mhurhangee/ep-ind-claims huggingface dataset:
A cleaning machine for cleaning surfaces, comprising a support frame (lo), at least a rotary cleaning organ associated to the support frame and able to enter into contact with the surface to be cleaned, first rest wheels of the support frame, an auxiliary rest wheel of the support frame that can assume a first position in which the auxiliary rest wheel is raised with respect to the support frame and a second position in which the auxiliary rest wheel is lowered with respect to the support frame, the auxiliary rest wheel being positioned at a base of a stem slidable in a bushing associated to the support frame with an axis perpendicular to the frame between a first raised position and a second lowered position, wherein the stem comprises a groove made on a surface thereof and the bushing comprises a pin projecting internally of the bushing and able to slide in the groove, characterised in that the groove comprises a first and a second upper cusp proximal to the end of the stem that is distal from the auxiliary rest wheel, the first and second upper cusps (340, 341) being alternated between a first and a second lower cusps directed towards the end of the stem proximal to the auxiliary rest wheel of which the first lower cusp extends to not beyond a median point of the stem, while the second lower cusp extends to in proximity of the lower end of the stem.
A method for producing an aminoalcohol from an aminoaldehyde, the method comprising the steps of: (i) subjecting a composition comprising a free aminoaldehyde according to Formula where each R 1 is independently selected from hydrogen, linear or branched C 1 to C 30 alkyl groups, and C 3 to C 20 cycloalkyl groups; where each R 2 is independently selected from hydrogen, linear or branched C 1 to C 30 alkyl groups, and C 3 to C 20 cycloalkyl groups; where each R 3 is independently selected from hydrogen, linear or branched C 1 to C 30 alkyl groups, C 4 to C 20 aryl groups, and C 4 to C 20 cycloalkyl groups, or where both R 3 substituents and the nitrogen atom to which they are attached can form an unsubstituted, saturated or unsaturated C 2 to C 20 heterocyclic group; and where n is equal to an integer in the range of 1 to 30; to a hydrogenation reaction by combining the aminoaldehyde with hydrogen and a nickel-aluminum binary hydrogenation catalyst to yield a corresponding aminoalcohol and (ii) collecting the aminoalcohol. (i) subjecting a composition comprising a free aminoaldehyde according to Formula where each R 1 is independently selected from hydrogen, linear or branched C 1 to C 30 alkyl groups, and C 3 to C 20 cycloalkyl groups; where each R 2 is independently selected from hydrogen, linear or branched C 1 to C 30 alkyl groups, and C 3 to C 20 cycloalkyl groups; where each R 3 is independently selected from hydrogen, linear or branched C 1 to C 30 alkyl groups, C 4 to C 20 aryl groups, and C 4 to C 20 cycloalkyl groups, or where both R 3 substituents and the nitrogen atom to which they are attached can form an unsubstituted, saturated or unsaturated C 2 to C 20 heterocyclic group; and where n is equal to an integer in the range of 1 to 30; to a hydrogenation reaction by combining the aminoaldehyde with hydrogen and a nickel-aluminum binary hydrogenation catalyst to yield a corresponding aminoalcohol and (ii) collecting the aminoalcohol.
An apparatus for additive manufacturing of large 3D hollow objects with thin walls, said apparatus comprising: a 3D hollow object material deposition module configured to deposit a portion of material forming at least a layer of a 3D hollow object wall; a 3D hollow object material solidifying module configured to solidify at least the portion of material forming at least a layer of the 3D hollow object wall; and a support material dispensing module configured to dispense in use a support material (304, 604) across a cross section of the 3D hollow object, wherein the support material dispensing module is configured to dispense in use the support material more frequently at flat and tilted segments of the 3D hollow object walls that are at large tilt angles with respect to a horizontal surface than at segments of the 3D hollow object walls that are at small tilt angles with respect to a horizontal surface, wherein the large tilt angles are at least 50 degrees. a 3D hollow object material deposition module configured to deposit a portion of material forming at least a layer of a 3D hollow object wall; a 3D hollow object material solidifying module configured to solidify at least the portion of material forming at least a layer of the 3D hollow object wall; and a support material dispensing module configured to dispense in use a support material (304, 604) across a cross section of the 3D hollow object, wherein the support material dispensing module is configured to dispense in use the support material more frequently at flat and tilted segments of the 3D hollow object walls that are at large tilt angles with respect to a horizontal surface than at segments of the 3D hollow object walls that are at small tilt angles with respect to a horizontal surface, wherein the large tilt angles are at least 50 degrees.
