mhurhangee/patent-ind-claim-en huggingface dataset:
A separator assembly for removing dirt from an air flow in a suction cleaner , the separator assembly including a separation chamber having: an inlet for receiving a flow of air and dirt into the separation chamber, a shroud structure configured such that air entering the chamber is caused to swirl around the shroud, the shroud structure including a plurality of struts spaced about a central axis, and defining a plurality of openings between adjacent pairs of the struts, a screen providing a plurality of apertures, the screen being disposed across one or more of the openings of the shroud for blocking the passage of coarse dirt through the shroud, and an outlet for fluid connection to a source of suction , downstream of the shroud structure, through which air is drawn from the separation chamber, characterized in that at least one of the struts of the shroud structure defines a recess in which an adhesive is provided, and a portion of the screen is attached to one or more of the struts by the adhesive. an inlet for receiving a flow of air and dirt into the separation chamber, a shroud structure configured such that air entering the chamber is caused to swirl around the shroud, the shroud structure including a plurality of struts spaced about a central axis, and defining a plurality of openings between adjacent pairs of the struts, a screen providing a plurality of apertures, the screen being disposed across one or more of the openings of the shroud for blocking the passage of coarse dirt through the shroud, and an outlet for fluid connection to a source of suction , downstream of the shroud structure, through which air is drawn from the separation chamber, characterized in that at least one of the struts of the shroud structure defines a recess in which an adhesive is provided, and a portion of the screen is attached to one or more of the struts by the adhesive.
A compound of formula (I): wherein - R is a radical selected from a linear, branched or cyclic hydrocarbyl group optionally comprising one or more heteroatoms, such as oxygen, sulfur, halogen, silicon, nitrogen atoms. - R is a radical selected from a linear, branched or cyclic hydrocarbyl group optionally comprising one or more heteroatoms, such as oxygen, sulfur, halogen, silicon, nitrogen atoms.
A system comprising: a sensing unit configured to measure an electrical parameter of a razor cartridge having at least one blade , wherein the electrical parameter comprises one of a total resistance of the cartridge having at least one blade measured across a length of at least one blade , a resistance of at least one blade measured across a length of at least one blade , a total electrical conductance of the cartridge having at least one blade measured across the length of at least one blade and a conductance of at least one blade measured across a length of at least one blade ; characterized in that the system further comprises a processing unit configured to: compare the measured electrical parameter to a reference electrical parameter; and determine a level of wear of the cartridge comprising at least one blade based on an amount of deviation of the measured electrical parameter from the reference electrical parameter. a sensing unit configured to measure an electrical parameter of a razor cartridge having at least one blade , wherein the electrical parameter comprises one of a total resistance of the cartridge having at least one blade measured across a length of at least one blade , a resistance of at least one blade measured across a length of at least one blade , a total electrical conductance of the cartridge having at least one blade measured across the length of at least one blade and a conductance of at least one blade measured across a length of at least one blade ; characterized in that the system further comprises a processing unit configured to: compare the measured electrical parameter to a reference electrical parameter; and determine a level of wear of the cartridge comprising at least one blade based on an amount of deviation of the measured electrical parameter from the reference electrical parameter. compare the measured electrical parameter to a reference electrical parameter; and determine a level of wear of the cartridge comprising at least one blade based on an amount of deviation of the measured electrical parameter from the reference electrical parameter.
Vehicle system having a mother ship and an unmanned water vehicle which can be received by the mother ship , wherein in order to recover the unmanned water vehicle by means of the mother ship a floating body which is connected to the mother ship via a line can be lowered in the water, wherein a catch device for catching the line is arranged on the unmanned water vehicle , characterized in that there is arranged in the region of the line which faces the floating body a spacer which prevents the floating body from moving into abutment with the unmanned water vehicle .
A sealing arrangement for a hydrodynamic machine , wherein the sealing arrangement is configured to seal a space between a shaft and a housing of the hydrodynamic machine , and wherein the sealing arrangement comprises: - a sealing housing configured to be connected to the housing , - a first sealing ring configured to be connected to the shaft , wherein the first sealing ring comprises a first annular sealing surface , and - a second sealing ring arranged in the sealing housing , wherein the second sealing ring comprises a second annular sealing surface configured to sealingly abut against the first annular sealing surface in a first abutment interface , wherein the sealing arrangement comprises a coolant space adjacent to the first abutment interface , wherein the sealing housing comprises a wall protruding into the coolant space , and wherein the wall is configured to direct a flow of coolant in the coolant space , characterised in that the wall is integral of the sealing housing . - a sealing housing configured to be connected to the housing , - a first sealing ring configured to be connected to the shaft , wherein the first sealing ring comprises a first annular sealing surface , and - a second sealing ring arranged in the sealing housing , wherein the second sealing ring comprises a second annular sealing surface configured to sealingly abut against the first annular sealing surface in a first abutment interface , - a second sealing ring arranged in the sealing housing , wherein the second sealing ring comprises a second annular sealing surface configured to sealingly abut against the first annular sealing surface in a first abutment interface , wherein the sealing arrangement comprises a coolant space adjacent to the first abutment interface , wherein the sealing housing comprises a wall protruding into the coolant space , and wherein the wall is configured to direct a flow of coolant in the coolant space , characterised in that the wall is integral of the sealing housing .
