mhurhangee/patent-ind-claim-en huggingface dataset:
A method for evaluating phase stability of electrode mixture slurry, comprising the steps of: (S1) introducing electrode mixture slurry to a rheometer; (S2) applying a first shear rate to the electrode mixture slurry; (S3) applying a second shear rate after applying the first shear rate, wherein the second shear rate is higher than the first shear rate; (S4) applying a third shear rate after applying the second shear rate, wherein the third shear rate is equal to the first shear rate; and (S5) comparing the shear viscosity at the first shear rate with the shear viscosity at the third shear rate, wherein the method further comprises a step of evaluating the electrode mixture slurry as one having phase stability, when the shear viscosity after carrying out the step of applying the third shear rate is within ± 20% of the shear viscosity after carrying out the step of applying the first shear rate, as a result of the comparison of shear viscosity in the step of comparing shear viscosities, and wherein the instantaneous rate of change in shear rate from the step of applying the first shear rate to the step of applying the second shear rate, from the step of applying the second shear rate to the step of applying the third shear rate, or from the step of applying the third shear rate to the step of further applying a shear rate has an absolute value of 100/s 2 or more. (S1) introducing electrode mixture slurry to a rheometer; (S2) applying a first shear rate to the electrode mixture slurry; (S3) applying a second shear rate after applying the first shear rate, wherein the second shear rate is higher than the first shear rate; (S4) applying a third shear rate after applying the second shear rate, wherein the third shear rate is equal to the first shear rate; and (S5) comparing the shear viscosity at the first shear rate with the shear viscosity at the third shear rate, wherein the method further comprises a step of evaluating the electrode mixture slurry as one having phase stability, when the shear viscosity after carrying out the step of applying the third shear rate is within ± 20% of the shear viscosity after carrying out the step of applying the first shear rate, as a result of the comparison of shear viscosity in the step of comparing shear viscosities, and wherein the instantaneous rate of change in shear rate from the step of applying the first shear rate to the step of applying the second shear rate, from the step of applying the second shear rate to the step of applying the third shear rate, or from the step of applying the third shear rate to the step of further applying a shear rate has an absolute value of 100/s 2 or more.
A package configured to contain and provide for sterile presentation of a product , the package comprising: a housing portion defining an interior product storage cavity , the housing portion extending from a first end to a second end ; a handling portion integrally formed with the housing portion , the handling portion comprising: a cuff at the second end of the housing portion , wherein the cuff extends in a direction away from the housing portion from a first end to a second end ; and a gripping portion extending from the cuff , the gripping portion extending inside the cuff and toward the storage cavity , the gripping portion including a first end , which extends from the second end of the cuff , and a second end , which is provided within the housing portion ; and a separation feature disposed between the cuff and the housing portion , the separation feature configured to separate the housing portion and the handling portion . a housing portion defining an interior product storage cavity , the housing portion extending from a first end to a second end ; a handling portion integrally formed with the housing portion , the handling portion comprising: a cuff at the second end of the housing portion , wherein the cuff extends in a direction away from the housing portion from a first end to a second end ; and a gripping portion extending from the cuff , the gripping portion extending inside the cuff and toward the storage cavity , the gripping portion including a first end , which extends from the second end of the cuff , and a second end , which is provided within the housing portion ; and a separation feature disposed between the cuff and the housing portion , the separation feature configured to separate the housing portion and the handling portion . a cuff at the second end of the housing portion , wherein the cuff extends in a direction away from the housing portion from a first end to a second end ; and a gripping portion extending from the cuff , the gripping portion extending inside the cuff and toward the storage cavity , the gripping portion including a first end , which extends from the second end of the cuff , and a second end , which is provided within the housing portion ; and a separation feature disposed between the cuff and the housing portion , the separation feature configured to separate the housing portion and the handling portion .