A turbocompound unit for converting energy of an exhaust gas from an internal combustion engine to torque increase of a crankshaft of the internal combustion engine, comprising a turbine arrangement and means configured to operatively connecting the turbine arrangement to the crankshaft via a hydrodynamic coupling and freewheeling means, characterized in that the turbocompound unit further comprises brake means, and a controller having at least one input for receiving a signal representing the operational status of the turbocompound unit, wherein the input of the controller is configured to receive a signal representing the engine torque and the engine speed of the associated internal combustion engine, a determination unit being configured to determine a risk of oil leakage in the turbine arrangement being associated with the operational status and to determine a corresponding control signal, and at least one output for transmitting the control signal to the brake means and/or the freewheeling means for controlling the rotational speed of the turbine arrangement of the turbocompound unit.
A heat exchange system (118, 200) comprising: a casing enclosing a cavity therein; a first heat exchange device configured to channel a first heat absorbing fluid therethrough, said first heat exchange device extending longitudinally within said cavity, wherein steam received within said cavity is condensable via thermal communication with the first heat absorbing fluid to form a first exhaust stream; and a sub-cooler configured to channel a sub-cooler fluid therethrough, said sub-cooler extending longitudinally within said cavity, said sub-cooler positioned beneath said first heat exchange device such that the first exhaust stream is receivable into thermal communication with the sub-cooler fluid, said sub-cooler comprising a sub-cooler housing that extends horizontally from a first side to a second side, said sub-cooler housing comprising a flat topmost surface that extends from said first side to said second side. a casing enclosing a cavity therein; a first heat exchange device configured to channel a first heat absorbing fluid therethrough, said first heat exchange device extending longitudinally within said cavity, wherein steam received within said cavity is condensable via thermal communication with the first heat absorbing fluid to form a first exhaust stream; and a sub-cooler configured to channel a sub-cooler fluid therethrough, said sub-cooler extending longitudinally within said cavity, said sub-cooler positioned beneath said first heat exchange device such that the first exhaust stream is receivable into thermal communication with the sub-cooler fluid, said sub-cooler comprising a sub-cooler housing that extends horizontally from a first side to a second side, said sub-cooler housing comprising a flat topmost surface that extends from said first side to said second side.
A fused-cast refractory product having a chemical composition such that, in percentages by weight on the basis of the oxides: - Al 2 O 3: balance to 100%; - MgO: 26% to 50%; - ZrO 2 0.5% to 10.0%; - B 2 O 3: ≤ 1.5%; - SiO 2: ≤ 0.5%; - Na 2 O + K 2 O: ≤ 0.3%; - CaO: ≤ 1.0%; - Fe 2 O 3 + TiO 2: < 0.55%; - other oxide species: < 1.0%; provided that an elementary weight ratio R of the content of zirconium Zr to the total content of boron B, fluorine F and silicon Si is between 2 and 80.
