mhurhangee/ep-ind-claims huggingface dataset:
A liner interface with neural receptors comprising: a fabric layer having an inner surface and an outer surface; an electrically conductive receptor; and an electrically conductive element (5A-5D) extending from said electrically conductive receptor for conducting electric signals therefrom caused by neural impulses from nerve endings when said interface is in use, characterised in that: said electrically conductive receptor comprises a silicone patch (1A-1D) having an outer surface, an inner surface, side surfaces, and a selective predetermined thickness, said patch adapted to be electrically conductive; said receptor and said electrically conductive element are adhered to said inner surface of said fabric layer at a selective location based on the area of the user to be sensed; said inner surface of said fabric, said side surfaces of said receptor, and said electrically conductive element have a predetermined thickness of gel material coated thereon; and said electrically conductive element comprises a conductive strip attached to the inner surface of the fabric layer and extending from the silicone patch between the fabric layer and the gel material coating. a fabric layer having an inner surface and an outer surface; an electrically conductive receptor; and an electrically conductive element (5A-5D) extending from said electrically conductive receptor for conducting electric signals therefrom caused by neural impulses from nerve endings when said interface is in use, characterised in that: said electrically conductive receptor comprises a silicone patch (1A-1D) having an outer surface, an inner surface, side surfaces, and a selective predetermined thickness, said patch adapted to be electrically conductive; said receptor and said electrically conductive element are adhered to said inner surface of said fabric layer at a selective location based on the area of the user to be sensed; said inner surface of said fabric, said side surfaces of said receptor, and said electrically conductive element have a predetermined thickness of gel material coated thereon; and said electrically conductive element comprises a conductive strip attached to the inner surface of the fabric layer and extending from the silicone patch between the fabric layer and the gel material coating. said electrically conductive receptor comprises a silicone patch (1A-1D) having an outer surface, an inner surface, side surfaces, and a selective predetermined thickness, said patch adapted to be electrically conductive; said receptor and said electrically conductive element are adhered to said inner surface of said fabric layer at a selective location based on the area of the user to be sensed; said inner surface of said fabric, said side surfaces of said receptor, and said electrically conductive element have a predetermined thickness of gel material coated thereon; and said electrically conductive element comprises a conductive strip attached to the inner surface of the fabric layer and extending from the silicone patch between the fabric layer and the gel material coating.
A noncontact power feeding apparatus comprising: a power transmission resonator; and a power reception resonator configured to be magnetically coupled with the power transmission resonator by magnetic field resonance, wherein the power transmission resonator is magnetically coupled with the power reception resonator by the magnetic field resonance, whereby electric power is supplied from an electric power source to the power reception resonator through the power transmission resonator, one of the power transmission resonator and the power reception resonator has an LC resonant circuit having a predetermined single resonant frequency, and the other one of the power transmission resonator and the power reception resonator has an LC resonant circuit having the predetermined single resonant frequency and an LC resonant circuit having a resonant frequency (f1, f3) different from the predetermined single resonant frequency, characterized in that among the plurality of resonant frequencies (f1, f2, f3) of the LC resonant circuits which the other one of the power transmission resonator and the power reception resonator has, at least one resonant frequency (f1, f3) of an LC resonant circuit is set within a range of a half width (Δf) of another resonant frequency (f1, f3) adjacent to the one resonant frequency. a power transmission resonator; and a power reception resonator configured to be magnetically coupled with the power transmission resonator by magnetic field resonance, wherein the power transmission resonator is magnetically coupled with the power reception resonator by the magnetic field resonance, whereby electric power is supplied from an electric power source to the power reception resonator through the power transmission resonator, one of the power transmission resonator and the power reception resonator has an LC resonant circuit having a predetermined single resonant frequency, and the other one of the power transmission resonator and the power reception resonator has an LC resonant circuit having the predetermined single resonant frequency and an LC resonant circuit having a resonant frequency (f1, f3) different from the predetermined single resonant frequency, characterized in that among the plurality of resonant frequencies (f1, f2, f3) of the LC resonant circuits which the other one of the power transmission resonator and the power reception resonator has, at least one resonant frequency (f1, f3) of an LC resonant circuit is set within a range of a half width (Δf) of another resonant frequency (f1, f3) adjacent to the one resonant frequency.
A hybrid multilayer solar selective coating comprising a tandem stack of layers containing interlayer of chromium/titanium, first absorber layer of aluminum-titanium nitride (AlTiN), second absorber layer of aluminum-titanium oxynitride (AlTiON), an antireflection layer of aluminum-titanium oxide (AlTiO) and a barrier layer of organically modified silica (ormosil), wherein the said coating exhibiting thermal resistance up to 500°C in air and up to 600°C in vacuum with a solar selectivity ratio of 5 to 9.
