mhurhangee/patent-ind-claim-en huggingface dataset:
A communication control method used in a user equipment that performs early data transmission in which uplink user data is transmitted during a random access procedure, the method comprising: receiving from a base station , a first timer value for a random access procedure without the early data transmission and a second timer value for a random access procedure with the early data transmission, the second timer value being larger than the first timer value; selecting the second timer value in response to determining that the user equipment performs the early data transmission; starting a timer configured with the second timer value in response to transmitting the uplink data by the early data transmission; and monitoring of PDCCH for receiving Msg 4 until the timer is expired. receiving from a base station , a first timer value for a random access procedure without the early data transmission and a second timer value for a random access procedure with the early data transmission, the second timer value being larger than the first timer value; selecting the second timer value in response to determining that the user equipment performs the early data transmission; starting a timer configured with the second timer value in response to transmitting the uplink data by the early data transmission; and monitoring of PDCCH for receiving Msg 4 until the timer is expired.
An assembly comprising: a bolt having a head , a shank adjacent the head and a threaded portion , the shank having a diameter that is smaller than a diameter of the threaded portion ; a captivation device including an upper portion , a lower portion and a connecting member that joins the upper and lower portions , the upper portion including a threaded hole having a diameter that is greater than the diameter of the shank and a lower hole in the lower portion; a wire lug including at least partially disposed between the upper portion and the lower portion and including a lug hole aligned with the threaded hole and the lower hole; wherein the bolt passes through the threaded hole, the lower hole and the lug hole such that the shank portion is within the threaded hole ; and characterized in that the lower hole is larger than and concentric with the threaded hole . a bolt having a head , a shank adjacent the head and a threaded portion , the shank having a diameter that is smaller than a diameter of the threaded portion ; a captivation device including an upper portion , a lower portion and a connecting member that joins the upper and lower portions , the upper portion including a threaded hole having a diameter that is greater than the diameter of the shank and a lower hole in the lower portion; a wire lug including at least partially disposed between the upper portion and the lower portion and including a lug hole aligned with the threaded hole and the lower hole; wherein the bolt passes through the threaded hole, the lower hole and the lug hole such that the shank portion is within the threaded hole ; and characterized in that the lower hole is larger than and concentric with the threaded hole .
A method of storing data, the method comprising determining a number of copies to be initially stored for a data block x, after receiving a request for storing the data block x, storing the data block x according to the number of copies to be initially stored ; and performing the following actions periodically: determining a current importance level of the data block x, determining whether a number of copies corresponding to the importance level is identical to a number of currently stored copies of the data block x, and adjusting the number of currently stored copies of the data block x to be consistent with the number of copies corresponding to the importance level if the number of copies corresponding to the importance level is not identical to the number of currently stored copies of the data block x; wherein a higher importance level is corresponding to more copies than a lower importance level ; wherein determining a current importance level of the data block x comprises: determining the current importance level of the data block x, according to the obtained data type and the obtained importance degree and a total number of visits to the data block x within a latest period.
A turbine blade , the turbine blade comprising: a base material; and a coating applied to the base material, wherein the coating includes: a viscoelastic layer ; and a constraint layer ; wherein the viscoelastic layer is disposed on the base material and the constraint layer is disposed on the viscoelastic layer ; wherein the viscoelastic layer and the constraint layer join at an interface therebetween, the viscoelastic layer is partially bonded to the constraint layer ; characterized in that cavities are formed at the interface partially bonding the viscoelastic layer to the constraint layer , the cavities enabling vibration and frictional interaction at the partially bonded interface between the partially bonded viscoelastic layer and the constraint layer ; and wherein the cavities include particles , the particles configured for vibration and frictional interaction at the partially bonded interface between the partially bonded viscoelastic layer and the constraint layer . a base material; and a coating applied to the base material, wherein the coating includes: a viscoelastic layer ; and a constraint layer ; a viscoelastic layer ; and a constraint layer ; wherein the viscoelastic layer is disposed on the base material and the constraint layer is disposed on the viscoelastic layer ; wherein the viscoelastic layer and the constraint layer join at an interface therebetween, the viscoelastic layer is partially bonded to the constraint layer ; characterized in that cavities are formed at the interface partially bonding the viscoelastic layer to the constraint layer , the cavities enabling vibration and frictional interaction at the partially bonded interface between the partially bonded viscoelastic layer and the constraint layer ; and wherein the cavities include particles , the particles configured for vibration and frictional interaction at the partially bonded interface between the partially bonded viscoelastic layer and the constraint layer .
