mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for suppressing a magnetic DC component in the magnetizable core of an electrical device, comprising - a compensation winding for generating a magnetic flux in the core, the effect of which is counter to the DC flux component, - a circuit in which the compensation winding is arranged, - at least one power converter unit that is arranged in the circuit and in series with the compensation winding , and enables a flow of current therethrough in just one direction, - a coarse stage branch that is arranged in the circuit and in series with the compensation winding and comprises at least two main inductor sections (7 1 , 7 2 , ... 7 n ) that are connected in series, wherein a low-resistance bypass path (8 2 , ... 8 n ) is connected in parallel with at least one main inductor section (7 2 , ... 7 n ), in which bypass path a switching unit is arranged that can be changed over from an on-state position, in which a flow of current through the switching unit is enabled, into an interrupter position, in which a flow of current through the switching unit is prevented, or vice versa, - a sensor for detecting the DC component, and - a control unit that is connected to each switching unit and the sensor and is configured to actuate each switching unit so that a flow of current can be set through so many main inductor sections (7 1 , 7 2 , ... 7 n ) that the DC component detected by the sensor is minimized. - a compensation winding for generating a magnetic flux in the core, the effect of which is counter to the DC flux component, - a circuit in which the compensation winding is arranged, - at least one power converter unit that is arranged in the circuit and in series with the compensation winding , and enables a flow of current therethrough in just one direction, - a coarse stage branch that is arranged in the circuit and in series with the compensation winding and comprises at least two main inductor sections (7 1 , 7 2 , ... 7 n ) that are connected in series, wherein a low-resistance bypass path (8 2 , ... 8 n ) is connected in parallel with at least one main inductor section (7 2 , ... 7 n ), in which bypass path a switching unit is arranged that can be changed over from an on-state position, in which a flow of current through the switching unit is enabled, into an interrupter position, in which a flow of current through the switching unit is prevented, or vice versa, - a sensor for detecting the DC component, and - a control unit that is connected to each switching unit and the sensor and is configured to actuate each switching unit so that a flow of current can be set through so many main inductor sections (7 1 , 7 2 , ... 7 n ) that the DC component detected by the sensor is minimized.
Method for producing a ceramic molding comprising the steps of: a) producing a green body comprising ceramic material, binders and an organic pore former; b) heating the green body to a temperature equal to or above the sublimation temperature of the pore former; c) firing the green body to form a ceramic molding; characterized in that the organic pore former is selected from the group consisting of dicarboxylic acids of which the sublimation temperature is at least 80K below the decomposition temperature. a) producing a green body comprising ceramic material, binders and an organic pore former; b) heating the green body to a temperature equal to or above the sublimation temperature of the pore former; c) firing the green body to form a ceramic molding;
A polyisocyanate composition comprising a polyisocyanate compound represented by general formula (III), wherein in general formula (III), each of a plurality of R 31 independently represents an organic group, at least one of the plurality of R 31 is a group represented by general formula (V), the plurality of R 31 may be identical or different, and R 32 represents a residue in which one hydroxyl group has been removed from a monohydric or higher alcohol; wherein in general formula (V), each of a plurality of Y 1 independently represents a single bond or a divalent hydrocarbon group of 1 to 20 carbon atoms that may contain an ester structure and/or an ether structure, the plurality of Y 1 may be identical or different, R 51 represents a hydrogen atom or a monovalent hydrocarbon group of 1 to 12 carbon atoms, and a wavy line indicates a bonding site, wherein the group represented by the general formula (V) is originated from a bis(2-isocyanoethyl)-2-isocyanatoglutarate or a lysine triisocyanate. wherein in general formula (III), each of a plurality of R 31 independently represents an organic group, at least one of the plurality of R 31 is a group represented by general formula (V), the plurality of R 31 may be identical or different, and R 32 represents a residue in which one hydroxyl group has been removed from a monohydric or higher alcohol; wherein in general formula (V), each of a plurality of Y 1 independently represents a single bond or a divalent hydrocarbon group of 1 to 20 carbon atoms that may contain an ester structure and/or an ether structure, the plurality of Y 1 may be identical or different, R 51 represents a hydrogen atom or a monovalent hydrocarbon group of 1 to 12 carbon atoms, and a wavy line indicates a bonding site, wherein the group represented by the general formula (V) is originated from a bis(2-isocyanoethyl)-2-isocyanatoglutarate or a lysine triisocyanate.
