mhurhangee/ep-ind-claims huggingface dataset:
Museum showcase comprising a case which contains a display space separate from the external environment, wherein the case comprises at least one transparent wall provided with an opaque shielding, wherein the transparent wall is layered and comprises at least two glass slabs (21, 22) coupled to each other by a film of a transparent adhesive polymer along respective proximal faces (21a, 22a), wherein the opaque shielding is applied to one of the two glass slabs (21, 22), on the proximal face (21a, 22a) thereof, characterized in that the opaque shielding is an opaque paint, susceptible of emitting volatile substances, wherein the opaque paint is fully confined within the transparent wall, between the two glass slabs (21, 22), so as to block within the transparent wall any emission of the volatile substances from the shielding.
An electronic circuit apparatus comprising: • a first pair of synchronized switches configured to alternatingly open and close in response to a first clock signal variation, thereby sampling an input voltage of the electronic circuit apparatus; • a second pair of synchronized switches configured to alternatingly open and close in response to a second clock signal variation, wherein concurrent closure of the first pair of synchronized switches with the second pair of synchronized switches is inhibited, thereby delivering an output voltage to a signal output of the electronic circuit apparatus, wherein the output voltage corresponds to a level-shifted version of the input voltage; and characterised by comprising: • a sampling capacitor circuit configured to couple between a signal input and a reference node upon closure of the first pair of switches and the sampling capacitor circuit configured to couple between a source of a bias voltage of the electronic circuit apparatus and the signal output upon closure of the second pair of switches. • a first pair of synchronized switches configured to alternatingly open and close in response to a first clock signal variation, thereby sampling an input voltage of the electronic circuit apparatus; • a second pair of synchronized switches configured to alternatingly open and close in response to a second clock signal variation, wherein concurrent closure of the first pair of synchronized switches with the second pair of synchronized switches is inhibited, thereby delivering an output voltage to a signal output of the electronic circuit apparatus, wherein the output voltage corresponds to a level-shifted version of the input voltage; and characterised by comprising: • a sampling capacitor circuit configured to couple between a signal input and a reference node upon closure of the first pair of switches and the sampling capacitor circuit configured to couple between a source of a bias voltage of the electronic circuit apparatus and the signal output upon closure of the second pair of switches. • a sampling capacitor circuit configured to couple between a signal input and a reference node upon closure of the first pair of switches and the sampling capacitor circuit configured to couple between a source of a bias voltage of the electronic circuit apparatus and the signal output upon closure of the second pair of switches.
A generator comprising: a power supply having an output filter and a discharge circuit, the output filter configured to store and output direct current energy; an output stage coupled to the power supply and configured to convert the direct current energy into treatment energy for use in treating tissue; and a controller for adjusting at least one of the power supply and the output stage to control the amount of treatment energy outputted by the output stage, wherein the discharge circuit is configured to provide a time rate control of the discharge based on a comparison between the direct current energy stored in the output filter and a feedback signal characterised in that the discharge circuit is operable to discharge the stored direct current energy at an incremental time rate of change. a power supply having an output filter and a discharge circuit, the output filter configured to store and output direct current energy; an output stage coupled to the power supply and configured to convert the direct current energy into treatment energy for use in treating tissue; and a controller for adjusting at least one of the power supply and the output stage to control the amount of treatment energy outputted by the output stage, wherein the discharge circuit is configured to provide a time rate control of the discharge based on a comparison between the direct current energy stored in the output filter and a feedback signal characterised in that the discharge circuit is operable to discharge the stored direct current energy at an incremental time rate of change.
A method at a user equipment, UE, for receiving multicast data in a wireless network, comprising: establishing a connection with an access point using a cellular radio access technology; configuring, with the access point, a unicast discontinuous receive cycle for receiving unicast communications from the access point; transmitting, to the access point over the connection, an internet protocol request for multicast communications; receiving control data during the unicast discontinuous receive cycle to determine a multicast discontinuous receive cycle; and receiving, from the access point and based on the internet protocol request, multicast data over resources corresponding to over-the-air multicast communications; wherein receiving the multicast data over the resources comprises receiving the multicast data in at least a portion of an ON duration of the multicast discontinuous receive cycle, wherein the multicast discontinuous receive cycle is configured by the access point to at least partially overlap the unicast discontinuous receive cycle. establishing a connection with an access point using a cellular radio access technology; configuring, with the access point, a unicast discontinuous receive cycle for receiving unicast communications from the access point; transmitting, to the access point over the connection, an internet protocol request for multicast communications; receiving control data during the unicast discontinuous receive cycle to determine a multicast discontinuous receive cycle; and receiving, from the access point and based on the internet protocol request, multicast data over resources corresponding to over-the-air multicast communications; wherein receiving the multicast data over the resources comprises receiving the multicast data in at least a portion of an ON duration of the multicast discontinuous receive cycle, wherein the multicast discontinuous receive cycle is configured by the access point to at least partially overlap the unicast discontinuous receive cycle.
