mhurhangee/ep-ind-claims huggingface dataset:
Cutter system for an electric shaver or trimmer, comprising an inner cutting element and an outer cutting element forming a pair of cooperating cutting elements (4, 5) with two rows of comb-like outer cutting teeth, each having a tooth tip and a longitudinal extension extending parallel to a first axis, said tooth tips of both rows of comb like outer cutting teeth are facing away from each other and with opening slots being provided between those teeth, wherein said cutting elements (4, 5) are movably supported relative to each other, characterised in that the row of comb-like outer cutting teeth have, at a position of 0.2 mm away from the tooth tip along the first axis, a ratio between tooth width in a direction perpendicular to said first axis and a width of an opening slot between two of those adjacent teeth between 1.0 and 2.0, wherein said outer cutting teeth are formed in a substantially rectangular shape with rounded edges, at a position of 0.2 mm away from the tooth tip along the first axis and in a cross section perpendicular to said first axis.
Timepiece mechanism, characterized in that the mechanism comprises: - a lever, rotatable about a lever axis, the angular position a of the lever representing a first value, wherein a zero value of the first value corresponds to a reference direction, - a sliding block mounted to move in translation on the lever in a direction substantially perpendicular to the axis of the lever and comprising a guide-mark element whose trajectory in translation relative to the lever is secant to the lever axis, the radial position r of the guide-mark element with respect to the lever axis representing a second value, - an output device formed of a deformable parallelogram in a plane perpendicular to the lever axis, the parallelogram including a first side that is stationary relative to the lever axis and perpendicular to the reference direction, a second side opposite to the first side and linked in translation to the guide-mark element in the direction perpendicular to the reference direction, and in that the angular position b of the third and fourth sides of the parallelogram, which are adjacent to the first side with respect to the reference direction, satisfies the equation r.sin(a) = R.sin(b), where R being a constant value. - a lever, rotatable about a lever axis, the angular position a of the lever representing a first value, wherein a zero value of the first value corresponds to a reference direction, - a sliding block mounted to move in translation on the lever in a direction substantially perpendicular to the axis of the lever and comprising a guide-mark element whose trajectory in translation relative to the lever is secant to the lever axis, the radial position r of the guide-mark element with respect to the lever axis representing a second value, - an output device formed of a deformable parallelogram in a plane perpendicular to the lever axis, the parallelogram including a first side that is stationary relative to the lever axis and perpendicular to the reference direction, a second side opposite to the first side and linked in translation to the guide-mark element in the direction perpendicular to the reference direction, and in that the angular position b of the third and fourth sides of the parallelogram, which are adjacent to the first side with respect to the reference direction, satisfies the equation r.sin(a) = R.sin(b), where R being a constant value.
A board material comprising a set cementitious core having adhered to at least one of its surfaces as a facer a multilayer nonwoven fibrous mat comprising at least two layers including an inner layer and an outer layer wherein the outer layer comprises relatively fine fibers having a diameter of 1 to 10 microns so as to make possible an aesthetically pleasing relatively smooth outer surface and an inner layer comprising relatively coarser fibers having a greater diameter than those of the inner layer with said coarser fibers providing interstices between adjoining fibers of the inner layer so as to promote the ingress of the cementitious core material prior to setting with the achievement of enhanced adhesion between the set cementitious core and said multilayer nonwoven fibrous mat.
A cathode active material for a lithium secondary battery comprising the compound of Formula 1 which is further doped or coated with a phosphate fluoride: Formula 1 Li a Ni x Co y M' z Mn (1-x-y-z) O 2 wherein M' is selected from the group consisting of Ca, Mg, Al, Ti, Mn, Fe, Co, Ni, Cu, Zn, Y, Zr, Nb, B, and a combination thereof; and 0.4 < a ≤ 1.3, 0 ≤ x < 0.8, 0 ≤ y ≤ 0.33, 0 ≤ z ≤ 0.33, and 0 ≤ x+y+z < 1.
