mhurhangee/patent-ind-claim-en huggingface dataset:
A method for feeding electric power of at least one wind power installation or of a wind farm into an electric power supply system having a line voltage (U) and a grid frequency (f), wherein the method - is prepared to feed an electric active power (P) and an electric reactive power (Q) and - the active power (P) that is fed in by means of an active power control (R 1 , R 2 ) can be adjusted as a function of a grid state (U, f) and/or - the reactive power (Q) that is fed in by means of a reactive power control can be adjusted as a function of at least one grid state (U,f) and - the active power control (R 1 , R 2 ) or the reactive power control respectively specify a target value to be fed in, each of which are adjusted by means of an adjustment function (F S ) as a function of at least one grid state (U,f), wherein - the adjustment function (F S ) is specified with the help of points of support (ST 1 , ST 2 , ST 3 ), which are defined by pairs of values ([Pi, fi]), each of which define a value for the active power (P) or reactive power (Q) respectively, and a value for the grid state (U, f), characterized in that the adjustment function (F S ) is modified as a function of - a grid sensitivity (NS) and/or, - a short-circuit ratio (SCR). - is prepared to feed an electric active power (P) and an electric reactive power (Q) and - the active power (P) that is fed in by means of an active power control (R 1 , R 2 ) can be adjusted as a function of a grid state (U, f) and/or - the reactive power (Q) that is fed in by means of a reactive power control can be adjusted as a function of at least one grid state (U,f) and - the active power control (R 1 , R 2 ) or the reactive power control respectively specify a target value to be fed in, each of which are adjusted by means of an adjustment function (F S ) as a function of at least one grid state (U,f), wherein - the adjustment function (F S ) is specified with the help of points of support (ST 1 , ST 2 , ST 3 ), which are defined by pairs of values ([Pi, fi]), each of which define a value for the active power (P) or reactive power (Q) respectively, and a value for the grid state (U, f), - a grid sensitivity (NS) and/or, - a short-circuit ratio (SCR).
Automatic door system having - at least one door leaf arrangement which is arranged to be movable between a door closed position and a door open position, - a controllable drive device for automatically moving the door leaf arrangement towards the door closed position or towards the door open position in response to a door closing instruction or door opening instruction in an automatic mode, - a control device for controlling the drive device in accordance with door closing instructions and door opening instructions, and - a device for detecting and providing door closing instructions and door opening instructions for the control device , characterised in that - it can be operated in a servo mode, in which the door leaf arrangement can be moved from the door closed position, or a position close to that position, towards the door open position by the exertion of an external force on the door leaf arrangement in addition to a servo force which is generated by the drive device in the servo mode but which alone is not sufficient for the door opening operation, and - in that the control device is adapted to detect faults of the automatic mode and, when such a fault is detected, to authorise or to activate the servo mode. - at least one door leaf arrangement which is arranged to be movable between a door closed position and a door open position, - a controllable drive device for automatically moving the door leaf arrangement towards the door closed position or towards the door open position in response to a door closing instruction or door opening instruction in an automatic mode, - a control device for controlling the drive device in accordance with door closing instructions and door opening instructions, and - a device for detecting and providing door closing instructions and door opening instructions for the control device , - it can be operated in a servo mode, in which the door leaf arrangement can be moved from the door closed position, or a position close to that position, towards the door open position by the exertion of an external force on the door leaf arrangement in addition to a servo force which is generated by the drive device in the servo mode but which alone is not sufficient for the door opening operation, and - in that the control device is adapted to detect faults of the automatic mode and, when such a fault is detected, to authorise or to activate the servo mode.
A dishwasher comprising: a main body ; a tub disposed inside the main body and having an opening ; a door to open or close the opening of the tub ; and a rack assembly disposed inside the tub , wherein the rack assembly includes: a fixing plate to accommodate tableware; a lifting plate movable up and down relative to the fixing plate to adjust a height of the lifting plate in the tub, the lifting plate to accommodate tableware; an operating lever to move the lifting plate ; and a lifting induction connector to connect the operating lever to the lifting plate , so that an operation of the operating lever moves the lifting induction connector , which thereby moves the lifting plate up and down relative to the fixing plate ; characterized in that the lifting induction connector is rotatable relative to the fixing plate and the lifting plate , and the operating lever is coupled to a first end of the lifting induction connector facing the opening of the tub . a main body ; a tub disposed inside the main body and having an opening ; a door to open or close the opening of the tub ; and a rack assembly disposed inside the tub , wherein the rack assembly includes: a fixing plate to accommodate tableware; a lifting plate movable up and down relative to the fixing plate to adjust a height of the lifting plate in the tub, the lifting plate to accommodate tableware; an operating lever to move the lifting plate ; and a lifting induction connector to connect the operating lever to the lifting plate , so that an operation of the operating lever moves the lifting induction connector , which thereby moves the lifting plate up and down relative to the fixing plate ; a fixing plate to accommodate tableware; a lifting plate movable up and down relative to the fixing plate to adjust a height of the lifting plate in the tub, the lifting plate to accommodate tableware; an operating lever to move the lifting plate ; and a lifting induction connector to connect the operating lever to the lifting plate , so that an operation of the operating lever moves the lifting induction connector , which thereby moves the lifting plate up and down relative to the fixing plate ; characterized in that the lifting induction connector is rotatable relative to the fixing plate and the lifting plate , and the operating lever is coupled to a first end of the lifting induction connector facing the opening of the tub .