A personal hygiene device comprising at least one toothbrush (10,400), wherein the personal hygiene device further comprises at least one position member (90, 690, 691) comprising at least one camera, a display device, and a receiving unit, where the camera and the display device are in signal communication with the receiving unit, wherein the position member utilizes markerless object recognition to identify one or more designated features on a user and the toothbrush and further wherein the position member is arranged to measure the position and/or orientation of the user's head and at least a portion of the toothbrush, wherein the one or more designated features comprise at least anatomical landmarks of a user and/or at least oral cavity landmarks of a user and wherein the one or more designated features comprise at least one of toothbrush landmarks, color contrasts, texture contrasts, material contrasts, printed symbols, printed shapes and three dimensional geometry, and wherein the receiving unit is arranged to monitor teeth which have been effectively brushed and teeth which have not been effectively brushed based upon the gathered position data for the toothbrush and the head of the user.
An eco-compatible sunscreen composition comprising: - one or more UV filters selected from 2,2'-methylene-bis-(6-(2H-benzotriazole-2-yl)-4-(1,1,3,3-tetramethylbutyl)-phenol, 2-[4-(diethylamine)-2-hydroxybenzoyl]hexyl benzoate, ethylhexyl triazone; - one or more antioxidants selected from tocopheryl acetate, tocopherol, retinol, polyphenolic compounds extracted from green tea; - one or more carriers selected from propylene glycol dicaprylate/dicaprate, olive oil, beeswax. and free from: - preservatives belonging to the paraben family; - ascorbic acid derivatives; - UV filters selected from bis ethylhexyloxyphenol methoxyphenyl triazine, cinnamates, benzophenones, camphor derivatives, titanium oxide; - fragrances selected from melaleuca essential oil, ylang ylang flower extracts, Bambousa Arundinacea extracts, Karitè; - carriers selected from animal-derived fats and argan oil. - one or more UV filters selected from 2,2'-methylene-bis-(6-(2H-benzotriazole-2-yl)-4-(1,1,3,3-tetramethylbutyl)-phenol, 2-[4-(diethylamine)-2-hydroxybenzoyl]hexyl benzoate, ethylhexyl triazone; - one or more antioxidants selected from tocopheryl acetate, tocopherol, retinol, polyphenolic compounds extracted from green tea; - one or more carriers selected from propylene glycol dicaprylate/dicaprate, olive oil, beeswax. - preservatives belonging to the paraben family; - ascorbic acid derivatives; - UV filters selected from bis ethylhexyloxyphenol methoxyphenyl triazine, cinnamates, benzophenones, camphor derivatives, titanium oxide; - fragrances selected from melaleuca essential oil, ylang ylang flower extracts, Bambousa Arundinacea extracts, Karitè; - carriers selected from animal-derived fats and argan oil.
A mobile test system for determining properties of a soil or geo-material, comprising: a component configured to prepare ground containing the soil or geo-material for testing; a component that applies static or cyclic loading to one or more bearing plates of the test system, said plates being of various geometries being adapted to be positioned at a ground surface or below the ground surface to determine stress and deflection dependent stiffness relationships and bearing capacity of the soil or geo-material, characterized by further comprising: a control system configured to apply controlled force to an integrated confining plate system to provide uniform and constant stress to the ground adjacent to one or more of said bearing plates. a component configured to prepare ground containing the soil or geo-material for testing; a component that applies static or cyclic loading to one or more bearing plates of the test system, said plates being of various geometries being adapted to be positioned at a ground surface or below the ground surface to determine stress and deflection dependent stiffness relationships and bearing capacity of the soil or geo-material, characterized by further comprising: a control system configured to apply controlled force to an integrated confining plate system to provide uniform and constant stress to the ground adjacent to one or more of said bearing plates.
Power electronic system for an electric powertrain, including: - a first power electronic module; - a second power electronic module (CONV); - a third power electronic module (CAPA); - a set of busbars (BP, BN) connecting said first module to said second module (CONV), said set of busbars (BP, BN) including a U-shaped deviation that is attached to the casing of said third module (CAPA) via a bolted fastener, said system being characterized in that said U-shaped deviation is sandwiched between said casing of said third module (CAPA) and said fastener, with just a block of insulating composite foam separating said casing from said set of busbars. - a first power electronic module; - a second power electronic module (CONV); - a third power electronic module (CAPA); - a set of busbars (BP, BN) connecting said first module to said second module (CONV), said set of busbars (BP, BN) including a U-shaped deviation that is attached to the casing of said third module (CAPA) via a bolted fastener, said system being characterized in that said U-shaped deviation is sandwiched between said casing of said third module (CAPA) and said fastener, with just a block of insulating composite foam separating said casing from said set of busbars.