An additive deposition system, comprising: an aerosol generation apparatus configured to generate an aerosol of additive material; an aerosol charging apparatus configured to electrostatically charge the generated aerosol of additive material to a first polarity; a selective charging apparatus configured to selectively alter an electrostatic charge of a substrate layer surface; and the charged aerosol of additive material selectively deposited onto the charge altered substrate by an electrostatic force due to an electrostatic potential between the charged aerosol of additive material and the substrate, characterised in that the aerosol generation apparatus is a filament extension atomizer. an aerosol generation apparatus configured to generate an aerosol of additive material; an aerosol charging apparatus configured to electrostatically charge the generated aerosol of additive material to a first polarity; a selective charging apparatus configured to selectively alter an electrostatic charge of a substrate layer surface; and the charged aerosol of additive material selectively deposited onto the charge altered substrate by an electrostatic force due to an electrostatic potential between the charged aerosol of additive material and the substrate, characterised in that the aerosol generation apparatus is a filament extension atomizer.
A method comprising: receiving a request to perform a particular scan on at least a portion of a computing environment; identifying a particular language interpreter in a plurality of language interpreters available on a scan engine, the particular language interpreter for use in performing the particular scan; performing, using the scan engine, the particular scan using the particular language interpreter; and returning results of the particular scan, wherein the request includes a scan script executable by the scan engine to perform the particular scan using the identified language interpreter, wherein receipt of the request to perform the particular scan unlocks the particular language interpreter. receiving a request to perform a particular scan on at least a portion of a computing environment; identifying a particular language interpreter in a plurality of language interpreters available on a scan engine, the particular language interpreter for use in performing the particular scan; performing, using the scan engine, the particular scan using the particular language interpreter; and returning results of the particular scan, wherein the request includes a scan script executable by the scan engine to perform the particular scan using the identified language interpreter, wherein receipt of the request to perform the particular scan unlocks the particular language interpreter.
A drive mechanism for a drug delivery device, comprising a housing having a longitudinal axis, a first feedback element which is movable along the longitudinal axis relative to the housing and a second feedback element, wherein the first feedback element and the second feedback element are adapted to interact with each other, thereby providing at least one of tactile and audible feedback during at least one of a dose setting and dose dispensing operation of the drive mechanism, wherein the first feedback element comprises a first surface configured to interact with the second feedback element during at least one of a dose setting and dose dispensing operation of the drive mechanism, wherein the first surface is structured, wherein the first surface comprises structure elements, wherein the first feedback element comprises a second surface wherein the first surface and the second surface comprise the same structure elements arranged at opposite positions, characterized in that the first feedback element comprises a helical structure, wherein the second surface is configured to interact with the second feedback element during at least one of a dose setting and dose dispensing operation of the drive mechanism.
A coupling device for connecting prosthesis components, with which a self-locking press fit can be created on an end, constructed as a cone, of a first prosthesis component inserted into a bone tissue, the coupling device comprising an outer coupling body having at least one socket with a conically tapering inner wall and an expansion sleeve with a lateral surface forming an outer cone and an engaging surface forming an inner cone, characterized in that the expansion sleeve is mounted in the socket such that it can rotate about its longitudinal axis and is arranged for accommodating the cone of the first prosthesis component, and in that the expansion sleeve is configured to be radially outwardly expandable for forming the self-locking press fit, so that a radial widening of the expansion sleeve takes place during the insertion of the cone of the first prosthesis component into the expansion sleeve, thereby producing the self-locking press fit between the cone of the first prosthesis component and the coupling device.
