mhurhangee/patent-ind-claim-en huggingface dataset:
Lighting device for an automotive vehicle, comprising: a printed circuit board , comprising one or more electronic components ; and a support joined, or capable of being joined, to the printed circuit board, characterized in that said lighting device comprises a first joining device for joining the printed circuit board to the support, said first joining device comprising a first element borne by the printed circuit board and a second element borne by the support, said first joining device permitting said printed circuit board to rotate, with respect to said support, about an axis and about an axis perpendicular to said axis ; and a second joining device for joining the printed circuit board to the support, located at a distance from the first joining device, said second joining device comprising: a third element borne by the printed circuit board and located at a distance from the first element ; and a fourth element borne by the support and located at a distance from the second element , said second joining device being capable of blocking the rotations of the printed circuit board with respect to the support about an axis perpendicular to axis as well as about the axis in one direction, in an assembled configuration of said printed circuit board and said support. a printed circuit board , comprising one or more electronic components ; and a support joined, or capable of being joined, to the printed circuit board, characterized in that said lighting device comprises a first joining device for joining the printed circuit board to the support, said first joining device comprising a first element borne by the printed circuit board and a second element borne by the support, said first joining device permitting said printed circuit board to rotate, with respect to said support, about an axis and about an axis perpendicular to said axis ; and a second joining device for joining the printed circuit board to the support, located at a distance from the first joining device, said second joining device comprising: a third element borne by the printed circuit board and located at a distance from the first element ; and a fourth element borne by the support and located at a distance from the second element , said second joining device being capable of blocking the rotations of the printed circuit board with respect to the support about an axis perpendicular to axis as well as about the axis in one direction, in an assembled configuration of said printed circuit board and said support. a third element borne by the printed circuit board and located at a distance from the first element ; and a fourth element borne by the support and located at a distance from the second element , said second joining device being capable of blocking the rotations of the printed circuit board with respect to the support about an axis perpendicular to axis as well as about the axis in one direction, in an assembled configuration of said printed circuit board and said support.
A display device comprising: an accepter that accepts an instruction input indicating a moving direction, the instruction input being given to an external controller ; a detector that detects a change in orientation of the display device ; a storage that stores an avatar observation position, an avatar observation direction, and an avatar base direction in a virtual space; an observation position updater that updates, upon acceptance of the instruction input, the avatar observation position so that the avatar observation position moves in the moving direction indicated by the instruction input relative to the avatar base direction; an observation direction updater that updates the avatar observation direction in accordance with the detected change in orientation of the display device ; an obtainer that obtains a relative position between the external controller and the display device ; a base direction updater that updates the avatar base direction, based on the avatar observation direction and on the obtained relative position; characterized by further comprising a light emitter that shines light in a predetermined pattern, wherein the obtainer obtains from the external controller the relative position that is identified by the external controller based on a position of the light emitter in an image taken by a camera included in the external controller and on the pattern. an accepter that accepts an instruction input indicating a moving direction, the instruction input being given to an external controller ; a detector that detects a change in orientation of the display device ; a storage that stores an avatar observation position, an avatar observation direction, and an avatar base direction in a virtual space; an observation position updater that updates, upon acceptance of the instruction input, the avatar observation position so that the avatar observation position moves in the moving direction indicated by the instruction input relative to the avatar base direction; an observation direction updater that updates the avatar observation direction in accordance with the detected change in orientation of the display device ; an obtainer that obtains a relative position between the external controller and the display device ; a base direction updater that updates the avatar base direction, based on the avatar observation direction and on the obtained relative position; characterized by further comprising a light emitter that shines light in a predetermined pattern, wherein the obtainer obtains from the external controller the relative position that is identified by the external controller based on a position of the light emitter in an image taken by a camera included in the external controller and on the pattern.
