mhurhangee/ep-ind-claims huggingface dataset:
A power supply device, comprising: a transformer in which a primary side and a secondary side are insulated with each other; switching means for driving the primary side of the transformer; detection means for detecting a current flowing on the primary side to output an output value corresponding to the current; a transmission means for transmitting a sensed output voltage from the secondary side to the primary side; and control means (109, 503) for controlling an operation of the switching means in accordance with an output from the transmission means, characterized by correction means (500, 604, 605, 606) for correcting the output value detected by the detection means and arranged to vary the output of the correction means (500, 604, 605, 606) when a switching frequency for driving the switching means falls within a predetermined frequency range including the resonant frequency of the transformer, causing the control means to switch the switching means at a modified timing, such the switching frequency is shifted and switching of the switching means at the resonant frequency of the transformer is suppressed. a transformer in which a primary side and a secondary side are insulated with each other; switching means for driving the primary side of the transformer; detection means for detecting a current flowing on the primary side to output an output value corresponding to the current; a transmission means for transmitting a sensed output voltage from the secondary side to the primary side; and control means (109, 503) for controlling an operation of the switching means in accordance with an output from the transmission means, characterized by correction means (500, 604, 605, 606) for correcting the output value detected by the detection means and arranged to vary the output of the correction means (500, 604, 605, 606) when a switching frequency for driving the switching means falls within a predetermined frequency range including the resonant frequency of the transformer, causing the control means to switch the switching means at a modified timing, such the switching frequency is shifted and switching of the switching means at the resonant frequency of the transformer is suppressed.
A method for manufacturing a transparent polycrystalline ceramic, wherein at least a plane transparent region near the surface is formed within the ceramic, which region has a lower thermal expansion coefficient than in the rest of the ceramic, and wherein compressive stresses are generated in the region near the surface after a thermal treatment and cooling, characterized in - that a plane transparent polycrystalline coating 3 with a thermal expansion coefficient α S as a region near the surface having α B > α S is applied to a transparent polycrystalline ceramic body 1 having a thermal expansion coefficient α B, - wherein a plane transparent and ionic or covalently bound boundary surface 2 is produced between the body and the coating and - wherein ZrO 2 doped with Y 2 O 3 is selected as material for the ceramic body and as material for the coating 3 Y 2 O 3, or - that at least two different ceramic starting powders with different thermal expansion coefficients are arranged in layers above one another over a plane boundary surface, - wherein the starting powder with the lower thermal expansion coefficient is arranged on a surface, and - wherein ZrO 2 doped with Y 2 O 3 is selected as ceramic starting powder, which has a higher molar proportion of yttrium for the plane region near the surface than for the rest of the region. - that a plane transparent polycrystalline coating 3 with a thermal expansion coefficient α S as a region near the surface having α B > α S is applied to a transparent polycrystalline ceramic body 1 having a thermal expansion coefficient α B, - wherein a plane transparent and ionic or covalently bound boundary surface 2 is produced between the body and the coating and - wherein ZrO 2 doped with Y 2 O 3 is selected as material for the ceramic body and as material for the coating 3 Y 2 O 3, or - that at least two different ceramic starting powders with different thermal expansion coefficients are arranged in layers above one another over a plane boundary surface, - wherein the starting powder with the lower thermal expansion coefficient is arranged on a surface, and - wherein ZrO 2 doped with Y 2 O 3 is selected as ceramic starting powder, which has a higher molar proportion of yttrium for the plane region near the surface than for the rest of the region.
