mhurhangee/patent-ind-claim-en huggingface dataset:
A window box holder for window frames, by means of which window boxes and decorative elements, e.g. plant troughs, plant pots or the like, can be fixed and secured to prevent them from falling, wherein the window box holder has a hook holding profile which can be brought into engagement with a window frame profile, and at least one holding member which can be fixedly connected to the hook holding profile of the window box holder and by means of which at least one window box or decorative element can be held, characterized in that the window box holder has a receiving part which is arranged between the hook holding profile and the holding member of the window box holder and by means of which a lower end portion of a roller blind belonging to a window frame can be closed, and that at least two holding brackets are provided which are arranged on both end portions of the hook holding profile .
A notification device for guiding a person comprising: a detector configured to detect a physical object present around the moving person in a real space; a relative position acquirer configured to acquire a relative position between the detector and the physical object for which the detector is designated as a base point in the real space; a storage storing sound information in which sounds, which have been emitted from a plurality of positions away from a predetermined recording point within a predetermined recording space when recording the sounds, are pre-recorded for each of the plurality of positions away from the recording point, the recording space being for recording sounds to be used for notification to the moving person, and the recorded sounds are associated with relative positional relationships between the recording point and the plurality of positions away from the recording point; a selector configured to select the sound information associated with the relative position from the sound information stored in the storage on the basis of the relative positional relationship in the recording space associated with the relative position in the real space acquired by the relative position acquirer ; and a generator configured to generate the sounds of the sound information selected by the selector to notify, in the real space, the moving person of information about the physical object detected by the detector . a detector configured to detect a physical object present around the moving person in a real space; a relative position acquirer configured to acquire a relative position between the detector and the physical object for which the detector is designated as a base point in the real space; a storage storing sound information in which sounds, which have been emitted from a plurality of positions away from a predetermined recording point within a predetermined recording space when recording the sounds, are pre-recorded for each of the plurality of positions away from the recording point, the recording space being for recording sounds to be used for notification to the moving person, and the recorded sounds are associated with relative positional relationships between the recording point and the plurality of positions away from the recording point; a selector configured to select the sound information associated with the relative position from the sound information stored in the storage on the basis of the relative positional relationship in the recording space associated with the relative position in the real space acquired by the relative position acquirer ; and a generator configured to generate the sounds of the sound information selected by the selector to notify, in the real space, the moving person of information about the physical object detected by the detector .
A structure for draining surface water, comprising a coherent force distribution layer and a drain layer, wherein the drain layer is formed of an array of coherent hydrophilic man-made vitreous fiber (MMVF) drain elements , wherein each of the drain elements comprises man-made vitreous fibres bonded with a cured binder composition, wherein the drain layer is below the force distribution layer; wherein at least one drain element has opposed first and second ends and comprises a passage which extends from a first opening in the first end to a second opening in the second end; and wherein the thickness of the force distribution layer is 1 to 10 cm.
A quantum random number generator, QRNG, comprising integrated into a chip , which is a photonic integrated circuit, PIC, manufactured using InP technology, with electrical inputs and outputs, the following components connected from a front end to a back end of the QRNG generator: - a light source comprising a first gain switching laser (L1) integrated in the front end of the QRNG generator, wherein the first laser (L1) is single-mode with the ability to reach a quantum noise level between optical pulses to obtain phase randomness between optical pulses; - two Mach-Zehnder interferometers, MZI (I1, I2) connected in series, wherein a first MZI interferometer (I1) is symmetrical and configured to receive the output signal from the light source and balance the signal power at the input of a second MZI interferometer (I2), and wherein the second MZI interferometer (I2) is asymmetric and configured to convert random phase variations between consecutive optical pulses into amplitude variations; and - a single photodetector integrated at the back end of the QRNG generator and configured to detect the amplitude variations of the optical pulses at the output of the second MZI interferometer, converting the variations into electrical signals to be delivered to one of the PIC circuit outputs. - a light source comprising a first gain switching laser (L1) integrated in the front end of the QRNG generator, wherein the first laser (L1) is single-mode with the ability to reach a quantum noise level between optical pulses to obtain phase randomness between optical pulses; - two Mach-Zehnder interferometers, MZI (I1, I2) connected in series, wherein a first MZI interferometer (I1) is symmetrical and configured to receive the output signal from the light source and balance the signal power at the input of a second MZI interferometer (I2), and wherein the second MZI interferometer (I2) is asymmetric and configured to convert random phase variations between consecutive optical pulses into amplitude variations; and - a single photodetector integrated at the back end of the QRNG generator and configured to detect the amplitude variations of the optical pulses at the output of the second MZI interferometer, converting the variations into electrical signals to be delivered to one of the PIC circuit outputs.
