mhurhangee/ep-ind-claims huggingface dataset:
Opto-electro-mechanical system for manipulating optical radiation, comprising • a rotationally movable element, wherein the element is itself an optical element or comprises an optical element, • a stator for the movable element having a recess enabling a deflection range, • a flexible connection (9, 16, 16', 16") between the stator and the movable element providing a corresponding kinematically defined mobility, wherein the flexible connection provides a rotational mobility, defines a torsion axis, and elastically deforms under torsion, and • an actuator for deflecting the movable element, wherein the actuator rotationally deflects the movable element in accordance with the kinematically defined mobility, • wherein the stator is connected in one piece to the movable element, and the one-piece connection consists of silicate glass, in particular quartz glass, and • wherein the recess is arranged around the movable element in such a way that the movable element is deflectable in accordance with the kinematically defined mobility with elastic deformation of the connection (9, 16, 16', 16") by means of the actuator, characterized in that the flexible connection is formed rod-shaped, wherein the rod-shaped flexible connection has a rounded, in particular circular or oval, rod cross section. • a rotationally movable element, wherein the element is itself an optical element or comprises an optical element, • a stator for the movable element having a recess enabling a deflection range, • a flexible connection (9, 16, 16', 16") between the stator and the movable element providing a corresponding kinematically defined mobility, wherein the flexible connection provides a rotational mobility, defines a torsion axis, and elastically deforms under torsion, and • an actuator for deflecting the movable element, wherein the actuator rotationally deflects the movable element in accordance with the kinematically defined mobility, • wherein the stator is connected in one piece to the movable element, and the one-piece connection consists of silicate glass, in particular quartz glass, and • wherein the recess is arranged around the movable element in such a way that the movable element is deflectable in accordance with the kinematically defined mobility with elastic deformation of the connection (9, 16, 16', 16") by means of the actuator,
A method for continuous correction of a gain of a controller by accounting stiffness in a test system (300; 500) comprises: - receiving an input command; - determining an error based on said input command and a feedback received from a specimen (302; 502); - generating a drive signal for a drive unit of said test system (300; 500), wherein said generating said drive signal comprising: - computing at least one of a proportional gain, an integral gain, a feedback derivative gain and a feed-forward gain by using said error; - computing a first output based on at least one of said proportional gain, said integral gain, said feedback derivative gain and said feed-forward gain, - computing a predictive system response parameter based on said first output and said feedback, - computing a second output based on said predictive system response parameter and said first output, - processing said second output to obtain a processed output; and - generating said drive signal based on said integral gain, a dither component and said processed output; and - feeding said drive signal to said drive unit of said test system (300; 500), characterized by providing a top actuator for applying controlled desired loads on the specimen (302, 502); and providing a bottom actuator for creating external disturbance by changing displacement of said specimen (302, 502). - receiving an input command; - determining an error based on said input command and a feedback received from a specimen (302; 502); - generating a drive signal for a drive unit of said test system (300; 500), wherein said generating said drive signal comprising: - computing at least one of a proportional gain, an integral gain, a feedback derivative gain and a feed-forward gain by using said error; - computing a first output based on at least one of said proportional gain, said integral gain, said feedback derivative gain and said feed-forward gain, - computing a predictive system response parameter based on said first output and said feedback, - computing a second output based on said predictive system response parameter and said first output, - processing said second output to obtain a processed output; and - generating said drive signal based on said integral gain, a dither component and said processed output; and - computing at least one of a proportional gain, an integral gain, a feedback derivative gain and a feed-forward gain by using said error; - computing a first output based on at least one of said proportional gain, said integral gain, said feedback derivative gain and said feed-forward gain, - computing a predictive system response parameter based on said first output and said feedback, - computing a second output based on said predictive system response parameter and said first output, - processing said second output to obtain a processed output; and - generating said drive signal based on said integral gain, a dither component and said processed output; and - feeding said drive signal to said drive unit of said test system (300; 500),
A stabilizer for a line, the stabilizer comprising: a guide configured for arrangement on the line to resist and/or damp lateral motions of the line, the guide comprising: a guide jacket having a static sleeve (1032, 1034) configured to allow the line to pass through the guide; and a liner (1054, 1055) housed within the guide jacket and having an inner diameter and an outer diameter, the inner diameter defining an opening to allow the line to pass through the guide, the liner (1054, 1055) comprising a resilient wear-resistant material; characterised in that: the liner (1054, 1055) comprises a break point configured to provide a defined break in the event of a failure of the liner (1054, 1055). a guide jacket having a static sleeve (1032, 1034) configured to allow the line to pass through the guide; and a liner (1054, 1055) housed within the guide jacket and having an inner diameter and an outer diameter, the inner diameter defining an opening to allow the line to pass through the guide, the liner (1054, 1055) comprising a resilient wear-resistant material; characterised in that: the liner (1054, 1055) comprises a break point configured to provide a defined break in the event of a failure of the liner (1054, 1055).