Communication node (CN, N1-N4) capable of communicating with other nodes in a communication system according to a given communication sequence, wherein the communication node comprises an analysis unit configured to determine the optimal position of its communication node inside the communication sequence as well as the corresponding optimal predecessor node, characterized in that - the communication system is a token-passing based wireless ring system where a token is passed from node to node according to said given communication sequence which thereby forms a ring-shaped token passing sequence, wherein the communication node is configured to measure the channel quality regarding signals that are received from each of the other communication nodes of the communication system, - wherein the communication node is further configured to forward respective measured quality values to its allocated, with respect to the ring-shaped token passing sequence, downstream communication node such that, after one ring cycle, each of the communication nodes (N1-N4) has knowledge about the quality of each possible communication link in the communication system, and - wherein the communication node is configured to transmit the measured quality values as part of the token or within the token. - the communication system is a token-passing based wireless ring system where a token is passed from node to node according to said given communication sequence which thereby forms a ring-shaped token passing sequence, wherein the communication node is configured to measure the channel quality regarding signals that are received from each of the other communication nodes of the communication system, - wherein the communication node is further configured to forward respective measured quality values to its allocated, with respect to the ring-shaped token passing sequence, downstream communication node such that, after one ring cycle, each of the communication nodes (N1-N4) has knowledge about the quality of each possible communication link in the communication system, and - wherein the communication node is configured to transmit the measured quality values as part of the token or within the token.
An energy management controller comprising: acquisition means configured to acquire, for a plurality of power lines in a demand area, from a plurality of devices (4, 5), power values measured by the plurality of devices (4, 5) and store data relating to the acquired power values in a memory; power display instruction means configured to cause a display to display, in a predetermined mode, information indicating a power value measured from each power line and cause the display to display information indicating one power value selected from a plurality of power values based on a priority assigned beforehand to each device (4, 5) when the plurality of power values is measured from a single power line; and correction means configured to read the data of a predetermined time period from the memory, detect a rise time of power based on each data read thereby, and correct a difference between measurement times of the power values measured from the plurality of power lines by comparing the detected rise times using the data for each power line. acquisition means configured to acquire, for a plurality of power lines in a demand area, from a plurality of devices (4, 5), power values measured by the plurality of devices (4, 5) and store data relating to the acquired power values in a memory; power display instruction means configured to cause a display to display, in a predetermined mode, information indicating a power value measured from each power line and cause the display to display information indicating one power value selected from a plurality of power values based on a priority assigned beforehand to each device (4, 5) when the plurality of power values is measured from a single power line; and correction means configured to read the data of a predetermined time period from the memory, detect a rise time of power based on each data read thereby, and correct a difference between measurement times of the power values measured from the plurality of power lines by comparing the detected rise times using the data for each power line.
A high strength resin comprising: a. a bimodal, high molecular weight, high density polyethylene base polymer having a density between 0.947 and 0.952 g/cm 3; and b. a masterbatch comprising a carrier resin and carbon black, said masterbatch having a density between 1.1 and 1.4 g/cm 3, wherein said carbon black has a particle size range of less than 55 nm; wherein said high strength resin has a minimum required strength, measured according to ISO 9080:2012 of at least 11.2 MPa. a. a bimodal, high molecular weight, high density polyethylene base polymer having a density between 0.947 and 0.952 g/cm 3; and b. a masterbatch comprising a carrier resin and carbon black, said masterbatch having a density between 1.1 and 1.4 g/cm 3, wherein said carbon black has a particle size range of less than 55 nm;
Machine for splitting wood comprising a means for rotating an active end part which is conical, provided with an external thread (31, 52) and able to penetrate into the wood by screwing in order to cause bursting of the fibres of the wood, the end part comprising at least two conical or truncated coaxial segments (3, 5), which are rotated and provided with an external thread which is continuous or discontinuous (31, 52), on at least a part of each segment (3, 5), characterised in that said segments (3, 5) are rotated at different speeds of rotation (W3, W5) and in that said threads are of different pitches (P31, P52).
Feed pump for increasing the pressure in a line, comprising a feed chamber for feed fluid, at least one temperature sensor (42; 46) which is arranged in the feed pump, is assigned to the feed chamber, is in thermal contact with the feed chamber and by means of which a temperature of feed fluid in the feed chamber can be determined, a temperature control device which is assigned to the at least one temperature sensor (42; 46) and by means of which defined temperature conditions can be produced in an environment of the at least one temperature sensor (42; 46), the temperature control device being formed by one or more coils of a motor of the feed pump or comprising one or more coils of the motor, a heat conduction connection being present between the coil or coils and the environment of the at least one temperature sensor (42; 46), the feed pump further comprising an evaluation device to which the at least one temperature sensor (42; 46) is coupled in a signal-effective manner and which is designed to determine from data of the at least one temperature sensor (42; 46) whether or not conveying fluid is flowing through the feed chamber, characterized in that the evaluation device is further designed to detect whether or not a flow is taking place from a temporal development of temperature signals which the at least one temperature sensor (42; 46) provides within the conveying pump.