A signal transmitting apparatus in a communication system, comprising: a multi-frequency assignment, FA, input signal generation block, MGB, for generating a multi-FA signal by combining single FA signals to be transmitted by N FAs; a power divider block, PDB, for dividing power of the multi-FA signal by N; N multi-mode power amplifiers, MMPAs, (623-1 ∼ 623-N) for amplifying the N divided signals according to adjusted amplification characteristics; a power combiner block, PCB, for combining the power of the amplified N signals; and a multi-mode power amplifier, MMPA, mode controller, MMC, for determining an operation mode of the N MMPAs according to an FA strategy being used and controlling adjustment of the amplification characteristics of the N MMPAs depending on the determined operation mode,; wherein the operation mode is one of a single FA mode in which the signal transmitting apparatus uses a single FA and a multi-FA mode in which the signal transmitting apparatus uses multiple FAs, wherein the PCB combines the power of the N divided signals with the same frequency amplified by the same amplitude and the same phase, and wherein the N MMPAs are adapted to adopt different amplification methods for a single FA signal being a narrow-band signal and a multi-FA signal being a broad-band signal and in case the operation, mode is the multi-FA mode the MMPAs are optimized according to the broad-band: characteristics of the multiple FAs. a multi-frequency assignment, FA, input signal generation block, MGB, for generating a multi-FA signal by combining single FA signals to be transmitted by N FAs; a power divider block, PDB, for dividing power of the multi-FA signal by N; N multi-mode power amplifiers, MMPAs, (623-1 ∼ 623-N) for amplifying the N divided signals according to adjusted amplification characteristics; a power combiner block, PCB, for combining the power of the amplified N signals; and a multi-mode power amplifier, MMPA, mode controller, MMC, for determining an operation mode of the N MMPAs according to an FA strategy being used and controlling adjustment of the amplification characteristics of the N MMPAs depending on the determined operation mode,; wherein the operation mode is one of a single FA mode in which the signal transmitting apparatus uses a single FA and a multi-FA mode in which the signal transmitting apparatus uses multiple FAs, wherein the PCB combines the power of the N divided signals with the same frequency amplified by the same amplitude and the same phase, and wherein the N MMPAs are adapted to adopt different amplification methods for a single FA signal being a narrow-band signal and a multi-FA signal being a broad-band signal and in case the operation, mode is the multi-FA mode the MMPAs are optimized according to the broad-band: characteristics of the multiple FAs.
An apparatus (100, 500, 600) for sampling one or more bioanalytes in tissue (107, 507, 607), comprising: a base (102, 502, 602) having one or more conduits adapted to receive fluid extracted from the tissue; a plurality of microneedles (106, 306, 506, 606) fluidly coupled with the one or more conduits and adapted to be pierced into the tissue such that a tip (108, 308) of each microneedle is positioned in a respective sampling region of the tissue; a plurality of individually-controllable energy emitters (112, 114, 350, 612, 614); and logic operably coupled with the plurality of individually-controllable energy-emitters, wherein the logic is adapted to operate a subset of the plurality of individually-controllable energy emitters to apply energy at a first subset of the plurality of microneedles to induce bioanalyte flow through tissue towards the first subset or a second subset of the plurality of microneedles, or through the first subset or a second subset of the plurality of microneedles. a base (102, 502, 602) having one or more conduits adapted to receive fluid extracted from the tissue; a plurality of microneedles (106, 306, 506, 606) fluidly coupled with the one or more conduits and adapted to be pierced into the tissue such that a tip (108, 308) of each microneedle is positioned in a respective sampling region of the tissue; a plurality of individually-controllable energy emitters (112, 114, 350, 612, 614); and logic operably coupled with the plurality of individually-controllable energy-emitters, wherein the logic is adapted to operate a subset of the plurality of individually-controllable energy emitters to apply energy at a first subset of the plurality of microneedles to induce bioanalyte flow through tissue towards the first subset or a second subset of the plurality of microneedles, or through the first subset or a second subset of the plurality of microneedles.
