mhurhangee/patent-ind-claim-en huggingface dataset:
A negative electrode for a rechargeable lithium battery , comprising: a current collector ; and a negative active material layer formed on the current collector , including a negative active material and a conductive material, wherein the negative active material comprises a silicon-based active material, the conductive material comprises carbon nanotubes, the negative electrode has an orientation ratio represented by Equation 1 of 50 to 100, and the carbon nanotubes have an average length of 1 μm to 10 μm: Orientation ratio = I 110 / I 002 wherein in Equation 1, I is a peak intensity at a plane when XRD is measured by using a CuKα ray, and I is a peak intensity at a plane when XRD is measured by using a CuKα ray, the peak intensity is a peak integral area value, wherein the XRD measurement condition are 2θ= 20° to 80°, a scan speed (°/S) of 0.044 to 0.089, and a step size (°/step) of 0.013 to 0.039. a current collector ; and a negative active material layer formed on the current collector , including a negative active material and a conductive material, wherein the negative active material comprises a silicon-based active material, the conductive material comprises carbon nanotubes, the negative electrode has an orientation ratio represented by Equation 1 of 50 to 100, and the carbon nanotubes have an average length of 1 μm to 10 μm: Orientation ratio = I 110 / I 002 wherein in Equation 1, I is a peak intensity at a plane when XRD is measured by using a CuKα ray, and I is a peak intensity at a plane when XRD is measured by using a CuKα ray, the peak intensity is a peak integral area value, wherein the XRD measurement condition are 2θ= 20° to 80°, a scan speed (°/S) of 0.044 to 0.089, and a step size (°/step) of 0.013 to 0.039.
A pad for a tilting pad thrust bearing for supporting the shaft of a rotary machine , the pad comprising a top surface , a leading edge extending in a radial direction (X) and a trailing edge , wherein the pad comprises a fluid channel arranged at the top surface , said fluid channel ending in the top surface , said fluid channel forming a fluid communication between the leading edge of the pad and the top surface of the pad , wherein the fluid channel is designed as a face slot in the top surface of the pad, wherein a depth (D) of the face slot is largest at the leading edge and decreases towards a centerline (C) of the top surface , wherein the width (W) of the fluid channel measured in the radial direction at the leading edge of the pad is smaller than the length (LL) of the leading edge in the radial direction, characterized in that the fluid channel has a length (L) measured in the top surface and perpendicular to the leading edge , which is at most 25% of a circumferential length (E) of the pad .
Use of a steel which comprises (in wt%): C: 0.08 - 0.35%, Si: 0 - 0.80%, Mn: 0.20 - 2.00%, Cr: 0 - 4.00%, Mo: 0.3 - 3.0%, N: 0.004 - 0.020%, Al: 0.004 - 0.050%, B: 0 - 0.0025%, at least one element from the group "Nb, Ti, V, S" with the proviso that the Nb content is 0.003-0.20 wt%, the Ti content is 0.001-0.02 wt%, the V content is 0.02-0.40 wt% and/or the S content is 0.001-0.4 wt%, Ni: 0 - 1.5%, Cu: 0 - 0.3%, Co: 0 - 2.0%, with the remainder being iron and unavoidable impurities, wherein the unavoidable impurities have a P content of up to 0.0035 wt% wherein the Al content %Al, the Nb content %Nb, the Ti content %Ti, the V content %V and the N content %N of the steel satisfy the following condition: %Al/ 27 + %Nb/ 45 + %Ti/ 48 + %V/ 25 > %N/ 3.5 , as a steel powder for the production of steel components by an additive manufacturing process, wherein the grains of the steel powder have an average diameter of 5-150 μm. the Nb content is 0.003-0.20 wt%, the Ti content is 0.001-0.02 wt%, the V content is 0.02-0.40 wt% and/or the S content is 0.001-0.4 wt%, Ni: 0 - 1.5%, Cu: 0 - 0.3%, Co: 0 - 2.0%,
Method for testing or verifying the indirect pressure monitoring system of the wheels (TW) of a vehicle (V), which monitoring system detects a tire pressure variation using the Anti-lock Braking System (ABS) - Electronic Stability Program (ESP) sensors system, comprising the following steps: - checking the inflation pressure of at least two wheels (TW) of a vehicle (V) and, if they are deflated, inflating them to a predetermined pressure, - controlling the advancement of the vehicle (V) so as to bring said at least two wheels (TW) above or at dragging into rotation means , - activating said dragging means so as to simultaneously drag into rotation said at least two wheels (TW) with speeds different one with respect to the other, - verifying whether the indirect pressure monitoring system signals or not an anomaly, such as a rotation speed or pressure different among said at least two wheels (TW) dragged into rotation and, if the indirect pressure monitoring system does not signal an anomaly, then the indirect pressure monitoring system does not work properly and must be serviced. - checking the inflation pressure of at least two wheels (TW) of a vehicle (V) and, if they are deflated, inflating them to a predetermined pressure, - controlling the advancement of the vehicle (V) so as to bring said at least two wheels (TW) above or at dragging into rotation means , - activating said dragging means so as to simultaneously drag into rotation said at least two wheels (TW) with speeds different one with respect to the other, - verifying whether the indirect pressure monitoring system signals or not an anomaly, such as a rotation speed or pressure different among said at least two wheels (TW) dragged into rotation and, if the indirect pressure monitoring system does not signal an anomaly, then the indirect pressure monitoring system does not work properly and must be serviced.
