mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for enabling a main user of the mobile computing device to restrict a guest user or temporary user from exiting from an application or switching to another application on a mobile computing device, the method comprising: - receiving (200, 500) in an unlocked state, user input signifying that the application on the mobile computing device is to be locked; - locking the application, in response to the received user input, to restrict switching to another application or exiting from the application while maintaining other functionalities of the application; - identifying or recognizing a guest user; - determining which functions within the locked application are operative or inoperative for the identified guest user to restrict usage of the mobile computing device to the determined permitted functions within the locked application; - receiving an unlock command to unlock the application or perform a restricted action; - requesting input of user credentials, in response to the unlock command; and - unlocking the application or performing the restricted action only if the user credentials are provided. - receiving (200, 500) in an unlocked state, user input signifying that the application on the mobile computing device is to be locked; - locking the application, in response to the received user input, to restrict switching to another application or exiting from the application while maintaining other functionalities of the application; - identifying or recognizing a guest user; - determining which functions within the locked application are operative or inoperative for the identified guest user to restrict usage of the mobile computing device to the determined permitted functions within the locked application; - receiving an unlock command to unlock the application or perform a restricted action; - requesting input of user credentials, in response to the unlock command; and - unlocking the application or performing the restricted action only if the user credentials are provided.
A wind turbine system, comprising: a wind turbine tower; a plurality of blades; a rotor supported by the tower and rotatably coupled to the plurality of blades; a torque control device coupled to the rotor; and a control system programmed to predict an over-speeding time T of an occurrence of an over-speed rotor event, based at least in part upon a current rotor acceleration and a current rotor speed, that cannot be compensated by an available counter-torque margin of the torque control device, and, in response, to generate pitch commands for the pitch angles of the plurality of blades to avoid the over-speed rotor event; characterised by the following features the control system is programmed to predict the over-speeding time T of the occurrence of the over-speed rotor event by: predicting a future rotor speed at a commanded time input by a user T'; predicting whether the rotor will be over speeding at the input time T' by comparing the future rotor speed to a maximum allowable rotor speed; and when the rotor is determined to over speed at the input time T', determining the over-speeding time T based at least in part on an assumption that a rotor speed at the over-speeding time T is equal to a maximum allowable rotor speed. a wind turbine tower; a plurality of blades; a rotor supported by the tower and rotatably coupled to the plurality of blades; a torque control device coupled to the rotor; and a control system programmed to predict an over-speeding time T of an occurrence of an over-speed rotor event, based at least in part upon a current rotor acceleration and a current rotor speed, that cannot be compensated by an available counter-torque margin of the torque control device, and, in response, to generate pitch commands for the pitch angles of the plurality of blades to avoid the over-speed rotor event; characterised by the following features the control system is programmed to predict the over-speeding time T of the occurrence of the over-speed rotor event by: predicting a future rotor speed at a commanded time input by a user T'; predicting whether the rotor will be over speeding at the input time T' by comparing the future rotor speed to a maximum allowable rotor speed; and when the rotor is determined to over speed at the input time T', determining the over-speeding time T based at least in part on an assumption that a rotor speed at the over-speeding time T is equal to a maximum allowable rotor speed. predicting a future rotor speed at a commanded time input by a user T'; predicting whether the rotor will be over speeding at the input time T' by comparing the future rotor speed to a maximum allowable rotor speed; and when the rotor is determined to over speed at the input time T', determining the over-speeding time T based at least in part on an assumption that a rotor speed at the over-speeding time T is equal to a maximum allowable rotor speed.
A light emitting diode - hereafter abbreviated 'LED'-circuit comprising: a plurality of LEDs each having a respective current path; a controller for controlling the plurality of LEDs, wherein the controller comprises a plurality of driver outputs (HVIO), wherein the plurality of driver outputs (HVIO) outnumbers the plurality of LEDs, each respective current path being controlled by a respective one of the plurality of driver outputs (HVIO), and a current regulator (Q5, PCCR) coupled to a further one of the plurality of driver outputs (HVIO), the current regulator (Q5, PCCR) electrically coupled to the respective current path of each of the plurality of LEDs, characterized in that the current regulator (Q5, PCCR) is coupled to the further one of the plurality of driver outputs (HVIO) through a differential amplifier. a plurality of LEDs each having a respective current path; a controller for controlling the plurality of LEDs, wherein the controller comprises a plurality of driver outputs (HVIO), wherein the plurality of driver outputs (HVIO) outnumbers the plurality of LEDs, each respective current path being controlled by a respective one of the plurality of driver outputs (HVIO), and a current regulator (Q5, PCCR) coupled to a further one of the plurality of driver outputs (HVIO), the current regulator (Q5, PCCR) electrically coupled to the respective current path of each of the plurality of LEDs, characterized in that the current regulator (Q5, PCCR) is coupled to the further one of the plurality of driver outputs (HVIO) through a differential amplifier.
