mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transferring a tissue web (W) with residual moisture to a Yankee cylinder (CR) and final removal of the dried tissue web from the Yankee cylinder using a doctor blade, and collecting the dried web on a reel-up machine forming a tissue reel comprising: (a) preparing a water solution of a Yankee adhesive with less than 10% final solids content; (b) adding an aqueous PVOH solution with a very high molecular weight polyvinyl alcohol into the solution of the Yankee adhesive in an amount ranging from 25-65% of the final solids content of the Yankee adhesive, wherein when 4% aqueous at 20 °C, the aqueous PVOH solution has a viscosity that lies in the range 175.0 - 225.0 cP and whereby the hydrolysis level lies in the range 87.0 - 89.0 %, and wherein the solution of the Yankee adhesive with the aqueous PVOH solution is applied having a total add-on of 15- 35 mg/m 2 , on the surface of the Yankee cylinder ahead of transferring the tissue web with residual moisture to the Yankee cylinder, wherein a release agent is mixed into the aqueous PVOH solution in an amount ranging from 10-40% of the final solids content of the Yankee adhesive. (a) preparing a water solution of a Yankee adhesive with less than 10% final solids content; (b) adding an aqueous PVOH solution with a very high molecular weight polyvinyl alcohol into the solution of the Yankee adhesive in an amount ranging from 25-65% of the final solids content of the Yankee adhesive, wherein when 4% aqueous at 20 °C, the aqueous PVOH solution has a viscosity that lies in the range 175.0 - 225.0 cP and whereby the hydrolysis level lies in the range 87.0 - 89.0 %, and wherein the solution of the Yankee adhesive with the aqueous PVOH solution is applied having a total add-on of 15- 35 mg/m 2 , on the surface of the Yankee cylinder ahead of transferring the tissue web with residual moisture to the Yankee cylinder, wherein a release agent is mixed into the aqueous PVOH solution in an amount ranging from 10-40% of the final solids content of the Yankee adhesive.
Method for detecting aging-dictated damage or delamination on components, in particular power modules of power electronic devices, in which, in the course of radiofrequency reflectometry, a component (BT), in particular a power module (LM), is scanned by radiofrequency signal irradiation in the microwave or millimeter-wave range and by measurement of at least one reflection signal (RSI), which was reflected at the component (BT,LM) as a consequence of the radiofrequency signal irradiation, in punctiform, one-dimensional or two-dimensional fashion for the purpose of generating at least one first radiofrequency image representation (HFA1), in particular on the basis of mathematical methods for image reconstruction, characterized in that a ) the component (BT, LM) is scanned directly with a time offset with respect to the radiofrequency signal irradiation by a combination of ultrasonic signal irradiation and the radiofrequency signal irradiation in the microwave or millimeter-wave range and by measurement of at least one further reflection signal (RSI'), which was reflected at the component (BT,LM) as a consequence of the ultrasonic signal irradiation and radiofrequency signal irradiation, in punctiform, one-dimensional or two-dimensional fashion for the purpose of generating at least one second radiofrequency image representation (HFA2), b) the radiofrequency image representations (HFA1, HFA2) generated on the basis of the reflection signals (RSI, RSI') are compared, wherein ascertained changes in the radiofrequency image representations (HFA1, HFA2) indicate damage or delamination on the component (BT, LM). a ) the component (BT, LM) is scanned directly with a time offset with respect to the radiofrequency signal irradiation by a combination of ultrasonic signal irradiation and the radiofrequency signal irradiation in the microwave or millimeter-wave range and by measurement of at least one further reflection signal (RSI'), which was reflected at the component (BT,LM) as a consequence of the ultrasonic signal irradiation and radiofrequency signal irradiation, in punctiform, one-dimensional or two-dimensional fashion for the purpose of generating at least one second radiofrequency image representation (HFA2), b) the radiofrequency image representations (HFA1, HFA2) generated on the basis of the reflection signals (RSI, RSI') are compared, wherein ascertained changes in the radiofrequency image representations (HFA1, HFA2) indicate damage or delamination on the component (BT, LM).
A fibrous composite material comprising primary fibers and a fiber-bonding agent composition, wherein said fiber-bonding agent composition comprises a melt-processed fluoropolymer, said fluoropolymer being a homopolymer or a copolymer comprising at least 60 weight percent of vinylidene fluoride monomer units, wherein said fluoropolymer composition has a melt viscosity of from 1 to 500 Pa.s (10 to 5,000 poise) as measured at 100 s -1 and 230°C by capillary rheology, and wherein said fluoropolymer has a second heat melting point of from 110°C to 180°C as measured by DSC, and wherein said fiber-bonding agent composition has a melting point of at least 10°C below the melting point of the primary fibers, wherein said primary fibers are selected from the group consisting of fluoropolymers, polyimides, polyamides, aramid fiber, poly(ether ketone), poly(ether ether ketone) and poly(ether ketone ketone), and wherein the primary fibers are bound together by the fiber-bonding agent composition through melt bonding.