A blind fastener comprising: a sleeve adapted for installation into a threaded bore in a structure, the sleeve comprising a head portion comprising at least one feature configured to receive a torque, the feature selected from at least one of a substantially flat side, a rib, a spline, an indent, a knurl, a lobe, a bore, and a tab, a first sleeve end , a second sleeve end , an elongate portion extending intermediate the first sleeve end and the second sleeve end, and a cavity extending from the first sleeve end to the second sleeve end; and a mandrel at least partially disposed through the cavity of the sleeve, the mandrel comprising a first mandrel end disposed adjacent to the first sleeve end and comprising an enlarged portion having a diameter greater than a diameter of the cavity, wherein the enlarged portion is substantially hollow or axially split; wherein the elongate portion is configured to at least partially deform into threads of the threaded bore and the diameter of the enlarged portion is configured to be at least partially reduced responsive to forcible contact between the enlarged portion and the sleeve. a sleeve adapted for installation into a threaded bore in a structure, the sleeve comprising a head portion comprising at least one feature configured to receive a torque, the feature selected from at least one of a substantially flat side, a rib, a spline, an indent, a knurl, a lobe, a bore, and a tab, a first sleeve end , a second sleeve end , an elongate portion extending intermediate the first sleeve end and the second sleeve end, and a cavity extending from the first sleeve end to the second sleeve end; and a head portion comprising at least one feature configured to receive a torque, the feature selected from at least one of a substantially flat side, a rib, a spline, an indent, a knurl, a lobe, a bore, and a tab, a first sleeve end , a second sleeve end , an elongate portion extending intermediate the first sleeve end and the second sleeve end, and a cavity extending from the first sleeve end to the second sleeve end; a mandrel at least partially disposed through the cavity of the sleeve, the mandrel comprising a first mandrel end disposed adjacent to the first sleeve end and comprising an enlarged portion having a diameter greater than a diameter of the cavity, wherein the enlarged portion is substantially hollow or axially split; wherein the elongate portion is configured to at least partially deform into threads of the threaded bore and the diameter of the enlarged portion is configured to be at least partially reduced responsive to forcible contact between the enlarged portion and the sleeve.
Characterization device for characterizing the shape and deformations of the surface of reflective elements with respect to the design shape thereof through the combination of light beams reflected by the surface and images of the surface, said device comprising at least two variable-gain detectors , for capturing the reflected beams , and at least one pin-hole camera , for taking images of the reflective elements , located on a structure for receiving the light beam reflected by at least one reflective element , so that by said combination of the reflected beams with the images of the surface, the orientation of all the points of said surface and the deviation with respect to the design shape of said surface is determined, and each detector comprising: - a lens , with an aperture angle smaller than 15°, for increasing the signal-to-noise ratio of the beam , - at least one optical sensor on which the beam captured by the lens is focused, - an automatic gain selection system , associated with the optical sensor , with a data capture and processing unit , to select or adjust the gain of the detector , in an automated manner, as a result of the processing unit associated with each detector and therefore with each sensor , with respect to the incident radiation reflected by the reflective element , and - data communication means associated with the detector . - a lens , with an aperture angle smaller than 15°, for increasing the signal-to-noise ratio of the beam , - at least one optical sensor on which the beam captured by the lens is focused, - an automatic gain selection system , associated with the optical sensor , with a data capture and processing unit , to select or adjust the gain of the detector , in an automated manner, as a result of the processing unit associated with each detector and therefore with each sensor , with respect to the incident radiation reflected by the reflective element , and - data communication means associated with the detector .
Refrigeration system , the system comprising: a heat exchanger configured to adjust a predetermined temperature of a gas mixture within a compartment , wherein the heat exchanger is in connection with a plurality of first vibration actuators , wherein the plurality of the first vibration actuators is configured to excite the gas mixture with a first frequency; and characterised in that the compartment comprises a plurality of second vibration actuators , wherein the plurality of the second vibration actuators are configured to envelope said excited gas mixture of the first frequency with a second frequency within the compartment . a heat exchanger configured to adjust a predetermined temperature of a gas mixture within a compartment , wherein the heat exchanger is in connection with a plurality of first vibration actuators , wherein the plurality of the first vibration actuators is configured to excite the gas mixture with a first frequency; and characterised in that the compartment comprises a plurality of second vibration actuators , wherein the plurality of the second vibration actuators are configured to envelope said excited gas mixture of the first frequency with a second frequency within the compartment .
