mhurhangee/ep-ind-claims huggingface dataset:
A card (1, 301, 401) comprising: a card substrate (10, 410); and a light diffraction layer laminated sheet that is laminated on an upper side of the card substrate (10, 410) wherein the light diffraction layer laminated sheet comprises: a transparent sheet layer (20, 220, 320); a light diffraction layer configured to have an outer shape smaller than an outer shape of the transparent sheet layer (20, 220, 320) and to be laminated onto an upper side which is one surface side of the transparent sheet layer (20, 220, 320); and a lower adhesive layer that bonds the transparent sheet layer (20, 220, 320) and the light diffraction layer together, characterized in that the transparent sheet layer (20, 220, 320) and the upper side of the card substrate (10, 410) are laminated to each other directly. a card substrate (10, 410); and a light diffraction layer laminated sheet that is laminated on an upper side of the card substrate (10, 410) wherein the light diffraction layer laminated sheet comprises: a transparent sheet layer (20, 220, 320); a light diffraction layer configured to have an outer shape smaller than an outer shape of the transparent sheet layer (20, 220, 320) and to be laminated onto an upper side which is one surface side of the transparent sheet layer (20, 220, 320); and a lower adhesive layer that bonds the transparent sheet layer (20, 220, 320) and the light diffraction layer together, characterized in that the transparent sheet layer (20, 220, 320) and the upper side of the card substrate (10, 410) are laminated to each other directly. a transparent sheet layer (20, 220, 320); a light diffraction layer configured to have an outer shape smaller than an outer shape of the transparent sheet layer (20, 220, 320) and to be laminated onto an upper side which is one surface side of the transparent sheet layer (20, 220, 320); and a lower adhesive layer that bonds the transparent sheet layer (20, 220, 320) and the light diffraction layer together, characterized in that the transparent sheet layer (20, 220, 320) and the upper side of the card substrate (10, 410) are laminated to each other directly.
A sliding door comprising: a panel configured to slide along a path; and a holding member transversely disposed with respect to said path in a location along said path, said holding member having a first side portion coupled to a second side portion, said second side portion being spaced apart from said first side portion thereby defining a channel, therebetween, said channel being configured for receiving therein at least a segment of said panel, said holding member further including an abutting portion transversely extending inside said channel from said first side portion defining an opening between an edge thereof and said second side portion, said opening being configured to allow sliding of said segment therethrough; characterized in that the sliding door further comprises a stop member (30, 60) displaceable between an engaged state in which a first end of said stop member engages said abutting portion and said first side portion, and a second end of said stop member (30, 60) engages said segment thereby precluding sliding of said panel at least in a direction towards said abutting portion and a disengaged state in which said stop member disengages from said segment thereby allowing sliding of said panel towards said abutting portion; wherein said stop member is configured such that in said engaged state compressive forces are exerted on said segment and said stop member whereby sliding of said panel towards said abutting portion is opposed. a panel configured to slide along a path; and a holding member transversely disposed with respect to said path in a location along said path, said holding member having a first side portion coupled to a second side portion, said second side portion being spaced apart from said first side portion thereby defining a channel, therebetween, said channel being configured for receiving therein at least a segment of said panel, said holding member further including an abutting portion transversely extending inside said channel from said first side portion defining an opening between an edge thereof and said second side portion, said opening being configured to allow sliding of said segment therethrough; characterized in that the sliding door further comprises a stop member (30, 60) displaceable between an engaged state in which a first end of said stop member engages said abutting portion and said first side portion, and a second end of said stop member (30, 60) engages said segment thereby precluding sliding of said panel at least in a direction towards said abutting portion and a disengaged state in which said stop member disengages from said segment thereby allowing sliding of said panel towards said abutting portion; wherein said stop member is configured such that in said engaged state compressive forces are exerted on said segment and said stop member whereby sliding of said panel towards said abutting portion is opposed.
An engine starting control device including means for stopping an engine by detecting that a throttle valve has been closed and starting the engine by detecting that the throttle valve has been opened, the control device comprising: means for positioning a crankshaft to a predetermined position for starting an engine prior to a start of the engine; means for detecting a crank position when detecting that the throttle valve having been opened; and means for deciding in which conditions to restart an engine while a revolution of the engine is maintained on account of an inertia, by normally revolving the engine immediately when the engine speed is more than a normal revolution priority speed and the throttle valve has been opened, and by normally revolving the engine after stopping the engine and positioning the crank position in the predetermined position, when the engine speed is less than the normal revolution priority speed; characterized in that the control device further comprises means for determing the normal revolution priority speed, the normal revolution priority speed being function of the value stage, which is the crank position over the whole engine combustion cycle. means for positioning a crankshaft to a predetermined position for starting an engine prior to a start of the engine; means for detecting a crank position when detecting that the throttle valve having been opened; and means for deciding in which conditions to restart an engine while a revolution of the engine is maintained on account of an inertia, by normally revolving the engine immediately when the engine speed is more than a normal revolution priority speed and the throttle valve has been opened, and by normally revolving the engine after stopping the engine and positioning the crank position in the predetermined position, when the engine speed is less than the normal revolution priority speed; characterized in that the control device further comprises means for determing the normal revolution priority speed, the normal revolution priority speed being function of the value stage, which is the crank position over the whole engine combustion cycle.