An air-conditioning system comprising a refrigerant circuit having an indoor heat exchanger; a thermal storage heat exchanger connected to the refrigerant circuit; a refrigerant container (13, 14) for introducing a liquid refrigerant, wherein the air-conditioning system is configured to perform a first cooling operation in which the thermal storage heat exchanger serves as a radiator and the indoor heat exchanger serves as an evaporator; a refrigerant introduction pipe (77; 82) connected to the thermal storage heat exchanger and the refrigerant container (13; 14); and a first opening/closing mechanism (76; 83) configured to open and close the refrigerant introduction pipe (77; 82); a control unit; characterized in that the control unit is configured to adjust the first opening/closing mechanism (76; 83) so as to open the first opening/closing mechanism (76; 83) when the operational mode is switched to the first cooling operation so that the refrigerant container (13; 14) and the indoor heat exchanger are connected, in parallel, to the thermal storage heat exchanger such that parts of the refrigerant that has flowed out of the thermal storage heat exchanger flows into the refrigerant container (13; 14) and the indoor heat exchanger. a refrigerant circuit having an indoor heat exchanger; a thermal storage heat exchanger connected to the refrigerant circuit; a refrigerant container (13, 14) for introducing a liquid refrigerant, wherein the air-conditioning system is configured to perform a first cooling operation in which the thermal storage heat exchanger serves as a radiator and the indoor heat exchanger serves as an evaporator; a refrigerant introduction pipe (77; 82) connected to the thermal storage heat exchanger and the refrigerant container (13; 14); and a first opening/closing mechanism (76; 83) configured to open and close the refrigerant introduction pipe (77; 82); a control unit; characterized in that the control unit is configured to adjust the first opening/closing mechanism (76; 83) so as to open the first opening/closing mechanism (76; 83) when the operational mode is switched to the first cooling operation so that the refrigerant container (13; 14) and the indoor heat exchanger are connected, in parallel, to the thermal storage heat exchanger such that parts of the refrigerant that has flowed out of the thermal storage heat exchanger flows into the refrigerant container (13; 14) and the indoor heat exchanger.
Protective cowling for a gas container equipped with a tap unit, comprising: - a cowling body forming a protective shell delimiting an inner volume designed to receive all or part of the tap unit, said cowling body and the three-dimensional structure (3, 6a, 6b, 11a, 11b) being formed of a plastic polymer material selected from among PVC, PE, PET, PP, PMMA, PU and PA, - a hanging device comprising a three-dimensional structure (3, 6a, 6b, 11a, 11b) comprising two arms (6a, 6b) each carrying a support-fixing notch (11a, 11b), said hanging device pivoting between several angular positions comprising: a rest position, wherein the hanging device is totally folded and a hanging position, wherein the hanging device is totally unfolded, - said three-dimensional structure (3, 6a, 6b, 11a, 11b) of the hanging device comprising an inner face shaped to match the outer profile of the cowling body, when the hanging device is in the rest position, and the two arms (6a, 6b) of the curved three-dimensional structure (3, 6a, 6b, 11a, 11b), namely a right arm and a left arm, sandwich the cowling body, when the hanging device is pivoted in the rest position. - a cowling body forming a protective shell delimiting an inner volume designed to receive all or part of the tap unit, said cowling body and the three-dimensional structure (3, 6a, 6b, 11a, 11b) being formed of a plastic polymer material selected from among PVC, PE, PET, PP, PMMA, PU and PA, - a hanging device comprising a three-dimensional structure (3, 6a, 6b, 11a, 11b) comprising two arms (6a, 6b) each carrying a support-fixing notch (11a, 11b), said hanging device pivoting between several angular positions comprising: a rest position, wherein the hanging device is totally folded and a hanging position, wherein the hanging device is totally unfolded, a rest position, wherein the hanging device is totally folded and a hanging position, wherein the hanging device is totally unfolded, - said three-dimensional structure (3, 6a, 6b, 11a, 11b) of the hanging device comprising an inner face shaped to match the outer profile of the cowling body, when the hanging device is in the rest position, and the two arms (6a, 6b) of the curved three-dimensional structure (3, 6a, 6b, 11a, 11b), namely a right arm and a left arm, sandwich the cowling body, when the hanging device is pivoted in the rest position.