A labeling apparatus having a conveyor belt for transporting packages, having a labeler to apply labels to the packages from below, and having a pullout apparatus which comprises a pullout which is supported via a pullout guide at a stationary pullout carrier and which is linearly travelable relative thereto between a retracted end position and an extended end position, wherein the labeler is positioned on the pullout , and wherein the pullout apparatus is configured such that the location of the retracted end position of the pullout is adjustable, characterized in that the pullout apparatus comprises a motor-driven adjustment unit to set the location of the retracted end position of the pullout ; in that a control device is provided which is configured to control the motor-driven adjustment unit of the pullout apparatus such that the location of the retracted end position of the pullout relative to the conveyor belt is set in dependence on a predefined dispensing position of the labels to be applied; and in that a storage device is provided in which a plurality of dispensing positions for labels and/or packages of different dimensions, in particular widths, are stored, with the control unit being adapted to select the predefined dispensing position from the stored dispensing positions. the pullout apparatus comprises a motor-driven adjustment unit to set the location of the retracted end position of the pullout ; in that a control device is provided which is configured to control the motor-driven adjustment unit of the pullout apparatus such that the location of the retracted end position of the pullout relative to the conveyor belt is set in dependence on a predefined dispensing position of the labels to be applied; and in that a storage device is provided in which a plurality of dispensing positions for labels and/or packages of different dimensions, in particular widths, are stored, with the control unit being adapted to select the predefined dispensing position from the stored dispensing positions.
An electrically heated smoking article comprising: a filter rod ; an aerosol medium rod stacked at a lower end of the filter rod and including an aerosol medium generating an aerosol by heating and a moisture absorbent accommodating or absorbing the aerosol medium; and a wrapping portion surrounding and wrapping the filter rod and the aerosol medium rod to maintain a stack structure, wherein the aerosol medium, including glycerin and a thickener, is maintained in a semi-solid or solid state in a first temperature range including room temperature and is in a liquefied state in a second temperature range higher than the first temperature range, wherein glycerin vaporizes in a third temperature range higher than the second temperature range to generate an aerosol, and the thickener does not vaporize in the third temperature range but remains in the moisture absorbent. a filter rod ; an aerosol medium rod stacked at a lower end of the filter rod and including an aerosol medium generating an aerosol by heating and a moisture absorbent accommodating or absorbing the aerosol medium; and a wrapping portion surrounding and wrapping the filter rod and the aerosol medium rod to maintain a stack structure, wherein the aerosol medium, including glycerin and a thickener, is maintained in a semi-solid or solid state in a first temperature range including room temperature and is in a liquefied state in a second temperature range higher than the first temperature range, wherein glycerin vaporizes in a third temperature range higher than the second temperature range to generate an aerosol, and the thickener does not vaporize in the third temperature range but remains in the moisture absorbent.
Method for assigning participants, receivers (L1 - L4) which can be controlled via a wireless communication network to at least one stationary control transmitter arranged outside a possible close-range communication with the receivers (L1 - L4), by means of which control transmitter the receivers (L1 - L4) assigned to it can be activated after the assignment has been carried out, wherein the receivers (L1 - L4) are set up in order to enter into a network link with a transmitter by means of wireless short-range communication after a request has been made beforehand, wherein in a first step, the network parameters necessary for control of those receivers (L1 - L4) which are to be assigned to the at least one stationary control transmitter are collected by a portable control unit designed as transmitter by linking them via short-range communication, and, in a subsequent step, the list of the receivers (L1 - L4) collected and to be assigned to the stationary control transmitter with their network parameters is transmitted from the portable control unit to the stationary control transmitter via short-range communication, so that the receivers (L1 - L4) assigned to the stationary control transmitter can then be controlled by the latter.
