mhurhangee/patent-ind-claim-en huggingface dataset:
Ventilation device with a radial air flow, comprising an air duct and an axial fan accommodated inside the air duct , wherein the air duct includes a first cylindrical section (1.1) with an inner diameter D1, a second cylindrical section (1.2) with an inner diameter D2, inside which second cylindrical section (1.2) is arranged a blade (2.1) of the axial fan , and a third section (1.3) with a funnel shape, whose diameter gradually increases outwards towards its opening, wherein a coniform baffle is arranged immediately after the hub (2.2) of the blade (2.1) in front of the third section opening and coaxially with the fan , said coniform baffle constituting a rotation-symmetric body with a continuous conical circumferential surface obtained on the basis of a curvilinear concave generatrix, in whole or in parts smooth, where said coniform baffle is turned with its small base to the hub (2.2), said small base has a diameter corresponding to the diameter of the hub (2.2) of the blade (2.1), wherein between the outer circumferential surface of the coniform baffle and the inner circumferential surface of the third section (1.3) of the air duct a radial air passage is formed, characterized in that the diameter of the third section (1.3) gradually increases outwards towards the exit of the air duct, so that - the inner circumferential surface of the third section (1.3) transfers from parallel to the axis line of the axial fan into a plane that is perpendicular to said axis line of the axial fan , and - the width of the radial air passage gradually increases from the area of the hub (2.2) towards the exit of the air duct . - the inner circumferential surface of the third section (1.3) transfers from parallel to the axis line of the axial fan into a plane that is perpendicular to said axis line of the axial fan , and - the width of the radial air passage gradually increases from the area of the hub (2.2) towards the exit of the air duct .
Borescope , in particular for borescoping aircraft engines, comprising an electronic image capture unit having two image capture sensors as a borescope lens at the end of a shaft that is designed for being inserted into a borescope opening, wherein the position and alignment of the image capture sensors in relation to one another are suitable for ascertaining 3D information using triangulation, characterized in that a pattern projector for projecting a pattern into the common recording region of the image capture sensors is provided, which pattern projector comprises a fundamentally optically imaging light-guide bundle , which is made up of statistically distributed optical fibers having differing transmittances, to whose input surface a light source is coupled and whose output surface is aligned with the region captured by the image capture sensors .
System for an objective characterization of symptoms of the Parkinson's disease, said characterization occurring through an analysis of the motor status of patients affected by said Parkinson's disease, wherein said system comprises: - an electronic bracelet , comprising an accelerometer, a magnetometer and a triaxial gyroscope, configured to collect data continuously about tremor and movement; - a photo-camera configured to shoot face expressions upon request of a patient; - a recorder configured to record the patient voice upon request of the patient; - a processing device configured to integrate data about movement, tremor, face and voice to identify the motor status of the patient affected by the Parkinson's disease, wherein said motor status can be in one of the following phases: * OFF phase, wherein Parkinson's symptoms, such as rigidity, tremor and bradykinesia, emerge; * ON phase, wherein said symptoms markedly improve; * DYS phase, wherein involuntary movements emerge, called dyskinesias; - a display configured to display the motor status of the patient (ON, OFF, DYS). - an electronic bracelet , comprising an accelerometer, a magnetometer and a triaxial gyroscope, configured to collect data continuously about tremor and movement; - a photo-camera configured to shoot face expressions upon request of a patient; - a recorder configured to record the patient voice upon request of the patient; - a processing device configured to integrate data about movement, tremor, face and voice to identify the motor status of the patient affected by the Parkinson's disease, wherein said motor status can be in one of the following phases: * OFF phase, wherein Parkinson's symptoms, such as rigidity, tremor and bradykinesia, emerge; * ON phase, wherein said symptoms markedly improve; * DYS phase, wherein involuntary movements emerge, called dyskinesias; * OFF phase, wherein Parkinson's symptoms, such as rigidity, tremor and bradykinesia, emerge; * ON phase, wherein said symptoms markedly improve; * DYS phase, wherein involuntary movements emerge, called dyskinesias; - a display configured to display the motor status of the patient (ON, OFF, DYS).
