mhurhangee/ep-ind-claims huggingface dataset:
A power transmission system, comprising: a switching element that converts a DC voltage into an AC voltage of a predetermined frequency to output; a power-transmission antenna unit into which the output AC voltage is input; a current detection unit that detects current flowing through the power-transmission antenna unit; characterized by a peak hold unit that acquires a peak value of current detected by the current detection unit; a timer unit that measures a timer value of a difference in time between when the switching element is turned ON and when a zero current is detected by the current detection unit; a frequency determination unit that determines the frequency based on the peak value acquired by the peak hold unit and the timer value measured by the timer unit; and a control unit that drives, based on the frequency determined by the frequency determination unit, the switching element to transmit power. a switching element that converts a DC voltage into an AC voltage of a predetermined frequency to output; a power-transmission antenna unit into which the output AC voltage is input; a current detection unit that detects current flowing through the power-transmission antenna unit; characterized by a peak hold unit that acquires a peak value of current detected by the current detection unit; a timer unit that measures a timer value of a difference in time between when the switching element is turned ON and when a zero current is detected by the current detection unit; a frequency determination unit that determines the frequency based on the peak value acquired by the peak hold unit and the timer value measured by the timer unit; and a control unit that drives, based on the frequency determined by the frequency determination unit, the switching element to transmit power.
An electronic device comprising: a housing; a wireless communication transceiver provided within the housing; an antenna comprising at least an antenna radiator provided within the housing, the antenna radiator being coupled to a feeding line and a ground line; and a conductive cover of a metallic material arranged to cover at least a portion of the antenna radiator and form at least a portion of the housing, wherein the conductive cover is at least partially detachable from the housing, wherein the antenna radiator is electrically connected with the conductive cover, CHARACTERISED BY the electronic device further comprising a variable electronic circuit interposed between the feeding line and the ground line, wherein the electronic device is arranged to detect the operational frequency band and the electronic circuit is arranged to adjust the operational frequency band of the antenna radiator to a desired value in correspondence to a change in the operational frequency band of the antenna radiator due to application of the conductive cover, wherein the antenna radiator includes a plurality of contact points (CP1, CP2, CP3, CP4, CP5, CP6, CP7, CP8) disposed at predetermined intervals and at least one conductive contact element (CI, C2, C3, C4, C5, C6, C7, C8), and, when the conductive cover is installed in the electronic device, the conductive cover is electrically connected to the antenna radiator by bringing an inner surface of the conductive cover into contact with at least one of the corresponding contact points by the at least one conductive contact element. a housing; a wireless communication transceiver provided within the housing; an antenna comprising at least an antenna radiator provided within the housing, the antenna radiator being coupled to a feeding line and a ground line; and a conductive cover of a metallic material arranged to cover at least a portion of the antenna radiator and form at least a portion of the housing, wherein the conductive cover is at least partially detachable from the housing, wherein the antenna radiator is electrically connected with the conductive cover, CHARACTERISED BY the electronic device further comprising a variable electronic circuit interposed between the feeding line and the ground line, wherein the electronic device is arranged to detect the operational frequency band and the electronic circuit is arranged to adjust the operational frequency band of the antenna radiator to a desired value in correspondence to a change in the operational frequency band of the antenna radiator due to application of the conductive cover, wherein the antenna radiator includes a plurality of contact points (CP1, CP2, CP3, CP4, CP5, CP6, CP7, CP8) disposed at predetermined intervals and at least one conductive contact element (CI, C2, C3, C4, C5, C6, C7, C8), and, when the conductive cover is installed in the electronic device, the conductive cover is electrically connected to the antenna radiator by bringing an inner surface of the conductive cover into contact with at least one of the corresponding contact points by the at least one conductive contact element.
An excavator, comprising: a lower traveling body; an upper turning body pivotally installed to the lower traveling body; an engine installed in the upper turning body; an oil hydraulic pump driven by the engine; and a controller configured to control a flow rate of hydraulic oil discharged by the oil hydraulic pump, wherein the controller is configured to, when a load of the engine increases, delay a response of the oil hydraulic pump until an actual torque of the engine rises to a level corresponding to the load of the engine. a lower traveling body; an upper turning body pivotally installed to the lower traveling body; an engine installed in the upper turning body; an oil hydraulic pump driven by the engine; and a controller configured to control a flow rate of hydraulic oil discharged by the oil hydraulic pump, wherein the controller is configured to, when a load of the engine increases, delay a response of the oil hydraulic pump until an actual torque of the engine rises to a level corresponding to the load of the engine.