A coating composition, comprising at least one dicyclopentadiene modified ester oligomer, a metal drier and at least one ethylenically unsaturated monomer, wherein said at least one dicyclopentadiene modified ester oligomer comprises at least one dicyclopentadiene and at least one diol, wherein said at least one ethylenically unsaturated monomer is selected from the group consisting of trimethylolpropane trimethacrylate (TMPTMA); trimethylolpropane triacrylate (TMPTA); triethyleneglycol dimethacrylate (TRGDMA); and monoacryloxyethyl succinate (MAES), wherein the metal drier is selected from at least one of the group consisting of organic salts of cobalt, organic salts of zirconium, and organic salts of calcium and wherein said coating composition is curable to a surface by at least one of oxidative curing and thermal curing.
A method of transmitting a Random-Access Response from a network entity to a User Equipment when the network entity employs narrow beamforming, wherein the method comprises performing the following by the network entity: generating a plurality of RAR messages, wherein each RAR message carries a respective Uplink grant for the UE to enable the UE to respond to the RAR message; for each RAR message, providing a RAR message-specific time-delay indicator in the respective UL grant carried by the RAR message; configuring each RAR message-specific time-delay indicator to provide to the UE an indication of a time interval in which the UE is scheduled to transmit in the UL to respond to a respective RAR message; and successively transmitting the plurality of RAR messages to the UE before any response from the UE is received by the network entity in the UL. generating a plurality of RAR messages, wherein each RAR message carries a respective Uplink grant for the UE to enable the UE to respond to the RAR message; for each RAR message, providing a RAR message-specific time-delay indicator in the respective UL grant carried by the RAR message; configuring each RAR message-specific time-delay indicator to provide to the UE an indication of a time interval in which the UE is scheduled to transmit in the UL to respond to a respective RAR message; and successively transmitting the plurality of RAR messages to the UE before any response from the UE is received by the network entity in the UL.
A node comprising a Policy and Charging Enforcement Function, PCEF, for a cellular system, the PCEF being arranged (405, 410) to receive data packets from at least one other node in the cellular system via a certain Radio Access Technology, RAT, the PCEF also being arranged to communicate with a Policy and Charging Rules Function, PCRF, via a Policy and Charging Control, PCC, interface, the PCEF further being arranged (425, 430) to set up Service Data flows, SDFs, which SDFs are defined for the PCEF by the PCRF over the PCC interface and which comprise filters for received data packets, said filters defining a Quality Class Index, QCI, for each received data packet, the PCEF being arranged (415, 420) to interpret QCIs for received data packets up to and including a predefined value in a first predefined manner for all RATs, and to interpret (415, 420) QCIs over said predefined value in a second predefined manner.
A dose counter for counting doses of medicament dispensed by or remaining in a metered-dose inhaler, the dose counter comprising: a rotatably mounted gear wheel having a circular arrangement of ratchet teeth; a display coupled to the gear wheel, the display having a visible array of dose counting indicia indexable in response to rotary motion of the gear wheel; and an actuator mechanism having a driver for rotatably driving the gear wheel in response to the dispensation of a medicament dose, the driver being arranged to engage the ratchet teeth of the gear wheel, wherein the actuator mechanism comprises a pivotally mounted lever having an input portion, the lever being arranged to amplify a linear stroke at the input portion such that a linear stroke of the driver exceeds the linear input stroke, and wherein the actuator mechanism further comprises a separate actuator shaft arranged for contact by a medicament canister of the metered-dose inhaler and mounted for reciprocating movement, and wherein an output portion of the actuator shaft is arranged to engage the input portion of the lever, and characterised in that the driver is arranged to drive the gear wheel during a forward stroke of the medicament canister. a rotatably mounted gear wheel having a circular arrangement of ratchet teeth; a display coupled to the gear wheel, the display having a visible array of dose counting indicia indexable in response to rotary motion of the gear wheel; and an actuator mechanism having a driver for rotatably driving the gear wheel in response to the dispensation of a medicament dose, the driver being arranged to engage the ratchet teeth of the gear wheel, wherein the actuator mechanism comprises a pivotally mounted lever having an input portion, the lever being arranged to amplify a linear stroke at the input portion such that a linear stroke of the driver exceeds the linear input stroke, and wherein the actuator mechanism further comprises a separate actuator shaft arranged for contact by a medicament canister of the metered-dose inhaler and mounted for reciprocating movement, and wherein an output portion of the actuator shaft is arranged to engage the input portion of the lever, and characterised in that the driver is arranged to drive the gear wheel during a forward stroke of the medicament canister.