An etching composition for a silicon wafer, comprising: (A) 0.5-50wt% base, which comprises at least one selected from the group consisting of potassium hydroxide and potassium carbonate; (B) 10-80wt% alcohol, wherein the alcohol comprises at least one selected from the group consisting of ethylene glycol, diethylene glycol, glycerol and triethylene glycol; (C) 0.01-15wt% additive, which comprises at least one selected from the group consisting of boric acid and potassium borate; and (D) water, wherein the etching composition is able to react on a silicon wafer at an etching temperature of 60°C to 200°C to spontaneously form a foam that etches the silicon wafer and includes a solid, a liquid and a gas, and the additive is able to react on the silicon wafer to form oxide that covers a surface of the silicon wafer randomly. (A) 0.5-50wt% base, which comprises at least one selected from the group consisting of potassium hydroxide and potassium carbonate; (B) 10-80wt% alcohol, wherein the alcohol comprises at least one selected from the group consisting of ethylene glycol, diethylene glycol, glycerol and triethylene glycol; (C) 0.01-15wt% additive, which comprises at least one selected from the group consisting of boric acid and potassium borate; and (D) water,
A mount system comprising: a first body ; a second body connected with the first body ; a pair of load spreaders configured to distribute loads, and a splice plate connected with the load spreaders , each disposed on the first body ,with a first opening defined by the splice plate ; a coupling element on the second body , with a second opening defined by the coupling element ; and a pin extending through the first and second openings to couple the first body to the second body ; wherein at least one of the first opening or the second opening comprises a damping hole with a series of slits disposed about the damping hole, so that the damping hole with the slits is configured to reduce the transmission of vibrations between the first body and the second body . a first body ; a second body connected with the first body ; a pair of load spreaders configured to distribute loads, and a splice plate connected with the load spreaders , each disposed on the first body ,with a first opening defined by the splice plate ; a coupling element on the second body , with a second opening defined by the coupling element ; and a pin extending through the first and second openings to couple the first body to the second body ; wherein at least one of the first opening or the second opening comprises a damping hole with a series of slits disposed about the damping hole, so that the damping hole with the slits is configured to reduce the transmission of vibrations between the first body and the second body .
A method of additively manufacturing a sensor for a high-temperature environment in a jet engine, comprising the steps of: depositing one or more electrically insulating material to form at least one portion of a layer with low electrical conductivity ; depositing one or more electrically conductive material to form at least one further portion of the layer with high electrical conductivity ; depositing successive layers , each layer being formed of portions of high electrical conductivity and low electrical conductivity , wherein the electrically conductive material or materials is or are deposited on at least a segment of the electrically conductive material or materials in the previous layer so as to form at least one path of high electrical conductivity extending through the layers , said at least one path of high electrical conductivity defining: at least one electrode or at least one coil ; and at least one elongate portion extending from said at least one electrode or said at least one coil ; and fusing the materials to form a monolithic structure, wherein said electrically insulating material is deposited such that the at least one elongate portion is shielded from the external environment and wherein the step of fusing the materials comprises sintering or melting the materials , the sintering or melting the or each material using at least one of: a laser; and an electron beam. depositing one or more electrically insulating material to form at least one portion of a layer with low electrical conductivity ; depositing one or more electrically conductive material to form at least one further portion of the layer with high electrical conductivity ; depositing successive layers , each layer being formed of portions of high electrical conductivity and low electrical conductivity , wherein the electrically conductive material or materials is or are deposited on at least a segment of the electrically conductive material or materials in the previous layer so as to form at least one path of high electrical conductivity extending through the layers , said at least one path of high electrical conductivity defining: at least one electrode or at least one coil ; and at least one elongate portion extending from said at least one electrode or said at least one coil ; and fusing the materials to form a monolithic structure, wherein said electrically insulating material is deposited such that the at least one elongate portion is shielded from the external environment and wherein the step of fusing the materials comprises sintering or melting the materials , the sintering or melting the or each material using at least one of: a laser; and an electron beam.
