mhurhangee/patent-ind-claim-en huggingface dataset:
A cathode for a lithium secondary battery, comprising: a cathode current collector; and a cathode active material layer comprising a first cathode active material layer and a second cathode active material layer sequentially stacked on the cathode current collector, wherein the first cathode active material layer includes first cathode active material particles having a secondary particle structure, and the second cathode active material layer includes second cathode active material particles having a single particle shape, wherein a ratio of a SPAN value defined as Equation 1 of the second cathode active material particles relative to a SPAN value defined as Equation 1 of the first cathode active material particles is in a range from 2 to 4.5: SPAN = D 90 − D 10 / D 50 wherein, in Equation 1, D10, D50 and D90 are particle diameters at cumulative volume percents of 10%, 50% and 90%, respectively, in a cumulative volume particle diameter distribution obtained by using FE-SEM. a cathode current collector; and a cathode active material layer comprising a first cathode active material layer and a second cathode active material layer sequentially stacked on the cathode current collector, wherein the first cathode active material layer includes first cathode active material particles having a secondary particle structure, and the second cathode active material layer includes second cathode active material particles having a single particle shape, wherein a ratio of a SPAN value defined as Equation 1 of the second cathode active material particles relative to a SPAN value defined as Equation 1 of the first cathode active material particles is in a range from 2 to 4.5: SPAN = D 90 − D 10 / D 50 wherein, in Equation 1, D10, D50 and D90 are particle diameters at cumulative volume percents of 10%, 50% and 90%, respectively, in a cumulative volume particle diameter distribution obtained by using FE-SEM.
A method for etching Carbon Nanotube (CNT) sheet material for electrical circuit and thin film thermal structures, comprising: forming a mask on a sheet of electrically conductive CNT material; and electrochemically removing unmasked portions of the CNT material; wherein the mask is electrically conductive and wherein the mask is removed electrochemically. forming a mask on a sheet of electrically conductive CNT material; and electrochemically removing unmasked portions of the CNT material; wherein the mask is electrically conductive and wherein the mask is removed electrochemically.
Cosmetic lipid mixture consisting of a) stearyl behenate (INCI Stearyl Behenate) and b) glycerine triester having a proportion of stearic acid of 80%. a) stearyl behenate (INCI Stearyl Behenate) and b) glycerine triester having a proportion of stearic acid of 80%.
A braking and/or clamping device of a slide guided on at least one guide rail , - wherein the braking and/or clamping device has a housing , - wherein the device comprises at least one frictional blocking device , which can be actuated via a gearing mechanism and has at least one pressure piece which is mounted in the housing and can be pressed against the guide rail , - wherein the gearing mechanism , which is moved with the aid of external energy in the form of compressed air or hydraulic oil, is movable, for loading and unloading the frictional blocking device , by means of at least one cylinder-piston unit of an actuator or a spring energy store comprising at least one spring element , per loading and unloading direction, characterised in that - at least one electrically switched 3/2- or 2/2-way directional valve is integrated in the housing , - one check valve is arranged in the housing for each cylinder of the respective cylinder-piston unit of the respective actuator , wherein the check valve is either a quick-vent valve or a shuttle valve, and - the compressed air or the hydraulic oil flows via a main inflow bore , a first connecting bore and a second connecting bore in the housing when the frictional blocking device is open in order to pass in the housing from the directional valve via a working air bore , check valve connecting lines , the check valves and cylinder inflow bores into the pressure chambers , situated in the housing , of the respective cylinder-piston units. - wherein the braking and/or clamping device has a housing , - wherein the device comprises at least one frictional blocking device , which can be actuated via a gearing mechanism and has at least one pressure piece which is mounted in the housing and can be pressed against the guide rail , - wherein the gearing mechanism , which is moved with the aid of external energy in the form of compressed air or hydraulic oil, is movable, for loading and unloading the frictional blocking device , by means of at least one cylinder-piston unit of an actuator or a spring energy store comprising at least one spring element , per loading and unloading direction, - at least one electrically switched 3/2- or 2/2-way directional valve is integrated in the housing , - one check valve is arranged in the housing for each cylinder of the respective cylinder-piston unit of the respective actuator , wherein the check valve is either a quick-vent valve or a shuttle valve, and - the compressed air or the hydraulic oil flows via a main inflow bore , a first connecting bore and a second connecting bore in the housing when the frictional blocking device is open in order to pass in the housing from the directional valve via a working air bore , check valve connecting lines , the check valves and cylinder inflow bores into the pressure chambers , situated in the housing , of the respective cylinder-piston units.