A bowed rotor prevention system for a gas turbine engine , the bowed rotor prevention system comprising: a bowed rotor prevention motor configured to drive rotation of the gas turbine engine through an engine accessory gearbox ; and a controller configured to engage the bowed rotor prevention motor and drive rotation of the gas turbine engine below an engine starting speed until a bowed rotor prevention threshold condition is met; characterized in that : the bowed rotor prevention system further comprises an air turbine starter , wherein the bowed rotor prevention motor is configured to drive a motor shaft that is mechanically linked to an air turbine starter drive shaft of the air turbine starter; and an air turbine of the air turbine starter is configured to rotate an output shaft of the air turbine starter and the motor shaft is mechanically linked to the air turbine starter , wherein an output bevel gear of the output shaft interfaces with a motor bevel gear of the motor shaft , and an input bevel gear of the air turbine starter drive shaft interfaces with the motor bevel gear at a gear interface of the bowed rotor prevention system . a bowed rotor prevention motor configured to drive rotation of the gas turbine engine through an engine accessory gearbox ; and a controller configured to engage the bowed rotor prevention motor and drive rotation of the gas turbine engine below an engine starting speed until a bowed rotor prevention threshold condition is met; characterized in that : the bowed rotor prevention system further comprises an air turbine starter , wherein the bowed rotor prevention motor is configured to drive a motor shaft that is mechanically linked to an air turbine starter drive shaft of the air turbine starter; and an air turbine of the air turbine starter is configured to rotate an output shaft of the air turbine starter and the motor shaft is mechanically linked to the air turbine starter , wherein an output bevel gear of the output shaft interfaces with a motor bevel gear of the motor shaft , and an input bevel gear of the air turbine starter drive shaft interfaces with the motor bevel gear at a gear interface of the bowed rotor prevention system . the bowed rotor prevention system further comprises an air turbine starter , wherein the bowed rotor prevention motor is configured to drive a motor shaft that is mechanically linked to an air turbine starter drive shaft of the air turbine starter; and an air turbine of the air turbine starter is configured to rotate an output shaft of the air turbine starter and the motor shaft is mechanically linked to the air turbine starter , wherein an output bevel gear of the output shaft interfaces with a motor bevel gear of the motor shaft , and an input bevel gear of the air turbine starter drive shaft interfaces with the motor bevel gear at a gear interface of the bowed rotor prevention system .
A vehicle seat , comprising: a lower frame configured to be disposed in a cabin of a vehicle; an upper frame connected to the lower frame on which a backrest is formed; a seat base frame disposed on the lower frame on which a seat base is formed; a supporting mechanism that supports the seat base frame in a pivotal manner; and a first joint that connects a front end portion of the seat base frame to the lower frame in a pivotal manner, wherein the supporting mechanism comprises a pivot shaft in which one of end portions thereof is connected to a rear end portion of the seat base frame , a hub member that is situated within the upper frame while being connected to the upper frame , a second joint that connects other end portion of the pivot shaft to the hub , and the vehicle seat is characterized in that the supporting mechanism further comprises a reinforcement shaft in which one of end portions is connected to the hub member , and other end portion is connected to the upper frame or the lower frame ; and the pivot shaft and the reinforcement shaft are overlapped in a width direction of the vehicle at least partially. a lower frame configured to be disposed in a cabin of a vehicle; an upper frame connected to the lower frame on which a backrest is formed; a seat base frame disposed on the lower frame on which a seat base is formed; a supporting mechanism that supports the seat base frame in a pivotal manner; and a first joint that connects a front end portion of the seat base frame to the lower frame in a pivotal manner, wherein the supporting mechanism comprises a pivot shaft in which one of end portions thereof is connected to a rear end portion of the seat base frame , a hub member that is situated within the upper frame while being connected to the upper frame , a second joint that connects other end portion of the pivot shaft to the hub , and the vehicle seat is characterized in that the supporting mechanism further comprises a reinforcement shaft in which one of end portions is connected to the hub member , and other end portion is connected to the upper frame or the lower frame ; and wherein the supporting mechanism comprises a pivot shaft in which one of end portions thereof is connected to a rear end portion of the seat base frame , a hub member that is situated within the upper frame while being connected to the upper frame , a second joint that connects other end portion of the pivot shaft to the hub , and the vehicle seat is characterized in that the supporting mechanism further comprises a reinforcement shaft in which one of end portions is connected to the hub member , and other end portion is connected to the upper frame or the lower frame ; and the pivot shaft and the reinforcement shaft are overlapped in a width direction of the vehicle at least partially.