A method of producing a film, comprising: ejecting a liquid B over a liquid surface of an active energy ray-curable liquid as a liquid A by an inkjet process, according to a predetermined periodic signal, wherein the liquid B is an active energy ray-curable liquid, the liquid A is greater than the liquid B in static surface tension at 25°C, and the liquid A has a static surface tension of 35 mN/m or greater at 25°C; and subsequently applying an active energy ray to the liquid A and the liquid B so as to perform curing and obtain a film which comprises a pattern according to any one of to below, a smooth pattern having a periodic amplitude based upon a trigonometric function, a pattern having a periodic depression, a pattern in the form of a periodic flat surface, and a pattern having a periodic semicylindrical shape. ejecting a liquid B over a liquid surface of an active energy ray-curable liquid as a liquid A by an inkjet process, according to a predetermined periodic signal, wherein the liquid B is an active energy ray-curable liquid, the liquid A is greater than the liquid B in static surface tension at 25°C, and the liquid A has a static surface tension of 35 mN/m or greater at 25°C; and subsequently applying an active energy ray to the liquid A and the liquid B so as to perform curing and obtain a film which comprises a pattern according to any one of to below, a smooth pattern having a periodic amplitude based upon a trigonometric function, a pattern having a periodic depression, a pattern in the form of a periodic flat surface, and a pattern having a periodic semicylindrical shape. a smooth pattern having a periodic amplitude based upon a trigonometric function, a pattern having a periodic depression, a pattern in the form of a periodic flat surface, and a pattern having a periodic semicylindrical shape.
A fastener ring for fastening a dispenser member, such as a pump or a valve, on a neck of a reservoir, the ring including reception means that are suitable for receiving the dispenser member, and a substantially-cylindrical attachment skirt for coming into engagement around the neck of the reservoir, the skirt defining an inner wall that defines a top first inner wall section for coming into engagement with the neck in the final assembled position, and a bottom second inner wall section for extending out of contact with the neck in the final assembled position, the fastener ring being characterized in that the attachment skirt includes an angular orientation tab that is distinct from the top first section, the angular orientation tab interrupting the bottom second inner wall section and projecting radially inwards relative to the second section, the angular orientation tab, in the final assembled position, being out of contact with the neck.
A capacitive touch switch comprising: a transparent insulating panel; a light filtering layer disposed on or adjacent to the transparent insulating panel and having an opaque color, a transparent icon being provided in the filtering layer; and a light source configured to transmit light through the transparent substrate, the transparent icon, and the transparent insulating panel when energized; characterized in that the capacitive touch switch further comprises: a transparent substrate including a capacitive electrode, the transparent substrate comprising a tinted material that substantially matches the opaque color of the light filtering layer. a transparent insulating panel; a light filtering layer disposed on or adjacent to the transparent insulating panel and having an opaque color, a transparent icon being provided in the filtering layer; and a light source configured to transmit light through the transparent substrate, the transparent icon, and the transparent insulating panel when energized; characterized in that the capacitive touch switch further comprises: a transparent substrate including a capacitive electrode, the transparent substrate comprising a tinted material that substantially matches the opaque color of the light filtering layer. a transparent substrate including a capacitive electrode, the transparent substrate comprising a tinted material that substantially matches the opaque color of the light filtering layer.
A sprocket comprising: mounting holes arranged at equal intervals in a circumferential direction; a plurality of sprocket teeth provided on an outer periphery; first openings each having a substantially triangular shape two corners of which respectively face the mounting holes and a remaining one corner of which is located toward the outer periphery; and second openings each having a substantially triangular shape one corner of which faces the mounting hole and remaining two corners of which are located toward the outer periphery, the first and second openings (40, 50) defining therebetween first crossbars where a driving force and a load reaction force act toward each other and second crossbars where a driving force and a load reaction force act away from each other, characterized in that a first reference line passes through a center of one of the mounting holes and is parallel to a centerline of a minimum-width site of each first crossbar, in that a second reference line passes through a center of one of the mounting holes and is parallel to a centerline of a minimum-width site of each second crossbar, and in that an intersection point of the first reference line with the second reference line is positioned in a vicinity of an addendum circle of the sprocket teeth. mounting holes arranged at equal intervals in a circumferential direction; a plurality of sprocket teeth provided on an outer periphery; first openings each having a substantially triangular shape two corners of which respectively face the mounting holes and a remaining one corner of which is located toward the outer periphery; and second openings each having a substantially triangular shape one corner of which faces the mounting hole and remaining two corners of which are located toward the outer periphery, the first and second openings (40, 50) defining therebetween first crossbars where a driving force and a load reaction force act toward each other and second crossbars where a driving force and a load reaction force act away from each other, characterized in that a first reference line passes through a center of one of the mounting holes and is parallel to a centerline of a minimum-width site of each first crossbar, in that a second reference line passes through a center of one of the mounting holes and is parallel to a centerline of a minimum-width site of each second crossbar, and in that an intersection point of the first reference line with the second reference line is positioned in a vicinity of an addendum circle of the sprocket teeth.