Method for operating a hybrid drive device, in particular for a motor vehicle, which hybrid drive device has at least one internal combustion engine and at least one electric machine, wherein the internal combustion engine and the electric machine can be operatively connected to one another mechanically by means of a clutch, and a slip torque which is transmitted by the clutch is detected, characterized in that the slip torque is determined as a function of the rotational speed profile of an output shaft of the internal combustion engine and of a compression torque of the internal combustion engine, at least when the internal combustion engine starts and/or stops, and is taken into account in the operation of the hybrid drive device.
Frame structure comprising at least one first element and at least one second element operably associable with each other, wherein each of said at least one first element and said one second element comprises a respective central wall (4, 7) and two opposite side walls (5, 5'; 8, 8') delimiting at least one longitudinal recess (6, 9); said at least one second element having at least one end engageable along said at least one longitudinal recess of said at least one first element; said frame structure comprising connection means for the mutual connection between overlapping portions of said at least one first element and said at least one second element in correspondence of at least one end, said at least one first element comprising at least one raised portion (13, 13') and said at least one second element comprises, at said at least one end at least one further raised portion (14, 14') being engageable from said at least one raised portion (13, 13') by shape coupling, characterized in that said raised portion (13, 13') and said further raised portion (14, 14') each delimit respectively a plurality of through openings and respective further through openings which can be overlapped to each other and can be engaged by said connection means. said at least one second element having at least one end engageable along said at least one longitudinal recess of said at least one first element; said frame structure comprising connection means for the mutual connection between overlapping portions of said at least one first element and said at least one second element in correspondence of at least one end, said at least one first element comprising at least one raised portion (13, 13') and said at least one second element comprises, at said at least one end at least one further raised portion (14, 14') being engageable from said at least one raised portion (13, 13') by shape coupling, characterized in that said raised portion (13, 13') and said further raised portion (14, 14') each delimit respectively a plurality of through openings and respective further through openings which can be overlapped to each other and can be engaged by said connection means.
A method of generating a quantized block, comprising: deriving an intra prediction mode of a current prediction unit using a Most Probable Mode, MPM, group including three intra prediction modes which are determined according to left and above intra prediction modes of the current prediction unit; selecting an inverse scan pattern of a current transform unit based on the intra prediction mode and a size of the transform unit; and generating the quantized block by inversely scanning significant flags, coefficients signs and coefficient levels according to the selected inverse scan pattern, wherein the inverse scan pattern is selected among a diagonal scan, a vertical scan and a horizontal scan, and when the left and above intra prediction modes are available and are same to each other and the left intra prediction mode is one of two non-directional intra prediction modes, the MPM group includes two non-directional intra prediction modes and a vertical mode. deriving an intra prediction mode of a current prediction unit using a Most Probable Mode, MPM, group including three intra prediction modes which are determined according to left and above intra prediction modes of the current prediction unit; selecting an inverse scan pattern of a current transform unit based on the intra prediction mode and a size of the transform unit; and generating the quantized block by inversely scanning significant flags, coefficients signs and coefficient levels according to the selected inverse scan pattern, wherein the inverse scan pattern is selected among a diagonal scan, a vertical scan and a horizontal scan, and when the left and above intra prediction modes are available and are same to each other and the left intra prediction mode is one of two non-directional intra prediction modes, the MPM group includes two non-directional intra prediction modes and a vertical mode.