An inflow reservoir or canister valve , comprising: a valve body ; a reservoir interface extending from the valve body and configured for fluidly coupling with a reservoir or canister containing a cryoablative agent; a modulation control interface defined along the body and configured for fluidly coupling to a modulation control coupler ; a valve stem seated within a valve stem channel defined within the valve body; an inflow lumen defined through the valve body and extending between the reservoir interface and the modulation control interface, where the valve stem is movable between a first position which obstructs the inflow lumen and a second position which opens the inflow lumen; a venting lumen including a vent pin and a vent piston ; and an inflow modulation control unit engaged with the modulation control interface , wherein the venting lumen is defined through the valve body and in fluid communication with the reservoir interface, wherein the venting lumen is configured to vent the cryoablative agent from the reservoir or canister and through a vent opening which is obstructed by the vent piston and which becomes freely translatable relative to the valve body upon release of the vent pin and when the inflow modulation control unit has been closed. a valve body ; a reservoir interface extending from the valve body and configured for fluidly coupling with a reservoir or canister containing a cryoablative agent; a modulation control interface defined along the body and configured for fluidly coupling to a modulation control coupler ; a valve stem seated within a valve stem channel defined within the valve body; an inflow lumen defined through the valve body and extending between the reservoir interface and the modulation control interface, where the valve stem is movable between a first position which obstructs the inflow lumen and a second position which opens the inflow lumen; a venting lumen including a vent pin and a vent piston ; and an inflow modulation control unit engaged with the modulation control interface , wherein the venting lumen is defined through the valve body and in fluid communication with the reservoir interface, wherein the venting lumen is configured to vent the cryoablative agent from the reservoir or canister and through a vent opening which is obstructed by the vent piston and which becomes freely translatable relative to the valve body upon release of the vent pin and when the inflow modulation control unit has been closed.
A height adjustable table wherein the table top is adjustable as a function of a user's requirements, comprising a frame defining a support structure for a table top, a pair of opposed and parallel feet defining the frame rest element for making the frame rest on the ground or floor, at least one pair of opposed and parallel uprights rigidly secured to said feet and developing in a vertical direction, and a cross-member secured to said pair of parallel and opposed uprights on an opposed side to the securing side with respect to the feet , every upright comprising a first tubular element and a second tubular element (16", 56") translatorily movable according to a telescopic movement with respect to the first tubular element, characterized in that it comprises mechanical means for cooperating in the manual lifting/lowering movement of the table, which comprise a transmission comprising a chain running from a first pulley rotatably arranged at a lower end of the second tubular element (16", 56") facing the foot to a second pulley rotatably arranged at an opposed end of the same second tubular element (16", 56"), an elastic element arranged internally to the second tubular element (16", 56") and comprising an Archimedean spiral spring cooperating with the transmission , said mechanical means cooperating in the lifting/lowering movement also comprising means for synchronizing the lifting/lowering movement between said pair of uprights arranged internally to the cross-member .
Use of a composition consisting of two or more compounds of the general formula (I), wherein R is unsubstituted branched C 9 -C 15 -alkyl, G 1 is selected from monosaccharides with 5 or 6 carbon atoms; x is in the range of from 1 to 10 and refers to average values, and wherein the two or more compounds differ in R and/or G 1 and/or x, as anti-greying agent in a laundry process.
A wireless charging device , comprising: means for receiving a signal from a chargeable device , wherein said chargeable device can request a wireless charge and an establishment of a wireless data link between the wireless charging device and the chargeable device , the signal being received via a field disturbance of a wireless power transfer field established between a means for wirelessly transmitting power and an antenna of the chargeable device , the signal transmitted using a wireless charging protocol from the chargeable device and indicating that the chargeable device is ready to receive wireless power or ready to transmit or receive information by the wireless data link; characterized by a means for establishing the wireless data link between the wireless charging device and the chargeable device over a medium different than the wireless power transfer field in response to the signal received via the wireless power transfer field; and said means for wirelessly transmitting power to the chargeable device via the wireless power transfer field, wherein said wireless data link is configured solely for exchanging data between the charging device and the chargeable device . means for receiving a signal from a chargeable device , wherein said chargeable device can request a wireless charge and an establishment of a wireless data link between the wireless charging device and the chargeable device , the signal being received via a field disturbance of a wireless power transfer field established between a means for wirelessly transmitting power and an antenna of the chargeable device , the signal transmitted using a wireless charging protocol from the chargeable device and indicating that the chargeable device is ready to receive wireless power or ready to transmit or receive information by the wireless data link; characterized by a means for establishing the wireless data link between the wireless charging device and the chargeable device over a medium different than the wireless power transfer field in response to the signal received via the wireless power transfer field; and said means for wirelessly transmitting power to the chargeable device via the wireless power transfer field, wherein said wireless data link is configured solely for exchanging data between the charging device and the chargeable device .