An olefinic thermoplastic elastomer composition which is obtainable by dynamically heat treating a mixture including 40 to 80 parts by weight of an ethylene-based copolymer rubber, 60 to 15 parts by weight of a solid olefinic resin and 45 parts by weight or less of a softening agent (the total amount of the components, and being 100 parts by weight) in the presence of a crosslinking agent and a crosslinking aid and by subsequently conducting static heat treatment under the following conditions: Q ≧ 0.1 and t ≧ 2 − T − 110 / 10 wherein Q is a quantity (m 3 /(hour · kg)) of hot air supplied upon drying per unit weight of the substance to be treated, t is a heat treatment time (hour) and T is a temperature (°C) of the hot air just before hitting the substance to be treated, and which gives a gloss value of 80% or more and a haze value of 10% or less on glass plate when subjected to the fogging test at a condition of 100°C and 3 hours according to the prescription of A method of DIN 75201 using 10 g of the pellets, wherein the softening agent is a process oil, and the crosslinking agent is a bifunctional organic peroxide having two peroxide bonds in one molecule and the decomposition product thereof, diol, remains in the pellets in a concentration of 30 ppm or less.
A spectacle lens comprising: an optical substrate, and a functional layer that is light-transmissive in the visible wavelength region and is laminated to the surface of the optical substrate, the period Pk (nm -1) of reflectance of the functional layer in the k-space being not more than 3.66 × 10 -5, a refractive index difference at the boundary of the substrate and the functional layer being 0.06 to 0.40. an optical substrate, and a functional layer that is light-transmissive in the visible wavelength region and is laminated to the surface of the optical substrate, the period Pk (nm -1) of reflectance of the functional layer in the k-space being not more than 3.66 × 10 -5, a refractive index difference at the boundary of the substrate and the functional layer being 0.06 to 0.40.
A snap connector configured to be electrically and mechanically connectable to an electrical terminal, wherein the snap connector comprises: a body comprising an insulating material; respective first and second electrical contacts (16, 18) separated by the insulating material; and resistive material configured to provide a direct current connection for the flow of electric current between the first and second electrical contacts (16, 18), wherein a layer of the resistive material is provided on at least a part of the external surface of the body, and the insulating material is arranged to guide the flow of electric current between the first and second electrical contacts (16, 18) through the resistive material. a body comprising an insulating material; respective first and second electrical contacts (16, 18) separated by the insulating material; and resistive material configured to provide a direct current connection for the flow of electric current between the first and second electrical contacts (16, 18), wherein a layer of the resistive material is provided on at least a part of the external surface of the body, and the insulating material is arranged to guide the flow of electric current between the first and second electrical contacts (16, 18) through the resistive material.
Method for producing an engine component, in particular a piston for an internal combustion engine, in which an aluminium alloy is cast using the gravity die casting process, wherein the aluminium alloy has the following alloy elements: silicon: 7 wt.% to < 14.5 wt.%, nickel: > 1.2 wt.% to < 3.5 wt.%, copper: > 3.7 wt.% to < 10 wt.%, cobalt: to < 1 wt.%, magnesium: 0.1 wt.% to 1.5 wt.%, iron: 0.1 wt.% to ≤ 0.7 wt.%, manganese: 0.1 wt.% to ≤ 0.7 wt.%, zirconium: > 0.1 wt.% to < 0.5 wt.%, vanadium: ≥ 0.1 wt.% to ≤ 0.3 wt.%, titanium: 0.05 wt.% to 0.5 wt.%, phosphorus: 0.004 wt.% to ≤ 0.05 wt.%, optionally beryllium: 0.0005 wt.% to 0.5 wt.% and optionally calcium: to ≤ 0.0005 wt.% and aluminium and unavoidable impurities as the remainder.
Hyaluronic acid derivative modified by a double bond in the positions 4 and 5 of the glucosamine part of the polysaccharide and at the same time oxidized to an aldehyde in the position 6 of the glucosamine part of the polysaccharide, according to the structural formula X, or a hydrated form thereof according to the structural formula Y wherein R is hydrogen, any metal cation or an organic cation.