A method for producing functionalized nanocrystalline cellulose in the form of nanocrystals, the method comprising the steps of: (a) providing cellulose, (b) mixing said cellulose with a peroxide, thereby producing a reaction mixture, and (c) heating and/or (c') exposing to UV radiation the reaction mixture containing the cellulose and the peroxide until hydrolysis and oxidation of the cellulose into carboxylated nanocrystalline cellulose, steps (c) and/or (c') thereby producing carboxylated nanocrystalline cellulose as said functionalized nanocrystalline cellulose, wherein said carboxylated nanocrystalline cellulose is essentially free of surface sulfate groups. (a) providing cellulose, (b) mixing said cellulose with a peroxide, thereby producing a reaction mixture, and (c) heating and/or (c') exposing to UV radiation the reaction mixture containing the cellulose and the peroxide until hydrolysis and oxidation of the cellulose into carboxylated nanocrystalline cellulose,
A system for repositioning teeth of a patient from an initial tooth arrangement to a final tooth arrangement, the system comprising a plurality of incremental position adjustment appliances , each comprising an arrangement of cavities shaped to receive and reposition teeth of the patient, wherein the cavities in at least one appliance in the system have a different geometry than that of at least one other appliance in the system, and wherein at least some of the appliances in the system are successively worn by the patient to exert force on at least one tooth and move the teeth of the patient from a first arrangement to a successive arrangement different from the first arrangement, characterized in that the system comprises: a first multilayer shell with a bending stiffness factor less than about 0.1 GPa*mm 3 as measured within 2 mm of the trimmed line of incisors on the labial side of the shell and an elastic modulus no greater than about 1.5 GPa and a second shell with a bending stiffness factor of about or greater than 0.1 GPa*mm 3 as measured within 2 mm of the trimmed line of incisors on the labial side of the shell, the bending stiffness factor being defined as a product of the average elastic modulus and the cube of the thickness of the appliance at the selected portion thereof. a first multilayer shell with a bending stiffness factor less than about 0.1 GPa*mm 3 as measured within 2 mm of the trimmed line of incisors on the labial side of the shell and an elastic modulus no greater than about 1.5 GPa and a second shell with a bending stiffness factor of about or greater than 0.1 GPa*mm 3 as measured within 2 mm of the trimmed line of incisors on the labial side of the shell, the bending stiffness factor being defined as a product of the average elastic modulus and the cube of the thickness of the appliance at the selected portion thereof.
