mhurhangee/ep-ind-claims huggingface dataset:
An electrical linking module for a pneumatic valve system, which comprises a cornered housing, which comprises a connection opening for an electrical functional module separate from the linking module on a housing side, and which comprises a plurality of linking contacts, which are formed for linking the linking module to at least one further linking module, characterized in that a support device formed for receiving the linking contacts is arranged in the housing, which comprises rectilinear first receiving slots oriented towards the connection opening, which are formed for extending through and guiding each one linking contact, wherein the first receiving slots arranged in the area of a first sidewall of the housing are formed open at their upper ends facing the connection opening viewed in their height extension for threading the linking contacts into the first receiving slots from the top via these upper ends, wherein the support device is formed with transverse struts (40, 41, 42, 43, 44) formed raised towards the connection opening and spaced and oriented parallel to each other for applying a circuit board of the electrical linking module receiving the linking contacts.
A magnetic head comprising: a core in which a magnetic gap is formed for reading magnetic data recorded in a card; a coil wound on the core; terminals to which ends of the coil are connected; a substrate on which mounted are a demodulating electronic component for demodulating an analog output signal output from the terminals to create a digital demodulated signal, and an encrypting electronic component for encrypting the demodulated signal to create an encrypted signal; a cable for electrically connecting the demodulating electronic component and the terminals; and a case body for storing the core, the coil, the terminals, and the cable; characterized in that the demodulating electronic component is mounted on one side of the substrate; the encrypting electronic component is mounted on the other side of the substrate; the case body is fixed to the one side of the substrate with the demodulating electronic component being placed inside the case body whereas the encrypting electronic component due to being mounted on the other side of the substrate is placed outside the case body; and the demodulating electronic component is included within an external profile of the encrypting electronic component so that an entire area of the demodulating electronic component is overlaid with the encrypting electronic component in a view of the vertical direction relative to the longitudinal extension of the substrate. a core in which a magnetic gap is formed for reading magnetic data recorded in a card; a coil wound on the core; terminals to which ends of the coil are connected; a substrate on which mounted are a demodulating electronic component for demodulating an analog output signal output from the terminals to create a digital demodulated signal, and an encrypting electronic component for encrypting the demodulated signal to create an encrypted signal; a cable for electrically connecting the demodulating electronic component and the terminals; and a case body for storing the core, the coil, the terminals, and the cable; characterized in that the demodulating electronic component is mounted on one side of the substrate; the encrypting electronic component is mounted on the other side of the substrate; the case body is fixed to the one side of the substrate with the demodulating electronic component being placed inside the case body whereas the encrypting electronic component due to being mounted on the other side of the substrate is placed outside the case body; and the demodulating electronic component is included within an external profile of the encrypting electronic component so that an entire area of the demodulating electronic component is overlaid with the encrypting electronic component in a view of the vertical direction relative to the longitudinal extension of the substrate.
A method, performed in a modulation and coding scheme, MCS, module of a network node (AP, 40), for MCS selection for a link between the network node (AP, 40) and a terminal device (STA1 60a) in an orthogonal frequency division multiple access, OFDMA, based system, providing a plurality of sub-carriers, the method comprising: - obtaining channel quality indicators for the plurality of sub-carriers; - estimating a link quality over a bandwidth corresponding to a set of the plurality of sub-carriers corresponding to a sub-channel based on the obtained channel quality indicators, including a link quality for sub-carriers of a sub-channel on which the terminal device (STA1 60a) transmits and/or receives; - selecting a sub-channel out of the plurality of sub-carriers as a new sub-channel to be used for a communication to/from the terminal device (STA1 60a) based on the determined link quality; - selecting a MCS for the new sub-channel where the change of MCS is at least partly based on the difference in channel quality estimated for the previously used sub-carriers and estimated for the sub-carriers of the new sub-channel to be used for the next transmission; and - transmitting information to the terminal device (STA1 60a), the information comprising an indication of the new sub-channel to the terminal device (STA1 60a). - obtaining channel quality indicators for the plurality of sub-carriers; - estimating a link quality over a bandwidth corresponding to a set of the plurality of sub-carriers corresponding to a sub-channel based on the obtained channel quality indicators, including a link quality for sub-carriers of a sub-channel on which the terminal device (STA1 60a) transmits and/or receives; - selecting a sub-channel out of the plurality of sub-carriers as a new sub-channel to be used for a communication to/from the terminal device (STA1 60a) based on the determined link quality; - selecting a MCS for the new sub-channel where the change of MCS is at least partly based on the difference in channel quality estimated for the previously used sub-carriers and estimated for the sub-carriers of the new sub-channel to be used for the next transmission; and - transmitting information to the terminal device (STA1 60a), the information comprising an indication of the new sub-channel to the terminal device (STA1 60a).