A computer system for distributed shared execution of one or more shared processes, comprising: first program code for the one or more shared processes that comprises one or more shared code segments shared between a first authorizing node and a second authorizing node, wherein the one or more shared code segments are executable by one or more executing nodes; a distributed ledger that provides a record of the execution of shared code segments of the first program code; and second program code comprising instructions that, when executed by the first and/or second authorizing nodes, validates that an anticipated execution result of the one or more shared code segments satisfies shared authorization conditions and, if satisfied, authorizes the execution of the one or more shared code segments by the one or more executing nodes. first program code for the one or more shared processes that comprises one or more shared code segments shared between a first authorizing node and a second authorizing node, wherein the one or more shared code segments are executable by one or more executing nodes; a distributed ledger that provides a record of the execution of shared code segments of the first program code; and second program code comprising instructions that, when executed by the first and/or second authorizing nodes, validates that an anticipated execution result of the one or more shared code segments satisfies shared authorization conditions and, if satisfied, authorizes the execution of the one or more shared code segments by the one or more executing nodes.
An artificially synthesized peptide that induces reprogramming of at least one type of differentiated cell, the peptide comprising a reprogramming-inducing peptide sequence formed of the following amino acid sequence: CKSKSRRSC (SEQ ID NO: 1) or a modified amino acid sequence formed by conservative substitution of one, two or three amino acid residues in the amino acid sequence and that induces reprogramming in at least one type of differentiated cell, wherein a total number of amino acid residues constituting the peptide chain is not more than 30.
A method for configuring an electronic element , in particular a ballast, for use in a lighting system , the method comprises the following steps: - Retrieving configuration information from a QR-code by means of a configuring device ; - Powering, by the configuring device , the electronic element through wireless transmission of energy; - Sending the retrieved configuration information from the configuring device to the electronic element in the lighting system ; and - Storing the configuration information into an information storage means of the electronic element , wherein in the sending step a bidirectional channel of a wireless interface based on a near field communication or an radio frequency identification communication between the configuring device and the electronic element is established, and wherein the configuration information is stored in the information storage means, when the electronic element is being powered by the configuring device, without an external power supply. - Retrieving configuration information from a QR-code by means of a configuring device ; - Powering, by the configuring device , the electronic element through wireless transmission of energy; - Sending the retrieved configuration information from the configuring device to the electronic element in the lighting system ; and - Storing the configuration information into an information storage means of the electronic element , wherein in the sending step a bidirectional channel of a wireless interface based on a near field communication or an radio frequency identification communication between the configuring device and the electronic element is established, and wherein the configuration information is stored in the information storage means, when the electronic element is being powered by the configuring device, without an external power supply.
Magnetron apparatus, comprising at least one first target and a second target , which are electrically insulated from one another and which are situated within a vacuum chamber , at least one power supply device for generating an electrical AC voltage, which is switchable between the at least two targets (12; 13) that are electrically insulated from one another, such that the two targets (12; 13) are switched alternately as cathode and anode of a magnetron discharge between the two targets (12; 13), wherein at least one additional electrode situated within the vacuum chamber is electrically connected via a switch to that pole of the power supply device to which the first target is also electrically connected via a further switch , wherein, by means of the switch , the at least one additional electrode is switchable temporarily and repeatedly as anode of a magnetron discharge between the additional electrode and the second target functioning as cathode, characterized in that - no electrically conductive connection between the power supply device and the additional electrode is formed in the switching state when the switch is open; - the switch and the further switch are switchable independently from one another. - no electrically conductive connection between the power supply device and the additional electrode is formed in the switching state when the switch is open; - the switch and the further switch are switchable independently from one another.
A system for heat and/or light regulation, the system being couplable to a side of a structure , such as a building, the system comprising: at least one displacement means being fixable to the side of the structure; and at least one moveable pergola detachably coupled to the at least one displacement means; wherein the at least one displacement means is configured for enabling the displacement of the at least one moveable pergola in a lateral direction as well as in a perpendicular direction to the side of the structure, the at least one displacement means comprising a top section, the top section comprising: at least one crossing beam running parallel to the side of the structure and configured to couple with the pergola allowing its lateral movement; and at least one perpendicular beam running perpendicular to the side of the structure and configured to couple with the pergola allowing its perpendicular movement. at least one displacement means being fixable to the side of the structure; and at least one moveable pergola detachably coupled to the at least one displacement means; wherein the at least one displacement means is configured for enabling the displacement of the at least one moveable pergola in a lateral direction as well as in a perpendicular direction to the side of the structure, the at least one displacement means comprising a top section, the top section comprising: at least one crossing beam running parallel to the side of the structure and configured to couple with the pergola allowing its lateral movement; and at least one perpendicular beam running perpendicular to the side of the structure and configured to couple with the pergola allowing its perpendicular movement. at least one crossing beam running parallel to the side of the structure and configured to couple with the pergola allowing its lateral movement; and at least one perpendicular beam running perpendicular to the side of the structure and configured to couple with the pergola allowing its perpendicular movement.
