mhurhangee/ep-ind-claims huggingface dataset:
Method for the automatic monitoring of a hydraulic circuit operating in a system for the movement of lifts or goods lifts comprising at least one cabin and at least two electrically controlled hydraulic valves (14, 16) arranged in series, said method comprising: - providing at least one position sensing device near at least one stopping plane of said at least one cabin; - providing at least one control device (41,42) associated with each of said at least two electrically controlled hydraulic valves (14, 16) arranged in series; - receiving the signals detected by the control devices (41,42) associated with each valve (14, 16); - after receiving a signal generated by said at least one position sensing device, activating a comparative analysis of the signals coming from said control devices (41,42); wherein said activation of a comparative analysis comprises the steps of: - comparing the values of said signals detected by the control devices (41,42); - in the case in which at least one of the aforementioned detected signals identifies an open status of the relative valve (14, 16), generating a system failure status report. - providing at least one position sensing device near at least one stopping plane of said at least one cabin; - providing at least one control device (41,42) associated with each of said at least two electrically controlled hydraulic valves (14, 16) arranged in series; - receiving the signals detected by the control devices (41,42) associated with each valve (14, 16); - after receiving a signal generated by said at least one position sensing device, activating a comparative analysis of the signals coming from said control devices (41,42); - comparing the values of said signals detected by the control devices (41,42); - in the case in which at least one of the aforementioned detected signals identifies an open status of the relative valve (14, 16), generating a system failure status report.
A tidal current power generating floating body, comprising: a power generation unit comprising a water wheel and a power generation device connected to the water wheel; a body part comprising a tidal current inlet-outlet path having a cross sectional area that is gradually reduced from the front and rear surfaces of the tidal current inlet-outlet path toward the water wheel; and a cover body formed to cover the top of the water wheel in an arc shape from adjacent lines (18, 18') where upper inclined surfaces (13, 13') of the body part meet the water wheel in an arch shape apart from the water wheel by a predetermined gap, characterised in that the body part comprises: a space in which ballast water is stored; and a ballast water inlet and outlet for allowing ballast water to flow in and out therethrough such that an adjustment of drafts of the floating body for tidal current power generation is performed according to a flow speed of the tidal current by supplying the ballast water to the space or discharging stored ballast water. a power generation unit comprising a water wheel and a power generation device connected to the water wheel; a body part comprising a tidal current inlet-outlet path having a cross sectional area that is gradually reduced from the front and rear surfaces of the tidal current inlet-outlet path toward the water wheel; and a cover body formed to cover the top of the water wheel in an arc shape from adjacent lines (18, 18') where upper inclined surfaces (13, 13') of the body part meet the water wheel in an arch shape apart from the water wheel by a predetermined gap, characterised in that the body part comprises: a space in which ballast water is stored; and a ballast water inlet and outlet for allowing ballast water to flow in and out therethrough such that an adjustment of drafts of the floating body for tidal current power generation is performed according to a flow speed of the tidal current by supplying the ballast water to the space or discharging stored ballast water. a space in which ballast water is stored; and a ballast water inlet and outlet for allowing ballast water to flow in and out therethrough such that an adjustment of drafts of the floating body for tidal current power generation is performed according to a flow speed of the tidal current by supplying the ballast water to the space or discharging stored ballast water.
A communication apparatus (20, 20B), comprising: a communication unit that communicates a signal with another communication apparatus; and a master apparatus detection unit, the master apparatus detection unit, in case of the communication apparatus operating as a slave apparatus, performing a master apparatus detection process of detecting a communication apparatus operating as a master apparatus using at least a synchronization pattern included in the signal received by the communication unit; characterized by a control unit that controls the number of bits of a signal pattern, which is used for the master apparatus detection process together with the synchronization pattern, in the signal pattern existing before the synchronization pattern in the signal received from the master apparatus based on the result of the master apparatus detection process performed by the master apparatus detection unit, the bits of the signal pattern being closest to the synchronization pattern, wherein the communication unit communicates the signal in conformity with a TDMA,Time Division Multiple Access, scheme. a communication unit that communicates a signal with another communication apparatus; and a master apparatus detection unit, the master apparatus detection unit, in case of the communication apparatus operating as a slave apparatus, performing a master apparatus detection process of detecting a communication apparatus operating as a master apparatus using at least a synchronization pattern included in the signal received by the communication unit; characterized by a control unit that controls the number of bits of a signal pattern, which is used for the master apparatus detection process together with the synchronization pattern, in the signal pattern existing before the synchronization pattern in the signal received from the master apparatus based on the result of the master apparatus detection process performed by the master apparatus detection unit, the bits of the signal pattern being closest to the synchronization pattern, wherein the communication unit communicates the signal in conformity with a TDMA,Time Division Multiple Access, scheme.
