mhurhangee/patent-ind-claim-en huggingface dataset:
Puncture sealing agent, comprising: natural rubber latex, an aqueous solution of an adhesive and an antifreezing agent, wherein the natural rubber latex, the aqueous solution of the adhesive and the antifreezing agent are natural components, characterized in that the adhesive is a carbohydrate and in that the mass of carbohydrate in the puncture sealing agent is in the range of from 5 to 30 parts by mass based on 100 parts by mass of puncture sealing agent. natural rubber latex, an aqueous solution of an adhesive and an antifreezing agent, wherein the natural rubber latex, the aqueous solution of the adhesive and the antifreezing agent are natural components, characterized in that the adhesive is a carbohydrate and in that the mass of carbohydrate in the puncture sealing agent is in the range of from 5 to 30 parts by mass based on 100 parts by mass of puncture sealing agent.
A layered structure for a fuel cell having a carbon-based catalyst-free gas diffusion layer substrate and having a carbon-based microporous layer which is bonded to the gas diffusion layer substrate and comprises a plurality of carbon carriers or carbon fibers embedded in an ion-conductive polymer binder mixture, characterized in that the polymer binder mixture comprises a sulfur-free binder polymer and a sulfonated polymer, and in that a proportion of the binding polymer on a surface of the microporous layer facing away from the gas diffusion layer substrate is smaller than a proportion of the sulphonated polymer, in that the proportion of the binding polymer in the microporous layer increases in the direction of the gas diffusion layer substrate , in that the proportion of the sulfonated polymer decreases in the direction of the gas diffusion layer substrate , and in that the proportion of the binding polymer increases continuously in the direction of the gas diffusion layer .
A pole foot anchoring means, comprising a pole foot , a holder and a lever , wherein at least one receiving device with at least one element is provided in the holder, with which at least one complementary element on the pole foot engages in accordance with the lock-and-key principle when forming the pole foot anchoring means and is to be releasably fixed by means of the lever , characterized in that the lever has means , by means of which the pole foot is shifted and/or lifted when releasing the pole foot anchoring means.
A method of producing an FRP precursor, the method comprising: pre-coating a resin varnish having a filler content of 5 vol% or less in a solid content thereof, to a sheet-shaped aggregate; and melt-pasting a pair of resin films, each having a filler content of 30 vol% or more, to both surfaces of the aggregate, after the pre-coating. pre-coating a resin varnish having a filler content of 5 vol% or less in a solid content thereof, to a sheet-shaped aggregate; and melt-pasting a pair of resin films, each having a filler content of 30 vol% or more, to both surfaces of the aggregate, after the pre-coating.
An oral treatment device for stimulating deposition of calcium phosphate from an amorphous calcium phosphate formulation in contact with a tooth in an oral cavity, the device comprising a first electrode , a second electrode spatially separated from the first electrode, and a power source coupled to the first electrode and the second electrode such that, during use of the device, the first electrode acts as a cathode and the second electrode acts as an anode, wherein: both the first electrode and the second electrode are arranged to contact the amorphous calcium phosphate formulation when the first electrode is arranged proximal to the tooth during use of the device; the second electrode comprises a sacrificial material at least on its surface, and characterized in that the power source is arranged to apply a potential difference across the anode and the cathode, which potential difference is sufficient to cause: a pH increase at the cathode through the formation of hydroxide anions; and the formation of cations of the sacrificial material at the anode. both the first electrode and the second electrode are arranged to contact the amorphous calcium phosphate formulation when the first electrode is arranged proximal to the tooth during use of the device; the second electrode comprises a sacrificial material at least on its surface, and characterized in that the power source is arranged to apply a potential difference across the anode and the cathode, which potential difference is sufficient to cause: a pH increase at the cathode through the formation of hydroxide anions; and the formation of cations of the sacrificial material at the anode. a pH increase at the cathode through the formation of hydroxide anions; and the formation of cations of the sacrificial material at the anode.
An authentication method in a device, comprising: receiving a request to authenticate a user to an external service; determining that the request requires data not stored in a token operationally connected to the device; controlling transmission of a request regarding the data to a remote storage; controlling reception of encrypted data from the remote storage; providing the data to the token; controlling token to authenticate the user; controlling token to decrypt the data after the user has been authenticated; utilising the data when providing a response to the authentication request to the external service. receiving a request to authenticate a user to an external service; determining that the request requires data not stored in a token operationally connected to the device; controlling transmission of a request regarding the data to a remote storage; controlling reception of encrypted data from the remote storage; providing the data to the token; controlling token to authenticate the user; controlling token to decrypt the data after the user has been authenticated; utilising the data when providing a response to the authentication request to the external service.