Handgun having a trigger , a barrel and in the area of the barrel having arranged a battlefield illumination module , wherein the battlefield illumination module has a light source , characterized in that the light source comprises a primary light source which is designed to be extendable from a rest position to a working position, and that at the battlefield illumination module an electric contact for conducting a charging current is provided.
A fluid insulated switchgear , comprising: a fluid compartment filled with an electrically insulating fluid ; an electrical conductor inside the fluid compartment and electrically insulated by the electrically insulating fluid ; a light sensitive marker with a light sensitive substance , which changes color, when exposed to light; wherein the light sensitive marker is arranged at a position exposed to light generated by an internal arc. a fluid compartment filled with an electrically insulating fluid ; an electrical conductor inside the fluid compartment and electrically insulated by the electrically insulating fluid ; a light sensitive marker with a light sensitive substance , which changes color, when exposed to light; wherein the light sensitive marker is arranged at a position exposed to light generated by an internal arc.
A user equipment, UE, adapted to transmit a measurement report in a wireless communication system, comprising: an interference detection unit adapted to detect interference caused by transmission of a first frequency band in a first network system against reception of a second frequency band in a second network system and control the UE to avoid the second frequency band; an assistant information generation unit adapted to generate assistant information indicating occurrence of the interference of the second frequency band or a probability of occurrence of the interference; and a transmitter adapted to transmit the assistant information and the measurement report to an eNB ; characterized by a measurement controller adapted to obtain at least one of measurement samples by performing measurement about the second frequency band based on at least one among a first measurement rule obtaining measurement samples in an interval when the interference does not occur, a second measurement rule obtaining measurement samples in an interval when the interference does not occur and measurement samples by removing in-device coexistence interference by using an interference removal method in an interval when the interference occurs, and a third measurement rule obtaining a first measurement sample reflecting the interference and a second measurement sample by removing the interference in an interval when the interference occurs, and generate a measurement report including measurement values obtained by filtering of the at least one of measurement samples. an interference detection unit adapted to detect interference caused by transmission of a first frequency band in a first network system against reception of a second frequency band in a second network system and control the UE to avoid the second frequency band; an assistant information generation unit adapted to generate assistant information indicating occurrence of the interference of the second frequency band or a probability of occurrence of the interference; and a transmitter adapted to transmit the assistant information and the measurement report to an eNB ; characterized by a measurement controller adapted to obtain at least one of measurement samples by performing measurement about the second frequency band based on at least one among a first measurement rule obtaining measurement samples in an interval when the interference does not occur, a second measurement rule obtaining measurement samples in an interval when the interference does not occur and measurement samples by removing in-device coexistence interference by using an interference removal method in an interval when the interference occurs, and a third measurement rule obtaining a first measurement sample reflecting the interference and a second measurement sample by removing the interference in an interval when the interference occurs, and generate a measurement report including measurement values obtained by filtering of the at least one of measurement samples.
Optical cavity , comprising: - a first elliptical mirror (M 1 ), having a first focal axis noted A 1 , and designed to reflect a light beam emitted by a light source (S); - a second elliptical mirror (M 2 ), having a second focal axis noted A 2 ; - a third elliptical mirror (M 3 ), having a third focal axis noted A 3 , the light beam exiting from the third elliptical mirror (M 3 ) being designed to be received by a detector (D); - a first reflector (R 1 ), arranged to reflect the light beam exiting from the first elliptical mirror (M 1 ) in the direction of the second elliptical mirror (M 2 ), and arranged to reflect the light beam exiting from the second elliptical mirror (M 2 ) in the direction of the third elliptical mirror (M 3 ); the first, second and third elliptical mirrors (M 1 , M 2 , M 3 ) being arranged so that A 1 , A 2 and A 3 have a point of intersection, noted F, corresponding to a focus common to the first, second and third elliptical mirrors (M 1 , M 2 , M 3 ). - a first elliptical mirror (M 1 ), having a first focal axis noted A 1 , and designed to reflect a light beam emitted by a light source (S); - a second elliptical mirror (M 2 ), having a second focal axis noted A 2 ; - a third elliptical mirror (M 3 ), having a third focal axis noted A 3 , the light beam exiting from the third elliptical mirror (M 3 ) being designed to be received by a detector (D); - a first reflector (R 1 ), arranged to reflect the light beam exiting from the first elliptical mirror (M 1 ) in the direction of the second elliptical mirror (M 2 ), and arranged to reflect the light beam exiting from the second elliptical mirror (M 2 ) in the direction of the third elliptical mirror (M 3 );
A method for determining a first steering angle (α, α';αI; γ) of an AGV , the method comprising the steps of: - determining a first position (I) and a first orientation of the AGV ; - moving the AGV ; - determining a second position (II) and a second orientation of the AGV ; and - determining a first steering angle (α, αI; α'; γ) of the AGV based on the first position and orientation of the AGV and based on the second position (II) and orientation of the AGV . - determining a first position (I) and a first orientation of the AGV ; - moving the AGV ; - determining a second position (II) and a second orientation of the AGV ; and - determining a first steering angle (α, αI; α'; γ) of the AGV based on the first position and orientation of the AGV and based on the second position (II) and orientation of the AGV .