A method comprising: digitizing an analog baseband signal comprising the multiple signals on the multiple frequency channels via a delta-sigma analog-to-digital conversion to generate an input stream, wherein the delta-sigma analog-to-digital conversion uses a variable reference voltage based on at least one of a bandwidth of the multiple frequency channels being received and a total number of the multiple signals being received; digitally downconverting the input sample stream for the multiple frequency channels to obtain multiple downconverted sample streams, one downconverted sample stream for each frequency channel; and digitally processing the downconverted sample stream for each frequency channel to obtain an output sample stream for the frequency channel. digitizing an analog baseband signal comprising the multiple signals on the multiple frequency channels via a delta-sigma analog-to-digital conversion to generate an input stream, wherein the delta-sigma analog-to-digital conversion uses a variable reference voltage based on at least one of a bandwidth of the multiple frequency channels being received and a total number of the multiple signals being received; digitally downconverting the input sample stream for the multiple frequency channels to obtain multiple downconverted sample streams, one downconverted sample stream for each frequency channel; and digitally processing the downconverted sample stream for each frequency channel to obtain an output sample stream for the frequency channel.
A spar cap comprising: a first surface and a second surface defining a thickness therebetween; at least one locating feature disposed on the first surface, the at least one locating feature extending vertically from the first surface of the spar cap; at least one bond gap feature formed as a protrusion and disposed on the first surface, the bond gap feature maintaining a space between a shear web and the first surface of the spar cap; the locating feature(s) and bond gap feature(s) integrally formed with the first surface of the spar cap and fixed relative to the first surface of the spar cap; and wherein the vertical wall of the at least one of the locating feature(s) and bond gap feature(s) is configured to engage the shear web. a first surface and a second surface defining a thickness therebetween; at least one locating feature disposed on the first surface, the at least one locating feature extending vertically from the first surface of the spar cap; at least one bond gap feature formed as a protrusion and disposed on the first surface, the bond gap feature maintaining a space between a shear web and the first surface of the spar cap; the locating feature(s) and bond gap feature(s) integrally formed with the first surface of the spar cap and fixed relative to the first surface of the spar cap; and wherein the vertical wall of the at least one of the locating feature(s) and bond gap feature(s) is configured to engage the shear web.
Apparatus for dispensing a plurality of liquids, in particular colorants for paints, comprising a support, such as a turntable or a linear table, defining a plurality of positions and a plurality of containers holding a liquid, mounted on the support at the positions, and provided with a pump and/or a valve for dispensing the liquid from the container, wherein at least some of the containers form, together with a respective liquid and pump and/or valve, a cartridge, which cartridge is releasably mounted in the apparatus, wherein one or more of the positions are empty, and characterized in that the apparatus comprises a controller, in turn provided with or connected to a memory, for operating the support and pumps and/or valves and storing for at least some of the liquids the amounts that are used per unit of time, the controller being programmed to generate a warning signal in the event that the liquid volume in a cartridge reaches a critical level, warning an operator to place a new cartridge containing the same liquid in one of the one or more empty positions.