A process for making hydrogen peroxide, comprising the steps: (a) hydrogenating a working solution, said working solution comprising an alkylanthraquinone, an alkyltetrahydroanthraquinone or both, contact said working solution with compressed hydrogen in a hydrogenator to provide a hydrogenated working solution comprising an alkylanthrahydroquinone, an alkyltetrahydroanthrahydroquinone or both, (b) oxidizing said hydrogenated working solution obtained in step a) with a compressed oxygen containing gas, such as compressed air or compressed enriched oxygen containing air, in an oxidation reactor to provide an oxidized working solution comprising hydrogen peroxide and an alkylanthraquinone, an alkyltetrahydroanthraquinone or both, (c) extracting hydrogen peroxide from oxidized working solution obtained in step b) to provide an aqueous hydrogen peroxide extract, and (d) concentrating the aqueous hydrogen peroxide extract obtained in step c) in at least one distillation unit comprising an evaporator and a distillation column , said distillation column receiving vapor from said evaporator , to provide a concentrated aqueous hydrogen peroxide solution, characterized in that at least one steam turbine drives at least one rotating equipment (125, 126, 127, 128, 117a-d), at least one steam turbine providing a steam flow with a pressure range of -0.8 barg to 3 barg and a temperature range of 60 to 185 °C to the evaporator . (a) hydrogenating a working solution, said working solution comprising an alkylanthraquinone, an alkyltetrahydroanthraquinone or both, contact said working solution with compressed hydrogen in a hydrogenator to provide a hydrogenated working solution comprising an alkylanthrahydroquinone, an alkyltetrahydroanthrahydroquinone or both, (b) oxidizing said hydrogenated working solution obtained in step a) with a compressed oxygen containing gas, such as compressed air or compressed enriched oxygen containing air, in an oxidation reactor to provide an oxidized working solution comprising hydrogen peroxide and an alkylanthraquinone, an alkyltetrahydroanthraquinone or both, (c) extracting hydrogen peroxide from oxidized working solution obtained in step b) to provide an aqueous hydrogen peroxide extract, and (d) concentrating the aqueous hydrogen peroxide extract obtained in step c) in at least one distillation unit comprising an evaporator and a distillation column , said distillation column receiving vapor from said evaporator , to provide a concentrated aqueous hydrogen peroxide solution,
Method for machining an optical surface of an optical lens , the method comprising: - a lens blank providing step , during which a lens blank blocked on a lens blocker is provided, - a clamping step (S2), during which the lens blocker holding the lens blank is clamped in a lens machining device, - a tilting step (S3), during which the lens blank and lens blocker are tilted relative to the rotation axis of the lens machining device, - a surface position determining step (S4), during which the position of the surface to be machined is determined based on the tilt angle of the lens blank and lens blocker relative to the rotation axis of the lens machining device, - a machining tool configuration step (S5), during which the operational parameters of the lens machining tool are configured in order to manufacture the surface to be manufactured according to the determined surface position so that the desired optical properties of the optical lens are respected, wherein the method further comprising a surface machining step during which the surface of the optical lens blank to be machined is machined based on the operational parameters of the lens machining tool configured during the machining tool configuration step, and wherein during the surface position determining step the position of the surface to be machined is determined so that the angle α between the normal of the surface to be machined at the rotation axis of the lens machining device and the rotation axis of the lens machining device is smaller than or equal to 3°. - a lens blank providing step , during which a lens blank blocked on a lens blocker is provided, - a clamping step (S2), during which the lens blocker holding the lens blank is clamped in a lens machining device, - a tilting step (S3), during which the lens blank and lens blocker are tilted relative to the rotation axis of the lens machining device, - a surface position determining step (S4), during which the position of the surface to be machined is determined based on the tilt angle of the lens blank and lens blocker relative to the rotation axis of the lens machining device, - a machining tool configuration step (S5), during which the operational parameters of the lens machining tool are configured in order to manufacture the surface to be manufactured according to the determined surface position so that the desired optical properties of the optical lens are respected, wherein the method further comprising a surface machining step during which the surface of the optical lens blank to be machined is machined based on the operational parameters of the lens machining tool configured during the machining tool configuration step, and wherein during the surface position determining step the position of the surface to be machined is determined so that the angle α between the normal of the surface to be machined at the rotation axis of the lens machining device and the rotation axis of the lens machining device is smaller than or equal to 3°.
A pharmaceutically acceptable salt, which is N -((S)-1-(3-(4-chloro-3-(methylsulfonamido)-1-(2,2,2-trifluoroethyl)-1H-indazol-7-yl)-6-(3-methyl-3-(methylsulfonyl)but-1-yn-1-yl)pyridin-2-yl)-2-(3,5-difluorophenyl)ethyl)-2-( -5,5-difluoro-3-(trifluoromethyl)-3b,4,4a,5-tetrahydro-1H-cyclopropa cyclopenta[1,2-c]pyrazol-1-yl)acetamide N,N,N- trimethylethanolammonium salt, in combination with one, two, three or four additional therapeutic agents for use in a method of treating or preventing a human immunodeficiency virus (HIV) infection comprising administering a therapeutically effective amount of said pharmaceutically acceptable salt and said additional therapeutic agents to a subject in need thereof.