Machine for cutting slabs of stone or stone-like material comprising a fixed or rotating work bench , two lateral support structures between which at least one beam runs; on said at least one beam there being arranged a first machining unit comprising: a carriage adapted to slide along the beam ; a sleeve adapted to slide with respect to the carriage in the vertical direction; a machining head , connected to the lower end of the sleeve and adapted to rotate relative to the sleeve about a vertical axis ; said machining head comprising a spindle , on which a cutting disc is mounted; and manipulator means for slabs or portions thereof; characterized in that it comprises a second machining unit slidably mounted on said at least one beam and comprising at least one second machining head with fixed orientation, adapted to be moved in the vertical direction and comprising a spindle on which a cutting disc is mounted. a carriage adapted to slide along the beam ; a sleeve adapted to slide with respect to the carriage in the vertical direction; a machining head , connected to the lower end of the sleeve and adapted to rotate relative to the sleeve about a vertical axis ; said machining head comprising a spindle , on which a cutting disc is mounted; and manipulator means for slabs or portions thereof; characterized in that it comprises a second machining unit slidably mounted on said at least one beam and comprising at least one second machining head with fixed orientation, adapted to be moved in the vertical direction and comprising a spindle on which a cutting disc is mounted.
An animal chew toy comprising: a hollow intermediate member located between first and second opposing end members connected to the intermediate member ; the first end member connected to the intermediate member by a first rotatable joint formed between the first end member and the intermediate member ; the second end member connected to the intermediate member by a second rotatable joint formed between the second end member and the intermediate member ; a sound generating mechanism contained within the intermediate member ; and at least one of the first and second end members operable with the intermediate member to form the sound generating mechanism wherein the sound generating mechanism comprises a teeth engagement element formed on at least one of the first and second end members ; the teeth engagement element being configured to engage at least one of a plurality of teeth on the intermediate member and to contact and elastically deform over at least one of the teeth when at least one of the teeth and the teeth engagement element is rotated relative to the other; and wherein said first rotatable joint is a snap fit joint formed by directly connecting the first end member to intermediate member to create an interference between the first end member and the intermediate member which thereafter inhibits separation thereof; and wherein at least one of the first end member and second end member is rotatable in a complete revolution around a longitudinal axis of said intermediate member . a hollow intermediate member located between first and second opposing end members connected to the intermediate member ; the first end member connected to the intermediate member by a first rotatable joint formed between the first end member and the intermediate member ; the second end member connected to the intermediate member by a second rotatable joint formed between the second end member and the intermediate member ; a sound generating mechanism contained within the intermediate member ; and at least one of the first and second end members operable with the intermediate member to form the sound generating mechanism wherein the sound generating mechanism comprises a teeth engagement element formed on at least one of the first and second end members ; the teeth engagement element being configured to engage at least one of a plurality of teeth on the intermediate member and to contact and elastically deform over at least one of the teeth when at least one of the teeth and the teeth engagement element is rotated relative to the other; and wherein said first rotatable joint is a snap fit joint formed by directly connecting the first end member to intermediate member to create an interference between the first end member and the intermediate member which thereafter inhibits separation thereof; and wherein at least one of the first end member and second end member is rotatable in a complete revolution around a longitudinal axis of said intermediate member .
A chromatographic method for separation of lipid-membrane-enclosed compound assemblages (LMCAs) from chromatin heteroaggregates including degraded remnants from LMCAs in a sample, - contacting the sample with a chromatographic material with a surface having cationic metal affinity ligands said chromatographic material being charged with ferric iron, manganese, calcium, or magnesium ions, and being equilibrated with an equilibration buffer, - applying a gradient of a first elution buffer comprising a non-metal-chelating salt, thereby - eluting LMCAs. - contacting the sample with a chromatographic material with a surface having cationic metal affinity ligands said chromatographic material being charged with ferric iron, manganese, calcium, or magnesium ions, and being equilibrated with an equilibration buffer, - applying a gradient of a first elution buffer comprising a non-metal-chelating salt, thereby - eluting LMCAs.