A method of producing a phantom resembling a human or animal organ or tissue, the phantom comprising at least one first region having at least one tissue like property and at least one cavity having a plurality of hollow branches connected thereto, with at least some of the plurality of hollow branches being formed such that they project into the first region having tissue like properties, the method comprising the steps of: - making at least a first structure having a shape that resembles the shape of the at least one cavity and of the interior of the plurality of branches connected to the at least one cavity; - placing said first structure in a phantom mold (20a, b) having an inner shape that resembles an outer shape of the phantom; - filling the phantom mold (20a, b) with a material that has the at least one tissue like property to form the phantom; - removing the first structure from the phantom in order to form the one cavity having a plurality of hollow branches connected thereto within the phantom, wherein the first structure is manufactured with an average root mean square error of less than 2 mm. - making at least a first structure having a shape that resembles the shape of the at least one cavity and of the interior of the plurality of branches connected to the at least one cavity; - placing said first structure in a phantom mold (20a, b) having an inner shape that resembles an outer shape of the phantom; - filling the phantom mold (20a, b) with a material that has the at least one tissue like property to form the phantom; - removing the first structure from the phantom in order to form the one cavity having a plurality of hollow branches connected thereto within the phantom,
A constant-current and constant-voltage connection method for LED lamps, comprising: connecting a plurality of LED lamps in parallel at both ends of an external constant-current switching power supply (Is), characterized in that a total distance of a connection circuit of each LED lamp from a positive electrode of the external constant-current switching power supply (Is) to a positive electrode of the LED lamp to a negative electrode and then back to a negative electrode of the external constant-current switching power supply (Is) is the same.
A method of wireless communication performed by a user equipment, UE, comprising: receiving remaining minimum system information, RMSI, from a base station, BS; determining an initial active uplink bandwidth part based at least in part on a physical resource block, PRB, frequency location of the initial active uplink bandwidth part, wherein the PRB frequency location is indicated in the RMSI, and wherein identifying the PRB frequency location of the initial active uplink bandwidth part comprises: identifying a plurality of reference uplink frequency locations in a random access channel, RACH, configuration, of a RACH procedure, included within the RMSI; and selecting a reference uplink frequency location from the plurality of reference uplink frequency locations as the PRB frequency location of the initial active uplink bandwidth part; and using the initial active uplink bandwidth part for the RACH procedure between the UE and the BS. receiving remaining minimum system information, RMSI, from a base station, BS; determining an initial active uplink bandwidth part based at least in part on a physical resource block, PRB, frequency location of the initial active uplink bandwidth part, wherein the PRB frequency location is indicated in the RMSI, and wherein identifying the PRB frequency location of the initial active uplink bandwidth part comprises: identifying a plurality of reference uplink frequency locations in a random access channel, RACH, configuration, of a RACH procedure, included within the RMSI; and selecting a reference uplink frequency location from the plurality of reference uplink frequency locations as the PRB frequency location of the initial active uplink bandwidth part; and identifying a plurality of reference uplink frequency locations in a random access channel, RACH, configuration, of a RACH procedure, included within the RMSI; and selecting a reference uplink frequency location from the plurality of reference uplink frequency locations as the PRB frequency location of the initial active uplink bandwidth part; and using the initial active uplink bandwidth part for the RACH procedure between the UE and the BS.
Driver extension module for retrofitting a driver with at least one adjustable output parameter, comprising: a. an interface for connecting the driver extension module to the driver, and b. a control unit, wherein the control unit is configured to send a control signal to a control input of the driver to adjust the at least one output parameter of the driver, characterised in that the driver extension module is designed in such a way that the output current of the driver can flow via the driver extension module. a. an interface for connecting the driver extension module to the driver, and b. a control unit,
Use of a macrocyclic ketone represented by the formula: wherein n 1 represents an integer of 9 to 13; m 1 represents an integer of 0 to 2; and a dashed line portion comprises one double bond for inhibiting β-glucuronidase.
