mhurhangee/patent-ind-claim-en huggingface dataset:
Building material mixture containing a) 2.0 to 30.0% by weight of a hydraulic binder, b) 69.0 to 97.0% by weight of aggregate, the aggregate being present in the form of sand, gravel and/or mineral stones, c) 0.005 to 0.5% by weight of a copolymer suitable as a plasticizer and having polyether macromonomer structural units and acid monomer structural units and d) 0.005 to 0.5% by weight of a macromolecular, amphiphilic compound suitable as an adsorption blocker, the macromolecular, amphiphilic compound suitable as an adsorption blocker having, as a base building block, a structural unit D-E-A arising from the reaction of the individual components D, E and A, with E represented by a compound having at least two reactive isocyanate groups, D represented by a hydrophobic compound having at least one group reactive towards isocyanates, selected from -OH, -NH 2 , where the hydrophobic compound is an alkylpolyoxyalkylene derivative or a polyisobutene derivative and the water solubility of the hydrophobic compound is less than 1 g/l at a temperature of 20°C under atmospheric pressure, A represented by a hydrophilic compound having at least one group reactive towards isocyanates, selected from -OH, -NH 2 , -COOH, where the water solubility of the hydrophilic compound is more than 10 g/l at a temperature of 20°C under atmospheric pressure, with the proviso that the reaction of the individual components D, E and A takes place by reaction of the reactive isocyanate groups with the groups reactive towards isocyanates. a) 2.0 to 30.0% by weight of a hydraulic binder, b) 69.0 to 97.0% by weight of aggregate, the aggregate being present in the form of sand, gravel and/or mineral stones, c) 0.005 to 0.5% by weight of a copolymer suitable as a plasticizer and having polyether macromonomer structural units and acid monomer structural units and d) 0.005 to 0.5% by weight of a macromolecular, amphiphilic compound suitable as an adsorption blocker,
A gas turbine engine comprising: a joint ; a flexible strip secured circumferentially around the joint ; and a thermochromatic layer attached to a surface of the flexible strip . a joint ; a flexible strip secured circumferentially around the joint ; and a thermochromatic layer attached to a surface of the flexible strip .
Gear pair for a helical gear transmission or a spur gear transmission comprising - a first gear wheel with a first toothed section , and - a second gear wheel with a second toothed section , wherein - the first gear wheel has a first axle (A1) and the second gear wheel has a second axle (A2) that form an axial angle (χ) of between 0° and 90°, - the first toothed section and the second toothed section are in meshed engagement and form, when engaged, form an involute toothing , - the material of the first and of the second toothed sections are such that, when engaged, a metal-plastic pairing takes place, and - the toothed section made of plastic has a first helix angle (β 1 ) and the toothed section made of metal has a second helix angle (β 2 ), wherein - for the difference (Δβ) between the magnitude of the first helix angle (|β 1 |) and the magnitude of the second helix angle (|β 2 |) - in the case of a helical gear transmission with an axial angle (χ) of between 0° and 45°, it holds true that: Δ β = | β 1 | - | β 2 | = 90 ° - χ ± K ≠ 90 ° - χ , and - for a spur gear transmission an axial angle (χ) of 0° it holds true that Δ β = | β 1 l - | β 2 | = 0 ° ± K ≠ 0° , - wherein 0,5° ≤ K ≤ 5° and, in particular 1° ≤ K ≤ 3°. - a first gear wheel with a first toothed section , and - a second gear wheel with a second toothed section , wherein - the first gear wheel has a first axle (A1) and the second gear wheel has a second axle (A2) that form an axial angle (χ) of between 0° and 90°, - the first toothed section and the second toothed section are in meshed engagement and form, when engaged, form an involute toothing , - the material of the first and of the second toothed sections are such that, when engaged, a metal-plastic pairing takes place, and - the toothed section made of plastic has a first helix angle (β 1 ) and the toothed section made of metal has a second helix angle (β 2 ), wherein - for the difference (Δβ) between the magnitude of the first helix angle (|β 1 |) and the magnitude of the second helix angle (|β 2 |) - in the case of a helical gear transmission with an axial angle (χ) of between 0° and 45°, it holds true that: Δ β = | β 1 | - | β 2 | = 90 ° - χ ± K ≠ 90 ° - χ , and - for a spur gear transmission an axial angle (χ) of 0° it holds true that Δ β = | β 1 l - | β 2 | = 0 ° ± K ≠ 0° , - wherein 0,5° ≤ K ≤ 5° and, in particular 1° ≤ K ≤ 3°.