An ultrasonic electronic cigarette, comprising a housing , an atomization sheet assembly and a cartridge being disposed in the housing , wherein the atomization sheet assembly comprises an ultrasonic atomization sheet and an atomization seat for supporting and fixing the ultrasonic atomization sheet , a top cover for sealing an opening of the housing is connected to the top end of the housing , a suction nozzle is connected to the top cover , wherein a press plate and a locking mechanism for controlling the press plate to be opened or closed are also disposed in the housing , and the cartridge is fixed in the press plate ; when the top cover is closed and the locking mechanism is locked, the press plate and/or the cartridge abut against the atomization sheet assembly , and the cartridge is in contact with an atomization surface of the ultrasonic atomization sheet ; and when the top cover is opened and the locking mechanism is unlocked, the press plate drives the cartridge to be separated from the ultrasonic atomization sheet , and the atomization sheet assembly is exposed.
A method of detecting reverse flow in a respiratory humidification system comprising a gases source , a humidifier including an inlet and an outlet , and an inspiratory conduit , the method comprising: performing one or more reverse flow detection tests; and outputting an indication when reverse flow conditions are detected; the method characterised in that said performing one or more reverse flow detection tests comprises: comparing an inlet parameter measured by a first sensor at or near the inlet of the humidifier with an outlet parameter measured by a second sensor at or near the outlet of the humidifier , wherein the inlet parameter and the outlet parameter comprise a flow rate and/or a power dissipation value; and/or using a directional flow sensor at or near the humidifier inlet or outlet . performing one or more reverse flow detection tests; and outputting an indication when reverse flow conditions are detected; the method characterised in that said performing one or more reverse flow detection tests comprises: comparing an inlet parameter measured by a first sensor at or near the inlet of the humidifier with an outlet parameter measured by a second sensor at or near the outlet of the humidifier , wherein the inlet parameter and the outlet parameter comprise a flow rate and/or a power dissipation value; and/or using a directional flow sensor at or near the humidifier inlet or outlet . comparing an inlet parameter measured by a first sensor at or near the inlet of the humidifier with an outlet parameter measured by a second sensor at or near the outlet of the humidifier , wherein the inlet parameter and the outlet parameter comprise a flow rate and/or a power dissipation value; and/or using a directional flow sensor at or near the humidifier inlet or outlet .
A process for etching a texture on a surface of a silicon substrate and passivating said substrate surface, wherein the silicon substrate is a silicon wafer or a silicon layer deposited on a substrate, the process comprising the steps of: (a) inserting a silicon substrate into a reaction chamber ; (b) heating the reaction chamber and substrate; (c) etching the surface of the substrate with a fluoride-containing etchant gas inside the chamber while the substrate is being conveyed at a constant velocity; and (d) oxidising the textured, fluorinated surface of the substrate without exposing the substrate to air; and wherein the steps are performed at atmospheric pressure and wherein the etchant gas is molecular fluorine. (a) inserting a silicon substrate into a reaction chamber ; (b) heating the reaction chamber and substrate; (c) etching the surface of the substrate with a fluoride-containing etchant gas inside the chamber while the substrate is being conveyed at a constant velocity; and (d) oxidising the textured, fluorinated surface of the substrate without exposing the substrate to air; and
A display , comprising: an integrated antenna ; and a uniformity layer that is an optical balance of the integrated antenna , characterized in that the uniformity layer and the integrated antenna are located in different display layers overlaying one another and said different display layers having at least portions thereof with different respective optical transparencies that, when combined, provide a substantially uniform transparency across the display . an integrated antenna ; and a uniformity layer that is an optical balance of the integrated antenna , characterized in that the uniformity layer and the integrated antenna are located in different display layers overlaying one another and said different display layers having at least portions thereof with different respective optical transparencies that, when combined, provide a substantially uniform transparency across the display .