A home appliance for outputting a signal sound for diagnosing the home appliance, the home appliance comprising: a selection unit for receiving a diagnosis command on the home appliance from a user; a memory for storing diagnosis data on the home appliance; a control unit for processing the diagnosis data stored in the memory in order to generate a packet according to a diagnosis command input through the selection unit; a conversion unit for generating a frame including a combination of symbols, wherein the combination of symbols respectively correspond to four different carrier frequencies, on the basis of data constituting the packet, according to a Quadrature Frequency Shift Keying, QFSK, method, the four different carrier frequencies have values of less than 2 kHz, an output length of a carrier frequency outputted in correspondence to one symbol is between 40 ms and 45 ms, and a total output time of a signal sound corresponding to the frame does not exceed 3 sec. a selection unit for receiving a diagnosis command on the home appliance from a user; a memory for storing diagnosis data on the home appliance; a control unit for processing the diagnosis data stored in the memory in order to generate a packet according to a diagnosis command input through the selection unit; a conversion unit for generating a frame including a combination of symbols, wherein the combination of symbols respectively correspond to four different carrier frequencies, on the basis of data constituting the packet, according to a Quadrature Frequency Shift Keying, QFSK, method, the four different carrier frequencies have values of less than 2 kHz, an output length of a carrier frequency outputted in correspondence to one symbol is between 40 ms and 45 ms, and a total output time of a signal sound corresponding to the frame does not exceed 3 sec.
A display screen , comprising a display layer , the display layer having a fingerprint recognition area and a peripheral area adjacent to the fingerprint recognition area, the fingerprint recognition area being provided with a plurality of first driving components , the peripheral area being provided with a plurality of second driving components , an interval (L1, L3) at which the plurality of first driving components are arranged being greater than an interval (L2, L4) at which the plurality of second driving components are arranged to increase light transmittance of the fingerprint recognition area, wherein the fingerprint recognition area allows light signals to pass through; wherein the display screen is an active-matrix OLED display screen or a passive-matrix OLED display screen; the first driving components are first thin-film transistors, and the second driving components are second thin-film transistors when the display screen is the active-matrix OLED display screen; the first driving components are first anode strips, and the second driving components are second anode strips when the display screen is the passive-matrix OLED display screen.
An aerosol generating device comprising: an RLC resonance circuit for inductive heating of a susceptor received in the aerosol generating device in use; and a controller arranged to, in use: determine a resonant frequency of the RLC resonance circuit ; determine, based on the determined resonant frequency, a first frequency for the RLC resonance circuit for causing the susceptor to be inductively heated, the first frequency being above or below the determined resonant frequency; and control a drive frequency of the RLC resonance circuit to be at the determined first frequency in order to heat the susceptor received in the aerosol generating device in use. an RLC resonance circuit for inductive heating of a susceptor received in the aerosol generating device in use; and a controller arranged to, in use: determine a resonant frequency of the RLC resonance circuit ; determine, based on the determined resonant frequency, a first frequency for the RLC resonance circuit for causing the susceptor to be inductively heated, the first frequency being above or below the determined resonant frequency; and control a drive frequency of the RLC resonance circuit to be at the determined first frequency in order to heat the susceptor received in the aerosol generating device in use. determine a resonant frequency of the RLC resonance circuit ; determine, based on the determined resonant frequency, a first frequency for the RLC resonance circuit for causing the susceptor to be inductively heated, the first frequency being above or below the determined resonant frequency; and control a drive frequency of the RLC resonance circuit to be at the determined first frequency in order to heat the susceptor received in the aerosol generating device in use.
Household appliance adapted to perform at least a drying cycle, said household appliance comprising: a tub in which a drum is rotatably mounted, said tub including a plurality of structural components (3A-3C), said structural components (3A-3C) comprising: a tub body extending from a front section to a rear section (3B"), and a rear component mounted to said tub body at said rear section (3B"); a drying system , having an inlet for receiving wet air from said tub and an outlet for providing dried air to said tub , said drying system including a condenser adapted to receive a flow of wet air from said tub and to make it condense and obtain dried air, characterized in that said household appliance comprises a first structural portion made in one piece and including said tub body ; said condenser comprises a first structural component and a second structural component , wherein said first structural component is included in said first structural portion ; said household appliance comprises a second structural portion made in one piece molded in a single molding operation and comprising said rear component , wherein said second structural component is included in said second structural portion ; and wherein said condenser is formed by coupling said first structural portion and said second structural portion . a tub in which a drum is rotatably mounted, said tub including a plurality of structural components (3A-3C), said structural components (3A-3C) comprising: a tub body extending from a front section to a rear section (3B"), and a rear component mounted to said tub body at said rear section (3B"); a tub body extending from a front section to a rear section (3B"), and a rear component mounted to said tub body at said rear section (3B"); a drying system , having an inlet for receiving wet air from said tub and an outlet for providing dried air to said tub , said drying system including a condenser adapted to receive a flow of wet air from said tub and to make it condense and obtain dried air, characterized in that said household appliance comprises a first structural portion made in one piece and including said tub body ; said condenser comprises a first structural component and a second structural component , wherein said first structural component is included in said first structural portion ; said household appliance comprises a second structural portion made in one piece molded in a single molding operation and comprising said rear component , wherein said second structural component is included in said second structural portion ; and wherein said condenser is formed by coupling said first structural portion and said second structural portion .