A backlight module for a display assembly, the backlight module comprising a display region for providing light to the display assembly and a non-display region not providing light to the display assembly, the backlight module further comprising: a light guide plate ; a plurality of light sources , arranged on a side edge of the light guide plate and spaced apart from each other along a width direction of the light guide plate , wherein a plurality of gaps are defined between every two adjacent light sources ; a light homogenizer , arranged on the light guide plate , covering a region of a top surface of the light guide plate ; a flexible circuit board , partially arranged on a region of the top surface of the light guide plate uncovered by the light homogenizer , wherein a reservation gap is defined between the flexible circuit board and the light homogenizer ; and a light-shielding layer , arranged in the non-display region of the backlight module and configured to shield light emitted by the plurality of light sources and escaping from the reservation gap , the backlight module being characterized in that the light-shielding layer comprises a plurality of first light-shielding portions and a plurality of second light-shielding portions , the plurality of first light-shielding portions are arranged in regions corresponding to the plurality of light sources , the plurality of second light-shielding portions are arranged in regions corresponding to the plurality of gaps, and a thickness of the plurality of first light-shielding portions is greater than a thickness of the plurality of second light-shielding portions . a light guide plate ; a plurality of light sources , arranged on a side edge of the light guide plate and spaced apart from each other along a width direction of the light guide plate , wherein a plurality of gaps are defined between every two adjacent light sources ; a light homogenizer , arranged on the light guide plate , covering a region of a top surface of the light guide plate ; a flexible circuit board , partially arranged on a region of the top surface of the light guide plate uncovered by the light homogenizer , wherein a reservation gap is defined between the flexible circuit board and the light homogenizer ; and a light-shielding layer , arranged in the non-display region of the backlight module and configured to shield light emitted by the plurality of light sources and escaping from the reservation gap , the backlight module being characterized in that the light-shielding layer comprises a plurality of first light-shielding portions and a plurality of second light-shielding portions , the plurality of first light-shielding portions are arranged in regions corresponding to the plurality of light sources , the plurality of second light-shielding portions are arranged in regions corresponding to the plurality of gaps, and a thickness of the plurality of first light-shielding portions is greater than a thickness of the plurality of second light-shielding portions .
A polymer comprising residues of 5 -amino-2-(p-aminophenyl)benzimidazole) (DAPBI), paraphenylene diamine (PPD), and terephthaloyl dichloride (TCI), having a polydispersity index of 1 to 1.8, wherein the molecular weights used to calculate the polydispersity index are determined by Size Exclusion Chromatography, wherein the polymer is obtainable by a process comprising the steps of: (a) forming a slurry of b mole percent DAPBI and y mole percent PPD in a solvent system comprising organic solvent and c weight percent of an inorganic salt, wherein the inorganic salt is present in an amount of at least 5 weight percent of the organic solvent, DAPBI and PPD being present in an amount sufficient for providing a polymer solution having a weight percent solids of 12 percent or greater on a polymer basis; and (b) contacting the slurry of step a) with a stoichiometric amount of terephthaloyl dichloride, wherein the addition occurs in at least 3 steps, to form a product comprising the polymer wherein the sum of y and b is 100 and the product of b x c is 225 or greater. (a) forming a slurry of b mole percent DAPBI and y mole percent PPD in a solvent system comprising organic solvent and c weight percent of an inorganic salt, wherein the inorganic salt is present in an amount of at least 5 weight percent of the organic solvent, DAPBI and PPD being present in an amount sufficient for providing a polymer solution having a weight percent solids of 12 percent or greater on a polymer basis; and (b) contacting the slurry of step a) with a stoichiometric amount of terephthaloyl dichloride, wherein the addition occurs in at least 3 steps, to form a product comprising the polymer
Method for determining the climatic conditions of a day so as to control at least one device for supplying natural energy for a room of a building, characterized in that the method comprises the steps of: - obtaining a temperature outside the building at sunrise, - comparing the outside temperature obtained with a first predetermined threshold, - determining the climatic conditions for the day as a function of the result of the comparing of the outside temperature obtained with the first predetermined threshold lying between 15 and 17 degrees Celsius, - determining at least one control parameter of the at least one device for supplying natural energy as a function of the climatic conditions determined. - obtaining a temperature outside the building at sunrise, - comparing the outside temperature obtained with a first predetermined threshold, - determining the climatic conditions for the day as a function of the result of the comparing of the outside temperature obtained with the first predetermined threshold lying between 15 and 17 degrees Celsius, - determining at least one control parameter of the at least one device for supplying natural energy as a function of the climatic conditions determined.
An apparatus for hot drape forming a part, comprising: a plurality of pyrometers ; a bladder covering a formable material ; and a pyrometer control medium positioned between the plurality of pyrometers and the formable material , wherein the pyrometer control medium is between the bladder and the plurality of pyrometers , wherein the plurality of pyrometers are configured to measure a temperature of the pyrometer control medium ; wherein the apparatus is configured such that a force caused by a pressure differential is applied to the formable material to form it over a male tool , wherein the pressure differential is caused by a vacuum in a cavity under the bladder . a plurality of pyrometers ; a bladder covering a formable material ; and a pyrometer control medium positioned between the plurality of pyrometers and the formable material , wherein the pyrometer control medium is between the bladder and the plurality of pyrometers , wherein the plurality of pyrometers are configured to measure a temperature of the pyrometer control medium ; wherein the apparatus is configured such that a force caused by a pressure differential is applied to the formable material to form it over a male tool , wherein the pressure differential is caused by a vacuum in a cavity under the bladder .