Anchoring assembly for a food preparation appliance for anchoring in a food preparation container of the food preparation appliance in such a way that a shaft of the anchoring assembly can extend from outside the food preparation container through a passage that leads into the inside of the food preparation container in order to be able to drive a tool inside the food preparation container for a mixing and/or chopping of a food, characterized in that the anchoring assembly comprises the shaft , an actuating element , an anchoring element and a locking element and the anchoring element comprises an anchoring device for anchoring the anchoring element to a food preparation container , the anchoring device being arranged between the actuating element and the locking element in a direction of an axis of rotation of the shaft , wherein the actuating element and the locking element are coupled to each other such that they are able to move together relative to the anchoring element .
An X-ray generating device comprising: an electron generator having an electron source emitting a linear electron beam (B) suitable for generating a focal spot of linear shape, and a switching mechanism switching an extending direction of the electron source to either one of a first direction and a second direction perpendicular to the first direction while fixing a center position of the electron source ; and a rotating anticathode with a disk shape or a columnar shape, having a circumferential surface portion suitable for being impinged by the electron beam (B1) from the electron source and emitting linear or dot-like X-ray beams (B2; B3) , and configured to be rotatable about a rotation axis ; wherein the electron generator and the rotating anticathode are fixedly arranged in a positional relationship in which the electron source and the surface portion face each other and the rotation axis is tilted with respect to the first direction and the second direction, characterized in that the rotation axis is tilted within a range of 30 to 60 degrees with respect to the first direction in a plane comprising the first direction and the second direction. an electron generator having an electron source emitting a linear electron beam (B) suitable for generating a focal spot of linear shape, and a switching mechanism switching an extending direction of the electron source to either one of a first direction and a second direction perpendicular to the first direction while fixing a center position of the electron source ; and a rotating anticathode with a disk shape or a columnar shape, having a circumferential surface portion suitable for being impinged by the electron beam (B1) from the electron source and emitting linear or dot-like X-ray beams (B2; B3) , and configured to be rotatable about a rotation axis ; wherein the electron generator and the rotating anticathode are fixedly arranged in a positional relationship in which the electron source and the surface portion face each other and the rotation axis is tilted with respect to the first direction and the second direction, characterized in that the rotation axis is tilted within a range of 30 to 60 degrees with respect to the first direction in a plane comprising the first direction and the second direction.
A sheath for producing a fully sealed access to the interior of a vessel of an animal or human body, comprising a base sheath having a tubular body with a distal end and a proximal end , the tubular body defining a pass-through channel for insertion of a catheter therethrough into the interior of the vessel, with the base sheath being adapted to be inserted into the vessel through a vessel aperture, wherein a wall of the tubular body of the base sheath has a through channel extending in the wall from the distal end towards the proximal end , characterized in that the through channel is open at the distal end and adapted to conduct blood from the vessel towards the proximal end of the base sheath . a base sheath having a tubular body with a distal end and a proximal end , the tubular body defining a pass-through channel for insertion of a catheter therethrough into the interior of the vessel, with the base sheath being adapted to be inserted into the vessel through a vessel aperture, wherein a wall of the tubular body of the base sheath has a through channel extending in the wall from the distal end towards the proximal end , characterized in that the through channel is open at the distal end and adapted to conduct blood from the vessel towards the proximal end of the base sheath .
An apparatus comprising: a virtual legacy interrupt receiver to receive a virtual legacy interrupt signal from a peripheral device ; a power management interface to receive a signal to identify out-of-service agents (115-1, 115-2); characterized in that the apparatus further comprises: a virtual legacy wire broadcaster to broadcast the virtual legacy wire interrupt on a bus with a mask to exclude the out-of-service agents (115-1, 115-2); wherein the power management interface is further to receive a signal to identify an agent that has awakened; and the virtual legacy wire broadcaster is further to broadcast a virtual legacy wire interrupt on the bus with a mask to exclude all but the agent that has awakened. a virtual legacy interrupt receiver to receive a virtual legacy interrupt signal from a peripheral device ; a power management interface to receive a signal to identify out-of-service agents (115-1, 115-2); characterized in that the apparatus further comprises: a virtual legacy wire broadcaster to broadcast the virtual legacy wire interrupt on a bus with a mask to exclude the out-of-service agents (115-1, 115-2); wherein the power management interface is further to receive a signal to identify an agent that has awakened; and the virtual legacy wire broadcaster is further to broadcast a virtual legacy wire interrupt on the bus with a mask to exclude all but the agent that has awakened. a virtual legacy wire broadcaster to broadcast the virtual legacy wire interrupt on a bus with a mask to exclude the out-of-service agents (115-1, 115-2); wherein the power management interface is further to receive a signal to identify an agent that has awakened; and the virtual legacy wire broadcaster is further to broadcast a virtual legacy wire interrupt on the bus with a mask to exclude all but the agent that has awakened.