An anti-vortex tube retaining ring and bore basket (201, 202; 301; 501), comprising: a unitary body (210; 310; 510)) having an inboard portion (220; 320; 520), an outboard portion (230; 330; 530) and an intermediate portion (240; 340; 540), the inboard portion comprising a first ring-shaped body (221; 321; 521) with an outer diameter, the outboard portion being configured to support an array of AVTs and comprising a second ring-shaped body (232; 332; 532) with an inner diameter larger than the outer diameter of the first ring-shaped body, and the intermediate portion comprising a flange (241; 341; 541) extending between the outer and inner diameters of the first and second ring-shaped bodies, respectively, characterised in that: the unitary body (210; 310; 510) is configured for installation within one of front and rear blocks of a gas turbine engine compressor (44, 52); the inboard portion (220; 320; 520) is configured for engagement with an inner diameter of the one of the front and rear blocks of the gas tubine engine compressor, and the outboard portion (230; 330; 530) is configured for engagement with a boss of the one of the front and rear blocks of the gas turbine engine compressor. a unitary body (210; 310; 510)) having an inboard portion (220; 320; 520), an outboard portion (230; 330; 530) and an intermediate portion (240; 340; 540), the inboard portion comprising a first ring-shaped body (221; 321; 521) with an outer diameter, the outboard portion being configured to support an array of AVTs and comprising a second ring-shaped body (232; 332; 532) with an inner diameter larger than the outer diameter of the first ring-shaped body, and the intermediate portion comprising a flange (241; 341; 541) extending between the outer and inner diameters of the first and second ring-shaped bodies, respectively, characterised in that: the unitary body (210; 310; 510) is configured for installation within one of front and rear blocks of a gas turbine engine compressor (44, 52); the inboard portion (220; 320; 520) is configured for engagement with an inner diameter of the one of the front and rear blocks of the gas tubine engine compressor, and the outboard portion (230; 330; 530) is configured for engagement with a boss of the one of the front and rear blocks of the gas turbine engine compressor. the unitary body (210; 310; 510) is configured for installation within one of front and rear blocks of a gas turbine engine compressor (44, 52); the inboard portion (220; 320; 520) is configured for engagement with an inner diameter of the one of the front and rear blocks of the gas tubine engine compressor, and the outboard portion (230; 330; 530) is configured for engagement with a boss of the one of the front and rear blocks of the gas turbine engine compressor.
An electronic control unit configured to be installed in a vehicle, the electronic control unit comprising: a non-volatile memory capable of re-writing data stored therein; a diagnosis unit capable of checking if failure occurs in a device installed in the vehicle based on information therefrom and storing abnormality data in the non-volatile memory after determining abnormality has occurred in the device installed in the vehicle; a permission information storage capable of storing permission information indicating whether or not storage of the abnormality information in the non-volatile memory is permitted; a storage unit capable of permitting the diagnosis unit to store the abnormality information in the non-volatile memory when the permission information stored in the permission information storage indicates permission of the storage of the abnormality information in the non-volatile memory; a permission switching unit capable of switching the permission information from non-permission of the storage of the abnormality information to permission of the storage when the normal condition of the device based on the diagnosis of the diagnosis unit after completion of the installation of the electronic control unit in the vehicle is detected; the electronic control unit being characterized by a standby RAM to which electric power is continuously supplied for storing data, wherein the diagnosing unit is configured to be continuously permitted to store the diagnosis result in the standby RAM, wherein the diagnosis result to show abnormality detected during installation of the electronic control unit to the vehicle remains in the standby RAM. a non-volatile memory capable of re-writing data stored therein; a diagnosis unit capable of checking if failure occurs in a device installed in the vehicle based on information therefrom and storing abnormality data in the non-volatile memory after determining abnormality has occurred in the device installed in the vehicle; a permission information storage capable of storing permission information indicating whether or not storage of the abnormality information in the non-volatile memory is permitted; a storage unit capable