A processor system, comprising installed therein: - an operating system; - a security manager; - a registry in which there is registered or registrable: - applets installed or installable in the processor system; - security measures implemented in the operating system; and - at least one security setting for an installed applet, by which a security measure to be applied to the applet by the security manager, under control of the operating system, is referenced; characterized in that: - the security setting comprises, in addition to the security measure, at least one applet element reference by which an element (e.g. a part of code or data object) of the applet is denoted to which the safety measure is to be applied. - an operating system; - a security manager; - a registry in which there is registered or registrable: - applets installed or installable in the processor system; - security measures implemented in the operating system; and - at least one security setting for an installed applet, by which a security measure to be applied to the applet by the security manager, under control of the operating system, is referenced; characterized in that: - applets installed or installable in the processor system; - security measures implemented in the operating system; and - at least one security setting for an installed applet, by which a security measure to be applied to the applet by the security manager, under control of the operating system, is referenced; - the security setting comprises, in addition to the security measure, at least one applet element reference by which an element (e.g. a part of code or data object) of the applet is denoted to which the safety measure is to be applied.
An isolated Vero-adapted RV3 comprising (i) an NSP4 protein consisting of the amino acid sequence of SEQ ID NO: 38, or (ii) an NSP4 gene consisting of the nucleotide sequence of SEQ ID NO: 37 (i) an NSP4 protein consisting of the amino acid sequence of SEQ ID NO: 38, or (ii) an NSP4 gene consisting of the nucleotide sequence of SEQ ID NO: 37
An air dryer, comprising; an inlet for receiving a supply of compressed air; a pair of inlet valves (42, 44) and a corresponding pair of exhaust valves (52, 54) positioned in a valve block for controlling the movement of the compressed air through a corresponding pair of desiccant towers (46, 48); characterized by: a heater configured to warm the valve block; a temperature sensor for outputting a signal indicating a temperature of the valve block; and a controller interconnected to the inlet valves (42, 44) and exhaust valves (52, 54), the heater, and the temperature sensor, wherein the controller is programmed to determine whether the temperature of the valve block is below a first predetermined threshold and if so, inhibit the operation of the inlet valves (42, 44) and the exhaust valves (52, 54) and operate the heater until the temperature of the valve block is above a second predetermined threshold. a heater configured to warm the valve block; a temperature sensor for outputting a signal indicating a temperature of the valve block; and a controller interconnected to the inlet valves (42, 44) and exhaust valves (52, 54), the heater, and the temperature sensor, wherein the controller is programmed to determine whether the temperature of the valve block is below a first predetermined threshold and if so, inhibit the operation of the inlet valves (42, 44) and the exhaust valves (52, 54) and operate the heater until the temperature of the valve block is above a second predetermined threshold.
An apparatus for treating a human or animal body, having - an applicator (9,11,16) for being placed on said body from the outside, - a housing (1,2,3) in which said applicator (9,11,16) is held, and - an apparatus (6,13) for generating strokes of said applicator (9,11,16) with respect to said housing (1,2,3) in a stroke direction so that said strokes can be coupled into said body when said applicator is placed on said body, characterized in that said applicator (9,11,16) has a curved-flat shape with - a concave lateral face to one side, - a convex lateral face to a side opposite thereto - and a size between said lateral faces, which amounts to one third at maximum of an extension of said applicator along said concave and said convex lateral face. - an applicator (9,11,16) for being placed on said body from the outside, - a housing (1,2,3) in which said applicator (9,11,16) is held, and - an apparatus (6,13) for generating strokes of said applicator (9,11,16) with respect to said housing (1,2,3) in a stroke direction so that said strokes can be coupled into said body when said applicator is placed on said body, - a concave lateral face to one side, - a convex lateral face to a side opposite thereto - and a size between said lateral faces, which amounts to one third at maximum of an extension of said applicator along said concave and said convex lateral face.
Hand-held power tool, in particular grinder, for simultaneously driving a plurality of grinding disks (12, 14, 16), preferably for simultaneously driving three grinding disks, which are in particular tiltable and/or are driven in a rotating and/or oscillating and/or randomly circular manner, comprising a main housing, which accommodates at least a motor for driving the grinding disks (12, 14, 16), having a handle housing, which forms a handle and protrudes substantially transversely to the main housing, wherein the motor has a drive shaft which defines a motor axis, furthermore a central wheel, which is driven by this motor and which defines a central wheel axis; and a plurality of, in particular three, output shafts, which are driven by the central wheel and which respectively define an output shaft axis, wherein each output shaft is provided to drive, respectively, a grinding disk (12, 14, 16) or at least, respectively, a grinding disk holder, characterized in that the motor axis is arranged eccentrically to the central wheel axis between a frontal output shaft axis and the central wheel axis.