A charge system that charges a battery wherein the charge system comprises: a power storage portion that charges and discharges power; a charge portion that charges the battery by means of system power supplied from an electric power company or the power charged in the power storage portion; and a control portion that controls a charge into the battery by the charge portion, a charge and a discharge of the power storage portion; characterized in that in a case where a higher power rate is set as the maximum value of the system power amount consumed during a unit time duration becomes larger, the control portion starts at least one charge, which is performed from the charge portion into the battery, within a first unit time duration, thereafter, ends the at least one charge within a second unit time duration that follows the first unit time duration, and charges the power storage portion within at least one time span of a time span from a start time point of the first unit time duration to a start time point of the charge of the battery and a time span from an end time point of the charge of the battery to an end time point of the second unit time duration. a power storage portion that charges and discharges power; a charge portion that charges the battery by means of system power supplied from an electric power company or the power charged in the power storage portion; and a control portion that controls a charge into the battery by the charge portion, a charge and a discharge of the power storage portion; characterized in that in a case where a higher power rate is set as the maximum value of the system power amount consumed during a unit time duration becomes larger, the control portion starts at least one charge, which is performed from the charge portion into the battery, within a first unit time duration, thereafter, ends the at least one charge within a second unit time duration that follows the first unit time duration, and charges the power storage portion within at least one time span of a time span from a start time point of the first unit time duration to a start time point of the charge of the battery and a time span from an end time point of the charge of the battery to an end time point of the second unit time duration.
A method comprising: detecting, by an auditory prosthesis configured to be implanted in a patient, a communicative coupling of a sound processor to the auditory prosthesis, the sound processor configured to be located external to the patient; and logging, by the auditory prosthesis, data associated with an operation of the sound processor while the sound processor is communicatively coupled to the auditory prosthesis, detecting, by the auditory prosthesis, a communicative decoupling of the sound processor from the auditory prosthesis and a communicative coupling of an additional sound processor to the auditory prosthesis; characterized by logging, by the auditory prosthesis, additional data associated with an operation of the additional sound processor while the additional sound processor is communicatively coupled to the auditory prosthesis; and maintaining, by the auditory prosthesis, the additional logged data associated with the operation of the additional sound processor separate from the logged data associated with the operation of the sound processor. detecting, by an auditory prosthesis configured to be implanted in a patient, a communicative coupling of a sound processor to the auditory prosthesis, the sound processor configured to be located external to the patient; and logging, by the auditory prosthesis, data associated with an operation of the sound processor while the sound processor is communicatively coupled to the auditory prosthesis, detecting, by the auditory prosthesis, a communicative decoupling of the sound processor from the auditory prosthesis and a communicative coupling of an additional sound processor to the auditory prosthesis; characterized by logging, by the auditory prosthesis, additional data associated with an operation of the additional sound processor while the additional sound processor is communicatively coupled to the auditory prosthesis; and maintaining, by the auditory prosthesis, the additional logged data associated with the operation of the additional sound processor separate from the logged data associated with the operation of the sound processor.