DALI device , comprising a DALI power supply , wherein the DALI device is adapted to be connected to a DALI bus , connected to a plurality of further DALI devices, wherein the DALI power supply is adapted to - provide a DALI bus idle current to the DALI bus , during DALI bus idle times, and - provide a communication current, the level of which is dependent upon a communication current input signal to the DALI bus , during DALI communication times, characterized in that the DALI power supply comprises a communication current signal input , adapted to receive a user input of the communication current input signal . - provide a DALI bus idle current to the DALI bus , during DALI bus idle times, and - provide a communication current, the level of which is dependent upon a communication current input signal to the DALI bus , during DALI communication times,
A tube pump comprising: a first contact member that rotates around a first axis (X1) while being in contact with a tube arranged in a circular-arc shape around the first axis (X1); a second contact member that rotates around the first axis (X1) in the same direction as the first contact member while being in contact with the tube; a first drive unit that has a first drive shaft transmitting a drive force to the first contact member , and rotates the first drive shaft ; a second drive unit that has a second drive shaft transmitting a drive force to the second contact member , and rotates the second drive shaft ; and a control unit that controls rotation of the first drive shaft by the first drive unit and rotation of the second drive shaft by the second drive unit , wherein the control unit performs: a first control mode that rotates the first contact member and the second contact member in the same direction so that discharge of a fluid in the tube by the first contact member and the second contact member is performed; and a second control mode that fixes a rotation angle of each of the first contact member and the second contact member so that the first contact member and the second contact member do not come into contact with the tube. a first contact member that rotates around a first axis (X1) while being in contact with a tube arranged in a circular-arc shape around the first axis (X1); a second contact member that rotates around the first axis (X1) in the same direction as the first contact member while being in contact with the tube; a first drive unit that has a first drive shaft transmitting a drive force to the first contact member , and rotates the first drive shaft ; a second drive unit that has a second drive shaft transmitting a drive force to the second contact member , and rotates the second drive shaft ; and a control unit that controls rotation of the first drive shaft by the first drive unit and rotation of the second drive shaft by the second drive unit , wherein the control unit performs: a first control mode that rotates the first contact member and the second contact member in the same direction so that discharge of a fluid in the tube by the first contact member and the second contact member is performed; and a second control mode that fixes a rotation angle of each of the first contact member and the second contact member so that the first contact member and the second contact member do not come into contact with the tube.
Tap with mixing battery for use in a connection system for use as a high-pressure or low-pressure fitting, comprising: a water outflow , a battery body , and a mixing cartridge with an adjustment lever, wherein the water outflow is arranged on the battery body , wherein the battery body has an accommodating space for accommodating the mixing cartridge , wherein the bottom of the accommodating space comprises a first hole , a second hole and a third hole , which extend as channels through the battery body and are suitable for being connected at the outer side of the battery body facing away from the accommodating space , at an associated first connection , second connection and third connection , to water lines, wherein the first channel, which is connected to the first hole , is additionally connected to the water outflow via a first outlet , characterized in that the third channel, which is connected to the third hole , is additionally connected to the water outflow via a second outlet , wherein the first outlet and the second outlet are arranged in the respective channels in such a way that either the first outlet or the second outlet can be bridged by an insert so that liquid can flow between the connection and the corresponding hole without exiting through the outlet. a water outflow , a battery body , and a mixing cartridge with an adjustment lever, wherein the water outflow is arranged on the battery body , wherein the battery body has an accommodating space for accommodating the mixing cartridge , wherein the bottom of the accommodating space comprises a first hole , a second hole and a third hole , which extend as channels through the battery body and are suitable for being connected at the outer side of the battery body facing away from the accommodating space , at an associated first connection , second connection and third connection , to water lines, wherein the first channel, which is connected to the first hole , is additionally connected to the water outflow via a first outlet , characterized in that the third channel, which is connected to the third hole , is additionally connected to the water outflow via a second outlet , wherein the first outlet and the second outlet are arranged in the respective channels in such a way that either the first outlet or the second outlet can be bridged by an insert so that liquid can flow between the connection and the corresponding hole without exiting through the outlet.