An ultrasonic device for cleaning material to be cleaned, said ultrasonic device comprising a tank element having a filling chamber fillable with liquid and at least one ultrasonic transducer which couples ultrasonic waves into the tank element via an assigned emission section in the bottom area of the tank element , at least one heating element for heating the liquid in the filling chamber , and control means for controlling the ultrasonic transducer and the heating element , characterized in that the heating element is arranged in a lateral wall of the tank element and is designed as a PTC heating element having a temperature-dependent resistance, the control means being designed to evaluate an electrical heating power of the heating element for differentiate at least between a filling level (F1) of the liquid in the filling chamber above the heating element and a filling level (F2) of the liquid in the filling chamber below the heating element. at least one heating element for heating the liquid in the filling chamber , and control means for controlling the ultrasonic transducer and the heating element , characterized in that the heating element is arranged in a lateral wall of the tank element and is designed as a PTC heating element having a temperature-dependent resistance, the control means being designed to evaluate an electrical heating power of the heating element for differentiate at least between a filling level (F1) of the liquid in the filling chamber above the heating element and a filling level (F2) of the liquid in the filling chamber below the heating element.
Apparatus for processing signals from a touch panel , the touch panel comprising a layer of piezoelectric material disposed between a plurality of sensing electrodes and at least one common electrode , the sensing electrodes for determining touch location data indicating locations of one or more user interactions, the apparatus comprising: a first circuit for connection to the plurality of sensing electrodes and configured to generate one or more first pressure signals , wherein each first pressure signal corresponds to one or more sensing electrodes and is indicative of a pressure acting on the touch panel proximate to the corresponding one or more sensing electrodes; characterized in that the apparatus is further comprising: a second circuit for connection to the at least one common electrode and configured to generate a second pressure signal indicative of a total pressure applied to the touch panel; a controller configured to determine an estimate of the total pressure based on a weighted difference of the second pressure signal and a sum over the one or more first pressure signals. a first circuit for connection to the plurality of sensing electrodes and configured to generate one or more first pressure signals , wherein each first pressure signal corresponds to one or more sensing electrodes and is indicative of a pressure acting on the touch panel proximate to the corresponding one or more sensing electrodes; characterized in that the apparatus is further comprising: a second circuit for connection to the at least one common electrode and configured to generate a second pressure signal indicative of a total pressure applied to the touch panel; a controller configured to determine an estimate of the total pressure based on a weighted difference of the second pressure signal and a sum over the one or more first pressure signals. a second circuit for connection to the at least one common electrode and configured to generate a second pressure signal indicative of a total pressure applied to the touch panel; a controller configured to determine an estimate of the total pressure based on a weighted difference of the second pressure signal and a sum over the one or more first pressure signals.
A system for determining distance and direction to a target wellbore from a second wellbore being drilled, the system comprising: a conductive body disposed in at least a portion of the target wellbore ; a drill string in the second wellbore, the drill string carrying a measurement while drilling system ; an electric current supply disposed to excite a current flow on the target wellbore by a direct electrical connection to the target wellbore; and an electromagnetic field sensing instrument in the second wellbore, connected to the drill string, the electromagnetic field sensing instrument being responsive to the electromagnetic field and to radial gradients of the electromagnetic field generated by the electrical current in the target wellbore, wherein the electromagnetic field sensing instrument comprises a first board and a second board spaced apart from one another along a primary axis of the sensing instrument, wherein each board comprises four sensors disposed at 90° from one another around a center axis of the board and the second board is rotated so that the sensors of the second board are at an angle of 45° relative to the sensors of the first board. a conductive body disposed in at least a portion of the target wellbore ; a drill string in the second wellbore, the drill string carrying a measurement while drilling system ; an electric current supply disposed to excite a current flow on the target wellbore by a direct electrical connection to the target wellbore; and an electromagnetic field sensing instrument in the second wellbore, connected to the drill string, the electromagnetic field sensing instrument being responsive to the electromagnetic field and to radial gradients of the electromagnetic field generated by the electrical current in the target wellbore, wherein the electromagnetic field sensing instrument comprises a first board and a second board spaced apart from one another along a primary axis of the sensing instrument, wherein each board comprises four sensors disposed at 90° from one another around a center axis of the board and the second board is rotated so that the sensors of the second board are at an angle of 45° relative to the sensors of the first board.