An anti-reflective coating composition comprising hollow particles, hollow particles coated with a fluorine-based compound having refractive index of 1.3∼1.4 and surface tension of 10∼25 mN/m on the surface. measured with reference to water and diiodide methane (CH 2 I 2), measuring device KRUSS Co, drop shape analysis DSA100, on the surface, wherein the fluorine-based compound coated on the surface of the hollow particle is at least one compound selected from the group consisting of tridecafluorooctyl triethoxy silane, heptadecafluorodecyl trimethoxy silane and hetadecafluorodecyl triisopropoxy silane, a photopolymerizable compound, a photopolymerization initiator, and a solvent.
Drywall construction frame for a sliding door, comprising vertical profiles and at least one transverse profile connected to the vertical profiles, wherein the at least one transverse profile is connected to at least one of the vertical profiles via at least one connecting element, and wherein the at least one connecting element comprises a base with fastening holes for connection to the at least one vertical profile, characterized in that the base is shaped to fit a profiling of the vertical profile and is displaceably clipped to said profile along the same and is screwed thereto.
An angiotensin II receptor 1 (AT-1) antagonist for the use as a medicament for the treatment of diabetes mellitus in cats, wherein such angiotensin II receptor 1 (AT-1) antagonist is a sartan.
A method for homogenizing a steel composition comprising: melting a plurality of elements to make the steel composition having an austenitic phase temperature range having an upper limit, each element having a diffusivity within the austenitic phase of the steel composition; determining a characteristic distance, B, of an inhomogenous distribution of a selected element in the steel composition prior, wherein the characteristic distance is the distance between regions of high and low concentrations of an element or the distance between regions having different phases of material; heating the steel composition to a first temperature within the upper half of the pure austenitic phase temperature range; calculating the first period of time, t, at least in part, using the following equation: d = D ⋅ e − Q kT ⋅ t where d is a desired diffusion distance of the selected element, T is the first temperature, D is a diffusion coefficient for the selected element in austenitic phase iron (γ-Fe), Q is an activation energy of the selected element in γ-Fe, and k is Boltzmann's constant, wherein the desired diffusion distance, d, is selected so that the ratio of d /B is from d /B ≥ 0.75 to d /B ≤ 10.0; maintaining the steel composition at the first temperature for the first period of time; and working the steel composition. melting a plurality of elements to make the steel composition having an austenitic phase temperature range having an upper limit, each element having a diffusivity within the austenitic phase of the steel composition; determining a characteristic distance, B, of an inhomogenous distribution of a selected element in the steel composition prior, wherein the characteristic distance is the distance between regions of high and low concentrations of an element or the distance between regions having different phases of material; heating the steel composition to a first temperature within the upper half of the pure austenitic phase temperature range; calculating the first period of time, t, at least in part, using the following equation: d = D ⋅ e − Q kT ⋅ t where d is a desired diffusion distance of the selected element, T is the first temperature, D is a diffusion coefficient for the selected element in austenitic phase iron (γ-Fe), Q is an activation energy of the selected element in γ-Fe, and k is Boltzmann's constant, wherein the desired diffusion distance, d, is selected so that the ratio of d /B is from d /B ≥ 0.75 to d /B ≤ 10.0; maintaining the steel composition at the first temperature for the first period of time; and working the steel composition.
A skin-whitening, skin-brightening, anti-wrinkle, or anti-aging cosmetic composition comprising a composite containing a bio-active material combined with a rare-earth hydroxide compound, wherein the rare-earth hydroxide compound has a layered structure, and wherein the bio-active material is at least one or more selected from the group consisting of vitamin A, vitamin C, salicylic acid, kojic acid, alpha-lipoic acid, ellagic acid, resveratrol, caffeine, docosahexaenoic acid, eicosapentaenoic acid, linoleic acid and glutathione. wherein the rare-earth hydroxide compound has a layered structure, and wherein the bio-active material is at least one or more selected from the group consisting of vitamin A, vitamin C, salicylic acid, kojic acid, alpha-lipoic acid, ellagic acid, resveratrol, caffeine, docosahexaenoic acid, eicosapentaenoic acid, linoleic acid and glutathione.