Method for locating a track-bound vehicle (FZ) in a route network following a start-up of the vehicle (FZ), characterised in that for locating purposes, • at least one camera (CM1) is used, which acquires an image of the vehicle (FZ) and of at least one fixed optical marker (OM1, OM2), the absolute position of which in the route network is known, • a relative vehicle position of the vehicle (FZ) with respect to the fixed optical marker (OM1, OM2) in the image is determined, • the absolute vehicle position of the vehicle (FZ) in the route network is determined, taking into account the absolute position of the marker and the relative position of the vehicle (FZ). • at least one camera (CM1) is used, which acquires an image of the vehicle (FZ) and of at least one fixed optical marker (OM1, OM2), the absolute position of which in the route network is known, • a relative vehicle position of the vehicle (FZ) with respect to the fixed optical marker (OM1, OM2) in the image is determined, • the absolute vehicle position of the vehicle (FZ) in the route network is determined, taking into account the absolute position of the marker and the relative position of the vehicle (FZ).
Set for a modular luminaire arrangement, the set comprising several luminaire modules that each extend elongated between two module ends that are each formed by a module end section of the respective luminaire module , wherein a first module end section of a first luminaire module comprises a bearing section and a first module end section of a second luminaire module comprises a mating bearing section , wherein the first and the second luminaire module can be connected to one another with their first module end sections by realizing a mounting position in which a bearing surface formed by the bearing section bears with a surficial contact on a mating bearing surface formed by the mating bearing section by fixing a relative position of the bearing section and of the mating bearing section to one another at least in a transverse direction (Y), wherein the first and the second luminaire module comprise mutually corresponding electrical plug-in devices within their first module end sections , wherein the first luminaire module comprises a fixing device positioned movably to the bearing section and the second luminaire module comprises a fixing means corresponding to the fixing device , wherein starting from the mounting position the fixing device can be moved into engagement with the fixing means by means of a movement of the fixing device relative to the fixing means by maintaining the surficial contact between the bearing surface and the mating bearing surface by realizing an operating position in which, due to the engagement between the fixing device and the fixing means , a relative position of the luminaire modules is fixed in a longitudinal direction (X) perpendicular to the transverse direction (Y) and the corresponding plug-in devices are electrically conductively connected to one another, characterized in that the fixing device is positioned movably to the bearing section by means of a sliding bearing connection and is arranged on an outer surface of the first luminaire module and the fixing means is arranged on an outer surface of the second luminaire module , wherein the outer surfaces are surface sections of outer sides of the luminaire modules that are facing away from a middle of the respective luminaire module with respect to a direction perpendicular to the longitudinal direction (X).
A package including an acidic citrate containing concentrate comprising a total concentration of citrate of 28-45 mM; citric acid and citrate in a mole ratio of between 75:25 to 85:15; glucose; and having a pH of between 2 and 3; characterized in that the package comprises a plastic material having an oxygen permeation rate of more than 2 g/ m 2 /24h at 25°C/ 90 % RH; preferably more than 2.5 g / m 2 / 24h at 25°C/ 90% RH; preferably more than 3.5 g/m 2 /24h at 25°C/ 90 % RH.
Process for manufacturing purified glycerol comprising the steps of - providing a starting glycerol fraction comprising glycerol, water, and fatty acid methyl esters, - subjecting the glycerol fraction to a partial evaporation to form an evaporated fraction comprising glycerol, water, and fatty acid methyl esters, and a remainder fraction comprising glycerol, - condensing the evaporated fraction to form a liquid, - subjecting the liquid evaporated fraction comprising glycerol, water, and fatty acid methyl esters to a liquid-liquid separation step, resulting in the formation of a fatty acid methyl ester fraction and a glycerol-based fraction comprising glycerol and water. - providing a starting glycerol fraction comprising glycerol, water, and fatty acid methyl esters, - subjecting the glycerol fraction to a partial evaporation to form an evaporated fraction comprising glycerol, water, and fatty acid methyl esters, and a remainder fraction comprising glycerol, - condensing the evaporated fraction to form a liquid, - subjecting the liquid evaporated fraction comprising glycerol, water, and fatty acid methyl esters to a liquid-liquid separation step, resulting in the formation of a fatty acid methyl ester fraction and a glycerol-based fraction comprising glycerol and water.