A link resource management method for long connection communication, comprising the following steps performed by a long connection management apparatus: according to a history record of HTTP communication, taking a [Domain Name/IP address: port] as a keyword to establish a connection pool, configuring a number of idle long connections and busy long connections in the connection pool according to frequency of accessing a WAP website identified by the [Domain Name/IP address: port]; when needing to establish a link between a WAP gateway and the WAP website, searching for a corresponding connection pool according to the [domain name/IP address: port] of an access request, if the corresponding connection pool is searched out, allocating an idle long connection to the access request in the connection pool, and informing a HTTP module to establish a link by using the allocated idle long connection to perform a HTTP communication with the WAP website identified by the [Domain Name/IP address: port]. according to a history record of HTTP communication, taking a [Domain Name/IP address: port] as a keyword to establish a connection pool, configuring a number of idle long connections and busy long connections in the connection pool according to frequency of accessing a WAP website identified by the [Domain Name/IP address: port]; when needing to establish a link between a WAP gateway and the WAP website, searching for a corresponding connection pool according to the [domain name/IP address: port] of an access request, if the corresponding connection pool is searched out, allocating an idle long connection to the access request in the connection pool, and informing a HTTP module to establish a link by using the allocated idle long connection to perform a HTTP communication with the WAP website identified by the [Domain Name/IP address: port]. port] of an access request, if the corresponding connection pool is searched out, allocating an idle long connection to the access request in the connection pool, and informing a HTTP module to establish a link by using the allocated idle long connection to perform a HTTP communication with the WAP website identified by the [Domain Name/IP address: port].
A nuclear power plant personnel gate buffer device, characterized in that the nuclear power plant personnel gate buffer device comprises: a chuck structural member, fixed on a door frame and comprising an electromagnetic chuck and a chuck base plate that are fixedly connected, the chuck base plate being provided with sliding plates at two sides thereof, the electromagnetic chuck and the chuck base plate connected together being capable of moving up and down along the sliding plates, and the electromagnetic chuck being connected to a power supply for controlling the power supply time of the electromagnetic chuck; and a suction plate structural member, fixed on a door plate and comprising a suction plate, a suction plate connecting plate and a door plate connecting plate, the suction plate being fixed on the suction plate connecting plate, with a first spring being arranged between the suction plate connecting plate and the door plate connecting plate, the first spring being provided with a first mandrel therein, one end of the first mandrel being fixed to the suction plate connecting plate, the other end of the first mandrel passing through the door plate connecting plate and arranging the first spring between the suction plate connecting plate and the door plate connecting plate by an auxiliary member; wherein the chuck structural member and the suction plate structural member can be attacted to be locked or opened. a chuck structural member, fixed on a door frame and comprising an electromagnetic chuck and a chuck base plate that are fixedly connected, the chuck base plate being provided with sliding plates at two sides thereof, the electromagnetic chuck and the chuck base plate connected together being capable of moving up and down along the sliding plates, and the electromagnetic chuck being connected to a power supply for controlling the power supply time of the electromagnetic chuck; and a suction plate structural member, fixed on a door plate and comprising a suction plate, a suction plate connecting plate and a door plate connecting plate, the suction plate being fixed on the suction plate connecting plate, with a first spring being arranged between the suction plate connecting plate and the door plate connecting plate, the first spring being provided with a first mandrel therein, one end of the first mandrel being fixed to the suction plate connecting plate, the other end of the first mandrel passing through the door plate connecting plate and arranging the first spring between the suction plate connecting plate and the door plate connecting plate by an auxiliary member; wherein the chuck structural member and the suction plate structural member can be attacted to be locked or opened.
Mixing device designed for mixing a gaseous phase with a liquid phase of a refrigerant fluid and configured to be accommodated inside a header tank of a heat exchanger, the mixing device comprising a pipe of longitudinal axis provided with an inlet mouth for admitting the refrigerant fluid into the pipe and at least one aperture for spraying the refrigerant fluid out of the pipe, which pipe comprises at least one mixing means that comprises a plurality of mixing members (19a, 19b) that are integrated with the internal face of the pipe and capable of modifying the flow of the refrigerant fluid circulating inside the pipe, wherein the thickness (Ep1, Ep2) of the wall of the pipe varies in planes perpendicular to the longitudinal axis of the pipe and longitudinally distant from one another, the thickness of the wall of the pipe being increased by at least one of said mixing members (19a, 19b), characterized in that said mixing means is disposed inside a hollow, said hollow being delimited by a wall of said pipe.