A contact element for a connector, having an at least partially electrically conductive housing for connection to a grounding conductor (4.2) of an electrical line, and having at least one inner conductor part for connection to at least one signal conductor (4.4) of the electrical line, wherein in a contact region of the housing situated at the front in the insertion direction there are arranged at least two resilient tongues (10, 11) for contacting an outer conductor of a second connector, and wherein the resilient tongues (10, 11) are each secured movably at a first free end (10.1, 11.1) and immovably at a second end (10.2, 11.2), wherein two groups of resilient tongues (10, 11) are provided, wherein the resilient tongues of a first group are arranged such that their free ends (10.1) are arranged facing toward a front end (9.1) of the contact region and the resilient tongues of a second group are arranged such that their free ends (11.1) are arranged facing away from the front end (9.1) of the contact region, wherein: a) the contact element comprises an at least partially electrically conductive contact sleeve, which is electrically conductively connected to the housing, and which forms the resilient tongues (10, 11) and has a round cross section, and wherein preferably the housing also has a round cross section; or b) the resilient tongues (10, 11) are formed as a single piece with the housing, wherein the housing has a round cross section and the contact region forms an inner space (9.2) to receive a second connector and the free ends (10.1, 11.1) of the resilient tongues (10, 11) protrude into the inner space (9.2) for the contacting with the second connector. a) the contact element comprises an at least partially electrically conductive contact sleeve, which is electrically conductively connected to the housing, and which forms the resilient tongues (10, 11) and has a round cross section, and wherein preferably the housing also has a round cross section; or b) the resilient tongues (10, 11) are formed as a single piece with the housing, wherein the housing has a round cross section and the contact region forms an inner space (9.2) to receive a second connector and the free ends (10.1, 11.1) of the resilient tongues (10, 11) protrude into the inner space (9.2) for the contacting with the second connector.
Process for the production of decorated wooden boards with the following steps: - scattering of glued wood fibers or wood chips to give a cake of wood material, - pressing of the cake of wood material at elevated temperature to give a substrate board which is provided in press-finished condition and, at least on one of the upper sides thereof, has a press skin that arose during production thereof, - application of a base coat made of a melamine-based liquid resin to the preferably untreated press skin of the upper side of the substrate board, whereupon the resin penetrates at least to some extent into the upper peripheral layer of the substrate board, and thus at least to some extent penetrates into the press skin and improves the quality thereof, - drying of the base coat, - in order to produce a decorative effect, application of at least one water-based lacquer enriched with coloring pigments, - drying of the decorative effect, - application, to the decorative layer, of a sealing system made of at least one melamine-based resin enriched with abrasion-resistant particles and with cellulose fibers, - drying of the sealing system layer, characterized in that, after drying of the base coat and before producing the decorative effect, a water-based white ink is applied as base color by means of a digital printer to the dried base coat and is then dried. - scattering of glued wood fibers or wood chips to give a cake of wood material, - pressing of the cake of wood material at elevated temperature to give a substrate board which is provided in press-finished condition and, at least on one of the upper sides thereof, has a press skin that arose during production thereof, - application of a base coat made of a melamine-based liquid resin to the preferably untreated press skin of the upper side of the substrate board, whereupon the resin penetrates at least to some extent into the upper peripheral layer of the substrate board, and thus at least to some extent penetrates into the press skin and improves the quality thereof, - drying of the base coat, - in order to produce a decorative effect, application of at least one water-based lacquer enriched with coloring pigments, - drying of the decorative effect, - application, to the decorative layer, of a sealing system made of at least one melamine-based resin enriched with abrasion-resistant particles and with cellulose fibers, - drying of the sealing system layer,
A curable composition comprising a polyfunctional polymerizable compound A1 represented by the following general formula and a polyfunctional polymerizable compound A2 which differs from A1; in the general formula, R 1 represents a hydrogen atom or a methyl group, L 1 represents a linear or branched alkylene group having 2 to 4 carbon atoms; however, L 1 does not have a structure in which the oxygen atom and the nitrogen atom bonded on both ends of L 1 are bonded to the same carbon atom of L 1, L 2 represents a divalent linking group, k represents 2 or 3, x, y, and z each independently represent integers of 0 to 6, and x + y + z equals 0 to 18. R 1 represents a hydrogen atom or a methyl group, L 1 represents a linear or branched alkylene group having 2 to 4 carbon atoms; however, L 1 does not have a structure in which the oxygen atom and the nitrogen atom bonded on both ends of L 1 are bonded to the same carbon atom of L 1, L 2 represents a divalent linking group, k represents 2 or 3, x, y, and z each independently represent integers of 0 to 6, and x + y + z equals 0 to 18.