Method for visualizing a signature mark (18; 52) on a spectacle lens (16; 50), in which an illumination light beam (22; 79) is directed onto the spectacle lens (16; 50), which impinges on the spectacle lens (16; 50), after impinging on the spectacle lens (16; 50) is reflected at a reflector (30; 56) embodied as a retroreflector, impinges once again as an observation light beam (34; 85) on the spectacle lens (16; 50), and finally is passed to a camera (36; 88), characterized in that the reflector (30; 56) is fixed, and in that a reflection region of the illumination light beam (22; 79) on the reflector (30; 56) is varied by means of a moved (39; 58) first optical element (100; 104; 105; 107), wherein the illumination light beam (22; 79) impinges on the first optical element (100; 104; 105; 107) downstream of the spectacle lens (16; 50).
A method of reducing inrush currents in a transformer-less rectifier UPS system when an input circuit breaker of the UPS system is transitioned from an open to a closed position, the circuit breaker coupled between an AC power input and an AC input of a rectifier of the UPS system, a DC output of the rectifier coupled to a DC bus of the UPS system and an input of an inverter coupled to the DC bus, and a first AC voltage sensor coupled to the AC power input and a controller in communication with an output of the first AC voltage sensor and with the rectifier, the method comprising: using a second AC voltage sensor to monitor the AC input and provide an input to the controller; before the circuit breaker is transitioned to the closed position from the open position, charging the DC bus to a DC voltage having a DC voltage level that is equal to a peak AC voltage level of line-line AC voltage of AC input power to the UPS system, using an output of the second AC voltage sensor and the controller to operate the rectifier as an inverter to provide an AC output voltage at the AC input of the rectifier and, using the controller to regulate the AC output voltage at the input of the rectifier to be equal to and in sync with an AC voltage at the AC power input; and using the controller to close the circuit breaker when the AC voltage at the AC input of the rectifier is equal to and in sync with the AC voltage at the AC power input. using a second AC voltage sensor to monitor the AC input and provide an input to the controller; before the circuit breaker is transitioned to the closed position from the open position, charging the DC bus to a DC voltage having a DC voltage level that is equal to a peak AC voltage level of line-line AC voltage of AC input power to the UPS system, using an output of the second AC voltage sensor and the controller to operate the rectifier as an inverter to provide an AC output voltage at the AC input of the rectifier and, using the controller to regulate the AC output voltage at the input of the rectifier to be equal to and in sync with an AC voltage at the AC power input; and using the controller to close the circuit breaker when the AC voltage at the AC input of the rectifier is equal to and in sync with the AC voltage at the AC power input.
System for actuating a portable terminal by a user using a set of tags having a unique identifier, said system comprises a set of tags having a unique identifier, said system comprises a portable terminal by a user, the terminal is capable of sequentially reading, among the set of tags, unique identifiers and said system comprises a database hosted on a remote server of said terminal, in liaison with the terminal, capable of identifying the terminal and of actuating the identified terminal, according to a sequence over time of the displacements of the user represented by the history of distinct tags read by the same terminal over the course of time or of the number of times that the same terminal has read the same tag, said history being sent to said remote server and associated in said server with an identifier or a number of the terminal.
Hearing aid with a housing, with a frame inserted in the housing for the purpose of receiving electrical or electronic assemblies which comprise a transmitting and/or receiving unit for electromagnetic waves, and with an assigned antenna, which antenna is configured as an integral part of the frame, as a stamped/bent part or as inlay part made of metal, wherein - the antenna comprises two parts (40, 41) which are each configured as open loops with two ends (44, 45), wherein the two loop-shaped parts (40, 41) of the antenna are electrically shorted to each other by a respective end, - the ends (44, 45) of both parts (40, 41) of the antenna are arranged at the same longitudinal end of the frame, - the two loop-shaped parts (40, 41) of the antenna are shorted to each other via a bridge, said bridge being configured in particular as an integral part of the frame, and - the two loop-shaped parts (40, 41) of the antenna are additionally shorted to each other via a further bridge, the two bridges being in particular arranged spatially apart from each other. - the antenna comprises two parts (40, 41) which are each configured as open loops with two ends (44, 45), wherein the two loop-shaped parts (40, 41) of the antenna are electrically shorted to each other by a respective end, - the ends (44, 45) of both parts (40, 41) of the antenna are arranged at the same longitudinal end of the frame, - the two loop-shaped parts (40, 41) of the antenna are shorted to each other via a bridge, said bridge being configured in particular as an integral part of the frame, and - the two loop-shaped parts (40, 41) of the antenna are additionally shorted to each other via a further bridge, the two bridges being in particular arranged spatially apart from each other.