A drive torque transmission device for a vehicle with wheels , comprising: a pair of side gears arranged facing each other on the same axis and respectively coupled as a drive torque output member for a wheel on one side and for another wheel on the other side of the vehicle; a supporting member rotating around the axis of the pair of the side gears as a drive torque input member; and a pinion gear rotatably supported by the supporting member and engaged with both of the side gears , the pair of the side gears being configured as cylindrical gears having teeth disposed on either an outer circumferential surface or an inner circumferential surface, the side gears having the numbers of teeth different from each other, the pinion gear being a cylindrical gear having teeth disposed on an outer circumferential surface, the teeth engaging with the teeth of both of the side gears , the pinion gear being disposed with an axial direction of the pinion gear directed in the same direction as the axial direction of the pair of the side gears , characterized in that the pinion gear is provided with a motor applying rotation corresponding to a running state of the vehicle.
System for a vehicle : - a component of the vehicle , - vehicle electronics , which are connected to a vehicle battery to provide a power supply, - an electrical supply line of the component , which is connected to the vehicle electronics to provide the power supply for the component , - a circuit arrangement of the component for transmitting information to the vehicle electronics via the supply line by changing an electrical parameter of the power supply, - a modulation unit of the circuit arrangement for providing the change by imprinting a defined value for the parameter, wherein a switchable current sink for impressing is formed in that the modulation unit connects the supply line to a resistor (R), wherein a source (Q) is electrically connected to the resistor (R) in a mesh to provide a constant electrical current flow through the resistor (R), the vehicle electronics being designed to evaluate a supply signal (V) of the power supply on the basis of a voltage threshold in order to receive the transmitted information, in order to detect pulses (P) in the supply signal (V) which are modulated by the modulation unit . - a component of the vehicle , - vehicle electronics , which are connected to a vehicle battery to provide a power supply, - an electrical supply line of the component , which is connected to the vehicle electronics to provide the power supply for the component , - a circuit arrangement of the component for transmitting information to the vehicle electronics via the supply line by changing an electrical parameter of the power supply, - a modulation unit of the circuit arrangement for providing the change by imprinting a defined value for the parameter,
An additive fabrication device configured to produce three-dimensional objects by sintering a source material, the additive fabrication device comprising: a chamber ; a material deposition mechanism; a fabrication platform arranged within the chamber configured to receive source material from the material deposition mechanism; and an electronic component module coupled to the chamber opposite the fabrication platform, characterized in that the electronic component module comprises: at least one gas intake channel ; a primary channel coupled to the at least one gas intake channel and comprising an orifice at a first end ; an electronic component arranged at least partially within the primary channel at a second end of the primary channel, the second end opposing the first end of the primary channel; and at least one gas exhaust channel coupled to a side of the primary channel, wherein the at least one gas exhaust channel is oriented away from the electronic component. a chamber ; a material deposition mechanism; a fabrication platform arranged within the chamber configured to receive source material from the material deposition mechanism; and an electronic component module coupled to the chamber opposite the fabrication platform, characterized in that the electronic component module comprises: at least one gas intake channel ; a primary channel coupled to the at least one gas intake channel and comprising an orifice at a first end ; an electronic component arranged at least partially within the primary channel at a second end of the primary channel, the second end opposing the first end of the primary channel; and at least one gas exhaust channel coupled to a side of the primary channel, wherein the at least one gas exhaust channel is oriented away from the electronic component. at least one gas intake channel ; a primary channel coupled to the at least one gas intake channel and comprising an orifice at a first end ; an electronic component arranged at least partially within the primary channel at a second end of the primary channel, the second end opposing the first end of the primary channel; and at least one gas exhaust channel coupled to a side of the primary channel, wherein the at least one gas exhaust channel is oriented away from the electronic component.
Assembly of a first element with a second element , produced by assembling an elongate thin lip belonging to the second element in an elongate narrow slot formed by the three sides of an elongate flat plate fastened parallel to a flat wall of the first element , characterized in that the elongate thin lip has, in the direction of the first element , a free edge having at least one fracture initiation notch , and in that the elongate slot has, facing said at least one notch , a rib arranged so as to come into contact with the end of said notch when the elongate thin lip moves forward towards said first element beyond a predetermined assembly position, so as to cause said elongate thin lip to tear.