Electric machine having a stator, wherein - the stator comprises a plurality of grooves for receiving a stator winding; - a conductor section of the stator winding is inserted into each groove; - the conductor sections of at least one pole pair are shortcircuited with one another on a first side of the stator; - the conductor sections are connected on a second side of the stator that lies opposite the first side, in each case to a connection of a power supply unit; - the power supply unit comprises at least two conductors that are electrically connected to at least one electronic power component ; - the at least one electronic power component is embodied on a cooling body , wherein the cooling body covers the second side of the stator over a large area, - the at least one electronic power component is attached to the first side of the cooling body which faces away from the stator and which is embodied in a disk-shaped manner, so that the at least two conductors and electronic components of the at least one electronic power component are arranged approximately in a plane that extends perpendicular to the axial direction of the stator, wherein the electronic power component comprises a single-layer or multi-layer printed circuit board having at least one semiconductor switch and an optional driver circuit and characterised in that the printed circuit board forms at least part of the cooling body . - the stator comprises a plurality of grooves for receiving a stator winding; - a conductor section of the stator winding is inserted into each groove; - the conductor sections of at least one pole pair are shortcircuited with one another on a first side of the stator; - the conductor sections are connected on a second side of the stator that lies opposite the first side, in each case to a connection of a power supply unit; - the power supply unit comprises at least two conductors that are electrically connected to at least one electronic power component ; - the at least one electronic power component is embodied on a cooling body , wherein the cooling body covers the second side of the stator over a large area, - the at least one electronic power component is attached to the first side of the cooling body which faces away from the stator and which is embodied in a disk-shaped manner, so that the at least two conductors and electronic components of the at least one electronic power component are arranged approximately in a plane that extends perpendicular to the axial direction of the stator, wherein
Method for producing a slab made of insulating material for use in buildings, the method comprising the following steps: - arranging a work plane on a machine ; - arranging at least one cutting device and heating it up to a temperature such as to be able to melt the insulating material; wherein said at least one cutting device is fixed to the work plane , and wherein a semi-finished block or panel made of insulating material is advanced over the work plane , according to a predetermined direction (F), through an advancing system provided on said machine , so that said semi-finished block or panel hits said at least one cutting device and so that said at least one cutting device digs or cuts into the semi-finished block or panel one or more of the following elements: - a passing channel , - a longitudinal rib , - a longitudinal groove, or - a longitudinal throat configured to couple and constrain an edge of a first slab to that of a second slab analogous and adjacent to said first slab . - arranging a work plane on a machine ; - arranging at least one cutting device and heating it up to a temperature such as to be able to melt the insulating material; - a passing channel , - a longitudinal rib , - a longitudinal groove, or - a longitudinal throat configured to couple and constrain an edge of a first slab to that of a second slab analogous and adjacent to said first slab .
A communication message recognition method, comprising: receiving a communication message, which comprises text content and a number of a sender who sends the communication message; analyzing the text content of the communication message and acquiring a user name corresponding to the number of the communication message sender; and determining the user name as a name of the communication message sender and displaying the name of the sender in the communication message, characterized in that , the step of analyzing the text content of the communication message and acquiring a user name corresponding to the number of the communication message sender comprises: detecting whether the text content of the communication message has a preset designator for highlighting a certain text content; and sending both the certain text content of the preset designator and the number of the sender to a server if the text content of the communication message has the preset designator, and receiving the user name corresponding to the number of the sender fed back by the server, the user name being acquired by the server by making a comparison between the certain text content of the preset designator and a user name in a name database. receiving a communication message, which comprises text content and a number of a sender who sends the communication message; analyzing the text content of the communication message and acquiring a user name corresponding to the number of the communication message sender; and determining the user name as a name of the communication message sender and displaying the name of the sender in the communication message, characterized in that , the step of analyzing the text content of the communication message and acquiring a user name corresponding to the number of the communication message sender comprises: detecting whether the text content of the communication message has a preset designator for highlighting a certain text content; and sending both the certain text content of the preset designator and the number of the sender to a server if the text content of the communication message has the preset designator, and receiving the user name corresponding to the number of the sender fed back by the server, the user name being acquired by the server by making a comparison between the certain text content of the preset designator and a user name in a name database. detecting whether the text content of the communication message has a preset designator for highlighting a certain text content; and sending both the certain text content of the preset designator and the number of the sender to a server if the text content of the communication message has the preset designator, and receiving the user name corresponding to the number of the sender fed back by the server, the user name being acquired by the server by making a comparison between the certain text content of the preset designator and a user name in a name database.
A memory controller, comprising circuitry configured to: obtain a compensated demarcation voltage, hereinafter defined as Vdm, by either a time-based drift compensation mode or a disturb-based drift compensation mode; and apply the compensated Vdm to a memory cell of a memory location of a nonvolatile memory, hereinafter defined as NVM, device (208; 302; 504; 614), wherein the circuitry comprises a mode indicator configured to specify whether the compensated Vdm is obtained according to the time-based drift compensation mode or the disturb-based drift compensation mode. obtain a compensated demarcation voltage, hereinafter defined as Vdm, by either a time-based drift compensation mode or a disturb-based drift compensation mode; and apply the compensated Vdm to a memory cell of a memory location of a nonvolatile memory, hereinafter defined as NVM, device (208; 302; 504; 614), wherein the circuitry comprises a mode indicator configured to specify whether the compensated Vdm is obtained according to the time-based drift compensation mode or the disturb-based drift compensation mode.