Method of determining the pH-value of an aqueous liquid comprising the liquid molecules H 2 O, OH - and H 3 O +, the method comprising the steps of: a) irradiating the aqueous liquid with ultraviolet light for the stimulation of electronic transitions within the liquid molecules H 2 O, OH - and H 3 O + of the aqueous liquid; b) detecting the intensity portion of the ultraviolet light transmitted by the aqueous liquid by means of a detection device; c) generating a wavelength intensity absorption characteristic from the detected intensity portion which comprises the UV absorption edge caused by the stimulation of electronic transitions within the liquid molecules H 2 O, OH - and H 3 O + of the aqueous liquid and lying in the wavelength range of 100 to 300 nm; characterized by d) assigning the generated absorption characteristic to a reference absorption characteristic associated with a particular pH-value of the aqueous liquid in accordance with the position of the UV absorption edge. a) irradiating the aqueous liquid with ultraviolet light for the stimulation of electronic transitions within the liquid molecules H 2 O, OH - and H 3 O + of the aqueous liquid; b) detecting the intensity portion of the ultraviolet light transmitted by the aqueous liquid by means of a detection device; c) generating a wavelength intensity absorption characteristic from the detected intensity portion which comprises the UV absorption edge caused by the stimulation of electronic transitions within the liquid molecules H 2 O, OH - and H 3 O + of the aqueous liquid and lying in the wavelength range of 100 to 300 nm; d) assigning the generated absorption characteristic to a reference absorption characteristic associated with a particular pH-value of the aqueous liquid in accordance with the position of the UV absorption edge.
A therapeutically effective combination of bromocriptine and a serotonin enhancing anti-depressant for use in the treatment of Type 2 diabetes and depression, wherein bromocriptine is administered at a first predetermined time of day in the morning and the serotonin enhancing anti-depressant is administered at a second predetermined time of day in the evening.
Aircraft galley comprising a slide extractor for moving one or more containers and/ or trolleys forward within a storage area and a system for slowing movement of said slide extractor, the system comprising: a slide base comprising a channel; a movable member (34, 92) positioned within the channel and slidable with respect to the slide base; the movable member comprising a rear flange; a retraction element connected with the movable member (34, 92) and connected to a handle (42, 72); wherein the retraction element is configured to create stored potential energy and wherein the system comprises one or more magnets mounted on either the slide base or the movable member; and wherein the other of the slide base or the movable member (34, 92) comprises at least a portion of a conductive surface, wherein proximity of the one or more magnets to the portion of a conductive surface causes slowing of the movable member (34,92) with respect to the slide base, and wherein when a pulling force on the handle is above the magnetic force applied between the slide base and the moveable member, the retraction element extends and the movable member moves forward within the slide base, wherein release of the pulling force on the handle causes retraction of the retraction element, rearward movement of the movable member within the slide base, and magnetic force between the slide base and the moveable member creates a drag force that slows the movable member with respect to the slide base. a slide base comprising a channel; a movable member (34, 92) positioned within the channel and slidable with respect to the slide base; the movable member comprising a rear flange; a retraction element connected with the movable member (34, 92) and connected to a handle (42, 72); wherein the retraction element is configured to create stored potential energy and wherein the system comprises one or more magnets mounted on either the slide base or the movable member; and wherein the other of the slide base or the movable member (34, 92) comprises at least a portion of a conductive surface, wherein proximity of the one or more magnets to the portion of a conductive surface causes slowing of the movable member (34,92) with respect to the slide base, and wherein when a pulling force on the handle is above the magnetic force applied between the slide base and the moveable member, the retraction element extends and the movable member moves forward within the slide base, wherein release of the pulling force on the handle causes retraction of the retraction element, rearward movement of the movable member within the slide base, and magnetic force between the slide base and the moveable member creates a drag force that slows the movable member with respect to the slide base.