A method of subjecting a component to a resonant frequency vibrational test in which the component is excited in vibration by an exciter on the basis of an exciter input signal, the method comprising: - providing, based on measuring the vibration of the component, a target frequency signal indicative of a frequency control signal which is the phase difference between the vibration of the exciter and the vibration of the component, wherein the vibration of the exciter is measured by a first motion sensor, wherein the vibration of the component is measured by a second motion sensor; and - exciting the exciter in vibration with a smoothed exciter input signal, the exciter input signal having been continuously adjusted by the target frequency signal; the method being characterised in that the smoothed exciter input signal is provided by a Hopf oscillator driven by the target frequency signal. - providing, based on measuring the vibration of the component, a target frequency signal indicative of a frequency control signal which is the phase difference between the vibration of the exciter and the vibration of the component, wherein the vibration of the exciter is measured by a first motion sensor, wherein the vibration of the component is measured by a second motion sensor; and - exciting the exciter in vibration with a smoothed exciter input signal, the exciter input signal having been continuously adjusted by the target frequency signal; the method being characterised in that the smoothed exciter input signal is provided by a Hopf oscillator driven by the target frequency signal.
Device for correcting the hand position of a rider on an equestrian animal, in particular a horse , comprising at least two support elements , which are essentially vertical relative to a horse's back are placed close to the neck of the mounted animal, two holding elements being substantially parallel to each other and at a predetermined, substantially equal distance from an essentially vertical central axis , for grasping the holding elements with the hands of the rider, in particular retaining reins for acting on the mounted animal in the hands of the rider when holding the holding elements , the holding elements being attached to a the end of the saddle of the rider are fastened, whereby the holding elements are connected to each other by means of one or more transverse elements , in particular flexibly or rigidly, whereby the transverse element(s) connects the upper ends of the holding elements .
A coated cutting tool, comprising: a substrate; and a coating layer formed on the substrate, wherein the coating layer includes a lower part layer and an upper part layer formed on the lower part layer, the lower part layer has an average thickness of 2.0 μm or more and 15.0 μm or less, and is formed of a Ti oxycarbonitride layer including a compound having a composition represented by formula below: Ti(C 1-x-y N x O y ) (where, x denotes an atomic ratio of an N element based on a total of a C element, the N element, and an O element, y denotes an atomic ratio of the O element based on a total of the C element, the N element, and the O element, and 0.35 ≤ x ≤ 0.60 and 0.01 ≤ y ≤ 0.10 are satisfied), a full width at half maximum of a rocking curve of a plane of the lower part layer, which is obtained through X-ray diffraction, is 20° or less, measurement conditions: ω: step mode, characteristic X-ray: CuKα ray, origin of 2θ: fixed value of 2θ(°) measured through X-ray diffraction, step width: 1°, measurement time: 10 sec/step, scan angle: 30° to 90°, the upper part layer is formed of an α-aluminum oxide layer having an average thickness of 1.0 μm or more and 15.0 μm or less, and a full width at half maximum of a rocking curve of a plane of the upper part layer, which is obtained through X-ray diffraction, is 20° or less, measurement conditions: ω: step mode, characteristic X-ray: CuKα ray, origin of 2θ: fixed value of 90.665°, step width: 1°, measurement time: 10 sec/step, scan angle: 6.3° to 69.3°. a substrate; and a coating layer formed on the substrate, wherein the coating layer includes a lower part layer and an upper part layer formed on the lower part layer, the lower part layer has an average thickness of 2.0 μm or more and 15.0 μm or less, and is formed of a Ti oxycarbonitride layer including a compound having a composition represented by formula below: Ti(C 1-x-y N x O y ) (where, x denotes an atomic ratio of an N element based on a total of a C element, the N element, and an O element, y denotes an atomic ratio of the O element based on a total of the C element, the N element, and the O element, and 0.35 ≤ x ≤ 0.60 and 0.01 ≤ y ≤ 0.10 are satisfied), a full width at half maximum of a rocking curve of a plane of the lower part layer, which is obtained through X-ray diffraction, is 20° or less, measurement conditions: ω: step mode, characteristic X-ray: CuKα ray, origin of 2θ: fixed value of 2θ(°) measured through X-ray diffraction, step width: 1°, measurement time: 10 sec/step, scan angle: 30° to 90°, the upper part layer is formed of an α-aluminum oxide layer having an average thickness of 1.0 μm or more and 15.0 μm or less, and a full width at half maximum of a rocking curve of a plane of the upper part layer, which is obtained through X-ray diffraction, is 20° or less, measurement conditions: ω: step mode, characteristic X-ray: CuKα ray, origin of 2θ: fixed value of 90.665°, step width: 1°, measurement time: 10 sec/step, scan angle: 6.3° to 69.3°.