Roofing having at least two supports on which a plurality of slats is mounted so as to be pivotable respectively about one axis of rotation, wherein the axes of rotation run from one support (1; 2) to the other support (2; 1), wherein the slats can be pivoted from a closed position, in which the slats form a closed roof surface, into an - in particularly freely selected - open position, wherein the slats are coupled kinematically to one another by means of at least one coupling rod , wherein the slats have a longitudinal extension (L) limited respectively by a first side and a second, oppositely-situated side, wherein on the first side is arranged a head plate and wherein the head plates of the slats are coupled pivotably to the coupling rod in each case via a coupling pin , characterised in that between the coupling rod and at least one of the head plates , in particular each head plate , is arranged at least one friction element which is in indirect or direct contact with the coupling rod and/or with the head plate .
Treatment unit for the dental treatment station, which is connected to a water supply, wherein the treatment unit comprises means for reducing lime deposits from and for sterilizing water provided by the water supply, wherein said means comprise at least one storage container with an aqueous concentrate containing complexing agents and disinfectants and an admixing location for admixing the concentrate to water provided by the water supply, and wherein the complexing agent is selected from the group polyphosphates, 2-Phosphonobutane-1,2,4-tricarboxylic acid (PBTC) and low-molecular polyacrylic acids, and wherein the means are configured for adding the complexing agents in a sub-stoichiometric manner. wherein the treatment unit comprises means for reducing lime deposits from and for sterilizing water provided by the water supply, wherein said means comprise at least one storage container with an aqueous concentrate containing complexing agents and disinfectants and an admixing location for admixing the concentrate to water provided by the water supply, and wherein the complexing agent is selected from the group polyphosphates, 2-Phosphonobutane-1,2,4-tricarboxylic acid (PBTC) and low-molecular polyacrylic acids, and wherein the means are configured for adding the complexing agents in a sub-stoichiometric manner.
A sanding machine for sanding/finishing/brushing components made of wood, metal or the like; the sanding machine comprising at least one sanding unit for sanding/finishing the component ; and a feeding device , which defines a support surface (A) for at least one component and is designed to feed the component in a first direction , which is parallel to the support surface (A), and along a path (P) extending through the sanding unit ; the sanding unit comprising a frame , at least two pulleys , which are mounted so as to rotate around respective longitudinal axes , an abrasive belt , which is wound in a ring shape around the pulleys , and an operating device to move a first pulley with an oscillatory reciprocating motion around a rotation axis , which is transverse to the relative longitudinal axis ; the operating device comprising two transmission shafts , which are coupled to one another in an angularly fixed manner so as to rotate around respective longitudinal axes , which are eccentric to one another, a first transmission system to connect a first transmission shaft and the first pulley to one another, and a second transmission system to connect a second transmission shaft and the frame to one another; and being characterized in that the transmission shafts are coupled so as to radially move relative to one another and selectively control the eccentricity between the relative longitudinal axes .
An on-board device of a train configured to receive, update and transmit a safety telegram that includes occupied range information about the train running on a rail track from and to an on-board device of another train , the occupied range information including occupancy rights to blocks of the rail track , the safety telegram further including entry permissions of other trains to the blocks, the safety telegram being circulated among the on-board devices , and the on-board devices controlling the trains on the basis of information included in the safety telegram , characterised in that in a case of coupling the one train to the other train , other train entry permission information for permitting the other train to enter an occupied range of the one train is filled in the safety telegram, the other train entry permission information is filled in the safety telegram on condition that the one train is stopped, and control is exercised over the one train in such a manner that the one train continues to activate a brake, and on completion of coupling one train to the other train , the other train entry permission information is erased. in a case of coupling the one train to the other train , other train entry permission information for permitting the other train to enter an occupied range of the one train is filled in the safety telegram, the other train entry permission information is filled in the safety telegram on condition that the one train is stopped, and control is exercised over the one train in such a manner that the one train continues to activate a brake, and on completion of coupling one train to the other train , the other train entry permission information is erased.
Powder spraying head for spraying a powder which is suitable for coating a can body , wherein the powder spraying head is adapted in such a way that the can body to be coated encloses the powder spraying head and is movable along the powder spraying head in a transport direction (z), for coating at least a part of an inner surface of the can body , comprising a work chamber inside the powder spraying head , which has a work opening through which the powder can reach the inner surface of the can body , a powder tube for providing the powder, wherein the powder tube with a powder outlet opens into the work chamber of the powder spraying head and is adapted to deliver the powder substantially in transport direction (z) into the work chamber , a charging electrode for charging the powder with an electrostatic charge, a guiding electrode , which is arranged in transport direction (z) downstream of the charging electrode and below the work chamber , for deflecting the powder present inside the work chamber , which is already electrostatically charged, substantially in the direction of the work opening , wherein the guiding electrode and the charging electrode have a same polarity, wherein the charging electrode is arranged in the area of the powder outlet and is formed with a tip in the direction of the powder streaming into the work chamber and/or wherein the guiding electrode is plate-shaped and a flat side of the guiding electrode is oriented towards the work chamber .