Partition wall closure for securing load on a loading surface of a transport vehicle , wherein the partition wall closure has, on at least one of two opposite end sides , a clamping hook which projects beyond the end side with an adjustable spacing and can be clamped in relation to the end side , wherein the intermediate wall closure has a clamping force indicator which is received in a hollow profile of the partition wall closure and can be displaced in the longitudinal direction of the partition wall closure counter to a mechanical clamping force and has a visual indicator which is adjusted proportionally to the mechanical clamping force, characterized in that the clamping force indicator projects with a bearing surface beyond the end side out of the hollow profile , wherein the visual indicator is adjusted proportionally to the clamping force acting perpendicularly to the bearing surface .
A mid-turbine frame (44; 144; 244) for a gas turbine engine , comprising: at least one airfoil that extends between an inner platform (62; 162) and an outer platform (64; 164) that are circumferentially disposed about a longitudinal centerline axis (A) of said static structure (44; 144; 244), wherein at least one of said inner platform (62; 162) and said outer platform (64; 164) extend at a first angle (α1) relative to a first longitudinal plane (P1) that is parallel to said longitudinal centerline axis (A); and at least one seal land (70; 170) extending from and attached to at least one of said inner platform (62; 162) and said outer platform (64; 164), the seal land comprising a seal body circumferentially extending about a longitudinal centerline axis (A), wherein said seal body includes at least one sealing surface (88; 188) that extends in a plane that is transverse to said longitudinal centerline axis (A) and a second surface on an opposite side of the seal body from the sealing surface (88; 188), said seal body extends between a leading edge portion and a trailing edge portion , said seal body is tapered between said trailing edge portion and said leading edge portion , said at least one sealing surface (88; 188) seals against a seal ring (82; 182) having a conical surface or against a finger seal .
High voltage apparatus in a form of a HV current transformer comprises an electrically conductive head transformer cover , an electrically conductive head housing base , an electrically conductive core casing with a core , a primary conductor , and having electric insulation material comprising an insulating gel filling enclosed space between at least two of the electrically conductive elements , characterized in that at least one of the electrically conductive elements has a coating made of solid insulating material separating the surface of the conductive element from the insulating gel for limiting the electron emission from the conductive elements into the insulating gel wherein the coating is placed on an external surface of the primary conductor .
A bicycle trainer comprising: a frame assembly supporting an axle to which a bicycle with a rear wheel removed may be connected to operably connect the bicycle to the bicycle trainer; characterized by a flywheel assembly comprising a magnetic brake assembly and a flywheel member including a flywheel axle , the flywheel assembly supported on the frame assembly, the magnetic brake assembly rotationally fixed and coupled with a tubular member coaxial with the flywheel axle, the flywheel member coupled with the axle such that the flywheel spins relative to the rotationally fixed magnetic brake assembly when a rider is pedaling a bicycle connected with the axle, and a processor in communication with the magnetic brake assembly to dynamically adjust the braking force by controlling current in the magnetic brake assembly. a frame assembly supporting an axle to which a bicycle with a rear wheel removed may be connected to operably connect the bicycle to the bicycle trainer; characterized by a flywheel assembly comprising a magnetic brake assembly and a flywheel member including a flywheel axle , the flywheel assembly supported on the frame assembly, the magnetic brake assembly rotationally fixed and coupled with a tubular member coaxial with the flywheel axle, the flywheel member coupled with the axle such that the flywheel spins relative to the rotationally fixed magnetic brake assembly when a rider is pedaling a bicycle connected with the axle, and a processor in communication with the magnetic brake assembly to dynamically adjust the braking force by controlling current in the magnetic brake assembly.