An apparatus for manufacturing SiO, comprising: a reaction unit configured to receive a SiO-making material and bring the received material into reaction by heating to generate a SiO gas; and a collecting unit configured to maintain an internal temperature lower than an internal temperature of the reaction unit, the collecting unit including a rotating member in an inner space thereof, wherein the collecting unit collects a SiO deposit by introducing the SiO gas generated by the reaction unit through an inlet formed at least at one side thereof and allowing the introduced SiO gas to be deposited to a surface of the rotating member, and characterized in that the collecting unit further includes a removing member for separating the SiO deposit from the surface of the rotating member by injecting a gas to the surface of the rotating member and controlling the internal temperature by means of the gas injected by the removing member. a reaction unit configured to receive a SiO-making material and bring the received material into reaction by heating to generate a SiO gas; and a collecting unit configured to maintain an internal temperature lower than an internal temperature of the reaction unit, the collecting unit including a rotating member in an inner space thereof, wherein the collecting unit collects a SiO deposit by introducing the SiO gas generated by the reaction unit through an inlet formed at least at one side thereof and allowing the introduced SiO gas to be deposited to a surface of the rotating member, and characterized in that the collecting unit further includes a removing member for separating the SiO deposit from the surface of the rotating member by injecting a gas to the surface of the rotating member and controlling the internal temperature by means of the gas injected by the removing member.
Lighting device operable in a first and a second operation state and comprising: - a light source comprising a blue LED with peak wavelength in a first wavelength range of 460-490 nm and a blue LED having an emission peak in a second wavelength range of 430-460 nm, and tunable/dimmable green light emitting LED and a tunable/dimmable orange-red or red light emitting LED , said light source being configured to generate source light of a white light emission spectrum having a color correlated temperature, CCT, in a range of 2500-20000K; - a control unit being configured to tune the source light of the light source by control of a lighting element being at least one of a tunable light filter, a switchable blue lighting element, dimmable blue lighting element, said tuning of the source light is with respect to a ratio between the first emission peak in the wavelength range of 460-490nm and the second emission peak in the wavelength range of 430-460nm, said tuning further comprises an adaption in the emission intensity in the green to red part of the spectrum by controlling the dimmable green and red LEDs to compensate a shift in the CCT of the white emission spectrum caused by a tuning of the ratio between the first and second emission peak upon a switch from the first to the second operation state, such that the CCT of the white emission spectrum is without change. - a light source comprising a blue LED with peak wavelength in a first wavelength range of 460-490 nm and a blue LED having an emission peak in a second wavelength range of 430-460 nm, and tunable/dimmable green light emitting LED and a tunable/dimmable orange-red or red light emitting LED , said light source being configured to generate source light of a white light emission spectrum having a color correlated temperature, CCT, in a range of 2500-20000K; - a control unit being configured to tune the source light of the light source by control of a lighting element being at least one of a tunable light filter, a switchable blue lighting element, dimmable blue lighting element, said tuning of the source light is with respect to a ratio between the first emission peak in the wavelength range of 460-490nm and the second emission peak in the wavelength range of 430-460nm, said tuning further comprises an adaption in the emission intensity in the green to red part of the spectrum by controlling the dimmable green and red LEDs to compensate a shift in the CCT of the white emission spectrum caused by a tuning of the ratio between the first and second emission peak upon a switch from the first to the second operation state, such that the CCT of the white emission spectrum is without change.
A registrar computer for providing a data feed to a virtual requestor device , for authenticating devices and data and for use with Internet of Things, the registrar computer being configured to negotiate communications between at least one virtual device , configured to act as a proxy for a real or simulated device, and at least one virtual requestor device , configured to act as a proxy for a real requestor, the registrar computer comprising: a first application interface configured to communicate with the at least one virtual requestor device and the at least one virtual requestor device to maintain a control directory of virtual devices and virtual requestor devices registered with the registrar computer and to maintain a data feed directory comprising entries indicating data feeds available to at least one virtual requestor device, the data feeds comprising one or more data feeds generated by at least one virtual device , configured to act as a proxy for a real or simulated device, and one or more data feeds generated by the registrar computer ; a second application interface configured to receive a request for a data feed generated by the registrar computer from the a virtual requestor device ; and a logic module in communication with the second application interface and the data feed directory , the logic module configured to, in response to determining the request is to be granted, provide the data feed generated by the registrar computer to the virtual requestor device . a first application interface configured to communicate with the at least one virtual requestor device and the at least one virtual requestor device to maintain a control directory of virtual devices and virtual requestor devices registered with the registrar computer and to maintain a data feed directory comprising entries indicating data feeds available to at least one virtual requestor device, the data feeds comprising one or more data feeds generated by at least one virtual device , configured to act as a proxy for a real or simulated device, and one or more data feeds generated by the registrar computer ; a second application interface configured to receive a request for a data feed generated by the registrar computer from the a virtual requestor device ; and a logic module in communication with the second application interface and the data feed directory , the logic module configured to, in response to determining the request is to be granted, provide the data feed generated by the registrar computer to the virtual requestor device .