A build material composition for three-dimensional printing, comprising: a polyamide material; and an antioxidant consisting of: an aromatic multihydrazide; or an aromatic sulfonomonohydrazide; or a hydrazide having: a formula: wherein: R is null, a C1 to C12 unbranched alkyl, a C3 to C8 branched alkyl, a C2 to C8 unbranched alkylene, a C4 to C8 branched alkylene, an alicyclic compound, a polyethylene glycol, or a combination thereof; A is C=O, O=S=O, P=O, or C=S; and n is an integer ranging from 1 to 4; or a formula: wherein A is C=O, O=S=O, P=O, or C=S. a polyamide material; and an antioxidant consisting of: an aromatic multihydrazide; or an aromatic sulfonomonohydrazide; or a hydrazide having: a formula: wherein: R is null, a C1 to C12 unbranched alkyl, a C3 to C8 branched alkyl, a C2 to C8 unbranched alkylene, a C4 to C8 branched alkylene, an alicyclic compound, a polyethylene glycol, or a combination thereof; A is C=O, O=S=O, P=O, or C=S; and n is an integer ranging from 1 to 4; or a formula: wherein A is C=O, O=S=O, P=O, or C=S. an aromatic multihydrazide; or an aromatic sulfonomonohydrazide; or a hydrazide having: a formula: wherein: R is null, a C1 to C12 unbranched alkyl, a C3 to C8 branched alkyl, a C2 to C8 unbranched alkylene, a C4 to C8 branched alkylene, an alicyclic compound, a polyethylene glycol, or a combination thereof; A is C=O, O=S=O, P=O, or C=S; and n is an integer ranging from 1 to 4; or a formula: wherein A is C=O, O=S=O, P=O, or C=S. a formula: wherein: R is null, a C1 to C12 unbranched alkyl, a C3 to C8 branched alkyl, a C2 to C8 unbranched alkylene, a C4 to C8 branched alkylene, an alicyclic compound, a polyethylene glycol, or a combination thereof; A is C=O, O=S=O, P=O, or C=S; and n is an integer ranging from 1 to 4; or R is null, a C1 to C12 unbranched alkyl, a C3 to C8 branched alkyl, a C2 to C8 unbranched alkylene, a C4 to C8 branched alkylene, an alicyclic compound, a polyethylene glycol, or a combination thereof; A is C=O, O=S=O, P=O, or C=S; and n is an integer ranging from 1 to 4; or a formula: wherein A is C=O, O=S=O, P=O, or C=S.
A bicycle stand (1; 101; 201; 301) for a bicycle, wherein the bicycle stand is accessible from a front side thereof by a bicycle for the purpose of placing the bicycle in a parked position, the bicycle stand comprising: • a wheel support surface for load-bearing support of a front wheel of the bicycle in the parked position of the bicycle; • two support elements (5a, 5b; 105a, 105b; 205b; 305a, 305b) placed higher relative to the wheel support surface for supporting a front fork of the bicycle in the parked position, wherein each of the support elements extends between a front side of the bicycle stand and a rear side of the bicycle stand, wherein the support elements are placed at an angle relative to each other such that, as seen from above, a substantially converging receiving opening (20; 120; 320) for the front fork of the bicycle running between the front side and the rear side is formed between the support elements; characterized in that the wheel support surface for load-bearing support of the front wheel extends sloping substantially continuously downward between the front side and the rear side of the bicycle stand, wherein the wheel support surface extends in a continuous downward slope over a length of 20 cm to 40 cm, the length, over which the continuous downward slope extends, lies between 20 to 40 cm. • a wheel support surface for load-bearing support of a front wheel of the bicycle in the parked position of the bicycle; • two support elements (5a, 5b; 105a, 105b; 205b; 305a, 305b) placed higher relative to the wheel support surface for supporting a front fork of the bicycle in the parked position, wherein each of the support elements extends between a front side of the bicycle stand and a rear side of the bicycle stand, wherein the support elements are placed at an angle relative to each other such that, as seen from above, a substantially converging receiving opening (20; 120; 320) for the front fork of the bicycle running between the front side and the rear side is formed between the support elements;