A micromirror actuator assembly , comprising: a lower printed circuit board, PCB ; an upper board ; a frame spaced away from the lower PCB and spaced away from the upper board between the lower PCB and the upper board; a micromirror rotatably attached to the frame; one or more lower spacers between the frame and the lower PCB; a plurality of piezoelectric actuators affixed to the frame and configured to selectively deform the frame to scan the micromirror; and adhesive affixing the one or more lower spacers to the lower PCB; characterised in that the upper board is an upper PCB , and the adhesive is a conductive adhesive enabling electrical conduction between the lower PCB and the plurality of piezoelectric actuators. a lower printed circuit board, PCB ; an upper board ; a frame spaced away from the lower PCB and spaced away from the upper board between the lower PCB and the upper board; a micromirror rotatably attached to the frame; one or more lower spacers between the frame and the lower PCB; a plurality of piezoelectric actuators affixed to the frame and configured to selectively deform the frame to scan the micromirror; and adhesive affixing the one or more lower spacers to the lower PCB; characterised in that the upper board is an upper PCB , and the adhesive is a conductive adhesive enabling electrical conduction between the lower PCB and the plurality of piezoelectric actuators.
A computer-implemented apparatus on a network comprising: a non-transitory memory having instructions stored thereon for controlling a power savings mode characteristic of a device on the network; and a processor , operably coupled to the memory, the processor configured to perform the instructions of: receiving a request to update the characteristics of the device on the network; updating the characteristic of the device based upon the request; and sending an acknowledgement that the characteristic has been updated. characterised in that the request to update the characteristic is selected from a delay tolerance for mobile terminated traffic, a power savings mode sync flag, a power savings mode disable flag, and combinations thereof, or wherein the request to update the characteristic includes an enhanced data handling flag. a non-transitory memory having instructions stored thereon for controlling a power savings mode characteristic of a device on the network; and a processor , operably coupled to the memory, the processor configured to perform the instructions of: receiving a request to update the characteristics of the device on the network; updating the characteristic of the device based upon the request; and sending an acknowledgement that the characteristic has been updated. characterised in that the request to update the characteristic is selected from a delay tolerance for mobile terminated traffic, a power savings mode sync flag, a power savings mode disable flag, and combinations thereof, or wherein the request to update the characteristic includes an enhanced data handling flag. receiving a request to update the characteristics of the device on the network; updating the characteristic of the device based upon the request; and sending an acknowledgement that the characteristic has been updated. characterised in that the request to update the characteristic is selected from a delay tolerance for mobile terminated traffic, a power savings mode sync flag, a power savings mode disable flag, and combinations thereof, or wherein the request to update the characteristic includes an enhanced data handling flag.
A subsea assist snubbing jack, comprising: a. a plurality of jack legs ; b. a leg actuator operatively connected to a predetermined set of jack legs of the plurality of jack legs; c. a first slip bowl disposed at least partially within the plurality of jack legs; d. a second slip bowl movingly disposed at least partially within the plurality of jack legs distally from the first slip bowl, the second slip bowl operatively connected to the plurality of jack legs; e. a control system operatively in communication with the leg actuator , the control system comprising: i. a monitor operatively in communication with the plurality of jack legs, the first slip bowl, and the second slip bowl; and ii. software operative to adjust each leg and leg pair of the plurality of jack legs to ensure that a pipe is being snubbed into a well concentrically; and f. a predetermined set of smooth faced inserts that do not mark a pipe. a. a plurality of jack legs ; b. a leg actuator operatively connected to a predetermined set of jack legs of the plurality of jack legs; c. a first slip bowl disposed at least partially within the plurality of jack legs; d. a second slip bowl movingly disposed at least partially within the plurality of jack legs distally from the first slip bowl, the second slip bowl operatively connected to the plurality of jack legs; e. a control system operatively in communication with the leg actuator , the control system comprising: i. a monitor operatively in communication with the plurality of jack legs, the first slip bowl, and the second slip bowl; and ii. software operative to adjust each leg and leg pair of the plurality of jack legs to ensure that a pipe is being snubbed into a well concentrically; and i. a monitor operatively in communication with the plurality of jack legs, the first slip bowl, and the second slip bowl; and ii. software operative to adjust each leg and leg pair of the plurality of jack legs to ensure that a pipe is being snubbed into a well concentrically; and f. a predetermined set of smooth faced inserts that do not mark a pipe.