A circuit for a motor comprising: at least two phase windings forming one half of motor phase windings of the circuit and at least two other phase windings forming another half of the motor phase windings of the circuit; a direct current (DC) power supply to receive alternating current (AC) power transferred from one or more of the motor phase windings and convert the AC power to DC power; a first stage power switch circuit comprising at least one power switch outside of a current path between the motor phase windings and the DC power supply and electrically connected between the at least two phase windings on the one half of the motor phase windings of the circuit and between the at least two other phase windings on the other half of the motor phase windings of the circuit; a second stage power switch circuit comprising at least one other power switch outside of the current path between the motor phase windings and the DC power supply and electrically connected between the one half of the motor phase windings of the circuit and the other half of the motor phase windings of the circuit, the at least one other power switch to receive AC power from the motor phase windings; and at least one non-collapsing DC power supply component connected to the DC power supply to prevent the DC power supply from collapsing when the at least one power switch or the at least one other power switch is on. at least two phase windings forming one half of motor phase windings of the circuit and at least two other phase windings forming another half of the motor phase windings of the circuit; a direct current (DC) power supply to receive alternating current (AC) power transferred from one or more of the motor phase windings and convert the AC power to DC power; a first stage power switch circuit comprising at least one power switch outside of a current path between the motor phase windings and the DC power supply and electrically connected between the at least two phase windings on the one half of the motor phase windings of the circuit and between the at least two other phase windings on the other half of the motor phase windings of the circuit; a second stage power switch circuit comprising at least one other power switch outside of the current path between the motor phase windings and the DC power supply and electrically connected between the one half of the motor phase windings of the circuit and the other half of the motor phase windings of the circuit, the at least one other power switch to receive AC power from the motor phase windings; and at least one non-collapsing DC power supply component connected to the DC power supply to prevent the DC power supply from collapsing when the at least one power switch or the at least one other power switch is on.
A transition metal-supported intermetallic compound comprising a transition metal M supported on an intermetallic compound represented by formula : RTX... wherein R represents a lanthanoid element, T represents a transition metal in period 4 or period 5 in the periodic table, X represents Si or Ge, and M represents a transition metal in group 8, 9 or 10 in the periodic table.
A clamping device for the supply of process liquids to a body of a drill, the clamping device consisting of a body, provided at one end with a drill retaining cavity and at least one clamping hole in the body for a screw for clamping of a drill , and at the other end provided with a shank for the clamping of the clamping device to a machine tool spindle, wherein the body is rotatably arranged in a cavity of a socket and fixed in the axial direction via a cover using bearings , wherein the socket comprises a process liquid supply port connected to an annular process liquid supply groove created on the inner side of the socket , facing which a radial channel is created in the body , the radial channel being connected to the annular process liquid supply groove to which radial channel an axial channel arranged on the axis of the clamping device is connected, the axial channel being connected with the drill retaining cavity , characterized in that the socket comprises an air supply port connected via channels to two annular air supply grooves created on the inner side of the socket , which are arranged between the bearings and on the both sides of the annular process liquid supply groove and in that around each bearing in the socket at least one recess is created, which is connected with a radial venting channel for the removal of the excess air from the cavity of the socket .
A bone material composite granule comprising a copolymer of hydroxyethyl methacrylate (HEMA) and methyl methacrylate (MMA); and calcium phosphate coating on the surface of the copolymer, wherein the mole ratio of HEMA to MMA is 1:4-1:12, the copolymer has an average diameter d 1 in the range of 300-600 nm, and the average diameter d 2 of the bone material composite granules ranges from 400 to 750 nm. the copolymer has an average diameter d 1 in the range of 300-600 nm, and the average diameter d 2 of the bone material composite granules ranges from 400 to 750 nm.
A satellite , comprising: an antenna assembly adjustable between a stowed configuration and a deployed configuration , said antenna assembly comprising: a reflector comprising an annular array of spaced-apart ribs coupled to a hub , said ribs adjustable between a collapsed configuration and an extended configuration in which said ribs outwardly extend from said hub ; wherein when said ribs dispose in said collapsed configuration , said antenna assembly is disposable in said stowed configuration for stowage within a container ; and wherein when said antenna assembly disposes in said deployed configuration : (i) said ribs dispose in said extended configuration ; and (ii) said reflector is directionally adjustable; said reflector coupled to a first gimbal , said first gimbal configured to facilitate directional adjustment of said reflector about a first axis ; a transceiver operable to communicate with a remote target, said transceiver coupled to said first gimbal such that said transceiver pivots along with said reflector about said first axis upon pivotal movement of said first gimbal . an antenna assembly adjustable between a stowed configuration and a deployed configuration , said antenna assembly comprising: a reflector comprising an annular array of spaced-apart ribs coupled to a hub , said ribs adjustable between a collapsed configuration and an extended configuration in which said ribs outwardly extend from said hub ; wherein when said ribs dispose in said collapsed configuration , said antenna assembly is disposable in said stowed configuration for stowage within a container ; and wherein when said antenna assembly disposes in said deployed configuration : (i) said ribs dispose in said extended configuration ; and (ii) said reflector is directionally adjustable; (i) said ribs dispose in said extended configuration ; and (ii) said reflector is directionally adjustable; said reflector coupled to a first gimbal , said first gimbal configured to facilitate directional adjustment of said reflector about a first axis ; a transceiver operable to communicate with a remote target, said transceiver coupled to said first gimbal such that said transceiver pivots along with said reflector about said first axis upon pivotal movement of said first gimbal .
