 wt % Cu; up to 0.05 wt % P; up to 0.02 wt % S; balance Fe and incidental impurities. 35 - 75 wt % Si; 3 - 35 wt % V and/or Nb; up to 0.5 wt % Al; up to 25 wt % Mn; up to 25 wt % Cr; up to 0.15 wt % Ca; 0.003 - 0.10 wt % Ti; 0.003 - 0.10 wt % C; up to 0.02 wt % Cu; up to 0.05 wt % P; up to 0.02 wt % S; balance Fe and incidental impurities.
A sprinkler assembly comprising: a sprinkler including a thermally responsive element ; an extension member having opposite first and second ends and an internal passageway extending therebetween, said first end of said extension member coupled to said sprinkler ; and an attachment system operable to couple said sprinkler and said extension member to an access member of a piping system in a fluid-tight arrangement, said attachment system including: a first polymeric fitting attached to said extension member adjacent said second end, said first fitting including a first engaging surface ; a second polymeric fitting including opposite second surface and third engaging surface with an internal passageway extending therebetween, said third engaging surface configured for solvent welding to said access member of said piping system and a clamping member clamping said first and second fittings together with said first and second engaging surfaces facing one another, wherein said clamping member and said first and second fittings form a fluid-tight connection between said piping system and said extension member . a sprinkler including a thermally responsive element ; an extension member having opposite first and second ends and an internal passageway extending therebetween, said first end of said extension member coupled to said sprinkler ; and an attachment system operable to couple said sprinkler and said extension member to an access member of a piping system in a fluid-tight arrangement, said attachment system including: a first polymeric fitting attached to said extension member adjacent said second end, said first fitting including a first engaging surface ; a second polymeric fitting including opposite second surface and third engaging surface with an internal passageway extending therebetween, said third engaging surface configured for solvent welding to said access member of said piping system and a clamping member clamping said first and second fittings together with said first and second engaging surfaces facing one another, wherein said clamping member and said first and second fittings form a fluid-tight connection between said piping system and said extension member . a first polymeric fitting attached to said extension member adjacent said second end, said first fitting including a first engaging surface ; a second polymeric fitting including opposite second surface and third engaging surface with an internal passageway extending therebetween, said third engaging surface configured for solvent welding to said access member of said piping system and a clamping member clamping said first and second fittings together with said first and second engaging surfaces facing one another, wherein said clamping member and said first and second fittings form a fluid-tight connection between said piping system and said extension member .