A computing device comprising: a heating element thermally coupled to an adhesive , wherein the adhesive is to bond a first portion of the computing device and a second portion of the computing device, wherein the heating element is operable to be heated in response to application of power, wherein the heated heating element is operable to cause release of a bond by the adhesive to allow for physical separation of the first portion of the computing device and the second portion of the computing device, characterized in that the heating element is accessible through an opening, wherein the opening is an existing port of the computing device. a heating element thermally coupled to an adhesive , wherein the adhesive is to bond a first portion of the computing device and a second portion of the computing device, wherein the heating element is operable to be heated in response to application of power, wherein the heated heating element is operable to cause release of a bond by the adhesive to allow for physical separation of the first portion of the computing device and the second portion of the computing device, characterized in that the heating element is accessible through an opening, wherein the opening is an existing port of the computing device.
A textile-like in-mold sheet that is to be integrated with a resin molded body molded by injection of a molten resin by in-molding, comprising: a first surface that is to be integrated with the resin molded body , and a second surface that serves as a back side of the first surface; wherein the textile-like in-mold sheet comprises, in the order from the first surface toward the second surface, a textile material layer , a temporary adhesive layer , optionally, if the removable adhesive resin of adhesive layer is a polyvinyl alcohol (PVA) film, another pressure-sensitive adhesive or adhesive layer, and a temporary surface protection layer , wherein the temporary surface protection layer and the temporary adhesive layer are temporarily bonded to the textile material layer , and wherein the textile material layer comprises a woven fabric, a knitted fabric, a felt, a non-woven fabric, a synthetic leather, or an artificial leather. a first surface that is to be integrated with the resin molded body , and a second surface that serves as a back side of the first surface; wherein the textile-like in-mold sheet comprises, in the order from the first surface toward the second surface, a textile material layer , a temporary adhesive layer , optionally, if the removable adhesive resin of adhesive layer is a polyvinyl alcohol (PVA) film, another pressure-sensitive adhesive or adhesive layer, and a temporary surface protection layer , wherein the temporary surface protection layer and the temporary adhesive layer are temporarily bonded to the textile material layer , and wherein the textile material layer comprises a woven fabric, a knitted fabric, a felt, a non-woven fabric, a synthetic leather, or an artificial leather.
Suspension for a wheeled vehicle provided with at least one wheel and a frame , comprising at least one elastic element functionally combinable between said at least one wheel and said frame , comprising at least one hydro-pneumatic spring functionally combined in series with said at least one elastic element so that the equivalent spring modulus (Keq) of said at least one elastic element and said at least one hydro-pneumatic spring is variable as a function of the distance between said frame and said wheel, said at least one hydro-pneumatic spring being shaped and sized to behave also as an energy dissipator in series to said at least one elastic element, characterized in that it is lacking in at least one fluidic damper arranged in parallel between said frame and said at least one wheel , and in that said at least one hydro-pneumatic spring dissipates kinetic energy of between 20 and 40% of the total kinetic energy collected in each cycle by said hydro-pneumatic spring.
An eyeglass cleaner, comprising a non-woven fabric impregnated with an anti-fogging agent, comprising: (A) a fluorinated amphoteric or anionic surfactant; and (B) a fluorinated nonionic surfactant. (A) a fluorinated amphoteric or anionic surfactant; and (B) a fluorinated nonionic surfactant.