Stator for an electric motor, connected to a circuit board , comprising a stator housing in which several winding arrangements consisting of winding wires wound to form coils are arranged, wherein, furthermore, contact support receptacles are formed on the stator housing , receptacles in which, in each case, an insulation displacement contact element is introduced, which establishes an electrical contact between, in each case, a winding arrangement and a jumper wire on the circuit board , characterized in that the insulation displacement contact elements are formed as double insulation displacement contact elements with two insulation displacement contact connecting terminals , wherein one insulation displacement contact connecting terminal cuts through the winding wire of a winding arrangement , while the second insulation displacement contact connecting terminal cuts through the insulation of a jumper wire on the circuit board , wherein for receiving the insulation displacement contact elements , the contact support receptacles form pocket-like receptacles , into which the respective insulation displacement contact element is inserted in axial direction (A) of the stator .
Method for manufacturing dental prostheses, comprising the following operations: - define a layered numerical representation of a dental prosthesis ; - for a first layer of said numerical representation, prepare a corresponding layer of a light sensitive liquid substance ; - selectively solidify said layer of liquid substance to obtain a first sheet having a geometry which corresponds to the geometry of said first layer of said numerical representation; - repeat the operations to prepare a layer of liquid substance and to selectively solidify said layer of liquid substance for each subsequent layer of said numerical representation to obtain corresponding sheets ; - cause the mutual adhesion between said sheets ; characterized in that it comprises the further operation of modifying the composition of said liquid substance after having solidified one of said sheets and before solidifying the subsequent sheet , so as to modify one or more optical properties of said liquid substance . - define a layered numerical representation of a dental prosthesis ; - for a first layer of said numerical representation, prepare a corresponding layer of a light sensitive liquid substance ; - selectively solidify said layer of liquid substance to obtain a first sheet having a geometry which corresponds to the geometry of said first layer of said numerical representation; - repeat the operations to prepare a layer of liquid substance and to selectively solidify said layer of liquid substance for each subsequent layer of said numerical representation to obtain corresponding sheets ; - cause the mutual adhesion between said sheets ;
A scanning lidar system comprising: a fixed frame (430a-d, 520, 610, 910); a first platform ; a first electro-optic assembly including a first laser source and a first photodetector mounted on the first platform ; a first flexure assembly (420a-b, 312a-d and 322a-d, 530a-d, 670a-b, 970) flexibly coupling the first platform to the fixed frame (910, 430a-d, 610, 520); a drive mechanism (660a-b) configured to, via the first flexure assembly, translate the first platform with respect to the fixed frame (910, 430a-d, 610, 520) in two mutually orthogonal directions in a plane substantially perpendicular to an optical axis of the scanning lidar system ; and a controller coupled to the drive mechanism (660a-b), the controller configured to cause the drive mechanism (660a-b) to translate the first platform in a first direction with a first frequency and in a second direction orthogonal to the first direction with a second frequency, wherein a ratio of the first frequency to the second frequency ranges from 0.5 to 2.0. a fixed frame (430a-d, 520, 610, 910); a first platform ; a first electro-optic assembly including a first laser source and a first photodetector mounted on the first platform ; a first flexure assembly (420a-b, 312a-d and 322a-d, 530a-d, 670a-b, 970) flexibly coupling the first platform to the fixed frame (910, 430a-d, 610, 520); a drive mechanism (660a-b) configured to, via the first flexure assembly, translate the first platform with respect to the fixed frame (910, 430a-d, 610, 520) in two mutually orthogonal directions in a plane substantially perpendicular to an optical axis of the scanning lidar system ; and a controller coupled to the drive mechanism (660a-b), the controller configured to cause the drive mechanism (660a-b) to translate the first platform in a first direction with a first frequency and in a second direction orthogonal to the first direction with a second frequency, wherein a ratio of the first frequency to the second frequency ranges from 0.5 to 2.0.
A projection screen having a user-facing surface which faces a user during use of the projection screen, said projection screen comprising a transparent glass sheet and a diffusing element wherein: (a) the glass sheet has a front surface and a back surface separated by a distance d; (b) the back surface of the glass sheet is in optical contact with the diffusing element; (c) during use of the projection screen, the front and back surfaces of the glass sheet transmit image light from a projector to the diffusing element and the diffusing element reflects a portion of that light back through the glass sheet to a user; (d) the user-facing surface of the projection screen is a writable/erasable surface; and characterized in that the distance d is greater than 0.05 millimeters and less than or equal to 0.2 millimeters. (a) the glass sheet has a front surface and a back surface separated by a distance d; (b) the back surface of the glass sheet is in optical contact with the diffusing element; (c) during use of the projection screen, the front and back surfaces of the glass sheet transmit image light from a projector to the diffusing element and the diffusing element reflects a portion of that light back through the glass sheet to a user; (d) the user-facing surface of the projection screen is a writable/erasable surface; and characterized in that the distance d is greater than 0.05 millimeters and less than or equal to 0.2 millimeters.