A photoacoustic spectroscope for analyzing gas, comprising - a modulatable infrared emitter, - an analysis volume that can be filled with gas, and - a sound pressure detector, wherein the infrared emitter, the analysis volume, and the sound pressure detector are arranged such that the infrared radiation modulatably emittable from the infrared emitter can excite gas in the analysis volume to form sound pressure waves which can be measured using the sound pressure detector, wherein the sound pressure detector comprises a structure capable of vibrating, an actuator, and a measuring unit, wherein the actuator is configured to actively excite vibration of the structure capable of vibrating and the measuring unit is configured for measuring the vibration properties of the structure capable of vibrating, which measurement depends on the formation of the sound pressure waves, characterized in that the modulation frequency of the infrared emitter is preferably between 1 Hz and 200 Hz, while the excitation frequency of the structure capable of vibrating is between 1 kHz and 200 kHz. - a modulatable infrared emitter, - an analysis volume that can be filled with gas, and - a sound pressure detector, wherein the infrared emitter, the analysis volume, and the sound pressure detector are arranged such that the infrared radiation modulatably emittable from the infrared emitter can excite gas in the analysis volume to form sound pressure waves which can be measured using the sound pressure detector, wherein the sound pressure detector comprises a structure capable of vibrating, an actuator, and a measuring unit, wherein the actuator is configured to actively excite vibration of the structure capable of vibrating and the measuring unit is configured for measuring the vibration properties of the structure capable of vibrating, which measurement depends on the formation of the sound pressure waves, characterized in that the modulation frequency of the infrared emitter is preferably between 1 Hz and 200 Hz, while the excitation frequency of the structure capable of vibrating is between 1 kHz and 200 kHz.
Electrical appliance to be snap-fitted to a horizontal support rail having an upper flange and a lower flange, which appliance has an overall parallelepiped shape having two main faces and lateral faces extending from one to the other of the main faces, a rear face, a lower face, a front face and an upper face, respectively, said rear face having an upper nose and a lower nose opposite the other nose, said appliance being configured to be attached to said rail with said upper flange engages between the upper nose and the body of the appliance and said lower flange engages between the lower nose and the body of the appliance, said lower nose being resiliently retractable in order for the appliance to be snap-fitted to the rail, at least one of said upper nose and lower nose being associated to a movement member (29, 38) projecting from the corresponding upper lateral face or lower lateral face in order to raise the upper nose or lower the lower nose in order to release said appliance from said rail, characterised in that the body of said appliance comprises an intercepting partition (51, 56, 65, 70; 51 A, 51 B, 65A, 65B) projecting from said corresponding lateral face (15, 13) and extending in the width direction, that is to say in the left-to-right direction, as far as an end (52, 55, 66, 69) situated in front of the movement member (29, 38) in line with the lateral edge of the movement member (29, 38), that is to say the left-hand edge or the right-hand edge, which is at the side of the intercepting partition (51, 56, 65, 70; 51 A, 51 B, 65A, 65B), as a result of which the intercepting partition (51, 56, 65, 70; 51 A, 51 B, 65A, 65B) may guide a driving tool of the movement member (29, 38) towards the movement member (29, 38) by sliding the end of the tool along the intercepting partition.
A pre-tin shaping system for shaping a pre-tin on a pad of a circuit board, the pre-tin shaping system comprising: a board holding unit for securely holding the circuit board; a heat-press unit for performing a heat-press operation to the pre-tin on the pad of the circuit board so as to shape the pre-tin; and a motion unit for moving the heat-press unit relative to the board holding unit; wherein the heat-press unit comprises a heat presser for shaping the pre-tin on the pad of the circuit board wherein the heat presser comprises two supporting portions and a heat pressing portion disposed between the two supporting portions (11 characterized in that when the heat presser performs the heat-press operation to the pre-tin on the pad of the circuit board, the pre-tin is pressed by the heat pressing portion while the supporting portions come into contact with the circuit board at each side of the pad so as to inhibit molten pre-tin from flowing towards adjacent pads. a board holding unit for securely holding the circuit board; a heat-press unit for performing a heat-press operation to the pre-tin on the pad of the circuit board so as to shape the pre-tin; and a motion unit for moving the heat-press unit relative to the board holding unit; wherein the heat-press unit comprises a heat presser for shaping the pre-tin on the pad of the circuit board wherein the heat presser comprises two supporting portions and a heat pressing portion disposed between the two supporting portions (11 characterized in that when the heat presser performs the heat-press operation to the pre-tin on the pad of the circuit board, the pre-tin is pressed by the heat pressing portion while the supporting portions come into contact with the circuit board at each side of the pad so as to inhibit molten pre-tin from flowing towards adjacent pads.