Panel suitable for assembling a floor covering by interconnecting a plurality of said panels with each other, wherein the panel has a substantially planar top side, and a substantially planar bottom side, at least four substantially linear side edges comprising at least one pair of opposite side edges, the panel having a layered structure which comprises: a decorative top layer comprising a mineral or ceramic compound with a thermoplastic or thermosetting binder, or a hygroscopic, lignocellulosic veneer and/or paper layer, or a stone veneer, or a ceramic tile or a mosaic; a core layer; wherein the decorative top layer and the core layer have a different chemical composition; - a reinforcement layer positioned between the top layer and the core layer, and having a modulus of elasticity of at least 2MPa, characterized in that, the core layer comprises a material from the group of a mineral or ceramic compound with a suitable binder, and in that the reinforcement layer is a high-strength polymer foam, and wherein the density of the reinforcement layer is below 1000 kg/m3. wherein the panel has a substantially planar top side, and a substantially planar bottom side, at least four substantially linear side edges comprising at least one pair of opposite side edges, the panel having a layered structure which comprises: a decorative top layer comprising a mineral or ceramic compound with a thermoplastic or thermosetting binder, or a hygroscopic, lignocellulosic veneer and/or paper layer, or a stone veneer, or a ceramic tile or a mosaic; a core layer; wherein the decorative top layer and the core layer have a different chemical composition; - a reinforcement layer positioned between the top layer and the core layer, and having a modulus of elasticity of at least 2MPa, characterized in that, the core layer comprises a material from the group of a mineral or ceramic compound with a suitable binder, and in that the reinforcement layer is a high-strength polymer foam, and wherein the density of the reinforcement layer is below 1000 kg/m3. a decorative top layer comprising a mineral or ceramic compound with a thermoplastic or thermosetting binder, or a hygroscopic, lignocellulosic veneer and/or paper layer, or a stone veneer, or a ceramic tile or a mosaic; a core layer; wherein the decorative top layer and the core layer have a different chemical composition; - a reinforcement layer positioned between the top layer and the core layer, and having a modulus of elasticity of at least 2MPa, characterized in that, the core layer comprises a material from the group of a mineral or ceramic compound with a suitable binder, and in that the reinforcement layer is a high-strength polymer foam, and wherein the density of the reinforcement layer is below 1000 kg/m3.
A method of solubilising mineral agents poorly soluble in water in a pH range of 3 to 7, and of providing same as a bioavailable concentrate, the method including: a) preparing an aqueous base suspension of the mineral agents; b) grinding the base suspension with a basic solid selected from the group calcium hydroxide, calcium carbonate, magnesium hydroxide, magnesium carbonate and mixtures thereof as a matrix, wherein the agents are adsorbed by the basic, solid mineral matrix and together with it form a sorptive system, wherein the mass content of the agents in relation to the sum of solids and agents is 0.05 % to 30 %, and c) mixing the aqueous sorptive system so formed with an acidic reaction component selected from solid organic acids, so that i) the basic, solid mineral matrix is dissolved by an acid-base-reaction and thereby ii) the agents adsorbed by the basic, solid mineral matrix are released in the course of a reactive desorption as nanoparticles dissolved in colloidal form in water and thus constitute the bioavailable concentrate, characterised in that the sorptive system and the acidic reaction component are brought into contact in step c) by means of a multi-compartment container, and in that the basic solid is obtained from wood ash and/or coal ash. a) preparing an aqueous base suspension of the mineral agents; b) grinding the base suspension with a basic solid selected from the group calcium hydroxide, calcium carbonate, magnesium hydroxide, magnesium carbonate and mixtures thereof as a matrix, wherein the agents are adsorbed by the basic, solid mineral matrix and together with it form a sorptive system, wherein the mass content of the agents in relation to the sum of solids and agents is 0.05 % to 30 %, and c) mixing the aqueous sorptive system so formed with an acidic reaction component selected from solid organic acids, i) the basic, solid mineral matrix is dissolved by an acid-base-reaction and thereby ii) the agents adsorbed by the basic, solid mineral matrix are released in the course of a reactive desorption as nanoparticles dissolved in colloidal form in water and thus constitute the bioavailable concentrate,
Mobile communication terminal with - a data generation unit arranged for generating a data stream (4, 4'), - a data serialization unit arranged for segmenting the data stream (4, 4') into at least two distinct data packets, and - a channel broker unit, wherein the channel broker unit is connected to the serialization unit to receive the at least two data packets and to select for each of the data packets a bearer channel out of at least two different bearer channels, characterized in that - the channel broker unit and/or the communication unit outputs a mapping between the data packets and the bearer channels on which the respective data packets are transported on a baseline channel. - a data generation unit arranged for generating a data stream (4, 4'), - a data serialization unit arranged for segmenting the data stream (4, 4') into at least two distinct data packets, and - a channel broker unit, wherein the channel broker unit is connected to the serialization unit to receive the at least two data packets and to select for each of the data packets a bearer channel out of at least two different bearer channels, characterized in that - the channel broker unit and/or the communication unit outputs a mapping between the data packets and the bearer channels on which the respective data packets are transported on a baseline channel.