Method for initializing an emergency lighting system having an emergency lighting control center and having at least two lights (4, 5), in particular emergency and/or safety lights, which are connected to the emergency lighting control center via a data connection and which have lighting means, in particular light-emitting diodes, for illuminating license plates, escape and/or rescue routes, wherein data packets (10, 10') which comprise address data (8, 8' or 15, 15') of the at least two lights (4, 5) are stored in the emergency lighting control center, in which method for data transmission via the data connection the address data of the at least two lights (4, 5) are used and the at least two lights (4, 5) emit flashing patterns (40, 50) depending on the respective address data (8, 8') of the at least two lights (4, 5) via the respective lighting means, which flashing patterns (40, 50) differ from one another depending on the respective address data (8, 8') of the at least two lights (4, 5), characterized in that the emergency lighting center interrogates the address data (8, 8') of the at least two lights (4, 5) in a first step via the data connection and, in a second step, controls the respective lighting means of the at least two lights (4, 5) via the data connection to output the flashing patterns (40, 50), wherein, in a third step, each flashing pattern (40, 50) of the at least two lights (4, 5) are assigned location data (9, 9') for the location of arrangement (6, 7) of the respective light (4, 5) of these at least two lights (4, 5) by the operating personnel, and, in a fourth step, the data packets (10, 10') are supplemented with the respective location data (9, 9') by the operating personnel depending on the respective flashing pattern (40, 50).
Solid Self Nanoemulsifying System tablet comprising bosentan monohydrate, wherein the Bosentan monohydrate containing liquid self nanoemulsifying system is adsorbed on magnesium aluminometasilicate and the liquid self nanoemulsifying system comprises glyceryl monolinoleate as an oil, polyoxyl 40 hydrogenated castor oil as a surfactant and caprylocaproyl polyoxyl-8 glycerides as a co-surfactant.
Method for the electronic signature of an electronic document by means of a handwritten signature, wherein detection means electronically detect the handwritten signature and at least one biometric feature characterizing the handwritten signature, wherein at least one characterizing means (KM1, KM2, KM3) produces a character sequence (HED, HES1, HES2) characterizing the electronic document, and wherein an electronic signature means produces an electronic signature record for the electronic document at least based on the character sequence (HED, HES1, HES2) characterizing the electronic document, characterized in that an output means (AM1, AM2) visually or acoustically exposes the character sequence (HED, HES1, HES2) characterizing the electronic document for the signer for handwritten copying and the detection means electronically detects a character sequence copied from the characterizing character sequence (HED, HES1, HES2) in handwriting and at least one biometric feature characterizing the character sequence copied in handwriting, and the electronic signature means generates the electronic signature record for the electronic document at least based on the character sequence copied from the characterizing character sequence (HED, HES1, HES2) in handwriting and/or the biometric feature characterizing the character sequence copied in handwriting.
A key unit that locks and unlocks a target by transmitting a signal to a locking and unlocking device, the key unit comprising: a substrate on which a power supply circuit and a reception circuit that receives a request signal transmitted in a first LF frequency band from the locking and unlocking device via a LF reception antenna are mounted, the first LF frequency signal being a polling signal; and a housing configured to accommodate the substrate, wherein: among parts associated with the power supply circuit, a part having a highest height from a substrate surface is mounted on a first surface of the substrate; the LF reception antenna is mounted on a second surface which is a surface on an opposite side to the first surface; in a case where the substrate is accommodated in the housing, a distance from a substrate surface of the second surface to an inner surface of the housing is shorter than a distance from the substrate surface of the first surface to the inner surface of the housing, the power supply circuit is mounted on a first region of the first surface including a first side of the substrate; the LF reception antenna is mounted on a second region of the second surface including a second side opposite to the first side, on the substrate, a communication circuit that performs short-range wireless communication with a portable terminal is further mounted in the first region; the substrate further includes a controller configured to authenticate the portable terminal based on information acquired from the portable terminal; and the substrate is a multilayer substrate having a ground layer in a middle. a substrate on which a power supply circuit and a reception circuit that receives a request signal transmitted in a first LF frequency band from the locking and unlocking device via a LF reception antenna are mounted, the first LF frequency signal