Battery charger for a motor vehicle , comprising a primary electrical power converter and a secondary electrical power converter that are connected by a transformer , the primary power converter and the secondary power converter being configured to transfer the maximum instantaneous power delivered by a power supply network (R2) or a battery to the battery or the power supply network, respectively, characterized in that the charger comprises: • at least one primary compensation electrical power converter comprising a high-frequency switching stage whose output is connected to the transformer, • a filter capacitor connected between two input terminals of the high-frequency switching stage of the primary compensation converter, • at least one secondary compensation electrical power converter connected to the primary compensation converter via a transformer , and • a switchable storage capacitor connected between the two input terminals of the high-frequency switching stage of the primary compensation converter , • the secondary compensation electrical power converter and the high-frequency switching stage of the primary compensation converter being configured to charge or discharge the storage capacitor according to an instantaneous power setpoint. • at least one primary compensation electrical power converter comprising a high-frequency switching stage whose output is connected to the transformer, • a filter capacitor connected between two input terminals of the high-frequency switching stage of the primary compensation converter, • at least one secondary compensation electrical power converter connected to the primary compensation converter via a transformer , and • a switchable storage capacitor connected between the two input terminals of the high-frequency switching stage of the primary compensation converter , • the secondary compensation electrical power converter and the high-frequency switching stage of the primary compensation converter being configured to charge or discharge the storage capacitor according to an instantaneous power setpoint.
Method for producing a thermodynamically metastable crystal modification of N-(aminoiminomethyl)-2-aminoacetic acid, wherein the crystal modification in the x-ray powder diffractogram of the crystal modification displays the strongest reflex bands at 2Θ = 20.2° and 23.3° and 23.8° and 25.3° at a measuring accuracy of +/- 0.2° when using Cu-Kα 1 radiation, characterised in that cyanamide and glycine are converted in an aqueous calcium chloride-containing solution, wherein the aqueous solution contains 5 to 50 wt.% calcium chloride, related to the reaction mixture, and the crystal modification is crystallised from the reaction mixture of the conversion.
A noise reduction device comprising: - a noise detector to detect electromagnetic noise on a connection line (m0); - a compensation signal generator to generate a compensation signal (icmp) for canceling the electromagnetic noise on the basis of a detection signal (vsns) of the noise detector ; - a compensation signal injector to inject the compensation signal (icmp) into the connection line (m0); - a compensation signal detector to detect the compensation signal (icmp); characterised by - a low-frequency component subtraction unit to amplify a frequency component in a first frequency region that is lower than a predetermined first frequency in a detection signal (vcmp) detected by the compensation signal detector , and to negatively feed back the amplified frequency component to the compensation signal generator ; and - an intermediate frequency component addition unit to positively feed back a component of a predetermined second frequency that is higher than the first frequency in the detection signal (vcmp) detected by the compensation signal detector to the compensation signal generator , wherein the noise detector detects the electromagnetic noise to which the compensation signal (icmp) is injected by the compensation signal injector on the connection line (m0). - a noise detector to detect electromagnetic noise on a connection line (m0); - a compensation signal generator to generate a compensation signal (icmp) for canceling the electromagnetic noise on the basis of a detection signal (vsns) of the noise detector ; - a compensation signal injector to inject the compensation signal (icmp) into the connection line (m0); - a compensation signal detector to detect the compensation signal (icmp); characterised by - a low-frequency component subtraction unit to amplify a frequency component in a first frequency region that is lower than a predetermined first frequency in a detection signal (vcmp) detected by the compensation signal detector , and to negatively feed back the amplified frequency component to the compensation signal generator ; and - an intermediate frequency component addition unit to positively feed back a component of a predetermined second frequency that is higher than the first frequency in the detection signal (vcmp) detected by the compensation signal detector to the compensation signal generator , wherein