Connection device for the force-transmitting connection of an add-on component to an item of medical furniture, in particular a foot section with an operating table, comprising - at least one connection pin which can be inserted into a complementary recess of the item of medical furniture, - at least one securing element by means of which the connection pin is fixable in the recess in a form-fitting manner as well as - at least one release mechanism to move the securing element relative to the connection pin, wherein the securing element is borne in a radially moveable manner in the connection pin so that it can be moved between a rest position, in which it projects radially over an outer casing of the connection pin, and a release position in which it is inserted into the connection pin, wherein the release mechanism, which interacts with securing element, can be transferred between a connection setting and a release setting, characterised in that the securing element interacts with a tensioning element by means of which a radially outwardly-acting tensioning force is exertable on the securing element so that the securing element can be held in its rest position in an otherwise force-free state by the tensioning element, in that the securing element can be transferred from its rest positon into its release position by means of moving the release mechanism from its connection setting into its release position contrary to the tensioning force of the tensioning element, and in that a retaining element, by means of which the release mechanism is holdable, at least at times, in its release position, so that the release mechanism remains in its release position and at the same time the securing element, remains in its release position in spite of the effect of the tensioning force of the tensioning element. - at least one connection pin which can be inserted into a complementary recess of the item of medical furniture, - at least one securing element by means of which the connection pin is fixable in the recess in a form-fitting manner as well as - at least one release mechanism to move the securing element relative to the connection pin,
A rear view device for a motor vehicle, comprising a rear view reflecting surface, a plurality of light sources, and a light guiding device, wherein the light sources and the light guiding device form a display of a blind spot assistant by the light guiding device, the light sources, and the rear view reflecting surface being arranged relative to each other such that the light which is emitted from the light sources is deflected by the light guiding device to a side of the rear view reflecting surface which faces away from the driver of the vehicle in order to visibly illuminate a surface of the rear view reflecting surface for the driver for providing the blind spot assistant, wherein the light guiding device is provided with a light coupling side, a reflecting side, a reflecting layer, and a light decoupling side, wherein light enters the light guiding device via the light coupling side, substantially in parallel to the light decoupling side, wherein the light is deflected in the direction of the light decoupling side via the reflecting side and the reflecting layer, wherein the reflecting side is under the light decoupling side and the reflecting layer is under the reflecting side in a top view, wherein the light decoupling side lies opposite the reflecting side and thus also the reflecting layer, wherein the distance between the light decoupling side and the reflecting side and thus also the reflecting layer decreases as the distance from the light coupling side increases, wherein a light guiding device optimized for a given number of light sources has a reflecting side and reflecting layer shaped with said number of partial funnels, wherein the longitudinal axis of said partial funnels extends along the main direction of the coupled light and the number is 2, 3, 4, 5, 6 or more, and wherein the light decoupling side and the reflecting side are continuously convergent.
Composition for producing a thermoplastic moulding material, wherein the composition contains the following constituents: A) aromatic polycarbonate or polyestercarbonate, B) rubber-modified vinyl (co)polymer, C) a hydrocarbon resin containing aromatic and aliphatic structural units, D) optionally further additives distinct from component C, characterized in that for the component C the ratio of the integrated peak area of the FTIR spectrum in the wavenumber range 1630 cm-1 to 1560 cm-1 to the integrated peak area of the FTIR spectrum in the wavenumber range 1520 cm-1 to 1350 cm-1 is in the range of ·10 -3. A) aromatic polycarbonate or polyestercarbonate, B) rubber-modified vinyl (co)polymer, C) a hydrocarbon resin containing aromatic and aliphatic structural units, D) optionally further additives distinct from component C,