A method , performed in an accessory device , for managing a remaining wear time of a base plate of an ostomy appliance , wherein the accessory device comprises an interface configured to communicate with one or more devices of an ostomy system , the interface comprising a display , wherein the ostomy system comprises a monitor device and an ostomy appliance configured to be placed on a skin surface of a user, wherein the ostomy appliance comprises a base plate , the method comprising: - obtaining monitor data from the one or more devices, the monitor data being indicative of a physical condition of the base plate , - determining the remaining wear time of the base plate of the ostomy appliance based on the monitor data; - obtaining a user request to take into account at least a part of context data indicative of a context in which the ostomy appliance is operating, - in response to obtaining the user request: - obtaining the at least a part of context data, - adjusting the remaining wear time of the base plate based on the at least a part of context data; and - communicating , via the interface, the adjusted remaining wear time of the base plate . - obtaining monitor data from the one or more devices, the monitor data being indicative of a physical condition of the base plate , - determining the remaining wear time of the base plate of the ostomy appliance based on the monitor data; - obtaining a user request to take into account at least a part of context data indicative of a context in which the ostomy appliance is operating, - in response to obtaining the user request: - obtaining the at least a part of context data, - adjusting the remaining wear time of the base plate based on the at least a part of context data; and - communicating , via the interface, the adjusted remaining wear time of the base plate . - obtaining the at least a part of context data, - adjusting the remaining wear time of the base plate based on the at least a part of context data; and - communicating , via the interface, the adjusted remaining wear time of the base plate .
Cutting means for a lawnmower machine , configured for cutting grass (E) and mulching, comprising a first cutting portion and a second cutting portion that extend on opposite sides with respect to an intermediate zone for connecting to a rotating shaft of said lawnmower machine , that is suitable for rotating said cutting means around a rotation axis (X R ), wherein said first cutting portion and said second cutting portion are configured as a bar (B) having a circular shaped cross-section or having a prismatic shape with a regular polygon shaped cross-section, and comprise respectively protrusions or more edge zones , for cutting and chopping up crop residue (C) and subsequent release onto the land (T), said cross-section being so configured as to be inscribed in a circumference with a diameter (D) that is at most equal to 20 mm CHARACTERISED IN THAT said first cutting portion and said second cutting portion extend along a longitudinal axis (A L ), toothed coupling means being further included configured for transmitting to said first cutting portion and/or to said second cutting portion also a rotation around said longitudinal axis (A L ).
A method for fail-safe resolver excitation, the method comprising: generating a resolver excitation signal; providing the resolver excitation signal to an input of a first resolver control circuit and to an input of a second resolver control circuit ; the method being characterized in that , in response to the first resolver control circuit detecting a fault in the resolver excitation signal provided to the first resolver control circuit : biasing , using the first resolver control circuit , a first resolver amplifier ; and communicating , via a communication bus between the first resolver control circuit and the second resolver control circuit , an indication to the second resolver control circuit that the first resolver control circuit detected the fault in the resolver excitation signal provided to the first resolver control circuit . generating a resolver excitation signal; providing the resolver excitation signal to an input of a first resolver control circuit and to an input of a second resolver control circuit ; the method being characterized in that , in response to the first resolver control circuit detecting a fault in the resolver excitation signal provided to the first resolver control circuit : biasing , using the first resolver control circuit , a first resolver amplifier ; and communicating , via a communication bus between the first resolver control circuit and the second resolver control circuit , an indication to the second resolver control circuit that the first resolver control circuit detected the fault in the resolver excitation signal provided to the first resolver control circuit . biasing , using the first resolver control circuit , a first resolver amplifier ; and communicating , via a communication bus between the first resolver control circuit and the second resolver control circuit , an indication to the second resolver control circuit that the first resolver control circuit detected the fault in the resolver excitation signal provided to the first resolver control circuit .
Multi-pass boiler for cooling or for cooling and simultaneously cleaning a flue gas of a waste incineration plant, wherein the boiler has a first pass , a lower opening in which flue gas is introduced and a second pass , a superheater , a heat exchanger , a base having a lower opening and a rising channel , through which the flue gas leaves the second pass, a downwardly moving fill which comprises spherical members in the second pass of the boiler and which is removed through the lower opening of the base and passed through an upper opening into the second pass , wherein, as a result of the movement of the fill over the surface of the heating faces, the corrosive components of the fly ash are removed, wherein the superheater and the heat exchanger are arranged in the second pass , wherein, as a result of the downwardly moving fill , there are embedded in the spherical members superheaters and heat exchangers which transfer heat and ensure that the superheater only indirectly comes into contact with the flue gas .