A process for preparing a (meth)acrylated compound comprising the steps of: (a) Reacting a thermoplastic polyester with at least one polyhydric alcohol and, optionally, with at least one triglyceride, wherein the molar ratio of triglyceride to thermoplastic polyester is between 0 and 0.3, and the molar ratio of polyhydric alcohol to thermoplastic polyester is at most 1.9 to obtain a depolymerization product A with a hydroxyl number within the range of from 200 to 800 mg KOH/g; (b) Reacting the depolymerization product A with at least one fatty acid and/or at least one polybasic carboxylic acid and, optionally, with at least one polyhydric alcohol to provide a polyester polyol B; (c) Reacting the polyester polyol B with at least one (meth)acrylating compound to provide a (meth)acrylated compound, wherein the weight ratio of fatty acid to the depolymerization product A is between 0 and 0.6, wherein the weight ratio of polybasic carboxylic acid to the depolymerization product A is less than 0.3, wherein the weight ratio of (meth)acrylating agent to the depolymerization product A is between 0.1 and 0.8, and wherein the (meth)acrylated compound has a number average molecular weight (Mn) between 500 and 5000 Da, wherein the hydroxyl number and the number average molecular weight are determined as shown in the description and with the proviso that at least one triglyceride and/or at least one fatty acid is used. (a) Reacting a thermoplastic polyester with at least one polyhydric alcohol and, optionally, with at least one triglyceride, wherein the molar ratio of triglyceride to thermoplastic polyester is between 0 and 0.3, and the molar ratio of polyhydric alcohol to thermoplastic polyester is at most 1.9 to obtain a depolymerization product A with a hydroxyl number within the range of from 200 to 800 mg KOH/g; (b) Reacting the depolymerization product A with at least one fatty acid and/or at least one polybasic carboxylic acid and, optionally, with at least one polyhydric alcohol to provide a polyester polyol B; (c) Reacting the polyester polyol B with at least one (meth)acrylating compound to provide a (meth)acrylated compound,
A method of detecting the presence or absence of a target nucleic acid sequence in a sample comprising: a) performing an amplifying step comprising contacting the sample with amplification reagents to produce an amplification product if the target nucleic acid sequence is present in the sample, and b) detecting the amplification product, wherein the amplification reagents comprise a modified nucleoside triphosphate having a photocleavable moiety and having a structure of: where Base is a purine or pyrimidine base or a purine or pyrimidine base analog; and wherein prior to step a), the modified nucleoside triphosphate is irradiated with light having a wavelength capable of cleaving the photocleavable moiety. a) performing an amplifying step comprising contacting the sample with amplification reagents to produce an amplification product if the target nucleic acid sequence is present in the sample, and b) detecting the amplification product, where Base is a purine or pyrimidine base or a purine or pyrimidine base analog; and wherein prior to step a), the modified nucleoside triphosphate is irradiated with light having a wavelength capable of cleaving the photocleavable moiety.
A control grip which is designed to control the acceleration and/or the speed of a vehicle on the basis of an axial torque applied to the control grip, having - a gripping region (2, 4) which is designed to be gripped by the hand of a user, and - an attachment region which is designed to attach the gripping region (2, 4) in an axially non-rotatable manner to a component of the vehicle, wherein the acceleration and/or a speed of the vehicle depend(s) on the axial torque applied to the gripping region by the user, wherein the gripping region (2, 4) and the attachment region are rigidly connected together and the control grip has at least one measuring element (12, 14, 16) which is designed to ascertain the axial torque applied by the user to the grip region (2, 4), characterised in that the measuring element (12, 14, 16) is arranged on a detection region between the gripping region (2, 4) and the attachment region, the detection region having greater deformability than the gripping region (2, 4) and the attachment region. - a gripping region (2, 4) which is designed to be gripped by the hand of a user, and - an attachment region which is designed to attach the gripping region (2, 4) in an axially non-rotatable manner to a component of the vehicle,
Drill guide for various drilling depth for use in the dental field comprising a grip part and at least two guide sleeves arranged on the grip part, wherein the grip part has a top face and an underside, and the underside of the grip part is intended to bear at least partially on a drill jig, wherein the at least two guide sleeves protrude from the underside of the grip part, wherein a guide sleeve is arranged in both end zones of the grip part, characterized in that exactly one stop, which is an axial continuation of one of the two guide sleeves, protrudes from the top face of the grip part, and in that the internal diameter of the at least two guide sleeves is identical.