Method for the visualization of bivariate polynomial z = A · x 2 + B · x · y + c · y 2 + D · x + E · y + F , comprising the steps of: loading a polynomial and boundary conditions defining a domain of variables x and y within which the polynomial is to be processed into computer processing means, processing (11-16), by the computer processing means, of the polynomial within the boundary conditions for visualization and visualizing the polynomial on visualization means, wherein the processing step comprises the steps of: determining a plurality of distinct z-values, wherein the plurality of distinct z-values overlap z-values spanning the boundary conditions , determining a combination of shape-characteristic parameters of the polynomial, wherein determining the combination of shape-characteristic parameters comprises determining a shape type of the polynomial on the basis of the values of factors A, B, C, D, E and F, determining at least one vector-characteristic parameter defining a location of a contour of the polynomial based on the corresponding combination of shape-characteristic parameters, wherein the combination of shape-characteristic parameters and the at least one vector-characteristic parameter are representative for a contour of the polynomial at the each distinct z-value and determining drawing directives on the basis of the combination of vector-characteristic parameters. loading a polynomial and boundary conditions defining a domain of variables x and y within which the polynomial is to be processed into computer processing means, processing (11-16), by the computer processing means, of the polynomial within the boundary conditions for visualization and visualizing the polynomial on visualization means, determining a plurality of distinct z-values, wherein the plurality of distinct z-values overlap z-values spanning the boundary conditions , determining a combination of shape-characteristic parameters of the polynomial, wherein determining the combination of shape-characteristic parameters comprises determining a shape type of the polynomial on the basis of the values of factors A, B, C, D, E and F, determining at least one vector-characteristic parameter defining a location of a contour of the polynomial based on the corresponding combination of shape-characteristic parameters, wherein the combination of shape-characteristic parameters and the at least one vector-characteristic parameter are representative for a contour of the polynomial at the each distinct z-value and determining drawing directives on the basis of the combination of vector-characteristic parameters.
A W/O/W emulsion comprising: a water soluble active component in an inner aqueous phase; a solid oil component and a silicone surfactant in an oil phase; and a water soluble polymer in an outer aqueous phase, wherein the silicone surfactant has a polyether group and an alkyl group, wherein the water soluble polymer is an acrylic acid/alkyl methacrylate copolymer or xanthan gum, wherein the W/O/W emulsion further comprises a metal salt in the inner aqueous phase, and wherein the solid oil component is selected from the group consisting of microcrystalline wax, beeswax, carnauba wax and candelilla wax.
A system for making a capped extruded structure with variegated appearance comprising: a first extruder configured to extrude a substrate ; a second extruder for extruding a primary cap layer ; a third extruder for extruding a pin stripe cap layer; a cap layer die having a first opening sized and configured to receive the substrate , a primary cap layer opening adjacent the first opening , the primary cap layer opening sized and configured to apply a primary cap layer onto the substrate , and a plurality of pin stripe openings adjacent the primary cap layer opening , the plurality of pin stripe openings sized and positioned to apply pin stripe cap material as a plurality of pin stripes onto the primary cap layer , the cap layer die aligned with the first extruder and configured to receive the substrate , the primary cap layer opening connected to the second extruder and the plurality of pin stripe openings connected to the third extruder ; and a die plate adjacent to the cap layer die , the die plate having a single opening through which the substrate, primary cap layer and a plurality of pin stripes pass after exiting the cap layer die , the single opening sized so that the plurality of pin stripes on the cap layer are pressed into the cap layer as the plurality of pin stripes and cap layer pass through the single opening , the substrate, primary cap layer and pin stripe layer forming a capped extruded structure having a smooth top surface . a first extruder configured to extrude a substrate ; a second extruder for extruding a primary cap layer ; a third extruder for extruding a pin stripe cap layer; a cap layer die having a first opening sized and configured to receive the substrate , a primary cap layer opening adjacent the first opening , the primary cap layer opening sized and configured to apply a primary cap layer onto the substrate , and a plurality of pin stripe openings adjacent the primary cap layer opening , the plurality of pin stripe openings sized and positioned to apply pin stripe cap material as a plurality of pin stripes onto the primary cap layer , the cap layer die aligned with the first extruder and configured to receive the substrate , the primary cap layer opening connected to the second extruder and the plurality of pin stripe openings connected to the third extruder ; and a die plate adjacent to the cap layer die , the die plate having a single opening through which the substrate, primary cap layer and a plurality of pin stripes pass after exiting the cap layer die , the single opening sized so that the plurality of pin stripes on the cap layer are pressed into the cap layer as the plurality of pin stripes and cap layer pass through the single opening , the substrate, primary cap layer and pin stripe layer forming a capped extruded structure having a smooth top surface .