of permitting the diagnosis unit to store the abnormality information in the non-volatile memory when the permission information stored in the permission information storage indicates permission of the storage of the abnormality information in the non-volatile memory; a permission switching unit capable of switching the permission information from non-permission of the storage of the abnormality information to permission of the storage when the normal condition of the device based on the diagnosis of the diagnosis unit after completion of the installation of the electronic control unit in the vehicle is detected; the electronic control unit being characterized by a standby RAM to which electric power is continuously supplied for storing data, wherein
A water- and oil-repellent comprising an aqueous emulsion dispersed a fluorine-containing copolymer having as a copolymerization composition: 64 to 80 wt.% of perfluoroalkylalkyl acrylates or corresponding methacrylates represented by the general formula: C n F 2n+1 C m H 2m OCOCR=CH 2 (wherein R represents a hydrogen atom or a methyl group; n represents 4, 5, or 6; and m represents 1, 2, 3, or 4), 5 to 35 wt.% of benzyl acrylate or benzyl methacrylate, 5 to 40 wt.% of (i) vinylidene chloride and (ii) polyethylene glycol monoacrylate or polyethylene glycol monomethacrylate, and 0.5 to 40 wt.% of a cross-linkable group-containing polymerizable monomer, into water in the presence of a polyoxyethylene polycyclic phenyl ether. 64 to 80 wt.% of perfluoroalkylalkyl acrylates or corresponding methacrylates represented by the general formula: C n F 2n+1 C m H 2m OCOCR=CH 2 (wherein R represents a hydrogen atom or a methyl group; n represents 4, 5, or 6; and m represents 1, 2, 3, or 4), 5 to 35 wt.% of benzyl acrylate or benzyl methacrylate, 5 to 40 wt.% of (i) vinylidene chloride and (ii) polyethylene glycol monoacrylate or polyethylene glycol monomethacrylate, and 0.5 to 40 wt.% of a cross-linkable group-containing polymerizable monomer,
Arrangement (100, 200) for cooling a generator mounted in a nacelle of a wind turbine, the arrangement comprising: a cooling air inlet at an outer wall of the nacelle for introducing cooling air into a space region inside the nacelle; an inlet fan downstream the cooling air inlet configured to pressurize the introduced cooling air within the space region; a duct system adapted to guide a portion of cooling air heated by exchange of heat from the generator portions to the cooling air into the space region; characterized by the following features: a filter system downstream the inlet fan and separating the space region from another space region inside the nacelle, the other space region being in communication with generator portions to be cooled. a cooling air inlet at an outer wall of the nacelle for introducing cooling air into a space region inside the nacelle; an inlet fan downstream the cooling air inlet configured to pressurize the introduced cooling air within the space region; a duct system adapted to guide a portion of cooling air heated by exchange of heat from the generator portions to the cooling air into the space region;
A method of managing an authenticated user session, the method comprising: at a conditional access termination service, receiving a subscription request from a resource provider computer system subscribing to the conditional access termination service for an entity configured to obtain resources from the resource provider computer system through a user session; and in response to the receiving, sending an event for the entity to the resource provider computer system, the event comprising an action, the action comprising at least one of revoking the user session and redirecting the entity to an identity provider for reauthentication or limiting the entity's access to resources, wherein the event identifies one or more conditions to be evaluated for the resource provider computer system to perform the action, and wherein the resource provider computer system is adapted to evaluate and respond to requests for resources with respect to the event. at a conditional access termination service, receiving a subscription request from a resource provider computer system subscribing to the conditional access termination service for an entity configured to obtain resources from the resource provider computer system through a user session; and in response to the receiving, sending an event for the entity to the resource provider computer system, the event comprising an action, the action comprising at least one of revoking the user session and redirecting the entity to an identity provider for reauthentication or limiting the entity's access to resources, wherein the event identifies one or more conditions to be evaluated for the resource provider computer system to perform the action, and wherein the resource provider computer system is adapted to evaluate and respond to requests for resources with respect to the event.