being a polling signal; and a housing configured to accommodate the substrate, wherein: among parts associated with the power supply circuit, a part having a highest height from a substrate surface is mounted on a first surface of the substrate; the LF reception antenna is mounted on a second surface which is a surface on an opposite side to the first surface; in a case where the substrate is accommodated in the housing, a distance from a substrate surface of the second surface to an inner surface of the housing is shorter than a distance from the substrate surface of the first surface to the inner surface of the housing, among parts associated with the power supply circuit, a part having a highest height from a substrate surface is mounted on a first surface of the substrate; the LF reception antenna is mounted on a second surface which is a surface on an opposite side to the first surface; in a case where the substrate is accommodated in the housing, a distance from a substrate surface of the second surface to an inner surface of the housing is shorter than a distance from the substrate surface of the first surface to the inner surface of the housing,
A method of measuring biaxial stress in an object of a ferromagnetic material, the method comprising: (a) measuring values of biaxial stress within the said region by taking measurements with an electromagnetic measuring probe in at least two different orientations, wherein the electromagnetic measuring probe uses an alternating measuring magnetic field that is at a field strength well below saturation; characterised by (b) subjecting material in a region in the vicinity of a surface of the object to a conditioning method by application of a conditioning magnetic field that is at least initially at a high field strength, the conditioning method being completed before performing the measurements of step (a); wherein, in step (a), the field strength of the alternating measuring magnetic field is no more than 20% of saturation, and wherein, in step (b), the conditioning method comprises subjecting the region to a low frequency alternating magnetic field initially at a high field strength of greater than 50% of saturation, and gradually reducing the field strength of the alternating magnetic field to zero over a decay time period at least equal to the time for many cycles of the alternating magnetic field, wherein the direction of the magnetic field is either substantially orthogonal to the surface, or substantially parallel to the surface within the region. (a) measuring values of biaxial stress within the said region by taking measurements with an electromagnetic measuring probe in at least two different orientations, wherein the electromagnetic measuring probe uses an alternating measuring magnetic field that is at a field strength well below saturation; (b) subjecting material in a region in the vicinity of a surface of the object to a conditioning method by application of a conditioning magnetic field that is at least initially at a high field strength, the conditioning method being completed before performing the measurements of step (a);
An arrangement for fixing an installation box for electrical purposes in a wall, a cavity wall, or a thermally insulated wall or façade of buildings, the wall or the façade including a recess, a aperture, or a blind hole-like recess for receiving or for inserting the installation box, the installation box including mechanical fixing means (2, 3) that are adjusted, in a pre-mounting position, into a position where they are in peripheral alignment with the installation box or behind peripheral alignment therewith, and that are adjusted, in an intended mounting position, into a position where they protrude beyond peripheral alignment with the installation box, the fixing means being shaped parts as integral components of the installation box, characterized by that the shaped parts have a hook-like shape, the shaft of which is formed at the installation box in a pivoting manner and the hook tip of which is arranged in an radially outwardly protruding manner at approximately right angles from the shaft.
Vacuum interrupter for a circuit breaker arrangement comprising a cylindrically shaped insulating part, within which a pair of electrical contact parts (2a,2b) are coaxially arranged and concentrical surrounded by the insulating part, wherein the electrical contact parts (2a,2b) comprise means for initiating a disconnection arc only between corresponding inner contact elements (8a,8b) after starting a disconnection process, and corresponding outer contact elements (9a,9b) comprise means for commutate said arc from the inner contact elements (8a,8b) to the outer contact elements (9a,9b) until the disconnection process is completed, wherein each inner electrical contact element (8a;8b) is designed as a TMF-like contact element for generating mainly a transverse magnetic field, and each outer electrical contact element (9a;9b) is designed as an AMF-like contact element for generating mainly an axial magnetic field, characterized in that the inner electrical contact element (8a;8b) and the outer electrical contact element (9a;9b) are separately attached to the distal end of a common contact rod, and that in case the switch is in the closed position both corresponding inner contact parts (8a;8b) and both outer AMF-like contact elements (9a,9b) are in touch.