An apparatus for producing a liquid colloid, the apparatus comprising: a plurality of concave first plates mounted for rotation about the same rotation axis , each first plate providing a concave reaction surface ; first and second inlet lines arranged to introduce respective first and second liquid feedstock materials to each reaction surface whereby the first and second inlet lines extend through the first plates; and a collection unit arranged to collect a reaction product formed from reaction of the liquid feedstock materials as a liquid colloid ejected from an outer edge of each plate , and wherein each concave reaction surface comprises a plurality of concentric grooves. a plurality of concave first plates mounted for rotation about the same rotation axis , each first plate providing a concave reaction surface ; first and second inlet lines arranged to introduce respective first and second liquid feedstock materials to each reaction surface whereby the first and second inlet lines extend through the first plates; and a collection unit arranged to collect a reaction product formed from reaction of the liquid feedstock materials as a liquid colloid ejected from an outer edge of each plate , and wherein each concave reaction surface comprises a plurality of concentric grooves.
A partially or fully absorbable medical device comprising a closed cell foam comprising poly-4-hydroxybutyrate (P4HB) homopolymer, wherein the foam comprises closed cells wherein the foam has an open cell content of less than 50% as measured by ASTM D6226-10 or ISO 4590:2002, and wherein the P4HB homopolymer has a weight average molecular weight greater than 50 kDa measured by GPC relative to polystyrene
A screw machine having a housing comprising a feed housing , a degassing housing , and at least one housing bore extending inside the degassing housing and forming at least one inner wall section (25; 26; 27; 28) of the degassing housing for accommodating at least one screw shaft and wherein the at least one wall section (25; 26; 27; 28) of the at least one housing bore , in the region of the degassing housing , has at least one separating web protruding into the least one housing bore , and wherein, within the degassing housing , at least one filter element is disposed that at least partially encompasses the at least one screw shaft and that, in parts, is adjacent to the separating web forming at least two spatial pressure areas sealed against each other, characterized in that the filter element is configured as a filter liner surrounding the at least one screw shaft along the entire circumference. having a housing comprising a feed housing , a degassing housing , and at least one housing bore extending inside the degassing housing and forming at least one inner wall section (25; 26; 27; 28) of the degassing housing for accommodating at least one screw shaft and wherein the at least one wall section (25; 26; 27; 28) of the at least one housing bore , in the region of the degassing housing , has at least one separating web protruding into the least one housing bore , and wherein, within the degassing housing , at least one filter element is disposed that at least partially encompasses the at least one screw shaft and that, in parts, is adjacent to the separating web forming at least two spatial pressure areas sealed against each other, characterized in that the filter element is configured as a filter liner surrounding the at least one screw shaft along the entire circumference.
Printhead for a 3D printer comprising an operational volume for holding a feedstock , the viscosity of which can change, wherein the printhead has a plunger , wherein the operational volume can be changed by moving the plunger and wherein the printhead has an outlet through which a liquid phase of the feedstock can be extruded by moving the plunger , characterized in that the plunger has temperature-control means .
An evaluation method for evaluating the reliability of a system for quantifying a cell(s) of interest that is/are potentially contained in a blood-derived sample and has/have a specific gravity larger than 1.025 but smaller than 1.120, said method comprising the Steps (a) to (d) below: (a) separating a blood-derived sample containing a known number, P0, of resin particles P having a specific gravity larger than 1.025 but smaller than 1.120 and a known number, N0, of resin particles N having a specific gravity of not less than 1.090 and not more than 1.120 by density gradient centrifugation into at least two layers including a layer containing a larger amount of erythrocytes and a layer containing a larger amount of cells other than erythrocytes; (b) extracting said layer containing a larger amount of cells other than erythrocytes and counting the number, P1, of resin particles P and the number, N1, of resin particles N contained in said layer ; (c) calculating (P1/P0)×100 and comparing the calculated value with a predetermined reference value to evaluate the extent to which the whole system functions; and (d) calculating N1/P1 and comparing the calculated value with a predetermined reference value to evaluate the extent to which the layers are separated by said density gradient centrifugation. (a) separating a blood-derived sample containing a known number, P0, of resin particles P having a specific gravity larger than 1.025 but smaller than 1.120 and a known number, N0, of resin particles N having a specific gravity of not less than 1.090 and not more than 1.120 by density gradient centrifugation into at least two layers including a layer containing a larger amount of erythrocytes and a layer containing a larger amount of cells other than erythrocytes; (b) extracting said layer containing a larger amount of cells other than erythrocytes and counting the number, P1, of resin particles P and the number, N1, of resin particles N contained in said layer ; (c) calculating (P1/P0)×100 and comparing the calculated value with a predetermined reference value to evaluate the extent to which the whole system functions; and (d) calculating N1/P1 and comparing the calculated value with a predetermined reference value to evaluate the extent to which the layers are separated by said density gradient centrifugation.