A compound having the following formula I, which can be used as an intermediate for the preparation of heparin pentasaccharide, wherein the configuration of monosaccharide units and the stereochemistry of the connecting bond among each of the monosaccharides is D-glucosyl-α-1,4-D-glucuronosyl-β-1,4-D-glucosyl-α-1,4-L-idoronosyl-α-1,4-D-glucose, wherein the definition of each substituent is as follows: R represents C 1 -C 20 alkyl or substituted alkyl, wherein the alkyl can be either linear alkyl or branched or cyclic alkyl and wherein the substituted alkyl can be benzyl, allyl, methoxymethyl or 2-methoxyethyl; R 4 represents benzyl or substituted benzyl, wherein the substituted benzyl can be p-methoxybenzyl or triphenylmethyl, and R 4 in the same molecular formula represents either identical group or different group; R 5 represents hydrogen ion or alkali metal ion. R represents C 1 -C 20 alkyl or substituted alkyl, wherein the alkyl can be either linear alkyl or branched or cyclic alkyl and wherein the substituted alkyl can be benzyl, allyl, methoxymethyl or 2-methoxyethyl; R 4 represents benzyl or substituted benzyl, wherein the substituted benzyl can be p-methoxybenzyl or triphenylmethyl, and R 4 in the same molecular formula represents either identical group or different group; R 5 represents hydrogen ion or alkali metal ion.
A device comprising - a substrate having a first contact pad with a contact area, - a second contact pad integral to the substrate and comprising a contact area, the second contact pad moving with respect to the first contact pad between an ohmic contact position between said contact areas and another position, a device characterized in that it comprises - a decontamination device by application of a first non-uniform electric field (5, 6) on at least a part of the contact area of the first pad by means of a decontamination electrode (5, 6), - a fluid arranged between the first contact pad and the decontamination electrode, the fluid having a first dielectric permittivity value, a device wherein the decontamination device and the fluid are configured in such a way that the first electric field generates a force directed towards the decontamination electrode on an organic contaminant, by dielectrophoresis. - a substrate having a first contact pad with a contact area, - a second contact pad integral to the substrate and comprising a contact area, the second contact pad moving with respect to the first contact pad between an ohmic contact position between said contact areas and another position, a device characterized in that it comprises - a decontamination device by application of a first non-uniform electric field (5, 6) on at least a part of the contact area of the first pad by means of a decontamination electrode (5, 6), - a fluid arranged between the first contact pad and the decontamination electrode, the fluid having a first dielectric permittivity value, a device wherein the decontamination device and the fluid are configured in such a way that the first electric field generates a force directed towards the decontamination electrode on an organic contaminant, by dielectrophoresis.
A computer-implemented method comprising: outputting, by a computing device and for display, one or more digital images that include a digital representation of a face of a user; receiving, by the computing device and based on a facial recognition process, an indication of a match between facial data associated with the digital representation of the face of the user and reference facial data associated with a digital representation of an enrolled face of the user, wherein the reference facial data is associated with digital makeup enhancement data previously stored for the user; retrieving, by the computing device, the digital makeup enhancement data that is associated with the reference facial data; applying, by the computing device, the digital makeup enhancement data to the facial data of the digital representation of the face of the user to generate one or more modified digital images that indicate at least one corresponding digital makeup enhancement to the digital representation of the face of the user; and outputting, by the computing device and for display, the one or more modified digital images. outputting, by a computing device and for display, one or more digital images that include a digital representation of a face of a user; receiving, by the computing device and based on a facial recognition process, an indication of a match between facial data associated with the digital representation of the face of the user and reference facial data associated with a digital representation of an enrolled face of the user, wherein the reference facial data is associated with digital makeup enhancement data previously stored for the user; retrieving, by the computing device, the digital makeup enhancement data that is associated with the reference facial data; applying, by the computing device, the digital makeup enhancement data to the facial data of the digital representation of the face of the user to generate one or more modified digital images that indicate at least one corresponding digital makeup enhancement to the digital representation of the face of the user; and outputting, by the computing device and for display, the one or more modified digital images.