A method of preparing a thermoplastic resin, the method comprising emulsion-polymerizing an aromatic vinyl compound and a vinyl cyan compound, wherein a mixture of 20 to 54 % by weight of mercaptan and 46 to 80 % by weight of an alpha-alkyl styrene multimer is used as a molecular weight modifier.
A near-infrared fluorescent molecule active targeting a folate receptor, with a structural formula as follows: wherein M is independently selected from the group consisting of H, Na, and K.
A car (10, 10', 10") with several levels (16, 18), comprising a lower level and an upper level that are separated by an intermediate floor, the intermediate floor comprising a lower part, an upper part and a transitional part, the lower part and the upper part each extending between the transitional part and a respective lateral wall (15a, 15b) of the car (10, 10', 10"), at different respective heights from one another along an elevation direction (Z-Z), the lower level comprising a lower aisle for the circulation of travelers, extending in line with the upper part of the floor along the elevation direction (Z-Z), the upper level comprising an upper aisle for the circulation of travelers extending over the lower part of the floor, each of the lower level and the upper level comprising seats located in line with the lower part of the floor along the elevation direction (Z-Z) and seats located in line with the upper part of the floor along the elevation direction (Z-Z), characterized in that the transitional part extends in an inclined manner relative to the elevation direction (Z-Z) and in that at least one seat of the lower level and at least one seat of the upper level are located in line with the transitional part along the elevation direction (Z-Z). the lower part and the upper part each extending between the transitional part and a respective lateral wall (15a, 15b) of the car (10, 10', 10"), at different respective heights from one another along an elevation direction (Z-Z), the lower level comprising a lower aisle for the circulation of travelers, extending in line with the upper part of the floor along the elevation direction (Z-Z), the upper level comprising an upper aisle for the circulation of travelers extending over the lower part of the floor, each of the lower level and the upper level comprising seats located in line with the lower part of the floor along the elevation direction (Z-Z) and seats located in line with the upper part of the floor along the elevation direction (Z-Z), characterized in that the transitional part extends in an inclined manner relative to the elevation direction (Z-Z) and in that at least one seat of the lower level and at least one seat of the upper level are located in line with the transitional part along the elevation direction (Z-Z).
A device for holding and tilting containers with a dispenser opening comprising: a base and a positioning platform, in which the positioning platform is mounted on a pivot spindle and swivels on the base, and on its side facing the pivot spindle is fitted with an anti-slip safety catch, where a clamp device is accommodated, characterized in that the clamp device is formed by a movable or placeable crossbar on the base that is lockable either on the positioning platform or on the base.
A wear detection system comprising at least one consumable friction element and a transponder unit, wherein the transponder unit can communicate wirelessly with a transmitter-receiver unit, the transponder unit being disposed in the friction element, the friction element being a contact strip for transmitting electrical energy from a contact wire to a vehicle, characterized in that the wear detection system comprises a shield for shielding the transponder unit, a material of the contact strip forming the shield, wherein the shield can be eliminated by abrasion of a surface of the contact strip, the shield being configured in such a manner that the transponder unit can be at least partially shielded in such a manner by means of the shield as a function of a wear condition of the contact strip that communication between the transponder unit and the transmitter-receiver unit can be influenced.
Method for the catalytic methanization of reactant gases, namely carbon dioxide and/or carbon monoxide, using hydrogen in a reactor (100, 200), having a first step in which hydrogen gas is electrolytically produced from water, wherein in a second step the catalytic methanization of carbon dioxide and/or carbon monoxide with the hydrogen obtained is carried out, wherein the electrical energy required for the electrolysis is obtained from a renewable energy source, for example wind energy, characterised in that a catalyst used for methanization is arranged on a carrier structure with a heat storage capacity greater than 700 J/(kgK), wherein the carrier structure is preferably designed as a honeycomb structure which is used as a storage compound for the reaction heat generated during methanization, wherein the reaction heat stored in the carrier structure is removed via at least one heat exchanger device (170, 270).