An apparatus, including: a pattern generator circuit configured to output a pulse sequence, the pulse sequence including durations during which frequencies selected from a first frequency range are output, including a count N of different frequencies output serially within the pulse sequence, the pulse sequence further comprising a count M of unique permutations of an order in which the count N of different frequencies are output, the count N being at least three and the count M of unique permutations containing a first permutation of the order in which the count N of different frequencies are output and a different second permutation of the order in which the count N of different frequencies are output; a frequency multiplier circuit operably coupled to the pattern generator circuit and configured to upconvert the pulse sequence to an upconverted pulse sequence having a higher second range of frequencies beyond the first range of frequencies; a sample cell in electromagnetic communication with the frequency multiplier circuit and configured to receive the upconverted pulse sequence as an excitation to a sample; and an analog-to-digital converter configured to acquire a digital representation of an output from the sample cell elicited in response to the upconverted pulse sequence. a pattern generator circuit configured to output a pulse sequence, the pulse sequence including durations during which frequencies selected from a first frequency range are output, including a count N of different frequencies output serially within the pulse sequence, the pulse sequence further comprising a count M of unique permutations of an order in which the count N of different frequencies are output, the count N being at least three and the count M of unique permutations containing a first permutation of the order in which the count N of different frequencies are output and a different second permutation of the order in which the count N of different frequencies are output; a frequency multiplier circuit operably coupled to the pattern generator circuit and configured to upconvert the pulse sequence to an upconverted pulse sequence having a higher second range of frequencies beyond the first range of frequencies; a sample cell in electromagnetic communication with the frequency multiplier circuit and configured to receive the upconverted pulse sequence as an excitation to a sample; and an analog-to-digital converter configured to acquire a digital representation of an output from the sample cell elicited in response to the upconverted pulse sequence.
An indoor unit for an air conditioner comprising: a blower fan that is arranged in a casing (la); a heat exchanger that encompasses all air flow directions from the blower fan; a drain pan that is arranged below the heat exchanger; and an antimicrobial unit that is installed on the drain pan and has an antimicrobial agent to sterilize drain water, wherein at least a part of the antimicrobial unit is arranged directly below the heat exchanger; characterized in that the drain pan has a partition wall that partitions a primary space at an upstream side from a secondary space on a downstream side of an air flow through the heat exchanger above the drain pan, an opening groove is formed in the partition wall to allow the primary space to communicate with the secondary space, and the antimicrobial unit is installed in the opening groove formed in the partition wall. a blower fan that is arranged in a casing (la); a heat exchanger that encompasses all air flow directions from the blower fan; a drain pan that is arranged below the heat exchanger; and an antimicrobial unit that is installed on the drain pan and has an antimicrobial agent to sterilize drain water, wherein at least a part of the antimicrobial unit is arranged directly below the heat exchanger; characterized in that the drain pan has a partition wall that partitions a primary space at an upstream side from a secondary space on a downstream side of an air flow through the heat exchanger above the drain pan, an opening groove is formed in the partition wall to allow the primary space to communicate with the secondary space, and the antimicrobial unit is installed in the opening groove formed in the partition wall.
A staining agent saline solution for use in intraoperative fluorescence microscopy of freshly resected tissue samples, the staining agent solution comprising acridine orange at a concentration from 0.18 g/L to 0.22 g/L, wherein the staining agent solution has a pH from 6.8 to 7.4.
Method for producing spacers for a winding unit of an electrical high-voltage device, wherein - at least two starting components (A, B) are mixed together in a mixing chamber under a vacuum to form a component mixture, - the component mixture is transferred to an extrusion housing of an extruder, which is likewise under a vacuum, in which a transport means (6, 18) is arranged and which is equipped with a mouthpiece which delimits an outlet opening, and - extrudate exiting the mouthpiece is cured by the application of heat in a vacuum, in order to obtain the spacers. - at least two starting components (A, B) are mixed together in a mixing chamber under a vacuum to form a component mixture, - the component mixture is transferred to an extrusion housing of an extruder, which is likewise under a vacuum, in which a transport means (6, 18) is arranged and which is equipped with a mouthpiece which delimits an outlet opening, and - extrudate exiting the mouthpiece is cured by the application of heat in a vacuum, in order to obtain the spacers.