Movement detection device, comprising: a multi-element photodiode, the multi-element photodiode comprising a plurality of pixels (2001, 2002, 2003, 2004), referred to as megapixels, and for at least one megapixel of the multi-element photodiode, referred to as an obscured megapixel, a mask (2011, 2012, 2013, 2014) partially obscuring a sensitive zone of said obscured megapixel, the mask consisting of a plurality of zones comprising at least one opaque zone and at least one transparent zone, an opaque zone being able to prevent a light beam from fully reaching portions of the sensitive zone of the obscured megapixel corresponding to said opaque zone, a transparent zone being able to allow a light beam to reach a portion of the sensitive surface of the obscured megapixel corresponding to said transparent zone, each opaque zone having at least one adjacent transparent zone so as to obtain an alternation of opaque zones and transparent zones in the mask. a multi-element photodiode, the multi-element photodiode comprising a plurality of pixels (2001, 2002, 2003, 2004), referred to as megapixels, and for at least one megapixel of the multi-element photodiode, referred to as an obscured megapixel, a mask (2011, 2012, 2013, 2014) partially obscuring a sensitive zone of said obscured megapixel, the mask consisting of a plurality of zones comprising at least one opaque zone and at least one transparent zone, an opaque zone being able to prevent a light beam from fully reaching portions of the sensitive zone of the obscured megapixel corresponding to said opaque zone, a transparent zone being able to allow a light beam to reach a portion of the sensitive surface of the obscured megapixel corresponding to said transparent zone, each opaque zone having at least one adjacent transparent zone so as to obtain an alternation of opaque zones and transparent zones in the mask.
Use of the modulation of an audio and/or visual signal by a value of an impedance parameter of at least one electric junction comprising at least one contact with the skin of at least one user to maintain and/or develop the user's physical and/or mental abilities, utilizing a device for controlling the delivery of a medium, said device comprising: - a first skin electrode configured to generate electric waves, positioned against the skin of a first user; - a second skin electrode configured to capture electric waves, positioned against the skin of a second user, the first and the second user being two different users; - a detector for detecting the value of an impedance parameter of the junction connecting the electrodes and passing through the contact with the skin of each user; and - a control means configured to transmit a modulated medium-delivery command representing the audio and/or visual signal according to the value detected wherein the junction for which a value of an impedance parameter is detected comprises at least one contact between two different users. - a first skin electrode configured to generate electric waves, positioned against the skin of a first user; - a second skin electrode configured to capture electric waves, positioned against the skin of a second user, the first and the second user being two different users; - a detector for detecting the value of an impedance parameter of the junction connecting the electrodes and passing through the contact with the skin of each user; and - a control means configured to transmit a modulated medium-delivery command representing the audio and/or visual signal according to the value detected
A method for forming a catalyst article comprising: (a) forming a slurry by mixing together at least the following components: (i) a crystalline molecular sieve in an H + or NH 4 + form, wherein the crystalline molecular sieve is a small pore zeolite having a Framework Type that is CHA; (ii) a water-insoluble active metal precursor, wherein the water-insoluble active metal precursor is copper carbonate; (iii) an aqueous solvent, wherein the aqueous solvent is water; wherein the slurry has a solids content of up to 50 weight% and wherein step (a) is carried out at a temperature in the range 10 to 35°C; (b) coating a substrate with the slurry formed in step (a); and (c) calcining the coated substrate formed in step (b) to form a catalyst layer on the substrate. (a) forming a slurry by mixing together at least the following components: (i) a crystalline molecular sieve in an H + or NH 4 + form, wherein the crystalline molecular sieve is a small pore zeolite having a Framework Type that is CHA; (ii) a water-insoluble active metal precursor, wherein the water-insoluble active metal precursor is copper carbonate; (iii) an aqueous solvent, wherein the aqueous solvent is water; wherein the slurry has a solids content of up to 50 weight% and wherein step (a) is carried out at a temperature in the range 10 to 35°C; (i) a crystalline molecular sieve in an H + or NH 4 + form, wherein the crystalline molecular sieve is a small pore zeolite having a Framework Type that is CHA; (ii) a water-insoluble active metal precursor, wherein the water-insoluble active metal precursor is copper carbonate; (iii) an aqueous solvent, wherein the aqueous solvent is water; (b) coating a substrate with the slurry formed in step (a); and (c) calcining the coated substrate formed in step (b) to form a catalyst layer on the substrate.
A method of producing an aromatised food or beverage product, the method comprising: a) collecting an aroma composition from a plant material by stripping of the plant material with a gas; b) contacting said aroma composition with a non-ionic hydrophobic resin to remove undesired aroma compounds comprising furans, pyrroles and/or thiols; c) separating said aroma composition from which undesired aroma compounds have been removed from the resin; and d) combining said aroma composition from which undesired aroma compounds comprising furans, pyrroles and/or thiols have been removed, with a food or beverage composition; wherein the plant material is roast and ground coffee beans, or a coffee extract. a) collecting an aroma composition from a plant material by stripping of the plant material with a gas; b) contacting said aroma composition with a non-ionic hydrophobic resin to remove undesired aroma compounds comprising furans, pyrroles and/or thiols; c) separating said aroma composition from which undesired aroma compounds have been removed from the resin; and d) combining said aroma composition from which undesired aroma compounds comprising furans, pyrroles and/or thiols have been removed, with a food or beverage composition;