A method for producing a glass sheet with a coating, produced by applying a functional liquid for providing a function to the glass sheet, to at least one face of the glass sheet, comprising: a first step of supplying the functional liquid to an ejection portion having a nozzle that ejects the functional liquid toward the glass sheet; and a second step of applying the functional liquid to the glass sheet while moving the glass sheet relative to the ejection portion in a fixed state such that the functional liquid ejected from the nozzle is applied to a predetermined region on the at least one face of the glass sheet; wherein a tube member that transports the functional liquid is connected to the ejection portion, in the first step, the functional liquid is supplied by the tube member to the ejection portion, in the second step, the functional liquid is applied to the face of the glass sheet by causing the functional liquid ejected onto the face of the glass sheet to flow downward, an application start region from which application of the functional liquid is started is defined on the face of the glass sheet, and in the second step, after the glass sheet has moved to a position where the functional liquid ejected from the nozzle will hit the application start region, ejection of the functional liquid from the nozzle is started. a first step of supplying the functional liquid to an ejection portion having a nozzle that ejects the functional liquid toward the glass sheet; and a second step of applying the functional liquid to the glass sheet while moving the glass sheet relative to the ejection portion in a fixed state such that the functional liquid ejected from the nozzle is applied to a predetermined region on the at least one face of the glass sheet; wherein a tube member that transports the functional liquid is connected to the ejection portion, in the first step, the functional liquid is supplied by the tube member to the ejection portion, in the second step, the functional liquid is applied to the face of the glass sheet by causing the functional liquid ejected onto the face of the glass sheet to flow downward, an application start region from which application of the functional liquid is started is defined on the face of the glass sheet, and in the second step, after the glass sheet has moved to a position where the functional liquid ejected from the nozzle will hit the application start region, ejection of the functional liquid from the nozzle is started.
An optical system comprising a solid lens barrel for optical elements, wherein the lens barrel extends along an optical axis of the optical system, wherein the lens barrel holds a plurality of optical elements comprising: a) a lens system, comprising at least one solid lens, b) a first lens having an adjustable focal length, wherein the first lens comprises a container filled with a transparent fluid, wherein the container comprises an elastically deformable and transparent membrane facing a transparent bottom portion of the container, wherein the lens barrel has a first and a second opening (22, 22') facing along the optical axis, wherein the first and/or the second opening (22, 22') is configured to receive the lens system, wherein the lens barrel has a first slot extending perpendicular to the optical axis, wherein the first lens is inserted through the first slot perpendicular the optical axis into the lens barrel. a) a lens system, comprising at least one solid lens, b) a first lens having an adjustable focal length, wherein the first lens comprises a container filled with a transparent fluid, wherein the container comprises an elastically deformable and transparent membrane facing a transparent bottom portion of the container,
Device for applying a product to be distributed on the skin of a user by iontophoresis comprising: - a body intended to receive the product to be distributed comprising an electric current generator; and, - an applicator head mounted on the body, the applicator head comprising: ∘ at least one distribution means for distributing the product to be distributed on the skin; and ∘ at least one first electrode and one second electrode separated by an inter-electrode zone, characterised in that the first and second electrodes (17, 18) being set back from said inter-electrode zone and receive an electric current from said generator. - a body intended to receive the product to be distributed comprising an electric current generator; and, - an applicator head mounted on the body, the applicator head comprising: ∘ at least one distribution means for distributing the product to be distributed on the skin; and ∘ at least one first electrode and one second electrode separated by an inter-electrode zone, characterised in that the first and second electrodes (17, 18) being set back from said inter-electrode zone and receive an electric current from said generator. ∘ at least one distribution means for distributing the product to be distributed on the skin; and ∘ at least one first electrode and one second electrode separated by an inter-electrode zone, characterised in that the first and second electrodes (17, 18) being set back from said inter-electrode zone and receive an electric current from said generator.
A method of assessment of mitochondrial function in a sample comprising an intact tissue or organ, the method comprising: - restricting or ceasing the supply of oxygen to said sample; - repetitively or continuously measuring mitochondrial oxygen tension, wherein a measured value is related to optical properties of PpIX; - estimating the rate of change of said mitochondrial oxygen tension, in particular dPO 2 /dt; and - using said rate as an indicator of consumption of oxygen. - restricting or ceasing the supply of oxygen to said sample; - repetitively or continuously measuring mitochondrial oxygen tension, wherein a measured value is related to optical properties of PpIX; - estimating the rate of change of said mitochondrial oxygen tension, in particular dPO 2 /dt; and - using said rate as an indicator of consumption of oxygen.