An adaptive nuclear medicine imaging system comprising: a gantry ; a plurality of imaging detector units installed in the gantry at respective receiver locations, at least one of the plurality of detector units movable relative to the gantry to position at least one of the detector units with respect to a subject ; a controller configured to control the independent position of at least one detector unit ; installation verification elements at the receiver locations, for determining a detector unit attachment status for each receiver location, wherein the detector unit attachment status includes information on receiver locations in the gantry where detector units are installed and on receiver locations in the gantry where detector units are not installed; and wherein the controller is configured to adaptively alter at least one detector unit position for an imaging operation upon receiving installation information from the installation verification elements, the installation information comprising detector unit attachment status. a gantry ; a plurality of imaging detector units installed in the gantry at respective receiver locations, at least one of the plurality of detector units movable relative to the gantry to position at least one of the detector units with respect to a subject ; a controller configured to control the independent position of at least one detector unit ; installation verification elements at the receiver locations, for determining a detector unit attachment status for each receiver location, wherein the detector unit attachment status includes information on receiver locations in the gantry where detector units are installed and on receiver locations in the gantry where detector units are not installed; and wherein the controller is configured to adaptively alter at least one detector unit position for an imaging operation upon receiving installation information from the installation verification elements, the installation information comprising detector unit attachment status.
A gas shielded arc welding wire comprising, based on total mass of the wire in terms of mass%: C: 0.01% to 0.50%; Si: 0.01% to 1.50%; Mn: 0.10% to 2.50%; Cr: 5% to 15%; Ni: 0.05% to 1.50%; Mo: 0.1% to 2.0%; V: 0.1% to 1.0%; Nb: 0.01% to 0.20%; REM: 0.001% to 0.050%; S: 0.0010% to 0.0200%; and O: 0.025% or less and including 0%, and optionally N: 0.01% to 0.10%; W: 3.0% or less and including 0%; Co: 3.0% or less and including 0%; Ta: 0.5% or less and including 0%; B: 0.005% or less and including 0%; and Cu: 2.0% or less and including 0%, the balance consisting of Fe and inevitable impurities, wherein as inevitable impurities, P is less than 0.005%, Sn is less than 0.003%, Sb is less than 0.003%, Ti is less than 0.01 %, Al is less than 0.01 %, and Zr is less than 0.01%, which satisfies the following relationship : 3.0 ≤ Nb + 10 × REM / S + O ≤ 200.0 wherein the gas shielded arc welding wire comprises La and Ce as the REM, and a ratio of the La to the Ce satisfies the following relationship , the following relationship and the following relationship : 0.2 ≤ La / Ce ≤ 1.1 0.10 ≤ O / S ≤ 4.00 and 0.30 ≤ REM / S + O ≤ 6.50 C: 0.01% to 0.50%; Si: 0.01% to 1.50%; Mn: 0.10% to 2.50%; Cr: 5% to 15%; Ni: 0.05% to 1.50%; Mo: 0.1% to 2.0%; V: 0.1% to 1.0%; Nb: 0.01% to 0.20%; REM: 0.001% to 0.050%; S: 0.0010% to 0.0200%; and O: 0.025% or less and including 0%, and optionally N: 0.01% to 0.10%; W: 3.0% or less and including 0%; Co: 3.0% or less and including 0%; Ta: 0.5% or less and including 0%; B: 0.005% or less and including 0%; and Cu: 2.0% or less and including 0%, the balance consisting of Fe and inevitable impurities, wherein as inevitable impurities, P is less than 0.005%, Sn is less than 0.003%, Sb is less than 0.003%, Ti is less than 0.01 %, Al is less than 0.01 %, and Zr is less than 0.01%, which satisfies the following relationship : 3.0 ≤ Nb + 10 × REM / S + O ≤ 200.0 wherein the gas shielded arc welding wire comprises La and Ce as the REM, and a ratio of the La to the Ce satisfies the following relationship , the following relationship and the following relationship : 0.2 ≤ La / Ce ≤ 1.1 0.10 ≤ O / S ≤ 4.00 and 0.30 ≤ REM / S + O ≤ 6.50