Procedure for troubleshooting in an automation engineering system, wherein the system has several field devices (FG1, FG2, FG3), which are mounted at distributed installation points, wherein said procedure comprises the following steps: - Creation of a list of field devices (FG1, FG2, FG3) for which a service status or a diagnostic status is entered due to at least one error, as well as location information (OI1, OI2, OI3) corresponding to the installation locations of the field devices (FG1, FG2, FG3), by means of a database (DB), wherein information on the current status and the location information (OI1, OI2, OI3) of each of the field devices (FG1, FG2, FG3) is saved in the database (DB), wherein the database (DB) has a radio unit; - Search for operating units (BE1, BE2) that can be contacted by radio using the radio unit of the database (DB); - In the event that at least one operating unit (BE1, BE2) is found: at least part of the list is transmitted to the operating unit (BE1, BE2) by means of the radio unit; - Selection of at least one of the field devices (FG1, FG2, FG3) on the list using the operating unit (BE1, BE2); - Determination of the current position of an operator using the operating unit (BE1, BE2); - Location of the selected field device (FG1, FG2, FG3) using the current geographical location of the operating unit (BE1, BE2) and the location information (OI1, OI2, OI3) of the selected field device (FG1, FG2, FG3) by the operating unit (BE1, BE2); - The located field device (FG1, FG2, FG3) is attended by the operator using the operating unit (BE1, BE2); and - Connection of the operating unit (BE1, BE2) to the field device (FG1, FG2, FG3) that has been found and operation of the field device (FG1, FG2, FG3) using the operating unit (BE1, BE2) to correct the error. - Creation of a list of field devices (FG1, FG2, FG3) for which a service status or a diagnostic status is entered due to at least one error, as well as location information (OI1, OI2, OI3) corresponding to the installation locations of the field devices (FG1, FG2, FG3), by means of a database (DB), - Search for operating units (BE1, BE2) that can be contacted by radio using the radio unit of the database (DB); - In the event that at least one operating unit (BE1, BE2) is found: at least part of the list is transmitted to the operating unit (BE1, BE2) by means of the radio unit; - Selection of at least one of the field devices (FG1, FG2, FG3) on the list using the operating unit (BE1, BE2); - Determination of the current position of an operator using the operating unit (BE1, BE2); - Location of the selected field device (FG1, FG2, FG3) using the current geographical location of the operating unit (BE1, BE2) and the location information (OI1, OI2, OI3) of the selected field device (FG1, FG2, FG3) by the operating unit (BE1, BE2); - The located field device (FG1, FG2, FG3) is attended by the operator using the operating unit (BE1, BE2); and - Connection of the operating unit (BE1, BE2) to the field device (FG1, FG2, FG3) that has been found and operation of the field device (FG1, FG2, FG3) using the operating unit (BE1, BE2) to correct the error.
A method for performing Coordinated Multi-Point, CoMP, transmission at a first network node in wireless communication network, the method comprising: receiving (S1710), by the first network node, CoMP information including at least one CoMP hypothesis set and at least one benefit metric associated with each of the at least one CoMP hypothesis set from a second network node; and performing, by the first network node, CoMP transmission based on the CoMP information; wherein a CoMP hypothesis included in the each of the at least one CoMP hypothesis set includes hypothetical resource allocation information for the first network node, wherein the at least one benefit metric has a first value or a second value among values within a specific range, wherein when the at least one benefit metric has the second value among the values within the specific range, the values within the specific range quantify a benefit that the second network node expects on an assumption of the at least one CoMP hypothesis set, and wherein, when the at least one benefit metric has the first value, the first value is information which is different from the benefits of the at least one CoMP hypothesis set. receiving (S1710), by the first network node, CoMP information including at least one CoMP hypothesis set and at least one benefit metric associated with each of the at least one CoMP hypothesis set from a second network node; and performing, by the first network node, CoMP transmission based on the CoMP information; wherein a CoMP hypothesis included in the each of the at least one CoMP hypothesis set includes hypothetical resource allocation information for the first network node, wherein the at least one benefit metric has a first value or a second value among values within a specific range, wherein when the at least one benefit metric has the second value among the values within the specific range, the values within the specific range quantify a benefit that the second network node expects on an assumption of the at least one CoMP hypothesis set, and wherein, when the at least one benefit metric has the first value, the first value is information which is different from the benefits of the at least one CoMP hypothesis set.