A coffee machine comprising: a water supply ; a water heater for heating water; a pump for pumping the heated water; a brewing chamber for receiving coffee grinds and brewing coffee using hot water delivered by the pump; a waste bin for collecting coffee grinds after brewing; a drip tray ; a sensor system for detecting manual removal of the waste bin and/or drip tray; a user interface comprising a display; and a controller , wherein the controller is adapted to determine a number of brews, characterised in that the controller is further adapted to control the display to display a count of the number of brews, or a count down from a nominal maximum number of brews, or the fraction of brews compared to a nominal maximum number of brews, since the last removal of the waste bin and/or drip tray and in advance of the waste bin and/or drip tray being full. a water supply ; a water heater for heating water; a pump for pumping the heated water; a brewing chamber for receiving coffee grinds and brewing coffee using hot water delivered by the pump; a waste bin for collecting coffee grinds after brewing; a drip tray ; a sensor system for detecting manual removal of the waste bin and/or drip tray; a user interface comprising a display; and a controller , wherein the controller is adapted to determine a number of brews, characterised in that the controller is further adapted to control the display to display a count of the number of brews, or a count down from a nominal maximum number of brews, or the fraction of brews compared to a nominal maximum number of brews, since the last removal of the waste bin and/or drip tray and in advance of the waste bin and/or drip tray being full.
A heat-dissipating member in the form of a sheet having a thickness of 0.1 to 0.5 mm and comprising a resin composition, wherein the resin composition contains 60 to 70% by volume of a thermally conductive filler including an agglomerated powder of hexagonal boron nitride having an average particle size of 10 to 20 μm and an orientation index defined below of 2 to 20, and an aluminum oxide powder having an average particle size of 3 to 7 μm, the average particle size and the orientation index are measured according to the description, and 30 to 40% by volume of a silicone resin, wherein the orientation index is a ratio (I002/I100) of an intensity 1002 of a diffraction line on a plane to an intensity I100 of a diffraction line on a plane according to X-ray powder diffraction, and a blending ratio between the agglomerated powder of the hexagonal boron nitride and the aluminum oxide powder in the thermally conductive filler is in the range of 4:1 to 1:1 in terms of a volume ratio. the resin composition contains 60 to 70% by volume of a thermally conductive filler including an agglomerated powder of hexagonal boron nitride having an average particle size of 10 to 20 μm and an orientation index defined below of 2 to 20, and an aluminum oxide powder having an average particle size of 3 to 7 μm, the average particle size and the orientation index are measured according to the description, and 30 to 40% by volume of a silicone resin, 60 to 70% by volume of a thermally conductive filler including an agglomerated powder of hexagonal boron nitride having an average particle size of 10 to 20 μm and an orientation index defined below of 2 to 20, and an aluminum oxide powder having an average particle size of 3 to 7 μm, the average particle size and the orientation index are measured according to the description, and 30 to 40% by volume of a silicone resin, wherein the orientation index is a ratio (I002/I100) of an intensity 1002 of a diffraction line on a plane to an intensity I100 of a diffraction line on a plane according to X-ray powder diffraction, and a blending ratio between the agglomerated powder of the hexagonal boron nitride and the aluminum oxide powder in the thermally conductive filler is in the range of 4:1 to 1:1 in terms of a volume ratio.
A tiltable privacy desk-screen arrangement , comprising: a bracket assembly (30.2; 30.3); a plurality of neighbouring screens pivotably engageable with the bracket assembly (30.2; 30.3); a guide portion associated with each screen ; a linkage member (70; 80; 90) interconnecting the neighbouring screens at or adjacent to upper screen corner portions to permit pivotable movement of each said screen when a force (F) is applied to the linkage member ; characterized in that the pivotable movement of each said screen is along a linear or substantially linear axis defined by the guide portion of each screen , and the tiltable privacy desk-screen arrangement further comprising a securing member associated with each guide portion , engageable with the bracket assembly (30.2; 30.3) to retain the screens in position. a bracket assembly (30.2; 30.3); a plurality of neighbouring screens pivotably engageable with the bracket assembly (30.2; 30.3); a guide portion associated with each screen ; a linkage member (70; 80; 90) interconnecting the neighbouring screens at or adjacent to upper screen corner portions to permit pivotable movement of each said screen when a force (F) is applied to the linkage member ; characterized in that the pivotable movement of each said screen is along a linear or substantially linear axis defined by the guide portion of each screen , and the tiltable privacy desk-screen arrangement further comprising a securing member associated with each guide portion , engageable with the bracket assembly (30.2; 30.3) to retain the screens in position.