A method of preparing a surface, the method comprising: (a) constructing a wall having panels that engage at intersections; (b) applying material to the planar intersections to conceal the planar intersections and form joints; and then (c) detecting a planarity and non-planarity of the joints, and adjusting non-planar joints into planar joints, wherein step (c) comprises visually enhancing a geometry of the joints by projecting a laser line across the joints, thereby enabling enhanced, qualitative user visualization of the joints and non-planar distortion in the joints relative to a plane defined by the wall. (a) constructing a wall having panels that engage at intersections; (b) applying material to the planar intersections to conceal the planar intersections and form joints; and then (c) detecting a planarity and non-planarity of the joints, and adjusting non-planar joints into planar joints,
A thermoplastic polyester comprising: - at least one 1,4:3,6-dianhydro-L-iditol unit (A), - at least one linear aliphatic diol unit (B), - at least one aromatic dicarboxylic acid unit (C), said thermoplastic polyester having a reduced viscosity in solution (25°C; phenol (50wt.%):ortho-dichlorobenzene (50wt.%); 5 g of polyester/l) greater than 25 ml/g being exempt from any unit other than 1,4:3,6-dianhydro-L-iditol unit (A), the molar amount of 1,4:3,6-dianhydro-L-iditol units (A) ranging from 4 to 90 mol%, the amount being expressed relative to the total amount of diols, the molar amount of linear aliphatic diol units (B) ranging from 10 to 96 mol%, the amount being expressed relative to the total amount of diols. - at least one 1,4:3,6-dianhydro-L-iditol unit (A), - at least one linear aliphatic diol unit (B), - at least one aromatic dicarboxylic acid unit (C), said thermoplastic polyester having a reduced viscosity in solution (25°C; phenol (50wt.%):ortho-dichlorobenzene (50wt.%); 5 g of polyester/l) greater than 25 ml/g being exempt from any unit other than 1,4:3,6-dianhydro-L-iditol unit (A), the molar amount of 1,4:3,6-dianhydro-L-iditol units (A) ranging from 4 to 90 mol%, the amount being expressed relative to the total amount of diols, the molar amount of linear aliphatic diol units (B) ranging from 10 to 96 mol%, the amount being expressed relative to the total amount of diols.
A liner system for applying to a limb or a limb stump, with an inner liner comprising an inner side facing the limb or limb stump and an outer side facing away from the limb or limb stump, and an outer liner that comprises an inner side facing the inner liner and an outer side facing away from the inner liner and that is designed to be applied over the inner liner , with a sealing element , which is designed to be separate from the inner liner and the outer liner , for arranging between the outer side of the inner liner and the inner side of the outer liner to increase the material thickness, characterized in that the sealing element is designed to be ring-shaped or belt-shaped.
A powder for use in a negative electrode of a battery, said powder comprising particles, wherein said particles comprise a carbonaceous matrix material and silicon-based domains dispersed in said carbonaceous matrix material, wherein said particles further comprise pores, wherein in a cross-section of said powder, said cross-section comprising at least 1000 discrete cross-sections of pores: - each of said at least 1000 discrete cross-sections of pores has a maximum Feret diameter xFmax, a minimum Feret diameter xFmin and an area, wherein xFmax, xFmin and the area are measured by image analysis of at least one electron microscopy image of said cross-section of said powder, and - said at least 1000 discrete cross-sections of pores have a number-based distribution of maximum Feret diameters with a d50 value and a d95 value, wherein d95 ≤ 150 nm and the ratio d95/d50 ≤ 3.0; said powder being characterized in that it has a silicon content C expressed in weight percent (wt%), wherein 3×10 -4 ×C ≤ F ≤ 4×10 -3 ×C, with F=Sp/Sc, Sp being a sum of each of the areas of the at least 1000 discrete cross-sections of pores and Sc being a sum of each of the areas of the cross-sections of particles comprising the at least 1000 discrete cross-sections of pores, Sc and Sp being measured on the same said at least one electron microscopy image of said cross-section of said powder. - each of said at least 1000 discrete cross-sections of pores has a maximum Feret diameter xFmax, a minimum Feret diameter xFmin and an area, wherein xFmax, xFmin and the area are measured by image analysis of at least one electron microscopy image of said cross-section of said powder, and - said at least 1000 discrete cross-sections of pores have a number-based distribution of maximum Feret diameters with a d50 value and a d95 value, wherein d95 ≤ 150 nm and the ratio d95/d50 ≤ 3.0;