Motor vehicle latch with a latch holder comprising a base plate with retaining holes (11, 12) to be affixed to the latch housing and a latch holder bolt interacting with the locking mechanism, whereby • the locking holder bolt is punched out of a sheet of metal with the base plate; • the punched out central metal sheet the horizontal base plate and the approximately vertical locking holder bolt are folded in a yielding manner; • the base plate consists of two sub-plates (30, 31) each with one or several retaining holes (11, 12); characterized in that the sub-plates (30,31), are connected via a bridge which is folded resulting in a rectangular bracket and is connected to the base plate by means of its bracket leg (34, 38); • one of the two bracket legs provides the locking holder bolt. • the locking holder bolt is punched out of a sheet of metal with the base plate; • the punched out central metal sheet the horizontal base plate and the approximately vertical locking holder bolt are folded in a yielding manner; • the base plate consists of two sub-plates (30, 31) each with one or several retaining holes (11, 12); characterized in that the sub-plates (30,31), are connected via a bridge which is folded resulting in a rectangular bracket and is connected to the base plate by means of its bracket leg (34, 38); • one of the two bracket legs provides the locking holder bolt.
Continuously variable transmission with a transmission stage (2, 3, 4), which has a driving shaft (5, 6) which rotates about a first rotation axis and a driven shaft (7, 8) which rotates about a second rotation axis, wherein a driving cam disk (9, 10) is coupled to the driving shaft (5, 6) and a driven cam disk (11, 12) is coupled to the driven shaft (7, 8), and wherein the driving cam disk (9, 10) and the driven cam disk (11, 12) are coupled to one another in terms of movement via at least one force-transmitting means (13, 14), wherein the driving cam disk (9, 10) and the driven cam disk (11, 12) each have a spiral-shaped outer contour (15, 16, 17, 18), wherein the outer contour (15, 16) of the driving cam disk (9, 10) is arranged in a first plane, which is oriented perpendicular to the first rotation axis, wherein the outer contour (17, 18) of the driven cam disk (11, 12) is arranged in a second plane, which is oriented perpendicular to the second rotation axis, and wherein the at least one transmission stage (2, 3, 4) is implemented twofold, wherein the cam disks (9, 10, 11, 12, 49, 50) of a first implementation (72, 74) of the transmission stage (2, 3, 4) are, during operation, pivotable in a phase-offset manner in relation to the cam disks (9, 10, 11, 12, 49, 50) of a second implementation (72, 74) of the transmission stage (2, 3, 4), wherein a changeover device is formed, by means of which a rotational movement of the driving shaft (5, 6) can be converted into a phase-offset pivoting movement of mutually corresponding cam disks (9, 10, 11, 12, 49, 50) of the first and second implementations (72, 74) of the transmission stage (2, 3, 4), and wherein a reconverter is provided which is configured to combine the phase-offset pivoting movement of the mutually corresponding cam disks (9, 10, 11, 12, 49, 50) of the first and second implementations (72, 74) of the transmission stage (2, 3, 4) into a rotational movement of the driven shaft (7, 8).
A process for recovering at least one metal oxide from a titaniferrous or aluminaferrous mixture comprising: smelting the mixture in the presence of a reducing agent to produce a molten slag, wherein the reducing agent is molten cast iron; adding to the molten slag an alkali, wherein the alkali is a carbonate or bicarbonate; isolating molten iron from the molten slag to produce a residual slag; and recovering the metal oxide from the residual slag. smelting the mixture in the presence of a reducing agent to produce a molten slag, wherein the reducing agent is molten cast iron; adding to the molten slag an alkali, wherein the alkali is a carbonate or bicarbonate; isolating molten iron from the molten slag to produce a residual slag; and recovering the metal oxide from the residual slag.
An electrochemical energy storage device comprising a plurality of electrochemical cells in a containing space in a housing, wherein the electrochemical energy storage device comprises a first duct which runs parallel to the top or the bottom of the housing and one or more heat transfer members which are arranged in spaces between the electrochemical cells, characterized in that at least one of the heat transfer members protrudes into the first duct.