A modular post assembly , comprising: a first post that defines a top surface and a side face , the first post further defining (i) an elongated slot that extends along and opens outwardly relative to the side face , and (ii) a hole that extends downward from the top surface and is positioned inward of the elongated slot ; a partition detachably mounted relative to the first post , the partition including a partition body and an engagement hook extending from an end surface of the partition body; wherein when the partition is detachably secured relative to the first post , the engagement hook of the partition is secured within the hole of the first post and the end surface of the partition is positioned within the elongated slot of the first post ; wherein the first post defines four side faces and wherein each of the four side faces defines an elongated slot that extends along and opens outwardly relative to the side face; wherein in addition to the partition , the modular post assembly further comprises three additional partitions that are detachably mounted with respect to the first post , each of the three additional partitions also including a partition body and an engagement hook extending from an end surface of the partition body; and wherein when each of the three additional partitions is detachably secured relative to the first post , the engagement hook of each such additional partition is secured within the hole of the first post and the end surface of each such additional partition is positioned within an elongated slot of the first post . a first post that defines a top surface and a side face , the first post further defining (i) an elongated slot that extends along and opens outwardly relative to the side face , and (ii) a hole that extends downward from the top surface and is positioned inward of the elongated slot ; a partition detachably mounted relative to the first post , the partition including a partition body and an engagement hook extending from an end surface of the partition body; wherein when the partition is detachably secured relative to the first post , the engagement hook of the partition is secured within the hole of the first post and the end surface of the partition is positioned within the elongated slot of the first post ; wherein the first post defines four side faces and wherein each of the four side faces defines an elongated slot that extends along and opens outwardly relative to the side face; wherein in addition to the partition , the modular post assembly further comprises three additional partitions that are detachably mounted with respect to the first post , each of the three additional partitions also including a partition body and an engagement hook extending from an end surface of the partition body; and wherein when each of the three additional partitions is detachably secured relative to the first post , the engagement hook of each such additional partition is secured within the hole of the first post and the end surface of each such additional partition is positioned within an elongated slot of the first post .
Household appliance with a household appliance device , in particular a hob device, which has at least one glass unit and at least one coating embodied as a multilayer structure, said coating being arranged in at least one subregion on at least one side of the glass unit , wherein the coating has at least two consecutive layers made from at least one insulating material, which is a dielectric material, and has at least one touch-sensitive sensor , which is embodied as a capacitive sensor and is arranged in the subregion, wherein at least a first one of the layers of the coating is embodied as an absorbing layer, the material of which has an absorption coefficient greater than 1/μm for light in at least one wavelength range, which corresponds at least to the wavelength range of visible light between 380 nm and 780 nm, wherein the absorbing layer is formed at least largely from nitrides and/or oxynitrides of molybdenum, nickel, chrome, niobium, vanadium, titanium, tantalum and/or tungsten, wherein at least a second one of the layers of the coating differs from an absorbing layer, wherein the second layer is formed at least largely from tin oxide (SnOx), zinc oxide (ZnOx), titanium oxide (TiOx), aluminium oxide (AlOx), silicon oxide (SiOx), niobium oxide (NbOx), tantalum oxide (TaOx), silicon nitride (SiNx) and/or aluminium nitride (AINx), and wherein the coating is provided to create a metallic appearance and has a metallic-looking colour.