A scrubber assembly for a pool cleaner, the scrubber assembly comprising: a center shaft; a rotary cylinder positioned around the center shaft and including an internal spur gear profile; a first pinion gear engaged with the internal spur gear profile of the rotary cylinder and positioned off-center from the center shaft; and a first end bracket coupled to a first end of the center shaft and rotatable about the first pinion gear. a center shaft; a rotary cylinder positioned around the center shaft and including an internal spur gear profile; a first pinion gear engaged with the internal spur gear profile of the rotary cylinder and positioned off-center from the center shaft; and a first end bracket coupled to a first end of the center shaft and rotatable about the first pinion gear.
A compound having Formula II: wherein: R 1a, R 1b, R 1c, and R 1d are independently selected from the group consisting of hydrogen, fluoro, and chloro; R 2 is Formula R2-1: wherein R 25a, R 25b, R 25c, R 25d, and R 25e are each independently selected from the group consisting of hydrogen, fluoro, and chloro; R 3 is alkyl; R 4 is hydrogen; X and Y are NH; R 5 is selected from the group consisting of: and R 14 is hydrogen or C 1 -C 4 alkyl; and R 15 is hydrogen; or a pharmaceutically acceptable salt thereof. R 1a, R 1b, R 1c, and R 1d are independently selected from the group consisting of hydrogen, fluoro, and chloro; R 2 is Formula R2-1: wherein R 25a, R 25b, R 25c, R 25d, and R 25e are each independently selected from the group consisting of hydrogen, fluoro, and chloro; R 3 is alkyl; R 4 is hydrogen; X and Y are NH; R 5 is selected from the group consisting of: and R 14 is hydrogen or C 1 -C 4 alkyl; and R 15 is hydrogen;
A system comprising: an elongated instrument (104, 200, 360) configured to couple with a teleoperational manipulator assembly (102, 550) for advancement along a longitudinal axis; and a support assembly including: a retractable channel formed from a plurality of support members (304, 306, 308, 404, 406) extendable along the longitudinal axis and arranged to form therebetween the channel, the channel sized to receive the elongated instrument; characterised in that the support assembly further comprises a retraction system coupled to the plurality of support members, the retraction system operable to retract the plurality of support members in the direction of the longitudinal axis as the elongated instrument is advanced along the longitudinal axis. an elongated instrument (104, 200, 360) configured to couple with a teleoperational manipulator assembly (102, 550) for advancement along a longitudinal axis; and a support assembly including: a retractable channel formed from a plurality of support members (304, 306, 308, 404, 406) extendable along the longitudinal axis and arranged to form therebetween the channel, the channel sized to receive the elongated instrument; characterised in that the support assembly further comprises a retraction system coupled to the plurality of support members, the retraction system operable to retract the plurality of support members in the direction of the longitudinal axis as the elongated instrument is advanced along the longitudinal axis. a retractable channel formed from a plurality of support members (304, 306, 308, 404, 406) extendable along the longitudinal axis and arranged to form therebetween the channel, the channel sized to receive the elongated instrument; characterised in that the support assembly further comprises a retraction system coupled to the plurality of support members, the retraction system operable to retract the plurality of support members in the direction of the longitudinal axis as the elongated instrument is advanced along the longitudinal axis.
An antenna device comprising: an antenna base plate having a shape of a flat plate; a top capacity loaded type monopole antenna comprising a capacity loading plate arranged substantially in parallel with the antenna base plate and on one plane above the antenna base plate at a position separated from the antenna base plate by a height, and a planar antenna arranged between the antenna base plate and the capacity loading plate, characterized in that edges of the capacity loading plate in a direction of width of the capacity loading plate are folded back so that the capacity loading plate has a meander shape extending in a direction of length of the capacity loading plate, and a size of the capacity loading plate in the direction of width of the capacity loading plate s less than about 1/4 wavelength of receiving frequency of the planar antenna. where the capacity loading plate is developed into a shape of a single flat plate. an antenna base plate having a shape of a flat plate; a top capacity loaded type monopole antenna comprising a capacity loading plate arranged substantially in parallel with the antenna base plate and on one plane above the antenna base plate at a position separated from the antenna base plate by a height, and a planar antenna arranged between the antenna base plate and the capacity loading plate, characterized in that edges of the capacity loading plate in a direction of width of the capacity loading plate are folded back so that the capacity loading plate has a meander shape extending in a direction of length of the capacity loading plate, and a size of the capacity loading plate in the direction of width of the capacity loading plate s less than about 1/4 wavelength of receiving frequency of the planar antenna. where the capacity loading plate is developed into a shape of a single flat plate.