A non-pneumatic tire using a resin composition for a framework member, the resin composition having a bending modulus of elasticity at -20°C according to a three-point bending test according to ISO 178: 2010 Method A of 1600 MPa or less, and a bending modulus of elasticity at 60°C according to a three-point bending test according to ISO 178: 2010 Method A of 150 MPa or more, characterized in that the resin composition comprises a thermoplastic elastomer (A) having a hard segment and a soft segment in a molecule thereof, and a resin (B) of the same kind as the hard segment other than the thermoplastic elastomer (A), wherein the resin (B) has a thermoplastic or thermosetting property, and does not include vulcanized rubber and wherein the thermoplastic elastomer (A) does not include vulcanized rubber.
A ball joint to be fitted to a fitted member , the ball joint comprising: a ball stud which has a shaft , the shaft being provided with a spherical section on one end side thereof; a socket which has a bearing for the spherical section and which rotatably and swingably supports the ball stud; and a dust cover which suppresses dust from entering the socket, wherein the shaft section has an annular projection , the dust cover has a seal main body which is made of an elastic body and which integrally includes: a deformable body section ; a fixed section which is provided in the body section on the one end side and which is fixed to the socket; an inner circumferential seal section which is provided in the body section on another end side and which is configured to be slidable on an outer circumferential surface of the shaft section; and a dust seal section which is provided in the body section on the other end side and which stretches toward the other end side, the ball joint is provided with a positioning member which is configured to position the other end of the dust cover with respect to the shaft section in a state where the body section of the dust cover bulges outward, so that the inner circumferential seal section is positioned at an opposite side of the spherical section across the annular projection (11 a), the positioning member includes a metal plate which has an insertion hole through which the shaft section is inserted and an elastic member which is provided along an inner circumferential surface of the insertion hole in the metal plate and which comes into close contact with an outer circumferential surface of the shaft section.
A reporting method, performed by a terminal , comprising: reporting assistance information to a network device , wherein the assistance information is used by the network to configure early measurement reporting for the terminal , characterized in that the assistance information comprises information that no early measurement needs to be configured; or the assistance information comprises information that early measurement needs to be configured, and at least one of the following: information about to-be-measured frequency channel; information about validity timer; or information about validity area. reporting assistance information to a network device , wherein the assistance information is used by the network to configure early measurement reporting for the terminal , characterized in that the assistance information comprises information that no early measurement needs to be configured; or the assistance information comprises information that early measurement needs to be configured, and at least one of the following: information about to-be-measured frequency channel; information about validity timer; or information about validity area. information about to-be-measured frequency channel; information about validity timer; or information about validity area.
System comprising a sensor interface circuit comprising - an input arranged to receive a sensor signal being an electrical signal representative of an electrical quantity, said electrical quantity being a physical quantity converted in a sensor, - conversion means arranged for converting said sensor signal into a digital signal, - memory to store sensor characterisation data, - signal processing means adapted to obtain a first sensor result by processing said digital signal using said sensor characterisation data, - an output unit arranged to receive and output said first sensor result, said digital signal and said sensor characterisation data. and a control unit external to said sensor interface circuit , said external control unit arranged to receive said first sensor result, said digital signal and said sensor characterisation data, and comprising further signal processing means adapted to obtain a second sensor result by processing said received digital signal using said received sensor characterisation data and to compare said second sensor result with said received first sensor result. a sensor interface circuit comprising - an input arranged to receive a sensor signal being an electrical signal representative of an electrical quantity, said electrical quantity being a physical quantity converted in a sensor, - conversion means arranged for converting said sensor signal into a digital signal, - memory to store sensor characterisation data, - signal processing means adapted to obtain a first sensor result by processing said digital signal using said sensor characterisation data, - an output unit arranged to receive and output said first sensor result, said digital signal and said sensor characterisation data. - an input arranged to receive a sensor signal being an electrical signal representative of an electrical quantity, said electrical quantity being a physical quantity converted in a sensor, - conversion means arranged for converting said sensor signal into a digital signal, - memory to store sensor characterisation data, - signal processing means adapted to obtain a first sensor result by processing said digital signal using said sensor characterisation data, - an output unit arranged to receive and output said first sensor result, said digital signal and said sensor characterisation data. and a control unit external to said sensor interface circuit , said external control unit arranged to receive said first sensor result, said digital signal and said sensor characterisation data, and comprising further signal processing means adapted to obtain a second sensor result by processing said received digital signal using said received sensor characterisation data and to compare said second sensor result with said received first sensor result.