A medical probe device in combination with a probe, wherein the medical probe device defines a probe guide therethrough, the probe guide defining a longitudinal axis and providing an unimpeded passageway through the medical probe device for passage of the probe therethrough, the medical probe device comprising a clamp defining a clamping surface, at least a portion of the clamp being moveable from a first position to a second position and in a direction that crosses the longitudinal axis of the probe guide such that the probe is free to move in the probe guide when the clamp is at the first position and such that the clamping surface is in contact with the probe located in the probe guide when the clamp is at the second position, characterised in that the second position is a clamping position that prevents motion of the probe held in the probe guide such that the probe is prevented from moving in the probe guide when the clamp is at the second position.
Use of a potassium binding polymer having acid groups selected from the group consisting of sulfonic (-SO 3 -), sulfuric (-OSO 3 -), carboxylic (-CO 2 -), phosphonic (-PO 3 --), phosphoric (-OPO 3 --), and sulfamate (-NHSO 3 -) groups, and an electron-withdrawing substituent located adjacent to the acid group, wherein the electron-withdrawing substituent is selected from the group consisting of a hydroxyl group, an ether group, an ester group, and a halide atom, and wherein the electron-withdrawing substituent is fluorine when the acid group is carboxylic, for the preparation of a medicament for the treatment of hyperkalemia.
A method of supplying bursts of substantially constant voltage to a switched load via a voltage reservoir, the method comprising: a) based on a predetermined current that is to be sourced by the switched load during an active portion of a switching cycle, computing an average current that should be fed to the voltage reservoir, wherein the computing is responsive to an estimation of the current that is to be sourced by the switched load during an active portion of a switching cycle of the switched load, during an inactive portion of the switching cycle to ensure that sufficient energy will be stored in the voltage reservoir to supply the switched load without completely draining the voltage reservoir; and b) continuously supplying energy to the voltage reservoir via a switching converter at a substantially constant current equal in magnitude to said average current. a) based on a predetermined current that is to be sourced by the switched load during an active portion of a switching cycle, computing an average current that should be fed to the voltage reservoir, wherein the computing is responsive to an estimation of the current that is to be sourced by the switched load during an active portion of a switching cycle of the switched load, during an inactive portion of the switching cycle to ensure that sufficient energy will be stored in the voltage reservoir to supply the switched load without completely draining the voltage reservoir; and b) continuously supplying energy to the voltage reservoir via a switching converter at a substantially constant current equal in magnitude to said average current.
A personal care cleaning device, comprising: a housing dimensioned to be grasped be a user; a resonant drive actuator, comprising: a rotor having a first moment of inertia (J r) and disposed within and extending through a stator, said stator having a second moment of inertia (J s) and disposed within said housing; a first plurality of leaf spring elements having a first spring constant (k rh), each leaf spring element of the first plurality of leaf spring elements being connected to the housing and to the rotor such that each leaf spring element of the first plurality of leaf spring elements extends radially from the rotor to the housing and is configured to elastically deform to permit the rotor to rotate with respect to the housing; and a second plurality of leaf spring elements having a second spring constant (k sh), each leaf spring element of the second plurality of leaf spring elements being connected to the housing and to the stator, each leaf spring element extending axially along at least a portion of the length of the stator and being configured to elastically deform to permit the stator to rotate with respect to the housing, wherein a ratio of the first spring constant (k rh) and the second spring constant (k sh) is sufficiently similar to a ratio of the first moment of inertia (J r) and the second moment of inertia (J s) such that there is substantially no resulting torque transmitted to the housing during operation. a housing dimensioned to be grasped be a user; a resonant drive actuator, comprising: a rotor having a first moment of inertia (J r) and disposed within and extending through a stator, said stator having a second moment of inertia (J s) and disposed within said housing; a rotor having a first moment of inertia (J r) and disposed within and extending through a stator, said stator having a second moment of inertia (J s) and disposed within said housing; a first plurality of leaf spring elements having a first spring constant (k rh), each leaf spring element of the first plurality of leaf spring elements being connected to the housing and to the rotor such that each leaf spring element of the first plurality of leaf spring elements extends radially from the rotor to the housing and is configured to elastically deform to permit the rotor to rotate with respect to the housing; and a second plurality of leaf spring elements having a second spring constant (k sh), each leaf spring element of the second plurality of leaf spring elements being connected to the housing and to the stator, each leaf spring element extending axially along at least a portion of the length of the stator and being configured to elastically deform to permit the stator to rotate with respect to the housing, wherein a ratio of the first spring constant (k rh) and the second spring constant (k sh) is sufficiently similar to a ratio of the first moment of inertia (J r) and the second moment of inertia (J s) such that there is substantially no resulting torque transmitted to the housing during operation.