A front-side type image sensor, including: - a substrate successively comprising, from its rear side to its front side, a P- type doped semiconducting support substrate , an electrically insulating layer and a semiconducting layer called an active layer, and - a matrix array of photodiodes in the active layer of said substrate, characterised in that the substrate comprises, between the support substrate and the electrically insulating layer , a P+ type doped semiconducting epitaxial layer located immediately at the rear of the electrically insulating layer , wherein the thickness of said epitaxial layer is between 0.1 and 3 μm and said epitaxial layer is configured to be biased at a lower voltage than the active layer . - a substrate successively comprising, from its rear side to its front side, a P- type doped semiconducting support substrate , an electrically insulating layer and a semiconducting layer called an active layer, and - a matrix array of photodiodes in the active layer of said substrate,
A piezoelectric system comprising: - a piezoelectric resonator comprising a piezoelectric element and a pair of electrodes configured to transmit signals emitted by the piezoelectric element and caused by a mechanical deformation of the piezoelectric element; - a detector configured to detect at least two signals of the signals caused by the deformation of the piezoelectric element, the at least two signals being detected at different times; - a control unit configured to compare the at least two signals and, on the basis of the comparison, determine a complex active impedance value as a function of a predetermined law; - an active impedance unit configured to generate an active impedance based on the complex active impedance value determined by the control unit, the active impedance unit being connected to the pair of electrodes , characterized in that the active impedance comprises a negative value capacitance and in that an absolute value of the negative value capacitance is less than an absolute value of an intrinsic capacitance Cp of the piezoelectric element. - a piezoelectric resonator comprising a piezoelectric element and a pair of electrodes configured to transmit signals emitted by the piezoelectric element and caused by a mechanical deformation of the piezoelectric element; - a detector configured to detect at least two signals of the signals caused by the deformation of the piezoelectric element, the at least two signals being detected at different times; - a control unit configured to compare the at least two signals and, on the basis of the comparison, determine a complex active impedance value as a function of a predetermined law; - an active impedance unit configured to generate an active impedance based on the complex active impedance value determined by the control unit, the active impedance unit being connected to the pair of electrodes , characterized in that the active impedance comprises a negative value capacitance and in that an absolute value of the negative value capacitance is less than an absolute value of an intrinsic capacitance Cp of the piezoelectric element.
Method for checking at least one gluing point by means of a checking system, wherein the at least one gluing point is checked by checking at least one cylinder dressing , wherein the checking system has at least one checking device , wherein the at least one checking device has at least one image capturing device, wherein the at least one checking device checks at least one free area of the at least one cylinder dressing , wherein the at least one free area is a region of the cylinder dressing that corresponds to the at least one gluing point of at least one sheet , wherein the at least one checking device detects an actual state of the at least one free area of the at least one cylinder dressing before the latter is tensioned on at least one forme cylinder of at least one application unit of a processing machine , wherein the actual state of the at least one free area is compared with a target state of the at least one free area, and wherein at least one signal is generated on the basis of the comparison.
A thermoplastic shape-stable polymer composition configured to store and release thermal energy, the composition comprising at least one organic phase change material (PCM), and a polymer matrix comprising at least one highly crystalline polymer (polymer A) with at least one low crystallinity or substantially amorphous polymer (polymer B), and at least one organogelator for gelling molten compositions.
A device configured to measure dynamic strain of a sensing fiber , the device comprising: an optical circuit unit configured to repeatedly supply frequency swept lights to the sensing fiber, receive backscattered light from the sensing fiber, and combine local light, the local light being a part of a frequency swept light of the frequency swept lights, with the backscattered light; and an optical reception and analysis unit configured to generate a beat signal from the local light and the backscattered light, execute Fourier transform on the beat signal to obtain a backscattered light waveform, execute Fourier transform in a freely selected spectrum analysis section of the backscattered light waveform to obtain an optical spectrum, and obtain, based on the amount of spectrum shift between a spectrum obtained in reference measurement and a spectrum obtained from the backscattered light for one sweep of the frequency swept lights, a strain amount of the dynamic strain in a section of the sensing fiber corresponding to the spectrum analysis section, characterized in that a length of the spectrum analysis section is set to be larger than a distance deviation amount N d of the spectrum analysis section caused by frequency modulation due to the dynamic strain, and the reference measurement is based on a spectrum in a state where there is no dynamic strain in the sensing fiber. an optical circuit unit configured to repeatedly supply frequency swept lights to the sensing fiber, receive backscattered light from the sensing fiber, and combine local light, the local light being a part of a frequency swept light of the frequency swept lights, with the backscattered light; and an optical reception and analysis unit configured to generate a beat signal from the local light and the backscattered light, execute Fourier transform on the beat signal to obtain a backscattered light waveform, execute Fourier transform in a freely selected spectrum analysis section of the backscattered light waveform to obtain an optical spectrum, and obtain, based on the amount of spectrum shift between a spectrum obtained in reference measurement and a spectrum obtained from the backscattered light for one sweep of the frequency swept lights, a strain amount of the dynamic strain in a section of the sensing fiber corresponding to the spectrum analysis section, characterized in that a length of the spectrum analysis section is set to be larger than a distance deviation amount N d of the spectrum analysis section caused by frequency modulation due to the dynamic strain, and the reference measurement is based on a spectrum in a state where there is no dynamic strain in the sensing fiber.