A furnace sidewall comprising: a hot plate having an inner surface facing configured to face an interior volume of a metallurgical furnace and a bottom surface configured to face a hearth of the metallurgical furnace; and a plurality of slag retainers extending inwardly from the inner surface of the hot plate, the plurality of slag retainers arranged in a macro-pattern of slag retainer groups , the slag retainer groups comprising at least two or more of the slag retainers arranged in a micro-pattern, each slag retainer of a common slag retainer group comprising the micro-pattern is a rectangular steel stud welded to the inner surface of the hot plate, the rectangular steel studs of the common slag retainer group spaced apart from one another defining gaps therebetween, at least two of the rectangular steel studs within the common slag retainer group having different orientations, wherein the gaps defined between the rectangular steel studs of the common slag retainer group are smaller than a distance between adjacent groups of slag retainers, wherein each slag retainer group comprises two side rectangular steel studs and a bottom rectangular steel stud arranged in a cup or horse-shoe shape which is open to a top of the furnace sidewall , wherein each side rectangular steel stud includes a major surface that is diagonally oriented and the bottom rectangular steel stud includes a major surface that is coplanar with a horizontal axis and a funnel shaped opening is provided between the side rectangular steel studs of each group. a hot plate having an inner surface facing configured to face an interior volume of a metallurgical furnace and a bottom surface configured to face a hearth of the metallurgical furnace; and a plurality of slag retainers extending inwardly from the inner surface of the hot plate, the plurality of slag retainers arranged in a macro-pattern of slag retainer groups , the slag retainer groups comprising at least two or more of the slag retainers arranged in a micro-pattern, each slag retainer of a common slag retainer group comprising the micro-pattern is a rectangular steel stud welded to the inner surface of the hot plate, the rectangular steel studs of the common slag retainer group spaced apart from one another defining gaps therebetween, at least two of the rectangular steel studs within the common slag retainer group having different orientations, wherein the gaps defined between the rectangular steel studs of the common slag retainer group are smaller than a distance between adjacent groups of slag retainers, wherein each slag retainer group comprises two side rectangular steel studs and a bottom rectangular steel stud arranged in a cup or horse-shoe shape which is open to a top of the furnace sidewall , wherein each side rectangular steel stud includes a major surface that is diagonally oriented and the bottom rectangular steel stud includes a major surface that is coplanar with a horizontal axis and a funnel shaped opening is provided between the side rectangular steel studs of each group.
Fistula plug comprising a temporary, continuous scaffold with discontinuous regions of ECM, wherein the concentration of discontinuous regions of ECM is between 20%(w/w) and 60%(w/w), wherein the fistula plug has a conical shape and is 1-15 cm long and 0.25-4 cm wide.
A contactless-type power transmission device (P3; P4), comprising: a first coil (31; 41; 61; 71) including a lead wire wound in an oval shape with an oval-shaped cross section which is perpendicular to a first central axis of the first coil (31; 41; 61; 71), the first central axis of the first coil (31; 41; 61; 71) being a rotational symmetry axis of the first coil (31; 41; 61; 71), wherein the oval-shaped cross section is curved along a major-axis direction of the oval-shaped cross section and around, as a curvature axis, a direction parallel to a minor-axis direction of the oval-shaped cross section; a second coil (32; 42; 62; 72) which is a cylindrical coil; a second coil holding member (36; 46; 66; 76) configured to hold the second coil (32; 42; 62; 72) from the inside, characterized in that a tilting variable member (33; 43; 63; 73) configured to tilt the second coil (32; 42; 62; 72) and the second coil holding member (36; 46; 66; 76) as a single unit so as to vary a tilt between the first central axis of the first coil (31; 41; 61; 71) and a second central axis of the second coil (32; 42; 62; 72) with the curvature axis as a rotation axis. a first coil (31; 41; 61; 71) including a lead wire wound in an oval shape with an oval-shaped cross section which is perpendicular to a first central axis of the first coil (31; 41; 61; 71), the first central axis of the first coil (31; 41; 61; 71) being a rotational symmetry axis of the first coil (31; 41; 61; 71), wherein the oval-shaped cross section is curved along a major-axis direction of the oval-shaped cross section and around, as a curvature axis, a direction parallel to a minor-axis direction of the oval-shaped cross section; a second coil (32; 42; 62; 72) which is a cylindrical coil; a second coil holding member (36; 46; 66; 76) configured to hold the second coil (32; 42; 62; 72) from the inside, characterized in that a tilting variable member (33; 43; 63; 73) configured to tilt the second coil (32; 42; 62; 72) and the second coil holding member (36; 46; 66; 76) as a single unit so as to vary a tilt between the first central axis of the first coil (31; 41; 61; 71) and a second central axis of the second coil (32; 42; 62; 72) with the curvature axis as a rotation axis.